From 587c7d22c69b6dc1d946d4cdbede03a9761a2680 Mon Sep 17 00:00:00 2001 From: ehwenk Date: Sat, 16 Sep 2023 19:28:34 +1000 Subject: [PATCH 01/45] Add repeat_measurements_id * Gets added to metadata files, where the default is set to false (otherwise this will mask the need for contexts to pivot) * Not yet tested in process.R- waiting to merge in other branches first --- R/process.R | 24 +++++++++++++++++++++--- R/setup.R | 5 +++-- inst/support/traits.build_schema.yml | 2 ++ 3 files changed, 26 insertions(+), 5 deletions(-) diff --git a/R/process.R b/R/process.R index ed286f7e..21786408 100644 --- a/R/process.R +++ b/R/process.R @@ -129,7 +129,7 @@ dataset_process <- function(filename_data_raw, process_flag_excluded_observations(metadata) %>% process_convert_units(definitions, unit_conversion_functions) %>% process_flag_unsupported_values(definitions) %>% - process_create_observation_id() %>% + process_create_observation_id(metadata) %>% process_taxonomic_updates(metadata) %>% # Sorting of data dplyr::mutate( @@ -278,9 +278,9 @@ process_custom_code <- function(txt) { #' @param data The traits table at the point where this function is called #' #' @return Character string -process_create_observation_id <- function(data) { +process_create_observation_id <- function(data, metadata) { - # Create three IDs: population_id, individual_id, observation_id + # Create four IDs: population_id, individual_id, observation_id, repeat_measurements_id # Create population_id @@ -399,6 +399,24 @@ process_create_observation_id <- function(data) { process_generate_id("", sort = TRUE) ) %>% dplyr::ungroup() + + ## Create repeat_measurement_id for datasets where there are multiple measurements per observation, such as response curve data + # (where an entity can be an individual, population, or taxon) + # at a single point in time + + if (metadata$dataset$repeat_measurements == TRUE) { + i <- !is.na(data$value) + data[i,] <- + data[i,] %>% + dplyr::group_by(.data$dataset_id, .data$observation_id) %>% + dplyr::mutate( + repeat_measurement_id = row_number() %>% + process_generate_id("", sort = TRUE) + ) %>% + dplyr::ungroup() + } else { + data$repeat_measurement_id = NA_character_ + } data %>% dplyr::select(-dplyr::all_of(c("check_for_ind"))) diff --git a/R/setup.R b/R/setup.R index a32cebac..49909fcb 100644 --- a/R/setup.R +++ b/R/setup.R @@ -58,9 +58,10 @@ metadata_create_template <- function(dataset_id, out$contributors[c("assistants", "austraits_curators")] <- "unknown" out$dataset <- - out$dataset$values[c("data_is_long_format", "custom_R_code", "collection_date", "taxon_name", "location_name", + out$dataset$values[c("data_is_long_format", "custom_R_code", "collection_date", "taxon_name", "location_name", "repeat_measurements", "description", "basis_of_record", "life_stage", "sampling_strategy", "original_file", "notes")] out$dataset[] <- "unknown" + out$dataset$repeat_measurements <- FALSE out$dataset$custom_R_code <- NA if (skip_manual == FALSE) { @@ -134,7 +135,7 @@ metadata_create_template <- function(dataset_id, # Reorder elements in dataset order <- c("data_is_long_format", "custom_R_code", "collection_date", "taxon_name", "trait_name", - "value", "location_name", "individual_id", "description", "basis_of_record", "life_stage", + "value", "location_name", "individual_id", "repeat_measurements", "description", "basis_of_record", "life_stage", "sampling_strategy", "original_file", "notes") order <- order[which(order %in% names(out[["dataset"]]))] diff --git a/inst/support/traits.build_schema.yml b/inst/support/traits.build_schema.yml index 426a7e8a..7a99393b 100644 --- a/inst/support/traits.build_schema.yml +++ b/inst/support/traits.build_schema.yml @@ -70,6 +70,7 @@ austraits: life_stage: &life_stage A field to indicate the life stage or age class of the entity measured. Standard values are `adult`, `sapling`, `seedling` and `juvenile`. population_id: &population_id A unique integer identifier for a population, where a population is defined as individuals growing in the same location (location_id /location_name) and plot (plot_id, a context category) and being subjected to the same treatment (treatment_id, a context category). individual_id: &individual_id A unique integer identifier for an individual, with individuals numbered sequentially within each dataset by taxon by population grouping. Most often each row of data represents an individual, but in some datasets trait data collected on a single individual is presented across multiple rows of data, such as if the same trait is measured using different methods or the same individual is measured repeatedly across time. + repeat_measurements_id: &repeat_measurements_id unique integer identifier for repeat measurements of a trait that comprise a single observation, such as a response curve. temporal_id: &temporal_id A unique integer identifier assigned where repeat observations are made on the same individual (or population, or taxon) across time. The identifier links to specific information in the context table. source_id: &source_id For datasets that are compilations, an identifier for the original data source. location_id: &location_id A unique integer identifier for a location, with locations numbered sequentially within a dataset. The identifier links to specific information in the location table. @@ -138,6 +139,7 @@ austraits: life_stage: *life_stage population_id: *population_id individual_id: *individual_id + repeat_measurements_id: *repeat_measurements_id temporal_id: *temporal_id source_id: *source_id location_id: *location_id From 668ce6a398985028dcfc2f6d30f8f217396e1e72 Mon Sep 17 00:00:00 2001 From: ehwenk Date: Tue, 19 Sep 2023 15:49:25 +1000 Subject: [PATCH 02/45] bit more work - repeat_measurements_id is now a column of NA's in austraits$traits - however, don't have it working to be triggered at either the dataset or trait level - in schema - at this point need to change line ` i <- !is.na(data$value) & !is.na(data$repeat_measurements_id)` (or elsewhere) to have it recognise when `repeat_measurements_id: TRUE` (or `y`) is added to either metadata$dataset or specific traits in metadata --- R/process.R | 21 ++++++++++++--------- R/setup.R | 5 ++--- 2 files changed, 14 insertions(+), 12 deletions(-) diff --git a/R/process.R b/R/process.R index 98343482..fcebd7e5 100644 --- a/R/process.R +++ b/R/process.R @@ -112,6 +112,12 @@ dataset_process <- function(filename_data_raw, "parsing_id", "location_name", "taxonomic_resolution", "methods", "unit_in") ) + if (!"repeat_measurements_id" %in% names(traits)) { + traits <- + traits %>% + mutate(repeat_measurements_id = NA) + } + traits <- traits %>% mutate(unit = ifelse(!is.na(unit_in), unit_in, unit)) %>% process_flag_unsupported_traits(definitions) %>% @@ -408,23 +414,20 @@ process_create_observation_id <- function(data, metadata) { ) %>% dplyr::ungroup() - ## Create repeat_measurement_id for datasets where there are multiple measurements per observation, such as response curve data + ## Create repeat_measurements_id for datasets where there are multiple measurements per observation, such as response curve data # (where an entity can be an individual, population, or taxon) # at a single point in time - if (metadata$dataset$repeat_measurements == TRUE) { - i <- !is.na(data$value) + i <- !is.na(data$value) & !is.na(data$repeat_measurements_id) + data[i,] <- data[i,] %>% dplyr::group_by(.data$dataset_id, .data$observation_id) %>% dplyr::mutate( - repeat_measurement_id = row_number() %>% - process_generate_id("", sort = TRUE) + repeat_measurements_id = row_number() %>% + process_generate_id("", sort = FALSE) ) %>% - dplyr::ungroup() - } else { - data$repeat_measurement_id = NA_character_ - } + dplyr::ungroup() data %>% dplyr::select(-dplyr::all_of(c("check_for_ind"))) diff --git a/R/setup.R b/R/setup.R index b0e678a0..a8141033 100644 --- a/R/setup.R +++ b/R/setup.R @@ -58,10 +58,9 @@ metadata_create_template <- function(dataset_id, out$contributors[c("assistants", "austraits_curators")] <- "unknown" out$dataset <- - out$dataset$values[c("data_is_long_format", "custom_R_code", "collection_date", "taxon_name", "location_name", "repeat_measurements", + out$dataset$values[c("data_is_long_format", "custom_R_code", "collection_date", "taxon_name", "location_name", "description", "basis_of_record", "life_stage", "sampling_strategy", "original_file", "notes")] out$dataset[] <- "unknown" - out$dataset$repeat_measurements <- FALSE out$dataset$custom_R_code <- NA if (skip_manual == FALSE) { @@ -135,7 +134,7 @@ metadata_create_template <- function(dataset_id, # Reorder elements in dataset order <- c("data_is_long_format", "custom_R_code", "collection_date", "taxon_name", "trait_name", - "value", "location_name", "individual_id", "repeat_measurements", "description", "basis_of_record", "life_stage", + "value", "location_name", "individual_id", "description", "basis_of_record", "life_stage", "sampling_strategy", "original_file", "notes") order <- order[which(order %in% names(out[["dataset"]]))] From b8a42c90669fcfc3911c0b800356072471d7a29b Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 19 Sep 2023 21:50:20 +1000 Subject: [PATCH 03/45] Update comments a bit and fix `pivot_wider` test --- R/process.R | 12 +++++------- R/setup.R | 8 ++++---- R/testdata.R | 4 ++-- tests/testthat/test-xamples.R | 2 ++ 4 files changed, 13 insertions(+), 13 deletions(-) diff --git a/R/process.R b/R/process.R index fcebd7e5..fd4e8a36 100644 --- a/R/process.R +++ b/R/process.R @@ -399,9 +399,8 @@ process_create_observation_id <- function(data, metadata) { dplyr::mutate(individual_id = .data$ind_id_segment, check_for_ind = NA) - ## Create observation_id for a collection of measurements made on an entity + ## Create observation_id for a single set of trait measurements made on an entity # (where an entity can be an individual, population, or taxon) - # at a single point in time i <- !is.na(data$value) data[i,] <- @@ -413,11 +412,10 @@ process_create_observation_id <- function(data, metadata) { process_generate_id("", sort = TRUE) ) %>% dplyr::ungroup() - - ## Create repeat_measurements_id for datasets where there are multiple measurements per observation, such as response curve data - # (where an entity can be an individual, population, or taxon) - # at a single point in time - + + ## Create repeat_measurements_id for datasets where there are multiple measurements per observation, + # such as response curve data (where an entity can be an individual, population, or taxon) + i <- !is.na(data$value) & !is.na(data$repeat_measurements_id) data[i,] <- diff --git a/R/setup.R b/R/setup.R index a8141033..14c3c1c0 100644 --- a/R/setup.R +++ b/R/setup.R @@ -373,9 +373,9 @@ metadata_add_locations <- function(dataset_id, location_data, user_responses = N `description` = NA_character_, ) } - + metadata$locations <- location_data %>% - dplyr::select(-dplyr::any_of("location_name")) %>% + dplyr::select(-dplyr::any_of("location_name")) %>% split(location_data[[location_name]]) %>% lapply(as.list) @@ -389,11 +389,11 @@ metadata_add_locations <- function(dataset_id, location_data, user_responses = N blue(dataset_id %>% metadata_path_dataset_id()) ) ) - + if (nrow(location_data) != length(unique(location_data[[location_name]]))) { message( sprintf( - red("WARNING: The number of unique location names (%s), is less than the number rows of location data to add (%s). ") %+% + red("WARNING: The number of unique location names (%s), is less than the number rows of location data to add (%s). ") %+% red("Manual editing is REQUIRED in %s to ensure each location has a single value for each location property."), blue(length(unique(location_data[[location_name]]))), blue(nrow(location_data)), diff --git a/R/testdata.R b/R/testdata.R index f3f37516..43570190 100644 --- a/R/testdata.R +++ b/R/testdata.R @@ -731,7 +731,7 @@ dataset_test_worker <- get_schema("config/metadata.yml", "metadata"), read_csv_char("config/taxon_list.csv") ), info = sprintf(" - cannot build %s", dataset_id)) - + # Check that special characters do not make it into the data expect_no_error( parsed_data <- data %>% @@ -752,7 +752,7 @@ dataset_test_worker <- "temporal_id", "method_id", "method_context_id", "entity_context_id", "original_name")) ) %>% pivot_wider(names_from = "trait_name", values_from = "value", values_fn = length) %>% - pivot_longer(cols = 16:ncol(.)) %>% + pivot_longer(cols = 17:ncol(.)) %>% rename(all_of(c("trait_name" = "name", "number_of_duplicates" = "value"))) %>% select( all_of(c("dataset_id", "taxon_name", "trait_name", "number_of_duplicates", "observation_id", diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index 27c6bb2b..1e1404cb 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -172,4 +172,6 @@ testthat::test_that("Test Dataset 4 builds correctly", { # Expected output #dataset_test("Test_2023_7", path_data = "examples") + # Test `pivot_wider` + #}) From d1c56fcd1e139134347e27bd088d5cb20edb3a65 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 02:03:34 +1000 Subject: [PATCH 04/45] Add new test dataset --- tests/testthat/examples/Test_2023_7/README.md | 23 +- tests/testthat/examples/Test_2023_7/data.csv | 1589 ++++++++++++++++- .../examples/Test_2023_7/metadata.yml | 451 +---- tests/testthat/examples/Test_2023_8/README.md | 15 + tests/testthat/examples/Test_2023_8/data.csv | 47 + .../examples/Test_2023_8/metadata.yml | 394 ++++ .../output/contexts.csv | 0 .../output/contributors.csv | 0 .../output/definitions.yml | 0 .../output/excluded_data.csv | 0 .../output/locations.csv | 0 .../output/metadata.yml | 0 .../output/methods.csv | 0 .../output/sources.bib | 0 .../output/taxa.csv | 0 .../output/taxonomic_updates.csv | 0 .../output/traits.csv | 0 17 files changed, 2081 insertions(+), 438 deletions(-) create mode 100644 tests/testthat/examples/Test_2023_8/README.md create mode 100644 tests/testthat/examples/Test_2023_8/data.csv create mode 100644 tests/testthat/examples/Test_2023_8/metadata.yml rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/contexts.csv (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/contributors.csv (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/definitions.yml (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/excluded_data.csv (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/locations.csv (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/metadata.yml (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/methods.csv (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/sources.bib (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/taxa.csv (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/taxonomic_updates.csv (100%) rename tests/testthat/examples/{Test_2023_7 => Test_2023_8}/output/traits.csv (100%) diff --git a/tests/testthat/examples/Test_2023_7/README.md b/tests/testthat/examples/Test_2023_7/README.md index 854a7308..68c1c109 100644 --- a/tests/testthat/examples/Test_2023_7/README.md +++ b/tests/testthat/examples/Test_2023_7/README.md @@ -1,15 +1,10 @@ -# Test Dataset 7: `Test_2023_7` - -This dataset is for testing `dataset_test` (not yet implemented). Erroneous metadata entry has been added to check the expected output of `dataset_test` (more to be added). - -Test_2023_7 is a copy of Falster_2005_1 with the following modifications: -- `entity_type`, `basis_of_value`, `value_type` and `replicates` were moved to dataset level fixed value in metadata.yml, except for `flowering_time`, `huber_value` (LASA1000) and `plant_growth_form` where they're specified at the trait level -- Added `measurement_remarks` to dataset level as fixed value in metadata.yml -- Added all different types of contexts (`entity_context`, `plot`, `treatment`, `temporal`, `method`) with some NA `find` and `value` values, duplicate `value` values, numeric and character type values, as separate columns (sex, slope position, nutrient treatment, sampling time of day, instrument used) plus entered at the trait level as a fixed value (for the `huber_value` traits) -- Removed latitude and longitude for Cape Tribulation -- Changed `trait_name` field for `branch_mass_fraction` to NA -- Added a categorical trait, `plant_growth_form`, and time trait, `flowering_time` -- Changed a numeric column `wood_density` to character type with `custom_R_code` -- Duplicated `flowering_time` value for Acacia celsa -- Excluded observation 0.17 for `leaf_mass_per_area` +# Test Dataset 8: `Test_2023_8` + +This dataset is for testing: +- `repeat_measurements_id` for response curve data + +Test_2023_8 is a copy of 'Cernusak_2011/raw/full_curve_data.csv' with the following modifications: +- Subsetted to one location: Howard Springs + +See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_7/data.csv b/tests/testthat/examples/Test_2023_7/data.csv index cf0bb2f6..49bfcff4 100644 --- a/tests/testthat/examples/Test_2023_7/data.csv +++ b/tests/testthat/examples/Test_2023_7/data.csv @@ -1,47 +1,1542 @@ -Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height -Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3 -Acacia celsa,acacel,Atherton,,,,,,,,,,,,nyynnnnnnnnn,,female,bottom slope,control,17:00:00,instrument 1,3 -Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,,nnnnnnnnnyyy,shrub,male,dune crest,control,17:00:00,instrument 1,5 -Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,,nnnnyyynnnnn,mallee tree shrub tree mallee,female2,mid-slope,high nutrient,17:00:00,,4 -Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4 -Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4 -Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,, -Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,geophyte,,bottom slope,,9:00:00,instrument 3, -Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3, -Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,trees,female,dune crest,,,,10 -Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,tree,male,,,,, -Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,male,,,,,1 -Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,,male,,,,,1 -Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,herbs,male,,,,,1 -Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,male,,control,,,1 -Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,tree,male,,control,,,2 -Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,tree,male,,high nutrient,,, -Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,tree,male,,high nutrient,,, -Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,unknown,female,,low nutrient,,,2 -Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,,,,female,,low nutrient,,, -Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,female2,,,,, -Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,, -Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,, -Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,, -Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,, -Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,, -Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,, -Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,, -Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,, -Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,, -Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,, -Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,, -Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,, -Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,, -Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,, -Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,, -Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,, -Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,, -Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,, -Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,, -Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,, -Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,, -Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,, -Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,, -Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,, -Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,, +Site,Species,Leaf number,Canopy or understory,IRGA,Date,Curve routine,Step in curve,Outlier?,Observation,Time (not adjusted for NT),Time adjusted,Ftime,Photosynthesis (umol m-2 s-1),Conductance to H2O (mol m-2 s-1),Ci (umol mol-1),Transpiration (mmol m-2 s-1),Leaf to air VPD (kPa),Leaf area in chamber (cm2),Stomatal ratio,Boundary layer conductance (mol m-2 s-1),Air temp (C),Leaf temp (C),Block temp (C),CO2 reference (umol mol-1),CO2 sample (umol mol-1),H2O reference (mmol mol-1),H2O sample (mmol mol-1),Relative humidity reference (%),Relative humidity sample (%),Flow rate (umol s-1),PAR inside chamber (umol m-2 s-1),PAR outside chamber (umol m-2 s-1),Pressure (kPa),Sample CO2 offset (umol mol-1),Sample H2O offset (mmol mol-1),Stability fraction +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,1,13:07:43,12:37:43,897.5,18.1,0.184,193,3.89,2.18,6,1,2.84,28.87,32.8,27.21,401.15,369.1,21.789,27.985,54.93,70.55,366.5,2000,130,100.6,0,0,1 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,2,13:10:13,12:40:13,1048.5,14.8,0.234,142,4.51,2.02,6,1,2.84,28.28,32.22,26.55,279.51,256.85,21.746,27.978,56.73,72.99,422.2,1999,84,100.6,0,0,0.7 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,3,,3,13:13:14,12:43:14,1229.5,8.98,0.338,166,6.22,1.99,6,1,2.84,28.59,32.12,26.94,229.55,218.65,21.625,27.996,55.39,71.71,569,1999,114,100.6,5.78,0.594,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,4,,4,13:16:23,12:46:23,1418.5,4.78,0.381,118,6.77,1.95,6,1,2.84,29.27,31.97,28.28,149.99,144.25,21.441,28.012,52.79,68.97,600.9,2000,66,100.6,6.02,0.549,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,5,,5,13:18:29,12:48:29,1544.5,-0.625,0.398,70.3,7,1.94,6,1,2.84,29.47,31.94,28.47,69.53,69.69,20.105,28.008,48.94,68.17,516.5,2001,43,100.6,5.74,0.532,0.7 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,6,,6,13:20:52,12:50:52,1687.5,-1.99,0.429,53.5,7.45,1.94,6,1,2.84,30.01,31.92,29.25,44.87,46.72,19.86,28.008,46.86,66.09,533.6,2001,42,100.6,5.47,0.523,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,7,,7,13:23:19,12:53:19,1834.5,9.58,0.441,174,7.85,1.99,6,1,2.84,30.55,32.11,29.84,231.58,219.17,19.62,28.004,44.88,64.06,546.1,1999,116,100.6,5.78,0.512,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,8,,8,13:25:50,12:55:50,1985.5,16.3,0.358,285,6.54,1.99,6,1,2.84,28.7,32.11,27.04,401.05,376.07,19.479,27.958,49.57,71.14,449.7,1999,87,100.6,5.78,0.512,0.3 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,9,,9,13:28:22,12:58:22,2137,18.8,0.315,483,5.64,1.93,6,1,2.84,27.9,31.88,26.19,639.89,605.18,19.41,27.971,51.75,74.58,384.5,2000,80,100.6,5.78,0.512,0.7 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,10,,10,13:30:53,13:00:53,2288,15.2,0.286,825,5.27,1.97,6,1,2.84,28.68,32.02,27.5,979.29,945.23,19.344,28.003,49.28,71.35,355.1,2000,142,100.6,5.78,0.512,0.7 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,11,,11,13:32:56,13:02:56,2411,14.1,0.274,1040,5.17,2,6,1,2.84,28.07,32.15,26.38,1201.47,1166.83,19.326,27.996,51.02,73.9,347.9,2000,107,100.6,5.78,0.512,1 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,1,,12,13:41:55,13:11:55,2950.5,18.6,0.198,954,4.11,2.15,6,1,2.84,28.39,32.69,26.69,1201.31,1150.55,19.295,27.996,49.98,72.52,275.7,2000,95,100.6,5.78,0.512,0.3 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,2,,13,13:44:12,13:14:12,3087.5,15.4,0.17,980,3.21,1.94,6,1,2.84,27.97,31.92,26.27,1200.62,1166.47,22.433,28.015,59.55,74.37,335.9,1500,165,100.5,5.78,0.512,1 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,3,,14,13:46:52,13:16:52,3247.5,12.8,0.173,1010,3.25,1.93,6,1,2.84,29.77,31.96,28.9,1198.72,1168.98,22.536,28.189,53.89,67.41,335.4,1001,154,100.6,5.78,0.512,1 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,4,,15,13:49:08,13:19:08,3383.5,8.5,0.173,1060,3.28,1.95,6,1,2.84,30.93,32.07,30.03,1199.6,1177.62,22.65,28.318,50.67,63.35,337.7,501,159,100.5,5.78,0.512,1 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,5,,16,13:53:18,13:23:18,3633.5,5.59,0.153,1080,2.97,1.98,6,1,2.84,31.43,32.08,30.62,1199.5,1183.11,22.79,27.982,49.54,60.83,333.2,200,125,100.5,-2.21,0.41,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,6,,17,13:56:27,13:26:27,3822.5,3.17,0.158,1120,3.05,1.98,6,1,2.84,31.34,32.05,30.41,1199.27,1187.59,22.898,27.99,50.04,61.16,349.3,119,128,100.5,-2.72,0.647,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,7,,18,13:59:16,13:29:16,3990,1.23,0.152,1140,2.91,1.95,6,1,2.84,31.33,31.98,30.41,1199.17,1190.92,23.035,28.004,50.38,61.25,341,70,155,100.5,-3.06,0.659,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,8,,19,14:01:47,13:31:47,4142,-0.00187,0.146,1160,2.81,1.96,6,1,2.84,31.34,31.99,30.42,1199.81,1193.9,23.181,27.997,50.66,61.19,339.9,41,161,100.5,-2.93,0.655,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,9,,20,14:04:45,13:34:45,4319,-0.903,0.128,1170,2.49,1.97,6,1,2.84,31.11,32.03,30.02,1201.04,1197.01,23.313,28.001,51.62,62,310.1,19,148,100.5,-2.29,0.532,0 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,10,,21,14:07:38,13:37:38,4492.5,-1.84,0.119,1190,2.29,1.94,6,1,2.84,31.38,31.92,30.62,1200.64,1198.71,23.225,27.981,50.63,61,281.2,0,140,100.5,-3,0.579,0.7 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,22,14:15:58,13:45:58,4992.5,23.4,0.212,173,4.79,2.34,6,1,2.84,29.62,33.33,27.96,398.77,371.92,22.942,27.902,55.32,67.28,563,1999,139,100.5,-3,0.579,0.3 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,23,14:18:17,13:48:17,5131.5,18.9,0.224,107,4.91,2.28,6,1,2.84,29.35,33.12,27.64,279.22,257.62,22.755,27.879,55.74,68.29,559.1,1999,110,100.5,-3,0.579,1 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,3,,24,14:20:15,13:50:15,5250.5,7.79,0.238,156,5.07,2.23,6,1,2.84,29.14,32.96,27.45,228.66,219.21,22.743,27.98,56.37,69.35,564.9,1999,89,100.5,6.42,0.612,0.7 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,4,,25,14:23:15,13:53:15,5430.5,3.71,0.277,117,5.5,2.11,6,1,2.84,28.81,32.53,27.09,149.69,144.65,22.021,28,55.65,70.76,536.6,2000,106,100.5,6.46,0.584,0.3 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,5,,26,14:25:35,13:55:35,5570.5,-1.17,0.318,74.7,5.89,1.99,6,1,2.84,28.49,32.11,26.77,69.81,70.61,21.956,27.995,56.52,72.07,568.9,2001,84,100.5,6.21,0.616,0.7 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,6,,27,14:27:26,13:57:26,5681.5,-2.34,0.358,58.4,6.32,1.92,6,1,2.84,28.69,31.85,27.28,46.42,48.46,21.823,28.004,55.5,71.22,596.1,2000,87,100.5,5.93,0.61,0.3 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,7,,28,14:29:51,13:59:51,5826.5,10.2,0.375,166,6.7,1.95,6,1,2.84,29.56,31.98,28.47,232.11,220.57,21.541,28.003,52.11,67.74,604.9,2001,75,100.5,6.19,0.58,0.7 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,8,,29,14:32:22,14:02:22,5977.5,18,0.323,269,5.97,1.99,6,1,2.84,29.31,32.09,28.1,401.09,377.41,21.16,27.938,51.94,68.58,514.1,2000,68,100.5,6.19,0.58,0.3 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,9,,30,14:34:53,14:04:53,6128.5,20.4,0.306,475,5.61,1.97,6,1,2.84,29.12,32.01,27.88,639.69,608.26,20.782,27.992,51.56,69.45,453.9,2000,74,100.5,6.19,0.58,0.7 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,10,,31,14:37:24,14:07:24,6279.5,15.4,0.302,833,5.61,1.99,6,1,2.84,28.95,32.08,27.45,979.25,951.13,20.591,27.98,51.58,70.09,442.9,2000,131,100.5,6.19,0.58,0.3 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,11,,32,14:39:55,14:09:55,6430.5,14.6,0.283,1050,5.36,2.01,6,1,2.84,28.44,32.17,26.74,1200.68,1170.87,20.539,27.984,53.01,72.23,419.6,1999,152,100.5,6.19,0.58,0.3 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,1,,1,14:46:48,13:16:48,1017,15.7,0.211,234,3.94,1.94,6,1,2.84,29.26,31.93,27.45,400.11,370.21,21.318,27.981,52.55,68.97,344.9,2001,1348,100.6,0.674,0.279,0.7 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,2,,2,14:49:49,13:19:49,1197,13.9,0.359,187,6.25,1.9,6,1,2.84,29.44,31.78,27.68,279.91,262.94,21.361,27.995,52.11,68.3,549.1,2002,1255,100.6,0.715,0.217,0 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,3,,3,14:52:31,13:22:31,1360,11.6,0.403,161,7.13,1.96,6,1,2.84,30.09,31.99,28.71,230.68,218.43,21.524,27.984,50.56,65.73,644,2000,344,100.6,0.686,0.186,0 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,4,,4,14:55:28,13:25:28,1537,6.27,0.422,113,7.22,1.9,6,1,2.84,29.42,31.8,27.7,150.1,143.6,21.748,27.991,53.09,68.33,674.5,2000,246,100.6,0.34,0.245,0.7 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,5,,5,14:57:14,13:27:14,1643,0.207,0.427,66.3,7.44,1.94,6,1,2.84,29.98,31.94,28.46,69.92,69.3,21.826,27.992,51.61,66.19,704.1,2000,251,100.6,0.0924,0.197,0.7 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,6,,6,15:00:14,13:30:14,1823,-1.96,0.504,47.3,8.59,1.94,6,1,2.84,30.39,31.95,29.09,40.18,41.56,20.795,27.994,48.03,64.66,696.2,2001,277,100.6,0.0118,0.21,0.3 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,7,,7,15:03:15,13:33:15,2003,11.8,0.425,161,7.61,1.99,6,1,2.84,30.31,32.12,28.9,230.62,217.51,20.799,27.987,48.24,64.92,617.1,1999,1614,100.6,0.544,0.21,0.3 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,8,,8,15:04:35,13:34:35,2083,21.5,0.371,260,6.7,1.98,6,1,2.84,29.66,32.06,27.79,400.09,373.69,20.814,27.97,50.12,67.35,546.1,2001,258,100.6,0.544,0.21,1 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,9,,9,15:06:49,13:36:49,2217,28.4,0.33,434,5.97,1.95,6,1,2.84,29.4,31.98,27.52,640.83,601.72,20.892,27.995,51.07,68.44,490.6,2000,305,100.6,0.544,0.21,1 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,10,,10,15:08:29,13:38:29,2317,27.8,0.329,762,5.87,1.93,6,1,2.84,29.53,31.9,28.04,979.59,938,20.89,28.007,50.68,67.95,481.1,2000,302,100.6,0.544,0.21,1 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,11,,11,15:10:59,13:40:59,2467.5,26.1,0.305,973,5.48,1.93,6,1,2.84,30.09,31.89,28.97,1200.02,1155.68,20.712,28.01,48.64,65.78,438.3,2001,220,100.6,0.544,0.21,0.3 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,1,,12,15:15:05,13:45:05,2713.5,31.8,0.282,914,5.2,1.96,6,1,2.84,29.39,31.97,27.52,1199.55,1143.26,20.317,27.855,49.67,68.09,402.7,1999,1227,100.6,0.544,0.21,1 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,2,,13,15:18:36,13:48:36,2924.5,28.1,0.272,934,5.09,1.98,6,1,2.84,30.54,32.1,29.29,1199.92,1146.04,20.161,28.019,46.15,64.13,377.8,1500,297,100.6,0.544,0.21,0.7 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,3,,14,15:20:41,13:50:41,3049.5,24.3,0.255,951,4.75,1.97,6,1,2.84,30.75,32.03,29.48,1199.99,1149.73,20.204,28,45.7,63.33,355.3,1000,317,100.6,0.544,0.21,1 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,4,,15,15:24:12,13:54:12,3260.5,18.9,0.218,971,4.12,1.97,6,1,2.84,31.18,32.04,30.06,1199.71,1153.2,20.123,28.005,44.4,61.8,305.2,501,227,100.6,0.544,0.21,0.3 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,5,,16,15:26:42,13:56:42,3410.5,8.82,0.187,1050,3.52,1.94,6,1,2.84,31.48,31.94,30.74,1199.86,1169.56,20.022,28.031,43.44,60.81,256,200,234,100.6,0.544,0.21,1 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,6,,17,15:29:55,13:59:55,3603.5,4.75,0.167,1090,3.17,1.94,6,1,2.84,31.73,31.95,31.04,1200,1177.56,19.843,27.997,42.45,59.89,227,120,195,100.6,0.544,0.21,1 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,7,,18,15:33:31,14:03:31,3819,2.88,0.146,1110,2.79,1.94,6,1,2.84,31.83,31.93,31.23,1200.55,1180.86,19.379,28.023,41.21,59.59,188,69,170,100.6,-2.37,0.145,0.3 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,8,,19,15:36:05,14:06:05,3974,0.87,0.128,1140,2.46,1.95,6,1,2.84,31.95,31.95,31.43,1201,1186.77,19.006,27.985,40.15,59.11,160,40,178,100.6,-2.36,0.1,0 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,9,,20,15:38:55,14:08:55,4143,-0.58,0.124,1160,2.37,1.93,6,1,2.84,31.92,31.92,31.43,1200.48,1191.33,18.626,28.017,39.4,59.26,147.1,20,174,100.6,-2.32,0.0542,0.3 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,10,,21,15:42:18,14:12:18,4347,-2.28,0.141,1190,2.78,2,6,1,2.84,32.05,32.15,31.43,1201.45,1197.79,18.53,27.99,38.92,58.79,171.4,1,244,100.6,-2.47,0.136,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,1,,1,17:09:50,15:39:50,186.5,9.91,0.0894,190,2.14,2.38,6,1,2.84,29.04,33.5,27.2,400.09,383.43,24.777,28.012,61.72,69.78,386.4,1999,74,100.4,0.24,0.33,0.7 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,2,,2,17:12:29,15:42:29,346.5,7.06,0.106,151,2.4,2.27,6,1,2.84,28.42,33.11,26.52,280.26,269.31,24.662,27.981,63.68,72.25,422.2,2001,96,100.4,0.969,0.265,0 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,3,,3,17:14:05,15:44:05,442.5,6.01,0.126,135,2.76,2.21,6,1,2.84,28.19,32.89,26.29,229.91,221.03,24.397,28.003,63.86,73.29,447.2,2001,143,100.4,0.519,0.351,0 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,4,,4,17:16:35,15:46:35,592.5,3.65,0.164,104,3.36,2.09,6,1,2.84,27.87,32.45,25.97,149.98,145.06,24.123,28.005,64.31,74.66,504.1,2000,66,100.4,0.495,0.346,0.7 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,5,,5,17:19:06,15:49:06,742.5,0.199,0.216,65.7,4.22,2.03,6,1,2.84,27.8,32.25,25.9,70.05,69.57,23.993,27.979,64.26,74.93,618.1,2001,66,100.4,0.314,0.331,0.7 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,6,,6,17:21:36,15:51:36,892.5,-1.04,0.272,49.3,5.05,1.97,6,1,2.84,27.71,31.99,25.81,43.54,44.21,23.938,27.965,64.43,75.27,731.4,2000,67,100.4,0.205,0.31,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,7,,7,17:24:00,15:54:00,1036.5,9.27,0.312,155,5.65,1.94,6,1,2.84,28.36,31.92,26.75,229.17,212.49,19.251,27.996,49.9,72.57,376.6,2000,66,100.4,0.659,0.298,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,8,,8,17:26:01,15:56:01,1157.5,15.9,0.212,232,4.13,2.02,6,1,2.84,28.07,32.2,26.19,400.4,369.54,20.86,27.97,54.98,73.72,339,2000,68,100.4,0.659,0.298,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,9,,9,17:28:02,15:58:02,1278.5,23,0.175,349,3.45,2.02,6,1,2.84,27.82,32.22,25.92,639.89,586.41,20.841,27.994,55.73,74.85,281.1,2000,72,100.4,0.659,0.298,0.7 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,10,,10,17:30:03,16:00:03,1399.5,26.8,0.159,603,3.12,2,6,1,2.84,27.68,32.13,25.77,980.63,910.18,20.761,27.974,55.98,75.44,252.2,2000,63,100.4,0.659,0.298,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,11,,11,17:32:04,16:02:04,1520.5,27.8,0.145,793,2.84,1.99,6,1,2.84,27.54,32.09,25.62,1199.38,1143.84,23.066,28.004,62.71,76.13,335.2,2001,73,100.4,0.659,0.298,0.7 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,1,,12,17:36:05,16:06:05,1762.5,28.8,0.134,749,2.92,2.21,6,1,2.84,28.7,32.88,26.87,1200.36,1141.82,22.799,27.982,57.93,71.1,329.1,2000,65,100.4,0.659,0.298,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,2,,13,17:38:26,16:08:26,1903,27,0.118,735,2.29,1.95,6,1,2.84,28.02,31.96,26.15,1199.89,1143.06,23.746,28.019,62.75,74.04,312.9,1501,73,100.4,0.659,0.298,1 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,3,,14,17:41:20,16:11:20,2077,23.4,0.103,739,2.03,1.97,6,1,2.84,29.98,32.02,28.9,1200.48,1143.87,23.684,28.015,55.89,66.12,272.7,1000,74,100.4,0.659,0.298,1 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,4,,15,17:44:21,16:14:21,2258,17.6,0.0858,780,1.71,1.98,6,1,2.84,30.94,32.09,30.06,1200.47,1147.78,23.542,28.021,52.59,62.6,222.8,500,76,100.4,0.659,0.298,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,5,,16,17:47:22,16:17:22,2439,8.63,0.0707,933,1.41,1.97,6,1,2.84,31.41,32.06,30.65,1200.96,1166.29,23.456,28.073,51.01,61.05,177.8,201,71,100.4,0.659,0.298,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,6,,17,17:49:58,16:19:58,2594.5,5.2,0.0664,1010,1.32,1.97,6,1,2.84,31.43,32.04,30.65,1201.04,1176.45,23.407,28.075,50.85,60.99,164.9,120,71,100.4,0.659,0.298,1 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,7,,18,17:52:56,16:22:56,2772,3.42,0.0607,1050,1.21,1.96,6,1,2.84,31.78,31.99,31.24,1201.59,1181.65,23.162,27.983,49.33,59.6,145.9,69,67,100.4,-3.18,0.261,0 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,8,,19,17:55:46,16:25:46,2943,1.63,0.0584,1100,1.17,1.97,6,1,2.84,31.48,32.03,30.64,1200.45,1187.31,23.08,28.016,49.99,60.68,137.8,40,79,100.4,-3.3,0.261,0.3 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,9,,20,17:58:23,16:28:23,3099,0.199,0.0559,1150,1.1,1.94,6,1,2.84,31.44,31.92,30.65,1200.76,1193.77,23.034,27.981,50,60.74,130,20,74,100.4,-3.11,0.134,0 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,10,,21,18:01:12,16:31:12,3269.5,-1.27,0.0639,1190,1.27,1.96,6,1,2.84,31.74,32.01,31.04,1201.33,1200.3,22.97,28,49.03,59.76,147.3,0,68,100.4,-3.96,0.253,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,1,,1,16:06:59,15:36:59,767,9.91,0.097,200,2.32,2.38,6,1,2.84,29.28,33.48,27.57,401.37,379.46,23.388,27.965,57.44,68.68,295.5,2000,36,100.4,6.48,0.591,0.7 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,2,,2,16:09:04,15:39:04,891,8.05,0.137,160,3.01,2.22,6,1,2.84,28.73,32.9,26.98,279.49,265.47,23.336,27.977,59.16,70.93,378.6,2000,67,100.4,6.71,0.573,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,3,,3,16:11:45,15:41:45,1053,7.93,0.2,147,3.97,2.05,6,1,2.84,28.34,32.32,26.6,231.63,220.77,23.224,27.985,60.2,72.54,486.5,2000,38,100.4,6.78,0.539,0 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,4,,4,16:14:27,15:44:27,1215,4.61,0.258,110,4.77,1.95,6,1,2.84,28.03,31.92,26.31,149.92,144.41,23.171,27.989,61.17,73.89,576.9,2000,41,100.3,6.35,0.576,0 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,5,,5,16:16:57,15:46:57,1365,-0.602,0.317,70.7,5.78,1.96,6,1,2.84,28.83,31.94,27.5,69.42,69.58,23.277,27.931,58.66,70.39,724.5,1999,30,100.4,5.93,0.59,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,6,,6,16:19:28,15:49:28,1516,-2.55,0.372,61.3,6.58,1.93,6,1,2.84,28.94,31.88,27.49,48.46,50.91,20.935,28.005,52.43,70.14,543,2000,45,100.3,6.01,0.514,0 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,7,,7,16:21:59,15:51:59,1666,11.5,0.41,162,7.28,1.96,6,1,2.84,29.52,31.99,28.28,231.13,218.36,21.077,27.989,51.03,67.77,614.3,2000,45,100.4,6.23,0.565,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,8,,8,16:24:00,15:54:00,1787,20.1,0.35,265,6.53,2.02,6,1,2.84,29.27,32.19,27.66,400.9,376.94,21.241,27.967,52.18,68.7,565.8,1999,47,100.4,6.23,0.565,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,9,,9,16:26:01,15:56:01,1908,24.6,0.303,448,5.66,1.99,6,1,2.84,28.58,32.1,26.86,640.55,607.17,21.423,27.98,54.78,71.55,503.4,2000,47,100.4,6.23,0.565,0.7 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,10,,10,16:28:02,15:58:02,2029,21.3,0.28,787,5.17,1.96,6,1,2.84,28.24,31.97,26.51,980.68,947.34,21.606,27.988,56.36,73.01,472.1,2000,48,100.4,6.23,0.565,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,11,,11,16:29:54,15:59:54,2141,18.4,0.261,1010,4.82,1.95,6,1,2.84,28.41,31.94,26.9,1201.04,1169.22,21.809,28.008,56.31,72.31,454,2000,51,100.3,6.23,0.565,1 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,1,,12,16:35:52,16:05:52,2499,22.9,0.221,947,4.39,2.06,6,1,2.84,28.71,32.35,27.03,1199.06,1159.6,21.985,27.991,55.76,71,426.1,2000,38,100.3,6.23,0.565,1 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,2,,13,16:38:52,16:08:52,2680,21.1,0.185,929,3.48,1.94,6,1,2.84,28.97,31.92,27.68,1199.11,1155.42,22.181,28.056,55.45,70.13,345.2,1500,39,100.3,6.23,0.565,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,3,,14,16:41:02,16:11:02,2809,17.9,0.151,938,2.94,1.98,6,1,2.84,30.17,32.04,29.2,1201.1,1171.1,23.995,28.003,55.98,65.33,427.2,1001,37,100.3,6.23,0.565,1 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,4,,15,16:43:59,16:13:59,2986.5,13.1,0.127,968,2.5,1.98,6,1,2.84,30.82,32.08,30.02,1200.93,1175.32,24.147,28.017,54.27,62.96,376.5,501,36,100.3,6.23,0.565,1 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,5,,16,16:47:29,16:17:29,3197,9.73,0.116,1010,2.24,1.94,6,1,2.84,30.96,31.91,30.22,1200.69,1179.6,24.267,27.972,54.11,62.38,351.9,201,35,100.4,-3.21,0.644,0 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,6,,17,16:51:11,16:21:11,3418.5,5.13,0.0982,1060,1.95,1.98,6,1,2.84,31.3,32.06,30.61,1200.47,1186.46,24.409,27.978,53.36,61.17,318.8,120,36,100.3,-3.01,0.48,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,7,,18,16:54:00,16:24:00,3587.5,2.98,0.102,1110,1.99,1.96,6,1,2.84,31.27,32,30.61,1201.05,1191.76,24.647,28.009,54,61.36,345.8,69,35,100.4,-4.03,0.645,0 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,8,,19,16:56:31,16:26:31,3738,0.769,0.103,1140,2,1.95,6,1,2.84,31.49,31.96,31,1199.47,1194.26,24.791,27.997,53.62,60.56,364.5,41,38,100.4,-4.09,0.656,0.3 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,9,,20,17:00:01,16:30:01,3948,0.124,0.105,1160,2.08,1.99,6,1,2.84,31.47,32.1,30.81,1201.07,1197.1,24.929,28,53.98,60.64,395.2,19,41,100.4,-4.21,0.614,0.7 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,10,,21,17:02:32,16:32:32,4099.5,-2.86,0.108,1200,2.12,1.96,6,1,2.84,31.42,32,30.8,1197.14,1197.64,24.836,28.011,53.95,60.85,389.2,0,39,100.4,-4.15,0.633,0.3 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,1,,22,18:12:18,16:42:18,3934.5,20.2,0.229,214,4.63,2.11,6,1,2.84,29.14,32.49,27.4,399.83,375.53,22.848,27.832,56.59,68.94,542.1,2002,100,100.4,-3.96,0.253,0.7 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,2,,23,18:14:48,16:44:48,4084.5,11.5,0.243,177,4.54,1.96,6,1,2.84,28.3,31.98,26.45,280.26,265.33,22.813,28.001,59.34,72.84,510.2,2000,108,100.4,0.387,0.279,0 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,3,,24,18:17:18,16:47:18,4235.5,9.04,0.272,155,5.07,1.97,6,1,2.84,28.97,32.03,27.53,230.12,218.51,22.39,28.024,56.03,70.12,524.6,2001,104,100.4,0.212,0.285,0.7 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,4,,25,18:19:49,16:49:49,4386.5,5.02,0.319,111,5.86,1.98,6,1,2.84,29.03,32.04,27.53,150.36,142.31,20.155,27.989,50.25,69.78,436.5,2001,73,100.4,0.136,0.292,0.7 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,5,,26,18:22:23,16:52:23,4540.5,0.353,0.38,65,6.79,1.96,6,1,2.84,29.06,31.98,27.53,69.75,68.77,20.167,28.012,50.19,69.72,504.4,2000,418,100.4,-0.126,0.319,0.3 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,6,,27,18:24:59,16:54:59,4696.5,-0.939,0.44,53.3,7.65,1.94,6,1,2.84,29.11,31.92,27.53,50.47,51.04,20.243,28.008,50.24,69.51,574.4,2000,471,100.5,-0.0793,0.308,0.7 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,7,,28,18:27:19,16:57:19,4836.5,10.6,0.44,169,7.75,1.96,6,1,2.84,29.51,32.01,28.11,230.89,218.35,20.308,28.001,49.24,67.9,587.5,1999,510,100.5,0.127,0.26,0.7 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,8,,29,18:29:20,16:59:20,4957.5,18.7,0.335,266,6.2,2,6,1,2.84,28.76,32.12,26.9,400.41,374.04,20.411,27.978,51.69,70.85,477.5,1998,206,100.5,0.127,0.26,0.3 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,9,,30,18:31:21,17:01:21,5079,23.6,0.296,445,5.43,1.96,6,1,2.84,28.36,31.98,26.49,639.36,600.75,20.409,27.98,52.89,72.51,418,2000,125,100.4,0.127,0.26,0.7 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,10,,31,18:33:22,17:03:22,5200,24.3,0.267,766,4.88,1.93,6,1,2.84,28.18,31.88,26.48,980.45,950.12,22.99,27.962,60.23,73.25,572.6,2000,442,100.4,0.127,0.26,0.7 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,11,,32,18:34:58,17:04:58,5295,23.8,0.26,975,4.83,1.96,6,1,2.84,28.45,31.98,26.75,1198.86,1167.71,23.021,27.986,59.37,72.18,567.3,2000,480,100.5,0.127,0.26,1 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,1,,33,18:39:41,17:09:41,5578.5,27.4,0.232,926,4.87,2.19,6,1,2.84,29.13,32.8,27.29,1200.05,1165.81,23.015,27.919,57.04,69.19,578.8,2000,395,100.4,0.127,0.26,0.3 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,2,,34,18:42:42,17:12:42,5759.5,25.6,0.189,898,3.6,1.97,6,1,2.84,28.46,31.96,26.58,1200.3,1160.37,23.15,27.852,59.67,71.79,446.8,1500,418,100.5,0.127,0.26,0.3 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,3,,35,18:45:43,17:15:43,5940.5,22.3,0.152,880,2.94,1.97,6,1,2.84,30.07,32.03,28.91,1200.88,1158.7,23.326,28.008,54.78,65.77,365.8,1001,304,100.4,0.127,0.26,0.3 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,4,,36,18:48:11,17:18:11,6088,16.8,0.132,920,2.55,1.96,6,1,2.84,31.01,32.01,30.07,1201.23,1164.71,23.51,28.099,52.33,62.54,324,501,394,100.5,0.127,0.26,1 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,5,,37,18:50:13,17:20:13,6210,7.71,0.119,1040,2.3,1.96,6,1,2.84,31.72,32.04,31.04,1200.52,1178.84,23.516,28.169,50.26,60.21,288.7,200,296,100.5,0.127,0.26,1 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,6,,38,18:53:48,17:23:48,6425.5,5.76,0.0971,1050,1.9,1.96,6,1,2.84,31.49,31.99,30.65,1201.24,1181.38,23.426,28.014,50.72,60.65,241.8,120,138,100.5,-2.61,0.0294,0 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,7,,39,18:56:19,17:26:19,6576.5,3.01,0.0941,1100,1.83,1.94,6,1,2.84,31.48,31.91,30.65,1200.21,1186.77,23.398,28.004,50.71,60.69,231.2,69,220,100.5,-3.26,0.114,0.7 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,8,,40,18:59:24,17:29:24,6761.5,1.43,0.088,1130,1.74,1.97,6,1,2.84,31.77,32.01,31.04,1200.87,1190.88,23.193,28.005,49.44,59.69,210.3,40,179,100.5,-3.55,0.0407,0 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,9,,41,19:03:00,17:33:00,6977.5,0.13,0.0754,1150,1.47,1.94,6,1,2.84,31.73,31.91,31.04,1200.45,1193.81,22.97,28.006,49.08,59.84,170.4,20,48,100.5,-3.36,-0.0865,0 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,10,,42,19:06:32,17:36:32,7189.5,-1.35,0.0726,1190,1.46,1.99,6,1,2.84,32.15,32.11,31.63,1200.37,1198.87,22.658,28,47.27,58.41,159.3,0,35,100.5,-3.83,0.103,0 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,22,17:10:40,16:40:40,4588,20.7,0.145,127,3.38,2.36,6,1,2.84,28.71,33.38,27.05,400.23,376.25,24.342,27.917,61.76,70.83,550.9,2000,44,100.4,-4.15,0.633,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,23,17:12:42,16:42:42,4709,15.4,0.188,112,4.09,2.24,6,1,2.84,28.08,32.93,26.37,283.18,257.86,21.742,27.852,57.24,73.32,390.3,2000,45,100.4,-4.15,0.633,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,3,Yes,24,17:14:43,16:44:43,4830,15.4,0.226,86.4,4.61,2.12,6,1,2.84,27.73,32.53,26.01,229.56,207.81,21.894,27.858,58.84,74.87,450.7,2000,45,100.4,-4.15,0.633,0.7 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,4,,25,17:17:05,16:47:05,4973,4.23,0.269,114,5.12,2.01,6,1,2.84,27.53,32.18,25.8,151.49,145.34,21.843,27.995,59.39,76.12,485,2001,42,100.4,5.89,0.585,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,5,,26,17:19:35,16:49:35,5123,-0.716,0.311,71.1,5.62,1.94,6,1,2.84,27.32,31.9,25.6,68.86,69.24,21.718,27.986,59.78,77.03,523,2000,43,100.4,5.88,0.592,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,6,,27,17:21:47,16:51:47,5255,-1.54,0.343,60.2,6.21,1.96,6,1,2.84,28.07,31.98,26.72,52.76,54.11,21.257,27.994,55.99,73.74,537.8,2000,41,100.4,5.59,0.576,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,7,,28,17:24:17,16:54:17,5405,9.61,0.369,168,6.61,1.95,6,1,2.84,28.35,31.96,27.11,232.18,220.91,21.461,28.004,55.63,72.59,589.3,1999,55,100.4,5.97,0.602,0 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,8,,29,17:26:07,16:56:07,5515,17.4,0.35,281,6.39,1.98,6,1,2.84,28.42,32.07,27.1,399.95,379.43,21.579,28.007,55.71,72.3,579.9,2000,57,100.4,5.34,0.597,0 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,9,,30,17:28:08,16:58:08,5636,19.4,0.322,490,5.95,1.99,6,1,2.84,28.17,32.09,26.7,640.09,614.37,21.528,27.982,56.38,73.29,538.1,1999,52,100.4,5.34,0.597,0.7 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,10,,31,17:30:09,17:00:09,5757,17.4,0.298,821,5.51,1.97,6,1,2.84,27.61,32.02,25.9,978.64,951.08,21.44,27.97,58.01,75.67,492.3,2001,51,100.4,5.34,0.597,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,11,,32,17:32:10,17:02:10,5878,15.6,0.28,1040,5.14,1.94,6,1,2.84,27.39,31.92,25.71,1201.57,1172.81,21.335,27.988,58.48,76.72,450.4,2001,50,100.4,5.34,0.597,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,1,,33,17:36:25,17:06:25,6133,18.9,0.245,993,4.97,2.13,6,1,2.84,28.31,32.59,26.64,1200.59,1162.88,20.607,27.997,53.53,72.72,392.3,1999,41,100.4,5.34,0.597,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,2,,34,17:39:26,17:09:26,6314,18.7,0.191,955,3.61,1.95,6,1,2.84,28.25,31.93,26.9,1201.17,1154.09,20.751,27.988,54.09,72.96,290.9,1501,41,100.4,5.34,0.597,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,3,,35,17:41:59,17:11:59,6466.5,16.7,0.161,943,3.1,1.96,6,1,2.84,29.86,32,29.05,1200.13,1151.4,20.794,28.015,49.39,66.54,250.1,1000,39,100.4,5.34,0.597,1 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,4,,36,17:45:00,17:15:00,6647.5,11.1,0.136,1000,2.64,1.97,6,1,2.84,31.01,32.04,30.43,1200.88,1174.42,23.243,28.042,51.69,62.36,321.3,500,43,100.4,5.34,0.597,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,5,,37,17:48:23,17:18:23,6851,8.05,0.12,1030,2.38,1.99,6,1,2.84,31.79,32.11,31.39,1200.73,1178.37,23.245,28.015,49.45,59.6,291.5,200,48,100.4,-4.01,0.581,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,6,,38,17:51:49,17:21:49,7057,4.97,0.106,1070,2.1,1.98,6,1,2.84,31.66,32.07,31.19,1200.79,1182.99,23.102,27.98,49.5,59.96,251.6,120,41,100.4,-4.26,0.605,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,7,,39,17:54:20,17:24:20,7207,2.52,0.0991,1110,1.96,1.98,6,1,2.84,31.66,32.04,31.19,1201.85,1188.67,22.819,27.996,48.9,59.99,220.8,71,43,100.4,-4.22,0.617,0.7 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,8,,40,17:56:54,17:26:54,7361,0.923,0.0904,1140,1.77,1.96,6,1,2.84,31.63,31.96,31.19,1199.59,1190,22.523,27.977,48.34,60.05,189.7,41,44,100.4,-4.15,0.602,0.3 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,9,,41,17:59:54,17:29:54,7542,-0.0273,0.0786,1160,1.57,1.98,6,1,2.84,31.92,32.05,31.59,1201.3,1194.21,22.151,28.004,46.78,59.14,156,19,317,100.4,-4.3,0.467,0 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,10,,42,18:02:39,17:32:39,7707,-1.15,0.0817,1180,1.63,1.99,6,1,2.84,31.82,32.09,31.39,1201.07,1197.95,21.919,28.007,46.55,59.47,156.6,0,289,100.4,-4.07,0.702,0 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,1,,1,15:23:17,14:53:17,870.5,8.01,0.0839,191,2.37,2.8,6,1,2.84,30.01,34.85,28.26,400.19,360.83,17.735,27.972,41.7,65.77,135.2,2001,34,100.3,-0.251,0.00597,1 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,2,,2,15:25:18,14:55:18,991.5,6.14,0.111,154,3,2.7,6,1,2.84,29.71,34.52,27.97,279.55,254.91,17.568,27.968,42.04,66.92,168.3,2000,45,100.3,-0.251,0.00597,0.7 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,3,,3,15:27:54,14:57:54,1148,4.83,0.129,142,3.37,2.62,6,1,2.84,29.45,34.26,27.71,229.36,211.62,17.495,27.985,42.49,67.96,187.3,2000,33,100.3,1.67,-0.262,0 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,4,,4,15:30:25,15:00:25,1299,2.27,0.147,110,3.73,2.56,6,1,2.84,29.29,34.07,27.54,149.41,141.24,17.395,27.989,42.65,68.62,205.3,1999,34,100.3,1.87,-0.241,0 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,5,,5,15:32:54,15:02:54,1448,-0.656,0.164,75.1,4.02,2.5,6,1,2.84,29.21,33.87,27.47,70.43,71.43,17.324,27.983,42.67,68.92,219.9,2001,33,100.2,1.64,-0.187,0.7 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,6,,6,15:35:29,15:05:29,1603,-1.99,0.192,59.1,4.53,2.42,6,1,2.84,28.99,33.61,27.26,39.24,43.59,17.302,27.993,43.14,69.79,247.4,2000,38,100.2,1.83,-0.0322,0 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,7,,7,15:38:01,15:08:01,1755,6.84,0.21,151,4.8,2.36,6,1,2.84,28.92,33.4,27.2,231.55,213.44,17.229,27.977,43.14,70.06,260.4,1999,35,100.3,1.04,-0.0734,0.7 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,8,,8,15:39:39,15:09:39,1852.5,12.8,0.202,247,4.6,2.35,6,1,2.84,28.84,33.36,27.13,401.35,366.65,17.234,27.97,43.36,70.36,250.1,2000,47,100.2,1.04,-0.0734,1 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,9,,9,15:41:40,15:11:40,1973.5,17.2,0.187,416,4.35,2.38,6,1,2.84,28.85,33.48,27.13,641.4,591.48,17.293,27.976,43.47,70.32,237.5,1999,36,100.2,1.04,-0.0734,0.7 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,10,,10,15:42:57,15:12:57,2050.5,15.6,0.18,750,4.21,2.39,6,1,2.84,28.82,33.49,27.09,979.43,928.46,17.283,27.979,43.53,70.47,229.5,2000,31,100.2,1.04,-0.0734,1 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,11,,11,15:44:58,15:14:58,2171.5,15.2,0.17,953,4,2.4,6,1,2.84,28.8,33.55,27.07,1198.77,1144.26,17.276,28.018,43.56,70.65,217.3,2000,42,100.2,1.04,-0.0734,0.3 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,1,,1,16:28:06,14:58:06,879,9.93,0.107,204,2.67,2.51,6,1,2.84,29.91,33.9,28.03,400.49,369.39,20.583,27.985,48.71,66.23,210.6,1999,144,100.3,-1.62,-0.132,0.7 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,2,,2,16:30:41,15:00:41,1033,6.27,0.124,169,2.98,2.42,6,1,2.84,29.58,33.6,27.69,279.33,261.97,20.873,28.006,50.37,67.58,243.8,1999,155,100.3,0.953,-0.213,0 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,3,,3,16:33:14,15:03:14,1187,5.61,0.16,152,3.66,2.33,6,1,2.84,29.34,33.31,27.44,230.9,218.53,21.124,27.985,51.67,68.45,311.1,2000,149,100.3,0.623,-0.122,0.3 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,4,,4,16:35:45,15:05:45,1338,2.97,0.195,112,4.3,2.28,6,1,2.84,29.29,33.13,27.38,148.83,143.02,21.235,28.011,52.09,68.71,370.3,2000,159,100.3,0.388,-0.0842,0.7 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,5,,5,16:38:19,15:08:19,1492,-0.101,0.234,69.3,4.91,2.19,6,1,2.84,29.08,32.83,27.17,71.4,71.04,21.139,28.009,52.48,69.53,416.8,1999,140,100.3,0.273,-0.0632,0.7 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,6,,6,16:40:50,15:10:50,1643,-1.49,0.272,49.4,5.42,2.11,6,1,2.84,28.86,32.51,26.96,39.78,41.44,21.081,27.982,53,70.36,458.3,1999,149,100.3,0.185,-0.109,0.7 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,7,,7,16:43:17,15:13:17,1790,7.71,0.306,169,5.84,2.04,6,1,2.84,28.74,32.27,26.86,230.39,219.36,21.051,28.007,53.29,70.9,489.4,1999,170,100.3,0.687,-0.119,0.3 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,8,,8,16:45:18,15:15:18,1910.5,14.7,0.28,277,5.43,2.05,6,1,2.84,28.72,32.32,26.83,400.53,378.82,21.179,28.007,53.68,70.99,464.1,2001,157,100.3,0.687,-0.119,0.3 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,9,,9,16:47:19,15:17:19,2032,20.2,0.243,445,4.84,2.09,6,1,2.84,28.78,32.45,26.89,638.74,605.45,21.239,28.02,53.64,70.76,416.5,2001,155,100.3,0.687,-0.119,0.7 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,10,,10,16:49:20,15:19:20,2153,21.2,0.216,743,4.42,2.12,6,1,2.84,28.87,32.59,26.99,979.63,939.73,21.274,28.028,53.47,70.45,382,2001,147,100.3,0.687,-0.119,0.7 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,11,,11,16:51:21,15:21:21,2274,20.2,0.189,936,3.87,2.11,6,1,2.84,28.69,32.5,26.79,1199.08,1153.69,21.035,27.954,53.43,71,326,2000,146,100.3,0.687,-0.119,0.3 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,1,,20,17:48:16,16:18:16,5688.5,10.7,0.123,209,3.23,2.64,6,1,2.84,30.77,34.32,28.89,400.27,365.8,18.823,27.933,42.38,62.9,206.8,2000,115,100.3,-2.61,-0.113, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,2,,21,17:50:16,16:20:16,5809.5,6.83,0.117,151,2.84,2.42,6,1,2.84,29.68,33.56,27.78,279.75,255.1,18.872,27.868,45.26,66.83,183.9,1999,76,100.3,-2.61,-0.113, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,3,,22,17:52:51,16:22:51,5964,4.72,0.127,145,2.86,2.27,6,1,2.84,29.05,33.09,27.12,230.56,213.23,18.937,27.978,47.08,69.55,184.4,2000,115,100.3,0.836,-0.165, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,4,,23,17:55:32,16:25:32,6125,2.59,0.152,108,3.09,2.06,6,1,2.84,28.37,32.34,26.46,149.87,140.76,18.993,28.009,49.13,72.45,199.6,2001,201,100.3,0.652,-0.102, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,5,,24,17:58:12,16:28:12,6285,-0.124,0.194,68.5,3.61,1.92,6,1,2.84,28.32,31.82,26.75,69.95,69.62,18.96,28.007,49.19,72.66,232.7,1999,128,100.3,0.533,-0.0822, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,6,,25,18:00:51,16:30:51,6444,-1.27,0.235,50.1,4.4,1.96,6,1,2.84,29.29,31.96,28.12,40.04,42.35,18.889,28.007,46.3,68.65,281.6,2001,125,100.3,0.324,-0.117, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,7,,26,18:03:30,16:33:30,6602,7.1,0.261,162,4.94,1.99,6,1,2.84,29.64,32.09,28.51,230.73,215.11,18.793,27.977,45.16,67.24,313.6,1999,97,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,8,,27,18:05:04,16:35:04,6696,13.8,0.257,266,4.84,1.98,6,1,2.84,29.5,32.03,28.31,399.28,368.56,18.731,27.978,45.37,67.77,305,2000,85,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,9,,28,18:07:05,16:37:05,6817,19.1,0.235,437,4.49,2,6,1,2.84,29.47,32.11,28.18,639.77,593.26,18.66,27.999,45.27,67.93,280.3,1999,193,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,10,,29,18:09:06,16:39:06,6938,19.9,0.218,742,4.15,1.98,6,1,2.84,29.2,32.03,27.92,980.25,925.14,18.609,27.971,45.86,68.93,258.7,2001,89,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,11,,30,18:11:07,16:41:07,7059,19.4,0.202,942,3.86,1.98,6,1,2.84,29.18,32.03,27.92,1199.32,1139.7,18.563,27.964,45.81,69.01,239.6,2001,694,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,1,,31,18:13:42,16:43:42,7215,20.8,0.181,907,3.8,2.15,6,1,2.84,29.38,32.58,27.62,1199.38,1136.63,18.52,27.763,45.18,67.73,239.9,1999,90,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,2,,32,18:15:43,16:45:43,7336,20.7,0.169,890,3.22,1.95,6,1,2.84,29.34,31.87,28.33,1199.93,1128.03,18.534,27.807,45.32,67.99,202.8,1501,100,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,3,,33,18:17:44,16:47:44,7457,18.8,0.149,884,2.9,1.97,6,1,2.84,31.03,31.98,30.47,1199.79,1126.2,18.521,27.928,41.1,61.98,179.6,1001,86,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,4,,34,18:19:16,16:49:16,7548.5,15.2,0.138,916,2.68,1.96,6,1,2.84,32.18,32,32.03,1199.45,1133.02,18.545,28.037,38.55,58.29,164.9,500,144,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,5,,35,18:20:47,16:50:47,7640,7.83,0.127,1020,2.47,1.97,6,1,2.84,32.68,32.03,32.61,1199.49,1157.13,18.58,28.091,37.54,56.76,151.5,201,93,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,6,,36,18:22:38,16:52:38,7751,4.64,0.12,1070,2.38,2,6,1,2.84,32.2,32.12,31.42,1199.6,1169.38,18.623,28.049,38.66,58.23,147.3,120,309,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,7,,37,18:24:12,16:54:12,7845,2.25,0.118,1110,2.28,1.95,6,1,2.84,31.86,31.95,31.23,1199.76,1178.8,18.641,28.059,39.45,59.39,141.3,69,100,100.3,0.834,-0.13, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,8,,38,18:26:45,16:56:45,7998,1.25,0.104,1130,2.05,1.96,6,1,2.84,32.35,31.99,32.02,1199.77,1182.58,18.709,28.027,38.51,57.69,128.1,41,82,100.3,-2.41,-0.404, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,9,,39,18:28:52,16:58:52,8125,0.0385,0.102,1150,2,1.95,6,1,2.84,32.35,31.94,32.02,1199.68,1188.25,18.791,27.988,38.69,57.63,126.5,21,526,100.3,-2.68,-0.475, +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,10,,40,18:31:28,17:01:28,8280.5,-1.62,0.0981,1190,1.94,1.97,6,1,2.84,32.51,32.01,32.22,1200.02,1196.59,18.746,27.991,38.25,57.12,122.3,0,318,100.3,-2.96,-0.439, +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,1,,12,16:46:03,16:16:03,5837,5.27,0.0499,176,1.46,2.86,6,1,2.84,30.09,35.05,28.37,400.23,360.75,18.322,27.984,42.86,65.46,88.2,2000,201,100.2,1.04,-0.0734,0.7 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,2,,13,16:48:04,16:18:04,5958,2.84,0.0503,156,1.38,2.68,6,1,2.84,29.19,34.46,27.45,279.64,256.88,18.409,27.969,45.35,68.91,84.2,2000,111,100.2,1.04,-0.0734,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,3,,14,16:50:51,16:20:51,6125,0.798,0.0156,119,0.398,2.47,6,1,2.84,28.37,33.79,26.61,229.74,208.11,18.536,28.032,47.88,72.41,24.4,1999,163,100.2,3.28,-0.71,0 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,4,,15,16:53:30,16:23:30,6284,1.25,0.0698,107,1.65,2.33,6,1,2.84,27.8,33.27,26.05,149.76,141.01,18.536,27.976,49.51,74.71,101.7,2001,234,100.2,1.99,-0.0793,0 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,5,,16,16:56:07,16:26:07,6441,-0.623,0.0817,81.1,1.81,2.2,6,1,2.84,27.34,32.83,25.58,68.69,71.37,18.471,28.012,50.7,76.88,110.7,2000,168,100.2,2.13,-0.0355,0 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,6,,17,16:58:44,16:28:44,6598,-1.32,0.0938,68.2,1.96,2.08,6,1,2.84,26.92,32.4,25.16,40.8,46.98,18.369,27.974,51.67,78.69,119.2,2000,122,100.2,2.15,-0.106,0.7 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,7,,18,17:00:45,16:30:45,6719,4.86,0.104,124,2.11,2.02,6,1,2.84,26.69,32.15,24.94,231.15,206.6,18.451,27.935,52.6,79.64,129.5,2000,91,100.2,2.15,-0.106,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,8,,19,17:02:46,16:32:46,6840,9.74,0.103,185,2.02,1.97,6,1,2.84,26.48,31.95,24.72,400.94,350.19,18.36,27.909,53.01,80.57,123.6,2000,52,100.2,2.15,-0.106,0.7 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,9,,20,17:04:47,16:34:47,6961.5,15.2,0.1,295,1.98,1.97,6,1,2.84,26.85,31.97,25.35,640.4,558.86,18.337,27.942,51.78,78.9,119.9,2000,62,100.2,2.15,-0.106,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,10,,21,17:06:48,16:36:48,7082.5,18.2,0.0954,540,1.9,1.99,6,1,2.84,26.91,32.06,25.35,979.76,876.2,18.321,27.989,51.56,78.77,114.9,1999,87,100.2,2.15,-0.106,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,11,,22,17:08:49,16:38:49,7203.5,18.2,0.088,718,1.76,1.99,6,1,2.84,26.6,32.06,24.85,1200.35,1087.01,18.297,27.952,52.46,80.14,106.5,1999,60,100.2,2.15,-0.106,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,1,,23,17:12:40,16:42:40,7433,18.3,0.0821,697,1.85,2.23,6,1,2.84,27.98,32.92,26.32,1199.66,1095.8,18.803,27.971,49.7,73.93,117.4,1999,50,100.2,2.15,-0.106,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,2,,24,17:14:41,16:44:41,7554,17,0.0717,661,1.42,1.95,6,1,2.84,27.24,31.93,25.53,1199.49,1078.01,18.975,27.98,52.38,77.23,91.7,1499,41,100.2,2.15,-0.106,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,3,,25,17:16:39,16:46:39,7672,15.3,0.0782,750,1.52,1.92,6,1,2.84,29.72,31.85,29.44,1200.48,1098.65,19.164,28.049,45.81,67.05,99.8,1000,43,100.2,2.15,-0.106,1 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,4,,26,17:18:40,16:48:40,7793,11.1,0.0713,834,1.42,1.97,6,1,2.84,31.23,32.08,30.82,1200.32,1120.12,19.495,28.213,42.72,61.83,95,501,40,100.2,2.15,-0.106,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,5,,27,17:20:35,16:50:35,7908,4.84,0.0683,1010,1.37,1.98,6,1,2.84,31.69,32.03,31.39,1200.66,1161.13,19.805,27.99,42.29,59.77,97.5,200,40,100.2,2.15,-0.106,1 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,6,,28,17:22:19,16:52:19,8012,1.91,0.0608,1090,1.23,1.99,6,1,2.84,31.88,32.09,31.59,1200.73,1178.49,20.097,28.012,42.45,59.17,90.6,120,42,100.2,2.15,-0.106,1 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,7,,29,17:24:29,16:54:29,8143,2.78,0.0569,1060,1.15,1.99,6,1,2.84,31.89,32.08,31.59,1200.88,1172.33,20.263,27.998,42.77,59.1,86.9,71,45,100.2,-16.8,-0.0412,0 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,8,,30,17:26:52,16:56:52,8286,1.26,0.0443,1100,0.894,1.98,6,1,2.84,31.88,32.02,31.59,1201.01,1180.53,20.284,27.986,42.85,59.12,67.7,41,45,100.2,-16.6,-0.318,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,9,,31,17:29:37,16:59:37,8451,0.242,0.04,1140,0.809,1.98,6,1,2.84,31.9,32.03,31.59,1201.42,1189.64,20.298,27.987,42.84,59.07,61.4,19,40,100.2,-17.1,-0.452,0.3 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,10,,32,17:32:27,17:02:27,8620,-0.725,0.0372,1190,0.748,1.96,6,1,2.84,31.86,31.98,31.59,1201.55,1199.53,19.503,28.013,41.26,59.26,51.3,0,24,100.2,-17.6,-0.365,0.7 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,1,,41,18:43:00,17:13:00,8972,8.84,0.0876,175,1.8,2.05,6,1,2.84,28.74,32.27,27.01,400.33,349.28,18.496,27.947,46.83,70.76,111.2,2001,67,100.3,-2.96,-0.439,0.7 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,2,,42,18:45:01,17:15:01,9093,6.39,0.104,138,1.99,1.92,6,1,2.84,28.63,31.84,27.76,280.39,246.29,18.444,28.023,47,71.41,121.1,2000,60,100.3,-2.96,-0.439,0.3 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,3,,43,18:47:02,17:17:02,9214,5.77,0.121,121,2.37,1.97,6,1,2.84,29.16,32.01,28,231,204.96,18.413,28.019,45.49,69.23,144.1,2001,58,100.3,-2.96,-0.439,0.7 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,4,,44,18:49:43,17:19:43,9375,2.6,0.15,107,2.92,1.98,6,1,2.84,29.27,32.03,28.32,150.21,140.06,18.408,27.987,45.2,68.72,177.8,2001,60,100.3,1.2,-0.2,0 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,5,,45,18:52:17,17:22:17,9530,-0.125,0.167,68.7,3.22,1.96,6,1,2.84,29.39,32,28.51,69.94,69.64,18.402,28.003,44.88,68.3,195.4,2000,60,100.3,0.808,-0.239,0.7 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,6,,46,18:54:23,17:24:23,9656,-1.28,0.185,52.9,3.5,1.95,6,1,2.84,29.39,31.93,28.51,39.52,42.71,18.385,28.007,44.83,68.29,211.9,2000,65,100.3,0.754,-0.226,0.7 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,7,,47,18:56:27,17:26:27,9780,6.35,0.199,151,3.73,1.94,6,1,2.84,29.53,31.9,28.71,230.31,211.26,18.323,28.008,44.32,67.75,224.7,2001,68,100.3,1.3,-0.19,0.3 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,8,,48,18:58:02,17:28:02,9874,12.6,0.203,249,3.87,1.97,6,1,2.84,29.95,32.03,29.3,400.46,364.3,18.277,28.007,43.17,66.15,231.8,2000,67,100.3,1.3,-0.19,1 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,9,,49,19:00:02,17:30:02,9995,19.4,0.192,395,3.71,1.99,6,1,2.84,29.67,32.08,28.63,639.21,581.46,18.289,27.977,43.9,67.15,223.5,1999,75,100.3,1.3,-0.19,0.3 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,10,,50,19:02:03,17:32:03,10116,22.5,0.181,673,3.49,1.98,6,1,2.84,29.37,32.03,28.32,980.57,907.66,18.307,27.953,44.71,68.27,210.8,1999,68,100.3,1.3,-0.19,0.3 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,11,,51,19:04:04,17:34:04,10237,23.1,0.171,859,3.27,1.96,6,1,2.84,29.22,31.96,28.29,1199.43,1118.22,18.332,27.98,45.15,68.92,197.5,1998,69,100.3,1.3,-0.19,0.3 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,1,,52,19:06:56,17:36:56,10409,24.4,0.157,822,3.17,2.05,6,1,2.84,28.92,32.27,27.15,1199.65,1113.75,18.389,27.871,46.1,69.87,195,2000,72,100.3,1.3,-0.19,0.3 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,2,,53,19:08:57,17:38:57,10530,22.6,0.15,825,2.82,1.92,6,1,2.84,30.26,31.88,29.87,1199.96,1108.82,18.43,28.134,42.75,65.26,169.7,1500,128,100.3,1.3,-0.19,0.7 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,3,,54,19:10:58,17:40:58,10651,19.3,0.137,849,2.62,1.93,6,1,2.84,31.32,31.96,30.7,1199.26,1114.2,18.493,28.238,40.39,61.67,156.9,1001,62,100.3,1.3,-0.19,0.3 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,4,,55,19:12:30,17:42:30,10742.5,14.4,0.131,917,2.52,1.94,6,1,2.84,32.51,31.91,32.62,1199.55,1132.4,18.516,28.033,37.81,57.24,154.2,501,57,100.3,1.3,-0.19,1 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,5,,56,19:14:15,17:44:15,10847.5,6.89,0.12,1030,2.36,1.97,6,1,2.84,33.07,32.05,32.87,1199.35,1159.16,18.532,28.097,36.67,55.6,143.6,201,84,100.3,1.3,-0.19,1 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,6,,57,19:15:48,17:45:48,10940.5,4,0.115,1080,2.24,1.97,6,1,2.84,33.08,32.02,33.19,1199.45,1170.87,18.646,28.048,36.88,55.47,139.1,121,112,100.4,1.3,-0.19,1 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,7,,58,19:17:54,17:47:54,11067,2.5,0.106,1100,2.08,1.96,6,1,2.84,33.11,32,33.19,1199.57,1176.98,18.788,28.022,37.1,55.33,131.6,70,56,100.3,-2.08,-0.358,1 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,8,,59,19:20:13,17:50:13,11206,1.07,0.0988,1130,1.94,1.96,6,1,2.84,33.1,31.97,33.19,1199.53,1183.37,18.941,27.984,37.42,55.28,124.9,41,52,100.4,-1.96,-0.62,0.7 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,9,,60,19:22:22,17:52:22,11335,-0.00138,0.0918,1150,1.8,1.95,6,1,2.84,33.09,31.95,33.19,1199.73,1188.73,19.016,28.013,37.58,55.36,116.5,20,65,100.4,-2,-0.738,0 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,10,,61,19:24:58,17:54:58,11491,-1.13,0.0931,1180,1.83,1.96,6,1,2.84,33.45,31.97,33.78,1199.68,1194.3,18.905,28.004,36.61,54.23,117,1,55,100.4,-2.96,-0.536,0.3 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,1,,33,17:44:39,17:14:39,9352,5.28,0.0562,199,1.3,2.27,6,1,2.84,27.98,32.38,26.37,400.27,362.21,17.592,25.967,46.52,68.67,90.7,1999,28,100.2,-0.186,-0.245,0.3 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,2,,34,17:46:40,17:16:40,9473,3.34,0.0607,160,1.32,2.14,6,1,2.84,26.92,31.88,25.3,280.6,256.63,17.645,25.991,49.66,73.15,92.1,2000,27,100.2,-0.186,-0.245,0.3 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,3,,35,17:49:15,17:19:15,9629,3.08,0.0748,137,1.62,2.15,6,1,2.84,27.65,31.92,26.52,229.27,210.62,17.386,25.991,46.88,70.07,110.2,2000,27,100.2,-0.0873,-0.0964,0 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,4,,36,17:51:54,17:21:54,9788,1.35,0.0726,106,1.58,2.15,6,1,2.84,27.8,31.94,26.72,149.95,140.92,17.15,25.99,45.82,69.44,104.4,2001,30,100.2,0.778,-0.362,0 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,5,,37,17:54:29,17:24:29,9942,-0.552,0.0864,78.7,1.87,2.15,6,1,2.84,27.79,31.93,26.72,68.77,70.84,17.021,25.984,45.52,69.49,121.7,2000,25,100.2,0.877,-0.105,0 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,6,,38,17:57:12,17:27:12,10106,-0.189,0.0155,66.6,0.347,2.18,6,1,2.84,27.95,31.96,26.91,44.83,49.03,17.523,25.776,46.41,68.27,24.6,2000,30,100.2,0.264,-0.961,0 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,7,,39,17:59:13,17:29:13,10227,4.19,0.079,117,1.72,2.16,6,1,2.84,27.83,31.97,26.72,231.19,209.31,17.927,25.988,47.84,69.35,124.8,1999,29,100.3,0.264,-0.961,0.3 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,8,,40,18:01:14,17:31:14,10348,7.95,0.0821,193,1.79,2.17,6,1,2.84,27.85,32,26.72,400.11,361.76,18.199,25.989,48.52,69.28,134.5,1999,28,100.3,0.264,-0.961,0.7 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,9,,41,18:03:15,17:33:15,10469,12.8,0.0829,313,1.82,2.18,6,1,2.84,27.85,32.03,26.72,640.94,581.85,18.436,25.994,49.13,69.28,140.5,2000,11,100.3,0.264,-0.961,0.3 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,10,,42,18:05:16,17:35:16,10590,14.2,0.0823,601,1.8,2.18,6,1,2.84,27.85,32.03,26.71,978.78,911.43,18.543,25.993,49.42,69.28,141.3,2000,11,100.3,0.264,-0.961,0.3 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,11,,43,18:07:17,17:37:17,10711,13.5,0.0815,828,1.79,2.18,6,1,2.84,27.85,32.04,26.72,1200.62,1134.69,18.595,25.991,49.56,69.28,141.3,2000,13,100.3,0.264,-0.961,0.3 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,1,,44,18:10:15,17:40:15,10889,13.4,0.0768,810,1.77,2.28,6,1,2.84,27.99,32.41,26.37,1199.38,1133.37,18.604,25.97,49.18,68.65,140.4,2000,13,100.3,0.264,-0.961,0.3 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,2,,45,18:12:08,17:42:08,11001.5,13.4,0.0794,821,1.7,2.12,6,1,2.84,29.1,31.84,28.75,1199.92,1131.03,18.578,26.021,46.06,64.52,133.3,1501,18,100.3,0.264,-0.961,1 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,3,,46,18:14:09,17:44:09,11122.5,11.5,0.0771,860,1.69,2.18,6,1,2.84,31.26,32.05,30.92,1200.44,1139.32,18.488,26.015,40.5,56.99,131.5,1000,9,100.3,0.264,-0.961,0.7 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,4,,47,18:15:41,17:45:41,11214.5,8.4,0.0763,935,1.64,2.13,6,1,2.84,32.49,31.89,32.97,1200.62,1151.82,18.447,26.034,37.68,53.17,126.5,501,18,100.3,0.264,-0.961,1 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,5,,48,18:17:12,17:47:12,11305.5,2.33,0.0741,1090,1.64,2.19,6,1,2.84,33.12,32.07,33.04,1201.01,1180.58,18.335,25.979,36.14,51.21,125.1,201,13,100.3,0.264,-0.961,1 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,6,,49,18:19:22,17:49:22,11436,3.79,0.0787,1060,1.72,2.17,6,1,2.84,32.96,32.01,33.15,1201.28,1174.27,18.194,25.989,36.19,51.7,129,120,11,100.3,-17.7,-0.425,0 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,7,,50,18:21:55,17:51:55,11589,2.23,0.0775,1090,1.7,2.17,6,1,2.84,33.24,32.02,33.54,1200.46,1180.01,18.033,26.009,35.31,50.93,124.2,71,11,100.3,-19,-0.169,0 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,8,,51,18:24:04,17:54:04,11717,0.847,0.0679,1120,1.49,2.17,6,1,2.84,33.26,32,33.54,1200.64,1186.1,17.916,25.99,35.05,50.85,107.9,41,10,100.3,-18.4,-0.409,0 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,9,,52,18:26:16,17:56:16,11850,0.122,0.0693,1150,1.52,2.17,6,1,2.84,33.27,32.01,33.54,1201.02,1190.27,17.754,25.992,34.72,50.83,108,19,11,100.3,-19.1,-0.149,0 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,10,,53,18:28:48,17:58:48,12002,-0.838,0.0619,1180,1.37,2.19,6,1,2.84,33.28,32.06,33.54,1201.12,1196.11,17.64,25.984,34.46,50.76,95.9,0,10,100.3,-19,-0.372,0.3 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,1,,62,19:32:57,18:02:57,11969,18.8,0.0525,464,1.16,2.17,6,1,2.84,28.69,32.01,27.52,1199.44,1072.37,18.777,25.95,47.72,65.95,94.5,2000,43,100.4,-2.96,-0.536,0.3 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,2,,63,19:34:36,18:04:36,12068,18.8,0.0529,465,1.15,2.14,6,1,2.84,30.48,31.9,30.28,1200,1069.36,18.731,26.025,42.92,59.63,92,1500,43,100.4,-2.96,-0.536,1 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,3,,64,19:36:27,18:06:27,12179,19.7,0.0555,466,1.23,2.19,6,1,2.84,31.86,32.07,31.64,1199.94,1071.71,18.659,25.974,39.53,55.03,98.5,1001,47,100.4,-2.96,-0.536,1 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,4,,65,19:38:18,18:08:18,12290,17.5,0.0552,539,1.22,2.18,6,1,2.84,32.71,32.04,32.54,1199.99,1082.61,18.594,26.007,37.54,52.51,96.1,501,35,100.4,-2.96,-0.536,1 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,5,,66,19:40:19,18:10:19,12411,11.5,0.0564,756,1.24,2.17,6,1,2.84,33.27,32.02,33.45,1199.84,1119.82,18.537,26.051,36.29,50.99,96.3,200,33,100.4,-2.96,-0.536,0.3 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,6,,67,19:42:11,18:12:11,12523,7.55,0.0548,882,1.2,2.16,6,1,2.84,33.41,32,33.77,1200.3,1142.84,18.486,26.028,35.9,50.54,93.2,120,32,100.4,-2.96,-0.536,1 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,7,,68,19:43:58,18:13:58,12630,4.69,0.0538,981,1.18,2.15,6,1,2.84,33.4,31.94,33.78,1200.5,1160.74,18.444,25.97,35.83,50.45,91.3,70,32,100.4,-2.96,-0.536,1 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,8,,69,19:45:56,18:15:56,12748,2.59,0.0522,1050,1.15,2.17,6,1,2.84,33.45,32,33.69,1200.22,1173.56,18.397,25.974,35.64,50.33,88.6,41,31,100.4,-2.96,-0.536,1 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,9,,70,19:48:35,18:18:35,12908,0.262,0.0145,1110,0.33,2.21,6,1,2.84,33.42,31.98,33.77,1200.44,1185.91,18.348,25.503,35.6,49.48,27,20,30,100.4,-1.75,-0.995,0 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,10,,71,19:51:16,18:21:16,13068,-0.227,0.0159,1180,0.352,2.15,6,1,2.84,33.41,31.94,33.78,1200.44,1196.11,18.313,25.947,35.56,50.38,27,1,27,100.4,-3.2,-0.916,0 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,1,,54,18:37:23,18:07:23,12516,16.8,0.0428,378,1.01,2.3,6,1,2.84,27.98,32.47,26.4,1199.85,1041.54,17.262,25.947,45.69,68.67,67.7,2000,26,100.3,-19,-0.372,0.3 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,2,,55,18:39:24,18:09:24,12637,16.5,0.0429,381,0.931,2.13,6,1,2.84,29.33,31.87,29.12,1200.12,1028.83,17.116,26.021,41.88,63.67,61.1,1500,26,100.3,-19,-0.372,0.3 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,3,,56,18:41:15,18:11:15,12748,15.6,0.0422,410,0.916,2.13,6,1,2.84,31.25,31.89,31.66,1200.64,1032.21,17.007,26.107,37.29,57.24,58.8,1000,21,100.3,-19,-0.372,1 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,4,,57,18:43:16,18:13:16,12869,13,0.0404,501,0.884,2.14,6,1,2.84,32.08,31.98,32.23,1200.64,1050.02,16.908,26.193,35.36,54.77,55.6,500,19,100.3,-19,-0.372,0.3 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,5,,58,18:45:17,18:15:17,12991,7.87,0.044,828,1.16,2.58,6,1,2.84,33.07,32.04,33.04,1200.99,1159.4,16.863,21.974,33.35,43.45,132.8,199,17,100.3,-19,-0.372,0.3 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,6,,59,18:46:49,18:16:49,13082,5.26,0.0428,926,1.12,2.57,6,1,2.84,33.15,32,33.54,1201.23,1170.25,16.828,21.985,33.13,43.28,127.3,121,16,100.3,-19,-0.372,1 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,7,,60,18:48:28,18:18:28,13181,2.81,0.0404,1020,1.05,2.56,6,1,2.84,33.17,31.98,33.54,1200.98,1180.51,16.781,21.985,33.01,43.25,118.9,70,15,100.3,-19,-0.372,1 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,8,,61,18:50:56,18:20:56,13330,1.56,0.0446,1080,1.16,2.56,6,1,2.84,33.16,31.95,33.54,1200.96,1187.37,16.732,21.98,32.93,43.26,129.7,41,14,100.3,-19.8,-0.0558,0 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,9,,62,18:53:36,18:23:36,13490,0.0163,0.041,1140,1.07,2.57,6,1,2.84,33.43,31.99,33.93,1200.98,1194.41,16.685,21.996,32.34,42.63,118.2,19,11,100.3,-19.5,-0.313,0 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,10,,63,18:56:12,18:26:12,13645.5,-1.35,0.0342,1220,0.905,2.59,6,1,2.84,33.48,32.1,33.93,1201.04,1202.66,16.639,22.013,32.17,42.55,98.8,0,9,100.3,-19.9,-0.0502,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,1,,1,14:14:55,12:44:55,1373,13.4,0.145,194,2.68,1.86,6,1,2.84,28.76,32.31,27.01,399.69,356.94,22.223,29.94,56.05,75.51,201.9,2000,90,100,1.06,0.167,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,2,,2,14:16:56,12:46:56,1494,8.65,0.142,141,2.44,1.73,6,1,2.84,27.79,31.84,26.25,279.84,248.25,21.913,29.977,58.5,80.02,175.8,1999,95,100,1.06,0.167,0.7 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,3,,3,14:18:56,12:48:56,1614,6.79,0.153,126,2.63,1.74,6,1,2.84,28.33,31.92,26.95,229.82,205.44,21.595,30.075,55.85,77.78,180.3,1999,93,100,1.06,0.167,1 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,4,,4,14:21:31,12:51:31,1770,3.83,0.176,96.9,3.05,1.77,6,1,2.84,28.53,32,27.15,149.52,137.05,21.293,29.99,54.41,76.63,204.3,1999,106,100,1.18,-0.131,0 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,5,,5,14:24:07,12:54:07,1926,0.267,0.227,64.8,3.81,1.75,6,1,2.84,28.7,31.9,27.34,69.96,68.68,21.05,30.009,53.29,75.97,247.4,2001,87,100,0.625,-0.0809,0.7 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,6,,6,14:26:41,12:56:41,2080,-1.29,0.277,49.3,4.6,1.75,6,1,2.84,29.4,31.93,28.33,40.34,42.6,20.792,30.019,50.52,72.95,290.4,2000,89,100,0.381,-0.000404,0.7 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,7,,7,14:28:42,12:58:42,2200.5,10.1,0.298,145,5.04,1.79,6,1,2.84,29.52,32.07,28.32,231.02,209.63,20.64,29.99,49.82,72.39,313.7,1999,141,100,0.381,-0.000404,0.7 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,8,,8,14:30:43,13:00:43,2321.5,19.7,0.291,232,4.96,1.8,6,1,2.84,28.75,32.1,26.9,400.18,358.27,20.593,29.964,51.98,75.64,307.8,2000,111,100,0.381,-0.000404,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,9,,9,14:32:43,13:02:43,2442,29,0.27,372,4.54,1.77,6,1,2.84,28.2,31.97,26.31,639.06,571.24,20.559,30.007,53.57,78.19,279.4,1999,135,100,0.381,-0.000404,0.7 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,10,,10,14:34:22,13:04:22,2540,32.2,0.265,668,4.43,1.76,6,1,2.84,28.04,31.95,26.15,980.46,900.82,20.548,30.001,54.03,78.89,272.9,1999,138,100,0.381,-0.000404,1 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,11,,11,14:36:22,13:06:22,2661,31.8,0.255,872,4.33,1.78,6,1,2.84,28.1,32.03,26.19,1199.02,1116.35,20.536,30.012,53.82,78.65,265.8,2001,137,100,0.381,-0.000404,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,1,,12,14:43:15,13:13:15,3074,35.9,0.195,759,4.07,2.14,6,1,2.84,29.66,33.32,27.82,1199.74,1103.06,20.619,30.064,49.35,71.96,250.6,2001,97,100,0.381,-0.000404,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,2,,13,14:45:16,13:15:16,3195,31.8,0.149,696,2.86,1.93,6,1,2.84,28.99,32.58,27.13,1199.76,1080.61,20.526,29.994,51.06,74.61,175.6,1499,109,100,0.381,-0.000404,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,3,,14,14:47:17,13:17:17,3315.5,27,0.123,677,2.17,1.77,6,1,2.84,29.04,31.95,27.35,1199.49,1066.38,20.406,29.946,50.62,74.28,132.2,999,85,100,0.381,-0.000404,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,4,,15,14:49:18,13:19:18,3436.5,19.3,0.105,773,1.83,1.74,6,1,2.84,30.84,31.9,30.32,1200.38,1103.7,21.968,30.035,49.14,67.18,132.4,501,102,100,0.381,-0.000404,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,5,,16,14:51:19,13:21:19,3557.5,8.71,0.0876,951,1.6,1.8,6,1,2.84,31.34,32.09,30.42,1200.37,1145.15,21.844,29.95,47.49,65.12,114.6,201,108,99.99,0.381,-0.000404,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,6,,17,14:52:55,13:22:55,3653.5,5.07,0.0801,1020,1.46,1.8,6,1,2.84,31.12,32.1,30.07,1200.58,1161.4,21.77,29.983,47.91,65.98,103.7,120,97,99.99,0.381,-0.000404,1 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,7,,18,14:55:31,13:25:31,3810,2.69,0.0615,1080,1.09,1.75,6,1,2.84,31.02,31.9,30.07,1200.35,1183.56,25.529,30.004,56.52,66.43,142.4,70,38,99.99,-1.92,-0.0159,0 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,8,,19,14:58:04,13:28:04,3963,1.02,0.0496,1120,0.897,1.77,6,1,2.84,31.38,31.98,30.65,1200.65,1189.15,25.209,30.005,54.66,65.06,108.9,40,71,99.99,-2.74,0.0972,0 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,9,,20,15:00:45,13:30:45,4124,-0.165,0.0287,1170,0.524,1.77,6,1,2.84,31.74,32,31.23,1200.91,1196.01,24.627,30.022,52.33,63.8,56.6,20,74,99.98,-2.81,-0.201,0.3 +Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,10,,21,15:03:39,13:33:39,4297,-0.305,0.00687,1230,0.146,2.05,6,1,2.84,31.75,31.96,31.24,1201.6,1204.56,23.978,27.207,50.93,57.79,26.3,1,98,99.98,-3.65,0.0494,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,1,,1,13:11:53,12:41:53,1420,6.76,0.0692,216,1.44,2.04,6,1,2.84,28.16,32.94,26.46,399.99,386.01,27.323,29.982,71.32,78.26,314.2,2001,84,99.97,4.48,0.156,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,2,,2,13:14:23,12:44:23,1571,3.52,0.065,174,1.28,1.93,6,1,2.84,27.55,32.55,25.83,279.62,269.85,26.854,29.982,72.63,81.09,237.5,1999,91,99.97,4.62,0.144,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,3,,3,13:16:53,12:46:53,1721,3.51,0.0947,157,1.75,1.84,6,1,2.84,27.16,32.22,25.46,231.38,223.38,26.48,29.965,73.26,82.9,293,1999,95,99.97,4.44,0.181,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,4,,4,13:19:05,12:49:05,1853,1.44,0.11,120,1.96,1.79,6,1,2.84,27,32.04,25.28,149.58,146.18,26.256,30.002,73.35,83.82,305.3,1999,90,99.96,3.94,0.14,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,5,,5,13:21:35,12:51:35,2003,-0.652,0.158,75.3,2.74,1.76,6,1,2.84,27.37,31.92,25.94,69.79,70.48,25.996,29.981,71.05,81.94,399.5,2000,87,99.96,3.06,0.173,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,6,,6,13:23:25,12:53:25,2113,-1.77,0.183,56,3.15,1.76,6,1,2.84,27.68,31.95,26.33,38.9,41.12,25.817,29.977,69.27,80.43,441.3,2000,92,99.94,2.55,0.09,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,7,,7,13:25:55,12:55:55,2263,6.25,0.232,172,4.1,1.84,6,1,2.84,27.78,32.21,26.1,231.58,223.85,25.683,29.973,68.54,79.99,556.3,2000,108,99.96,3.47,0.119,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,8,,8,13:28:24,12:58:24,2412,12.4,0.219,277,3.92,1.85,6,1,2.84,27.65,32.29,25.94,400.37,384.3,25.636,30.018,68.9,80.68,521.1,1999,120,99.96,4.28,0.168,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,9,,9,13:30:25,13:00:25,2533,18.6,0.202,442,3.74,1.91,6,1,2.84,27.74,32.47,26.02,639.75,614.44,25.591,29.993,68.42,80.19,494.9,2000,129,99.96,4.28,0.168,0.7 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,10,,10,13:32:27,13:02:27,2654,22,0.197,732,3.77,1.97,6,1,2.84,28.01,32.7,26.27,979.56,948.86,25.643,30.031,67.5,79.05,500.4,2001,158,99.95,4.28,0.168,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,11,,11,13:34:27,13:04:27,2775,22.4,0.172,910,3.43,2.03,6,1,2.84,28.19,32.94,26.46,1200.21,1165.22,25.667,30.065,66.87,78.32,453.3,1999,148,99.95,4.28,0.168,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,1,,12,13:39:28,13:09:28,3076,24.3,0.122,788,2.97,2.44,6,1,2.84,29.63,34.31,27.92,1199.39,1158.53,25.765,30.012,61.72,71.9,407.3,2001,137,99.94,4.28,0.168,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,2,,13,13:41:29,13:11:29,3197,20.9,0.0872,718,1.97,2.23,6,1,2.84,29.28,33.6,27.57,1199.12,1146.27,25.633,29.98,62.68,73.31,263.3,1500,132,99.94,4.28,0.168,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,3,,14,13:43:31,13:13:31,3318.5,17.8,0.0707,695,1.46,2.03,6,1,2.84,29.19,32.92,27.52,1198.74,1137.31,25.491,29.969,62.63,73.64,189.9,1000,144,99.93,4.28,0.168,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,4,,15,13:45:32,13:15:32,3439.5,12.2,0.0597,787,1.1,1.81,6,1,2.84,28.99,32.08,27.34,1199.9,1148.32,25.85,29.944,64.27,74.45,156.2,500,145,99.93,4.28,0.168,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,5,,16,13:47:33,13:17:33,3561,5.54,0.059,986,1.07,1.77,6,1,2.84,30.13,31.99,29.06,1200,1170.8,25.567,30.021,59.53,69.9,139.5,200,144,99.91,4.28,0.168,0.3 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,6,,17,13:49:50,13:19:50,3698,3.34,0.0599,1060,1.11,1.81,6,1,2.84,30.24,32.12,29.05,1199.88,1179.73,25.35,30.003,58.64,69.41,138.3,119,144,99.91,3.93,0.132,0.7 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,7,,18,13:52:33,13:22:33,3860.5,1.43,0.0524,1110,0.939,1.75,6,1,2.84,30.4,31.91,29.45,1199.8,1185.61,24.93,30.019,57.14,68.8,107.4,71,86,99.91,3.78,0.00108,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,8,,19,13:55:12,13:25:12,4019.5,0.391,0.0502,1140,0.905,1.76,6,1,2.84,30.81,31.94,30.03,1200.07,1190.74,24.405,29.986,54.65,67.14,94.4,41,93,99.91,2.51,0.0644,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,9,,20,13:57:49,13:27:49,4177,-0.655,0.0543,1180,0.99,1.78,6,1,2.84,31.24,32.02,30.61,1199.98,1196.58,23.858,30.01,52.11,65.55,93.7,19,100,99.92,2.06,0.297,0 +Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,10,,21,14:00:37,13:30:37,4345,-1.28,0.0409,1220,0.747,1.78,6,1,2.84,31.27,32.02,30.61,1200.9,1204.43,23.351,30.024,50.92,65.48,65.2,0,103,99.9,1.59,-0.271,0 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,1,,22,15:16:26,13:46:26,5064,5.69,0.0467,181,1.32,2.75,6,1,2.84,29.24,33.69,27.36,399.63,392.14,23.431,24.979,57.44,61.24,497.5,2001,93,99.94,0.0172,0.0436,0 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,2,,23,15:18:27,13:48:27,5185,4.35,0.055,137,1.51,2.68,6,1,2.84,28.9,33.45,26.99,280.04,274.79,23.381,25.001,58.44,62.49,543.8,2000,99,99.94,0.107,0.0551,0.7 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,3,,24,15:20:21,13:50:21,5300,3.67,0.0639,124,1.69,2.6,6,1,2.84,28.63,33.15,26.73,229.46,225.4,23.326,24.975,59.21,63.39,599.9,1998,94,99.94,0.105,0.0582,0 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,4,,25,15:22:27,13:52:27,5426,2.27,0.0786,95.5,2,2.52,6,1,2.84,28.37,32.86,26.46,150.84,147.9,22.747,24.98,58.62,64.37,524.3,2000,97,99.94,0.239,0.0462,0 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,5,,26,15:24:45,13:54:45,5564,-0.016,0.0912,67.8,2.25,2.44,6,1,2.84,28.15,32.62,26.23,70.41,70.25,22.606,25.013,59.01,65.29,545.7,2001,78,99.93,0.12,0.0558,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,6,,27,15:27:22,13:57:22,5721,-0.992,0.1,56.3,2.37,2.36,6,1,2.84,27.87,32.31,25.95,40.14,41.83,20.632,24.994,54.74,66.31,318,2001,84,99.93,0.0172,-0.0246,0 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,7,,28,15:29:53,13:59:53,5871,5.1,0.103,131,2.41,2.33,6,1,2.84,27.75,32.2,25.83,230.19,219.22,20.432,25.011,54.58,66.81,307.7,2000,81,99.92,0.755,0.0434,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,8,,29,15:32:24,14:02:24,6022,10.2,0.0912,186,2.15,2.34,6,1,2.84,27.68,32.24,25.78,398.74,381.26,21.671,24.982,58.13,67.01,379.9,2001,87,99.92,0.798,0.0625,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,9,,30,15:34:25,14:04:25,6143,16.7,0.0852,277,1.99,2.31,6,1,2.84,27.58,32.12,25.68,640.71,615.59,22.263,24.978,60.06,67.39,427.8,1999,84,99.92,0.798,0.0625,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,10,,31,15:36:26,14:06:26,6264,22.5,0.0809,462,1.92,2.35,6,1,2.84,27.7,32.25,25.8,981.47,944.86,22.178,24.991,59.43,66.97,398.4,1999,85,99.92,0.798,0.0625,0.7 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,11,,32,15:38:05,14:08:05,6363,25.2,0.0765,583,1.85,2.39,6,1,2.84,27.8,32.43,25.91,1199.57,1155.68,22.15,25.047,59.02,66.74,373.2,1999,88,99.92,0.798,0.0625,1 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,1,,33,15:44:46,14:14:46,6765,19.1,0.047,458,1.32,2.75,6,1,2.84,29.21,33.65,27.35,1200.42,1153.37,22.014,24.958,54.02,61.24,262.4,2000,83,99.92,0.798,0.0625,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,2,,34,15:46:47,14:16:47,6886,15.2,0.0359,425,0.911,2.47,6,1,2.84,28.61,32.71,26.72,1200.43,1142.18,21.804,24.991,55.42,63.52,167.3,1500,83,99.92,0.798,0.0625,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,3,,35,15:48:48,14:18:48,7007,14.2,0.0346,440,0.798,2.25,6,1,2.84,28.51,31.9,26.84,1200.35,1134.31,21.632,25.024,55.29,63.96,137.6,1001,70,99.91,0.798,0.0625,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,4,,36,15:50:49,14:20:49,7128,11.1,0.0327,559,0.757,2.26,6,1,2.84,30.69,31.93,30.15,1200.63,1140.75,21.337,25.026,48.1,56.41,120.1,501,57,99.91,0.798,0.0625,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,5,,37,15:52:50,14:22:50,7249,6.06,0.0267,754,0.63,2.29,6,1,2.84,31.32,32.06,30.65,1200.85,1156.97,21.03,24.996,45.73,54.36,92.9,201,51,99.91,0.798,0.0625,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,6,,38,15:54:28,14:24:28,7346,3.81,0.0241,873,0.571,2.3,6,1,2.84,31.49,32.08,30.85,1200.83,1166.9,20.798,25.016,44.8,53.88,79.1,120,53,99.91,0.798,0.0625,1 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,7,,39,15:56:29,14:26:29,7467,1.81,0.0212,1000,0.503,2.29,6,1,2.84,31.27,32.06,30.44,1201.06,1179.41,20.579,24.999,44.88,54.52,66.5,69,56,99.91,0.798,0.0625,0.3 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,8,,40,15:59:05,14:29:05,7624,0.853,0.0208,1080,0.489,2.28,6,1,2.84,31.37,32,30.66,1201.15,1187.03,20.311,25.007,44.05,54.23,60.9,40,59,99.9,-3.64,0.0175,0.7 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,9,,41,16:01:46,14:31:46,7785,-0.368,0.0188,1180,0.441,2.27,6,1,2.84,31.38,31.99,30.65,1200.11,1198.26,20.04,25.009,43.43,54.2,51.9,20,69,99.89,-3.81,-0.163,0.7 +Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,10,,42,16:04:22,14:34:22,7940,-1.88,0.025,1280,0.586,2.28,6,1,2.84,31.4,31.99,30.66,1200.44,1210.72,19.967,24.986,43.22,54.08,68.3,1,61,99.89,-3.49,-0.0143,0 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,1,Yes,22,14:12:53,13:42:53,5080,6.06,0.0766,248,2.23,2.86,6,1,2.84,29.4,34.04,27.71,399.76,392.6,22.739,24.976,55.18,60.6,581.9,2000,149,99.87,4.12,0.148,0.7 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,2,Yes,23,14:14:46,13:44:46,5194,3.23,0.0777,196,2.23,2.83,6,1,2.84,29.24,33.94,27.53,278.82,274.81,22.701,24.968,55.61,61.16,575.8,2000,150,99.87,3.95,0.138,0 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,3,,24,14:16:31,13:46:31,5299,2.88,0.0857,162,2.41,2.78,6,1,2.84,29.07,33.76,27.36,229.04,225.59,22.607,24.974,55.92,61.78,594.3,2001,147,99.87,3.7,0.123,0 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,4,,25,14:19:01,13:49:01,5448,1.64,0.132,121,3.45,2.63,6,1,2.84,28.84,33.26,27.15,149.88,147.84,21.754,24.963,54.52,62.57,629.6,1999,118,99.87,3.22,0.107,0 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,5,,26,14:21:08,13:51:08,5576,-0.825,0.17,74.8,4.26,2.55,6,1,2.84,28.68,32.97,26.98,69.2,69.64,21.57,25.008,54.56,63.25,724.1,2000,109,99.85,2.82,0.106,0.7 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,6,,27,14:22:45,13:52:45,5672,-2.18,0.188,59.1,4.58,2.5,6,1,2.84,28.58,32.81,26.89,39.9,41.48,21.441,24.988,54.53,63.55,756,2001,107,99.85,2.59,0.0948,0.7 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,7,,28,14:25:15,13:55:15,5823,5.62,0.182,161,4.38,2.46,6,1,2.84,28.45,32.68,26.77,231.86,221.42,18.256,25.017,46.79,64.12,378.7,1999,117,99.85,3.73,0.0897,0 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,8,,29,14:27:16,13:57:16,5944,11.1,0.152,243,3.75,2.5,6,1,2.84,28.48,32.79,26.79,401.3,378.11,18.191,24.972,46.55,63.89,323.9,1999,113,99.85,3.73,0.0897,0.7 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,9,,30,14:29:17,13:59:17,6065,17.2,0.135,370,3.39,2.52,6,1,2.84,28.47,32.89,26.76,641.47,601.39,18.117,25.016,46.38,64.04,287.6,2000,113,99.85,3.73,0.0897,0.3 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,10,,31,14:31:00,14:01:00,6167.5,21.8,0.126,603,3.15,2.52,6,1,2.84,28.41,32.87,26.71,978.9,922.64,18.011,25.014,46.27,64.27,263.1,2000,125,99.85,3.73,0.0897,1 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,11,,32,14:32:55,14:02:55,6282.5,22.5,0.12,788,3.07,2.56,6,1,2.84,28.52,33.01,26.83,1199.53,1138.43,17.987,25.028,45.92,63.89,255.1,1999,125,99.85,3.73,0.0897,1 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,1,,33,14:41:04,14:11:04,6772,22.3,0.0903,679,2.53,2.78,6,1,2.84,29.37,33.76,27.69,1198.82,1126.55,17.883,24.982,43.46,60.72,208.6,2001,93,99.84,3.73,0.0897,0.3 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,2,,34,14:43:05,14:13:05,6893,20.5,0.0828,674,2.13,2.54,6,1,2.84,28.95,32.95,27.28,1198.89,1118.17,17.667,24.989,44,62.24,170,1499,121,99.85,3.73,0.0897,0.3 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,3,,35,14:44:58,14:14:58,7005.5,18.2,0.0842,731,2.01,2.36,6,1,2.84,28.82,32.29,27.18,1198.91,1121.79,17.601,24.977,44.15,62.65,159.2,1001,105,99.84,3.73,0.0897,1 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,4,,36,14:46:29,14:16:29,7096.5,12.8,0.0848,854,1.91,2.24,6,1,2.84,29.83,31.86,28.88,1198.99,1138.35,17.497,25.062,41.39,59.29,148,500,95,99.84,3.73,0.0897,1 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,5,,37,14:48:20,14:18:20,7207.5,5.43,0.089,1030,2.04,2.27,6,1,2.84,31.2,31.98,30.59,1198.89,1168.48,17.262,25.004,37.78,54.72,154.1,201,91,99.83,3.73,0.0897,1 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,6,,38,14:49:59,14:19:59,7306.5,2.74,0.0918,1090,2.11,2.29,6,1,2.84,31.29,32.03,30.61,1199.18,1178.99,17.053,25.01,37.13,54.45,155.3,120,95,99.84,3.73,0.0897,1 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,7,,39,14:52:18,14:22:18,7446,1.27,0.0956,1120,2.19,2.28,6,1,2.84,31.32,32.01,30.61,1199.87,1185.04,16.802,25.007,36.52,54.35,156.4,71,101,99.83,2.26,0.17,0 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,8,,40,14:54:26,14:24:26,7574,-0.163,0.0961,1150,2.2,2.27,6,1,2.84,31.32,31.97,30.61,1200.07,1190.49,16.604,24.975,36.08,54.26,153.5,41,111,99.83,2.75,0.00431,0 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,9,,41,14:56:43,14:26:43,7711,-1.09,0.0911,1170,2.09,2.28,6,1,2.84,31.34,31.98,30.61,1200.24,1194.4,16.504,24.976,35.81,54.2,144.1,19,117,99.81,2.85,-0.26,0 +Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,10,,42,14:58:56,14:28:56,7843,-1.92,0.0983,1180,2.25,2.28,6,1,2.84,31.37,31.99,30.61,1200.46,1197.45,16.485,24.993,35.71,54.14,154.8,0,149,99.81,2.56,-0.163,0 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,1,,1,16:18:29,14:48:29,123.5,6.36,0.0584,185,1.53,2.57,6,1,2.84,29.51,33.05,27.8,400,373.76,19.32,24.975,46.59,60.22,158.4,1999,74,99.88,0.0305,0.0151,1 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,2,,2,16:21:07,14:51:07,281,4.39,0.0655,144,1.61,2.42,6,1,2.84,28.23,32.51,26.35,279.08,261.34,19.207,24.998,49.87,64.9,162.7,2000,72,99.88,2.39,-0.458,0 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,3,,3,16:23:38,14:53:38,433,3.63,0.0763,132,1.76,2.28,6,1,2.84,27.64,32.02,25.75,230.21,216.48,19.094,24.976,51.33,67.14,175.3,2001,79,99.88,1.11,-0.118,0.7 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,4,,4,16:26:09,14:56:09,584,2.21,0.102,103,2.32,2.27,6,1,2.84,28,31.98,26.37,149.68,143.03,19.088,25.004,50.24,65.82,229.1,1999,88,99.87,0.408,0.0492,0 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,5,,5,16:28:39,14:58:39,734,-0.0697,0.126,68.1,2.84,2.26,6,1,2.84,28.13,31.95,26.57,69.99,69.71,19.047,25.018,49.75,65.34,278.2,2000,98,99.87,0.042,0.049,0.7 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,6,,6,16:31:14,15:01:14,888,-1.19,0.159,52.8,3.59,2.29,6,1,2.84,28.22,32.06,26.56,40.3,42.03,19.158,24.987,49.77,64.91,360.4,1999,100,99.86,-0.0471,0.000643,0.3 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,7,,7,16:33:44,15:03:44,1038,6.87,0.183,149,4.06,2.28,6,1,2.84,27.95,32,26.07,230.77,219.49,19.242,24.998,50.79,65.98,413.1,2000,91,99.86,0.413,0.0281,0.3 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,8,,8,16:35:45,15:05:45,1159,13.4,0.171,234,3.86,2.3,6,1,2.84,27.97,32.09,26.08,400.11,377.73,19.327,25.002,50.96,65.92,397.6,2001,89,99.85,0.413,0.0281,0.7 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,9,,9,16:37:46,15:07:46,1280,19.5,0.154,375,3.52,2.31,6,1,2.84,28,32.13,26.11,640.5,605.22,19.413,25.009,51.09,65.82,367.7,1999,84,99.85,0.413,0.0281,0.7 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,10,,10,16:39:07,15:09:07,1361,21.8,0.148,663,3.46,2.36,6,1,2.84,28.12,32.31,26.24,981.16,940.08,19.49,25.024,50.92,65.38,365.6,2000,87,99.85,0.413,0.0281,1 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,11,,11,16:40:59,15:10:59,1473,21.1,0.136,859,3.25,2.41,6,1,2.84,28.29,32.47,26.4,1199.23,1156.73,19.571,24.995,50.65,64.68,350.7,2000,87,99.85,0.413,0.0281,1 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,1,,12,16:46:50,15:16:50,1825,24.6,0.109,732,2.88,2.65,6,1,2.84,29.44,33.31,27.62,1199.17,1147.88,19.82,24.986,47.98,60.48,326.5,2000,83,99.84,-1.41,-0.00438,0.3 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,2,,13,16:48:51,15:18:51,1946,23.4,0.0983,712,2.4,2.43,6,1,2.84,28.91,32.54,27.04,1199.1,1141.68,19.849,24.983,49.53,62.34,273.4,1501,85,99.84,-1.41,-0.00438,0.3 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,3,,14,16:50:37,15:20:37,2051.5,20.8,0.0897,724,2.04,2.26,6,1,2.84,29.34,31.93,27.97,1199,1139.5,19.899,25.019,48.45,60.91,233.3,1000,85,99.84,-1.41,-0.00438,1 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,4,,15,16:52:30,15:22:30,2164.5,15.5,0.08,795,1.83,2.27,6,1,2.84,30.68,31.95,29.69,1199.22,1149.03,19.917,25.009,44.89,56.37,210.5,501,84,99.83,-1.41,-0.00438,1 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,5,,16,16:54:30,15:24:30,2285,7.48,0.0705,956,1.65,2.3,6,1,2.84,30.83,32.08,29.62,1198.54,1170.48,20.2,24.987,45.14,55.84,201.2,201,94,99.83,-1.41,-0.00438,0.3 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,6,,17,16:56:32,15:26:32,2407,4.72,0.0641,1020,1.49,2.29,6,1,2.84,30.59,32.03,29.28,1200.86,1180.73,20.509,25.021,46.44,56.66,193.1,120,97,99.83,-2.76,0.000816,0 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,7,,18,16:59:07,15:29:07,2562,2.18,0.054,1080,1.27,2.3,6,1,2.84,30.62,32.08,29.29,1200.69,1187.33,20.521,24.999,46.41,56.54,165.7,70,92,99.83,-2.34,-0.12,0 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,8,,19,17:01:16,15:31:16,2691,0.609,0.048,1130,1.12,2.27,6,1,2.84,30.57,31.98,29.28,1200.55,1192.18,20.307,25.001,46.06,56.7,139,40,94,99.82,-2.72,-0.114,0 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,9,,20,17:03:27,15:33:27,2822,-0.445,0.0456,1170,1.07,2.29,6,1,2.84,30.83,32.03,29.69,1200.57,1196.68,20.145,25.01,45.01,55.88,128.2,20,88,99.83,-3.21,0.00295,0 +Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,10,,21,17:05:59,15:35:59,2974,-1.67,0.0393,1230,0.929,2.31,6,1,2.84,30.75,32.1,29.47,1200.29,1203.32,20.02,25.013,44.92,56.13,108.8,1,88,99.82,-3.31,-0.0376,0.7 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,1,,43,15:15:57,14:45:57,8864,6.09,0.0743,231,1.93,2.56,6,1,2.84,28.37,33,26.72,400.47,378.22,18.862,24.995,48.54,64.32,183.9,2000,41,99.81,3.92,0.146,0.7 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,2,,44,15:18:27,14:48:27,9015,4.54,0.104,186,2.56,2.45,6,1,2.84,27.8,32.63,26.09,279.82,266.88,18.814,25,50.05,66.51,242.3,1999,42,99.81,3.55,0.119,0.7 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,3,,45,15:20:58,14:50:58,9166,4.07,0.144,165,3.37,2.36,6,1,2.84,27.59,32.31,25.88,229.25,220.11,18.751,24.985,50.5,67.29,315.9,1999,70,99.81,3.34,0.122,0.7 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,4,,46,15:23:29,14:53:29,9317,1.84,0.173,122,3.95,2.33,6,1,2.84,27.6,32.18,25.87,148.61,144.66,18.682,24.992,50.3,67.3,366.5,1998,48,99.8,2.99,0.0388,0 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,5,,47,15:25:35,14:55:35,9443,-1.1,0.189,77.4,4.29,2.33,6,1,2.84,27.62,32.18,25.9,69.08,70.3,18.649,25.006,50.14,67.23,394.4,1999,73,99.79,2.45,0.0888,0.7 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,6,,48,15:28:05,14:58:05,9593,-2.33,0.207,60.8,4.79,2.39,6,1,2.84,27.87,32.39,26.15,40.89,43.74,18.705,24.982,49.57,66.2,446.3,2000,76,99.77,2.32,0.125,0 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,7,,49,15:30:44,15:00:44,9752,4.53,0.182,173,4.41,2.47,6,1,2.84,28.13,32.69,26.4,231.46,223.53,18.815,24.998,49.1,65.23,417.3,1999,79,99.78,3.68,-0.0268,0 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,8,,50,15:33:15,15:03:15,9903,8.72,0.149,272,3.81,2.58,6,1,2.84,28.36,33.09,26.62,400.23,383.55,18.916,25.006,48.7,64.38,366.3,2001,79,99.78,3.99,0.126,0.7 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,9,,51,15:35:16,15:05:16,10024,11.8,0.13,442,3.46,2.66,6,1,2.84,28.58,33.38,26.87,640.53,615.83,19.054,25.036,48.42,63.63,338.6,2000,73,99.78,3.99,0.126,0.3 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,10,,52,15:37:17,15:07:17,10145,11.3,0.113,749,3.08,2.73,6,1,2.84,28.72,33.6,26.98,980.47,952.69,19.119,25.003,48.22,63.06,306.6,2000,71,99.78,3.99,0.126,0.7 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,11,,53,15:39:18,15:09:18,10266,10.7,0.0935,933,2.61,2.76,6,1,2.84,28.75,33.72,27.01,1201.33,1169.61,19.154,25.01,48.21,62.94,260.5,2000,67,99.78,3.99,0.126,0.3 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,1,,54,15:43:00,15:13:00,10488,13.6,0.077,820,2.27,2.9,6,1,2.84,29.38,34.18,27.67,1199.8,1156.84,19.148,25.008,46.48,60.71,226.8,2001,61,99.77,3.1,0.19,0.3 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,2,,55,15:45:01,15:15:01,10609,14.1,0.0688,770,1.9,2.71,6,1,2.84,29.18,33.51,27.47,1199.39,1147.49,19.088,24.99,46.86,61.35,187.9,1500,61,99.77,3.1,0.19,0.3 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,3,,56,15:47:02,15:17:02,10730,12.8,0.0577,740,1.48,2.51,6,1,2.84,29.02,32.82,27.34,1199.31,1139.67,19.038,24.985,47.16,61.9,145.5,999,62,99.77,3.1,0.19,0.3 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,4,,57,15:49:03,15:19:03,10851,10.9,0.0532,771,1.27,2.34,6,1,2.84,28.96,32.19,27.31,1199.08,1139.89,19.021,24.978,47.3,62.11,124.7,500,64,99.77,3.1,0.19,0.3 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,5,,58,15:50:35,15:20:35,10942.5,5.89,0.0516,937,1.19,2.26,6,1,2.84,29.11,31.93,27.49,1199.23,1161.98,19.043,24.994,46.94,61.61,117.2,200,67,99.76,3.1,0.19,1 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,6,,59,15:52:30,15:22:30,11057.5,3.29,0.0491,1020,1.14,2.27,6,1,2.84,29.5,31.94,28.07,1199.06,1174.63,19.129,24.994,46.11,60.25,113.5,121,68,99.75,3.1,0.19,1 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,7,,60,15:54:39,15:24:39,11187,1.37,0.0511,1100,1.19,2.27,6,1,2.84,29.56,31.97,28.07,1199.42,1185.54,19.21,24.993,46.14,60.03,120.2,70,66,99.75,3.68,0.266,0 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,8,,61,15:56:59,15:26:59,11327,-0.234,0.044,1160,1.02,2.27,6,1,2.84,29.56,31.96,28.07,1199.02,1193.35,19.269,24.999,46.27,60.03,104.5,40,65,99.75,4.16,0.268,0.3 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,9,,62,15:59:15,15:29:15,11462,-1.19,0.0407,1200,0.946,2.27,6,1,2.84,29.68,31.94,28.27,1198.75,1199.12,19.201,25.011,45.78,59.64,95.2,19,64,99.75,4.15,0.27,0.3 +Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,10,,63,16:01:27,15:31:27,11594,-2.09,0.0363,1250,0.849,2.28,6,1,2.84,29.73,31.98,28.27,1198.91,1206.26,19.25,24.967,45.77,59.36,86.9,0,63,99.75,4.07,0.0434,0.3 +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,1,,1,14:50:40,14:20:40,1413.5,11.3,0.12,216,2.76,2.29,6,1,2.84,29.64,33.81,27.93,400.54,383.1,26.222,30.006,62.74,71.8,424.6,2000,353,99.86,4.26,0.108, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,2,,2,14:52:21,14:22:21,1514.5,7.92,0.131,159,2.88,2.2,6,1,2.84,29.26,33.49,27.53,279.03,267.04,26.119,29.979,63.88,73.32,434.9,2000,354,99.86,3.91,0.129, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,3,,3,14:54:52,14:24:52,1664.5,6.44,0.171,152,3.72,2.21,6,1,2.84,30.16,33.53,29.53,230.37,222.18,25.945,30.008,60.25,69.68,532.9,1999,350,99.86,3.89,0.155, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,4,,4,14:57:23,14:27:23,1815.5,3.58,0.216,113,5.03,2.39,6,1,2.84,31.39,34.15,30.8,150.71,146.59,25.359,30.012,54.89,64.96,628.7,2000,379,99.86,3.54,0.105, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,5,,5,14:59:07,14:29:07,1920.5,-0.657,0.237,72.6,5.36,2.34,6,1,2.84,30.51,33.98,28.84,70.19,70.66,21.263,30.012,48.4,68.31,356.3,1999,362,99.85,3.02,0.0963, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,6,,6,15:01:36,14:31:36,2069.5,-2.43,0.268,54.5,5.62,2.19,6,1,2.84,29.73,33.47,28.03,37.61,40.53,22.749,29.981,54.14,71.35,451.9,2001,354,99.84,2.64,0.0577, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,7,,7,15:03:37,14:33:37,2190.5,9.24,0.301,157,5.88,2.07,6,1,2.84,29.4,33.05,27.72,230.56,216.87,22.544,29.976,54.69,72.71,460.7,2001,369,99.85,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,8,,8,15:05:38,14:35:38,2311.5,21.4,0.307,236,5.71,1.98,6,1,2.84,29.06,32.71,27.41,400.61,367.78,22.256,29.98,55.06,74.16,430.1,2000,336,99.85,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,9,,9,15:07:39,14:37:39,2432.5,27.5,0.291,411,5.35,1.94,6,1,2.84,28.93,32.58,27.23,638.89,591.76,21.979,29.958,54.8,74.7,390.2,2001,293,99.85,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,10,,10,15:09:40,14:39:40,2553.5,29.1,0.258,696,4.71,1.91,6,1,2.84,28.66,32.47,26.97,976.37,915.77,21.689,29.971,54.91,75.87,331.3,2000,284,99.85,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,11,,11,15:11:41,14:41:41,2674.5,27.3,0.238,904,4.31,1.88,6,1,2.84,28.36,32.34,26.64,1198.02,1132.35,21.379,29.896,55.08,77.02,294.3,1999,266,99.84,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,1,,12,15:14:22,14:44:22,2834.5,28.6,0.221,875,4.34,2.03,6,1,2.84,29.35,32.88,27.7,1200.33,1128.6,20.925,29.954,50.9,72.86,280.1,2000,254,99.83,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,2,,13,15:16:23,14:46:23,2955.5,28.9,0.203,878,3.61,1.83,6,1,2.84,28.7,32.16,27.03,1202.87,1150.15,24.4,29.985,61.63,75.73,376.1,1499,257,99.83,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,3,,14,15:18:24,14:48:24,3076.5,23.5,0.199,933,3.43,1.77,6,1,2.84,29.99,31.96,29.09,1200.9,1163.33,25.466,30.016,59.72,70.39,439.2,1001,241,99.83,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,4,,15,15:20:25,14:50:25,3197.5,15.3,0.187,1000,3.22,1.76,6,1,2.84,31.25,31.99,30.62,1200.45,1170.17,25.175,30.149,54.91,65.75,377.1,501,243,99.83,3.78,0.0997, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,5,,16,15:22:56,14:52:56,3348.5,7.78,0.174,1070,3.13,1.83,6,1,2.84,32.06,32.17,31.59,1201.34,1181.71,24.796,29.988,51.65,62.47,350.8,199,248,99.82,1.19,0.138, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,6,,17,15:24:58,14:54:58,3471.5,3.79,0.159,1110,2.83,1.81,6,1,2.84,31.33,32.1,30.41,1200.8,1186.61,24.531,29.982,53.26,65.09,302.5,120,242,99.82,2.36,0.00221, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,7,,18,15:27:26,14:57:26,3619.5,1.49,0.146,1140,2.58,1.77,6,1,2.84,31.26,31.97,30.41,1200.94,1190.42,24.229,29.991,52.81,65.37,260.2,71,225,99.81,2.28,0.0616, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,8,,19,15:29:57,14:59:57,3770.5,0.217,0.131,1160,2.32,1.78,6,1,2.84,31.61,31.98,31,1200.93,1192.73,23.795,29.979,50.85,64.07,218.6,41,242,99.82,1.62,0.161, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,9,,20,15:32:00,15:02:00,3893.5,-0.768,0.115,1170,2.05,1.77,6,1,2.84,31.61,31.96,31,1201.28,1195.74,23.451,29.993,50.11,64.09,182,19,255,99.82,1.35,0.139, +Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,10,,21,15:34:31,15:04:31,4044.5,-1.68,0.094,1190,1.67,1.76,6,1,2.84,31.6,31.94,31,1201.02,1199.64,23.052,30.002,49.3,64.17,140,0,255,99.82,1.37,-0.0369, +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,1,,1,15:55:11,14:25:11,1498,15.7,0.16,199,3.41,2.16,6,1,2.84,29.82,33.37,27.94,399.9,373.62,24.884,30.003,58.96,71.09,387.4,2001,56,99.94,-1.33,-0.0879,1 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,2,,2,15:56:56,14:26:56,1604,9.93,0.17,158,3.5,2.09,6,1,2.84,29.34,33.13,27.45,279.61,263.29,24.898,30.008,60.68,73.13,399,2001,109,99.94,0.126,0.0625,0.7 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,3,,3,15:58:32,14:28:32,1700,8.03,0.18,136,3.63,2.05,6,1,2.84,29.13,33,27.22,229.75,216.94,24.892,30.006,61.39,74,413.1,2000,108,99.94,0.113,0.032,0.3 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,4,,4,16:01:03,14:31:03,1851,4.6,0.211,101,4.25,2.08,6,1,2.84,29.17,33.08,27.27,148.66,142.25,24.915,29.993,61.29,73.78,486.7,2000,88,99.93,-0.0639,0.0492,0.3 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,5,,5,16:03:02,14:33:02,1969,0.316,0.232,64.8,4.54,2.03,6,1,2.84,29.11,32.9,27.18,70.1,69.38,24.934,29.978,61.57,74.02,523.5,2000,90,99.93,-0.173,0.045,0.7 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,6,,6,16:05:20,14:35:20,2108,-1.61,0.249,50.8,4.7,1.97,6,1,2.84,28.98,32.7,27.07,39.62,41.19,24.912,29.987,61.96,74.58,539,2001,84,99.93,-0.203,-0.0245,0 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,7,,7,16:07:51,14:37:51,2259,10.8,0.276,144,4.96,1.89,6,1,2.84,28.8,32.41,26.87,230.12,217.28,24.785,29.984,62.3,75.37,555.2,2000,90,99.93,0.29,0.000115,0.3 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,8,,8,16:09:18,14:39:18,2345.5,21.4,0.286,226,4.98,1.84,6,1,2.84,28.61,32.23,26.72,400.33,365.27,22.722,30.005,57.74,76.25,398,1999,94,99.93,0.29,0.000115,1 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,9,,9,16:10:54,14:40:54,2441.5,33.8,0.299,373,5.09,1.81,6,1,2.84,28.59,32.11,26.69,640.29,584.88,22.56,29.998,57.41,76.34,398.6,2001,92,99.93,0.29,0.000115,1 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,10,,10,16:12:54,14:42:54,2562.5,38.4,0.28,648,4.71,1.77,6,1,2.84,28.35,31.98,26.45,980.73,909.05,22.302,29.973,57.53,77.32,357.6,1999,81,99.92,0.29,0.000115,0.3 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,11,,11,16:14:55,14:44:55,2683.5,36.9,0.261,848,4.43,1.78,6,1,2.84,28.4,32.03,26.53,1199.41,1121.75,22.053,30.022,56.73,77.23,323.8,2000,93,99.92,0.29,0.000115,0.3 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,1,,12,16:17:35,14:47:35,2843,38.2,0.249,826,4.74,1.99,6,1,2.84,29.67,32.75,27.87,1199.45,1121.7,21.757,29.97,52.01,71.64,335.9,2001,49,99.91,0.29,0.000115,0.3 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,2,,13,16:19:36,14:49:36,2964,37.3,0.226,834,3.89,1.78,6,1,2.84,28.91,32.01,27.06,1200.05,1144.47,24.972,29.992,62.37,74.9,451.1,1499,92,99.91,0.29,0.000115,0.7 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,3,,14,16:21:35,14:51:35,3082.5,30.8,0.227,888,3.83,1.75,6,1,2.84,30.24,31.92,29.13,1200.4,1149.64,24.675,30.03,57.07,69.46,416.2,1001,98,99.91,0.29,0.000115,1 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,4,,15,16:23:36,14:53:36,3203.5,19.3,0.207,977,3.47,1.73,6,1,2.84,31.65,31.89,31.28,1200.51,1166.94,25.383,30.211,54.16,64.46,417.8,501,39,99.91,0.29,0.000115,0.3 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,5,,16,16:26:07,14:56:07,3354,9.59,0.18,1060,3.16,1.8,6,1,2.84,32.25,32.07,31.62,1200.81,1178.79,24.947,30.02,51.45,61.91,363,200,95,99.91,-3.63,-0.0724,0 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,6,,17,16:28:36,14:58:36,3504,5.33,0.177,1100,3.14,1.8,6,1,2.84,31.57,32.1,30.45,1201.13,1185.5,24.736,29.993,53.03,64.3,347.3,120,79,99.9,-3.22,-0.0437,0 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,7,,18,16:31:07,15:01:07,3655,2.37,0.172,1130,2.97,1.76,6,1,2.84,31.47,31.92,30.46,1201.41,1190.06,24.478,30.008,52.77,64.7,312.5,70,41,99.9,-3.47,-0.0203,0 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,8,,19,16:33:38,15:03:38,3806,0.199,0.157,1160,2.75,1.77,6,1,2.84,32.21,31.97,31.63,1200.09,1192.42,24.113,29.99,49.85,62,272.2,41,35,99.9,-3.73,-0.0596,0.3 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,9,,20,16:36:13,15:06:13,3960,-1.11,0.143,1170,2.48,1.75,6,1,2.84,32.2,31.89,31.62,1200.56,1195.76,23.756,29.986,49.14,62.03,231.5,20,35,99.9,-3.65,-0.152,0 +Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,10,,21,16:38:48,15:08:48,4115,-2.6,0.133,1200,2.39,1.8,6,1,2.84,32.63,32.07,32.21,1201.08,1200.32,23.338,29.991,47.1,60.53,208.8,1,56,99.89,-4.13,-0.19,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,1,,22,17:02:51,15:32:51,5559,19,0.217,216,4.58,2.18,6,1,2.84,29.13,32.71,27.32,399.66,376.05,22.909,27.977,56.48,68.97,526.6,2002,101,99.88,-0.513,0.00329,0.7 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,2,,23,17:04:53,15:34:53,5680,12.3,0.223,156,4.46,2.07,6,1,2.84,28.41,32.34,26.52,279.83,257.77,20.9,27.995,53.72,71.96,366.4,2001,100,99.88,-0.513,0.00329,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,3,,24,17:07:01,15:37:01,5809,9.72,0.252,142,4.76,1.97,6,1,2.84,27.95,31.97,26.05,230.44,213.69,20.789,28.002,54.89,73.93,384.5,1999,108,99.87,0.837,0.0113,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,4,,25,17:09:36,15:39:36,5964,5.78,0.332,106,6.06,1.96,6,1,2.84,28.79,31.94,27.35,149.13,140.92,20.706,27.996,52.06,70.39,485.2,1999,112,99.87,0.632,0.0144,0 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,5,,26,17:12:11,15:42:11,6119,0.556,0.414,65.2,7.37,1.96,6,1,2.84,29.04,31.93,27.53,70.92,69.82,20.657,28.018,51.17,69.4,583.5,1999,105,99.87,0.433,0.0051,0.7 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,6,,27,17:14:42,15:44:42,6270,-1.74,0.462,47,8.17,1.98,6,1,2.84,29.4,31.99,27.93,40.33,41.63,20.607,27.992,50.01,67.94,645.5,1998,118,99.87,0.255,-0.0576,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,7,,28,17:17:13,15:47:13,6421,12.4,0.493,165,8.67,1.98,6,1,2.84,29.48,32.02,27.92,230.36,217.71,20.555,28.009,49.65,67.65,678.5,1999,135,99.86,0.723,-0.0502,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,8,,29,17:19:14,15:49:14,6542,21.2,0.381,256,7.16,2.04,6,1,2.84,28.93,32.24,27.06,399.87,365.74,18.019,28.002,44.91,69.8,418.1,2000,120,99.86,0.723,-0.0502,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,9,,30,17:21:15,15:51:15,6663,26.6,0.248,377,4.94,2.08,6,1,2.84,28.46,32.35,26.57,640.04,577.71,17.793,27.953,45.58,71.6,283.7,2001,116,99.86,0.723,-0.0502,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,10,,31,17:23:16,15:53:16,6784,29.5,0.198,615,4.03,2.09,6,1,2.84,28.22,32.39,26.32,980.05,892.97,17.598,27.927,45.71,72.54,227.8,2001,113,99.86,0.723,-0.0502,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,11,,32,17:25:17,15:55:17,6905,28.6,0.17,818,3.39,2.03,6,1,2.84,27.87,32.15,25.98,1200.51,1133.67,21.097,27.888,55.92,73.93,291.2,2000,116,99.86,0.723,-0.0502,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,1,,33,17:30:31,16:00:31,7219,31.6,0.163,763,3.56,2.22,6,1,2.84,29.03,32.84,27.24,1200.03,1124.03,20.523,27.908,50.86,69.16,280.9,1999,92,99.86,0.723,-0.0502,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,2,,34,17:32:33,16:02:33,7340,29.5,0.152,759,2.95,1.96,6,1,2.84,28.32,31.9,26.5,1200.11,1113.36,20.282,27.877,52.39,72.01,226.6,1501,91,99.86,0.723,-0.0502,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,3,,35,17:34:18,16:04:18,7445,25.6,0.144,787,2.76,1.94,6,1,2.84,30.19,31.84,29.59,1200.73,1115.27,20.032,28.006,46.45,64.94,201.5,1000,90,99.86,0.723,-0.0502,1 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,4,,36,17:36:01,16:06:01,7548,17.8,0.131,873,2.57,1.97,6,1,2.84,31.61,32.02,31.06,1201.04,1131.37,19.818,28.193,42.38,60.29,178.7,501,91,99.86,0.723,-0.0502,1 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,5,,37,17:38:02,16:08:02,7669.5,8.15,0.122,1020,2.4,1.97,6,1,2.84,31.81,32.03,31.23,1201.29,1161.05,19.582,28.171,41.39,59.55,163.1,200,90,99.86,0.723,-0.0502,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,6,,38,17:39:37,16:09:37,7764,4.27,0.116,1070,2.29,1.98,6,1,2.84,31.85,32.07,31.23,1200.28,1172.98,19.447,28.173,41.03,59.44,153,121,88,99.86,0.723,-0.0502,1 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,7,,39,17:41:42,16:11:42,7890,2.61,0.105,1100,2.1,1.99,6,1,2.84,31.86,32.06,31.23,1200.42,1178.78,19.305,28.009,40.71,59.06,141,69,83,99.86,-2.23,-0.174,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,8,,40,17:43:53,16:13:53,8020.5,1.09,0.0998,1130,1.99,1.98,6,1,2.84,31.85,32.01,31.23,1200.79,1184.96,19.156,28.019,40.4,59.09,130.7,40,78,99.86,-2.36,-0.256,0.3 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,9,,41,17:46:11,16:16:11,8159,-0.0694,0.0943,1150,1.88,1.98,6,1,2.84,31.85,32.01,31.23,1201.18,1190.52,19.012,27.992,40.1,59.04,122.4,20,79,99.87,-2.65,-0.281,0.7 +Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,10,,42,17:48:48,16:18:48,8316,-1.34,0.0871,1180,1.72,1.96,6,1,2.84,31.82,31.91,31.23,1201.54,1197.57,18.778,27.986,39.67,59.13,109,1,85,99.86,-2.7,-0.423,0.7 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,1,,22,16:00:10,15:30:10,5583.5,12.3,0.152,227,3.72,2.46,6,1,2.84,29.26,33.68,27.58,399.3,375.26,21.599,27.924,52.79,68.25,343.1,2000,161,99.8,3.81,0.149,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,2,,23,16:02:10,15:32:10,5703.5,7.96,0.16,171,3.74,2.37,6,1,2.84,28.81,33.4,27.12,279.44,263.28,21.433,28.006,53.78,70.27,332.3,1999,233,99.8,4.15,0.146,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,3,,24,16:04:41,15:34:41,5854.5,6.99,0.199,152,4.47,2.31,6,1,2.84,28.62,33.16,26.93,231.39,219.04,21.257,27.988,53.93,71.01,387.4,2001,289,99.79,4.05,0.0983,0.7 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,4,,25,16:07:12,15:37:12,6005.5,3.83,0.264,114,5.83,2.32,6,1,2.84,28.74,33.21,27.05,149.42,143.8,21.171,27.993,53.32,70.5,498.4,2000,59,99.79,3.55,0.128,0 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,5,,26,16:09:50,15:39:50,6163.5,-0.265,0.318,69.1,6.84,2.3,6,1,2.84,28.85,33.13,27.18,70.45,70.23,21.139,27.997,52.9,70.06,581.9,2000,92,99.79,3.04,0.0739,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,6,,27,16:12:21,15:42:21,6314.5,-2.1,0.374,49.1,7.88,2.28,6,1,2.84,29.04,33.09,27.37,39.24,40.83,21.152,28.004,52.35,69.31,670.2,2000,364,99.78,2.78,0.0984,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,7,,28,16:14:19,15:44:19,6432.5,9.19,0.382,170,8.01,2.28,6,1,2.84,29.15,33.08,27.49,230.45,220.72,21.102,28.009,51.91,68.9,676.3,2000,1158,99.78,3.99,0.0958,0 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,8,,29,16:16:20,15:46:20,6553,16.1,0.293,263,6.47,2.34,6,1,2.84,29.13,33.28,27.44,400,371.51,18.328,27.997,45.13,68.95,390.3,2000,109,99.78,3.99,0.0958,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,9,,30,16:18:21,15:48:21,6674,19.4,0.183,389,4.3,2.39,6,1,2.84,28.95,33.48,27.27,639.74,587.68,18.111,28.023,45.06,69.73,253.1,1999,153,99.78,3.99,0.0958,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,10,,31,16:20:22,15:50:22,6795,21.3,0.144,643,3.41,2.38,6,1,2.84,28.72,33.42,27.01,980.36,921.34,20,27.99,50.44,70.59,248.9,2002,98,99.78,3.99,0.0958,0.7 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,11,,32,16:22:23,15:52:23,6916,20.3,0.13,837,3.02,2.34,6,1,2.84,28.47,33.26,26.77,1199.97,1135.99,20.045,27.957,51.27,71.51,222.6,1999,70,99.78,3.99,0.0958,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,1,,33,16:25:54,15:55:54,7127.5,22.2,0.125,796,3.08,2.45,6,1,2.84,29.12,33.63,27.46,1200.72,1128.88,19.508,27.874,48.06,68.66,214.5,2000,61,99.78,3.99,0.0958,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,2,,34,16:27:36,15:57:36,7229,22.2,0.12,777,2.69,2.24,6,1,2.84,28.71,32.89,27.01,1201.08,1118.57,19.244,27.826,48.56,70.22,183,1501,65,99.78,3.99,0.0958,1 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,3,,35,16:29:37,15:59:37,7350,19.7,0.113,791,2.23,1.97,6,1,2.84,28.45,31.9,27.5,1201.47,1110.88,18.938,27.793,48.51,71.2,146.8,1001,69,99.78,3.99,0.0958,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,4,,36,16:31:38,16:01:38,7471,14,0.106,872,2.09,1.97,6,1,2.84,30.49,31.95,29.84,1199.42,1124.03,18.669,27.993,42.51,63.75,130.4,501,59,99.78,3.99,0.0958,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,5,,37,16:33:39,16:03:39,7592.5,6.41,0.1,1020,2,1.98,6,1,2.84,30.97,32.01,30.22,1199.78,1156.86,18.441,27.993,40.85,62.01,122,200,59,99.78,3.99,0.0958,0.7 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,6,,38,16:35:12,16:05:12,7685,3.51,0.096,1070,1.93,1.99,6,1,2.84,31.11,32.04,30.42,1200.06,1170.08,18.277,28.006,40.17,61.54,115.5,120,55,99.78,3.99,0.0958,1 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,7,,39,16:36:47,16:06:47,7780,1.63,0.0936,1110,1.88,1.99,6,1,2.84,31.14,32.04,30.41,1200.76,1179.97,18.134,28.007,39.79,61.46,110.9,71,54,99.78,3.99,0.0958,1 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,8,,40,16:39:04,16:09:04,7917.5,0.438,0.0836,1140,1.67,1.98,6,1,2.84,31.13,31.98,30.41,1200.66,1185.67,17.927,27.989,39.36,61.46,96.9,41,56,99.78,2.37,-0.0645,0.3 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,9,,41,16:41:20,16:11:20,8053.5,-0.538,0.0952,1160,1.89,1.97,6,1,2.84,31.13,31.95,30.41,1201.24,1191.66,17.756,28.021,38.99,61.53,107.1,19,60,99.79,1.96,-0.264,0 +Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,10,,42,16:44:01,16:14:01,8214.5,-1.64,0.093,1190,1.83,1.95,6,1,2.84,31.11,31.89,30.41,1201.73,1198.51,17.629,28.026,38.76,61.61,102.6,0,55,99.78,1.62,-0.413,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,1,,43,18:01:03,16:31:03,9051,15.9,0.166,198,3.88,2.37,6,1,2.84,28.81,32.34,27.02,400.44,369.02,18.122,24.995,45.49,62.75,330.2,2000,77,99.86,-0.506,-0.0392,0.7 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,2,,44,18:03:04,16:33:04,9172,11.9,0.199,150,4.39,2.27,6,1,2.84,28.12,31.94,26.28,279.86,259.05,18.077,24.889,47.24,65.04,377,1999,54,99.86,-0.506,-0.0392,0.7 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,3,,45,18:05:35,16:35:35,9323,9.95,0.249,141,5.41,2.28,6,1,2.84,29.32,31.99,28.11,231.14,216.3,17.969,25.01,43.81,60.98,449.7,1999,60,99.86,0.474,-0.0624,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,4,,46,18:08:06,16:38:06,9474,5.71,0.304,105,6.42,2.25,6,1,2.84,29.4,31.9,28.11,149.9,142.39,17.896,24.99,43.41,60.62,529.6,1999,74,99.86,0.439,-0.0901,0 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,5,,47,18:10:37,16:40:37,9625,0.418,0.356,64.3,7.37,2.24,6,1,2.84,29.73,31.87,28.51,69.71,68.79,17.863,25.004,42.52,59.52,603.6,1999,63,99.86,0.22,-0.107,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,6,,48,18:13:08,16:43:08,9776,-1.57,0.405,45.9,8.33,2.26,6,1,2.84,30.07,31.92,28.89,39.47,40.56,17.823,24.986,41.6,58.32,680,2001,54,99.86,-0.0306,-0.107,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,7,,49,18:15:38,16:45:38,9926,13,0.441,158,8.95,2.26,6,1,2.84,30.52,31.92,29.49,230.65,218.08,17.698,25.009,40.27,56.9,715.8,2001,58,99.86,0.34,-0.124,0 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,8,,50,18:17:40,16:47:40,10047,23.6,0.398,257,8.35,2.3,6,1,2.84,30.55,32.09,29.48,400.12,375.73,17.591,25.012,39.95,56.8,658.2,1999,56,99.87,0.34,-0.124,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,9,,51,18:19:41,16:49:41,10168.5,29.7,0.307,413,6.62,2.3,6,1,2.84,29.19,32.07,27.34,639.97,600.99,17.514,24.983,43.02,61.37,518.4,2001,46,99.86,0.34,-0.124,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,10,,52,18:21:42,16:51:42,10289.5,29.1,0.273,719,5.85,2.26,6,1,2.84,29.03,31.95,27.53,980.85,934.94,17.433,25.012,43.2,61.98,451.4,2000,45,99.86,0.34,-0.124,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,11,,53,18:23:38,16:53:38,10405,27.5,0.259,931,5.59,2.27,6,1,2.84,29,31.97,27.53,1200.28,1153.17,17.448,25.005,43.34,62.11,432.7,1999,49,99.87,0.34,-0.124,1 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,1,,54,18:27:45,16:57:45,10653,33.5,0.251,878,5.73,2.39,6,1,2.84,29.34,32.35,27.54,1200.54,1147.02,17.397,24.853,42.37,60.53,449.8,2000,81,99.87,-2.57,-0.138,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,2,,55,18:29:19,16:59:19,10746,33.5,0.238,862,5.09,2.23,6,1,2.84,29.71,31.84,28.76,1200.86,1140.03,17.357,25.039,41.38,59.69,387.8,1501,81,99.87,-2.57,-0.138,1 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,3,,56,18:30:51,17:00:51,10838,28.3,0.217,883,4.73,2.25,6,1,2.84,31.67,31.92,31.25,1198.62,1142.16,17.328,25.05,36.93,53.39,358,1001,79,99.87,-2.57,-0.138,1 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,4,,57,18:32:52,17:02:52,10959.5,20.4,0.197,939,4.41,2.3,6,1,2.84,32.37,32.06,31.66,1199.37,1154,17.282,24.944,35.39,51.08,337,500,75,99.87,-2.57,-0.138,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,5,,58,18:34:53,17:04:53,11080.5,9.37,0.178,1040,3.99,2.3,6,1,2.84,32.5,32.05,31.86,1199.65,1171.82,17.25,24.96,35.08,50.76,302.7,200,75,99.87,-2.57,-0.138,0.7 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,6,,59,18:36:54,17:06:54,11201.5,5.52,0.165,1080,3.68,2.28,6,1,2.84,32.51,32,32.01,1199.66,1178.23,17.191,25.004,34.94,50.82,275.9,121,71,99.87,-2.57,-0.138,0.3 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,7,,60,18:39:28,17:09:28,11356,2.9,0.148,1110,3.32,2.27,6,1,2.84,32.5,31.97,32.01,1199.86,1183.17,17.086,25.006,34.75,50.85,245.3,69,73,99.87,-3.14,-0.178,0.7 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,8,,61,18:41:59,17:11:59,11507,1.06,0.14,1130,3.16,2.28,6,1,2.84,32.51,32,32.01,1199.79,1187.33,17.001,24.987,34.55,50.79,231.8,40,61,99.88,-3.33,-0.109,0.7 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,9,,62,18:44:42,17:14:42,11670,-0.221,0.125,1150,2.85,2.28,6,1,2.84,32.49,32.02,32.01,1200.34,1191.11,16.902,24.985,34.38,50.82,206.1,20,68,99.88,-3.31,-0.149,0.7 +Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,10,,63,18:47:26,17:17:26,11833,-1.66,0.113,1180,2.59,2.29,6,1,2.84,32.49,32.05,32.01,1200.55,1195.9,16.82,24.978,34.23,50.83,185.9,1,62,99.88,-3.28,-0.156,0.3 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,1,,43,16:58:04,16:28:04,9056.5,12.1,0.143,216,3.49,2.46,6,1,2.84,28.89,32.63,27.33,399.49,368.64,17.095,24.933,42.7,62.28,260.4,2000,36,99.79,3.64,0.138,1 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,2,,44,17:00:38,16:30:38,9211.5,9.09,0.178,165,4.11,2.36,6,1,2.84,27.88,32.31,26.18,279.64,259.47,17.059,25.012,45.16,66.21,302.3,1999,48,99.78,3.46,0.121,0.7 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,3,,45,17:02:47,16:32:47,9340.5,7.67,0.204,145,4.48,2.27,6,1,2.84,27.48,31.95,25.76,231.14,215.38,17.025,25.001,46.14,67.76,328.8,1999,56,99.78,3.19,0.103,0 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,4,,46,17:05:23,16:35:23,9495.5,4.21,0.242,107,5.27,2.27,6,1,2.84,28.12,31.97,26.72,149.3,141.6,17.01,24.998,44.42,65.27,385.9,2000,73,99.77,2.91,0.0437,0 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,5,,47,17:07:53,16:37:53,9646.5,-0.037,0.287,67.6,6.12,2.26,6,1,2.84,28.15,31.91,26.71,70.48,69.95,17.02,24.985,44.35,65.11,449.8,2000,49,99.78,2.39,0.0724,0.3 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,6,,48,17:10:24,16:40:24,9796.5,-2.03,0.322,50.4,6.78,2.25,6,1,2.84,28.57,31.91,27.3,38.84,40.96,17.011,25.01,43.26,63.6,496,2000,36,99.77,2.15,0.016,0.7 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,7,,49,17:12:21,16:42:21,9914.5,10.5,0.348,158,7.28,2.26,6,1,2.84,29,31.93,27.89,232.34,218.65,17,25.017,42.17,62.06,531,2001,45,99.79,3.1,0.072,0.7 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,8,,50,17:13:40,16:43:40,9993,19.8,0.358,266,7.46,2.26,6,1,2.84,29.05,31.92,27.88,401.04,376.12,16.985,25.02,42.02,61.9,543.3,2000,45,99.78,3.1,0.072,1 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,9,,51,17:15:40,16:45:40,10114,24.7,0.317,449,6.83,2.3,6,1,2.84,29.08,32.08,27.88,640.27,605.34,16.956,25.023,41.88,61.8,495.3,2000,49,99.78,3.1,0.072,0.7 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,10,,52,17:17:42,16:47:42,10235,24.8,0.247,732,5.46,2.31,6,1,2.84,28.17,32.07,26.48,980.85,936.19,16.942,24.899,44.12,64.84,401.7,1999,69,99.79,3.1,0.072,0.3 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,11,,53,17:19:34,16:49:34,10347,24,0.224,929,4.94,2.28,6,1,2.84,27.77,31.98,26.1,1200.06,1151.01,16.96,24.909,45.19,66.37,363.5,1999,383,99.78,3.1,0.072,1 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,1,,54,17:23:30,16:53:30,10583.5,27.3,0.215,890,5.39,2.58,6,1,2.84,29.34,33.08,27.7,1199.72,1149.44,17.084,24.976,41.55,60.75,399.4,2000,59,99.79,1.78,0.114,0.3 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,2,,55,17:25:31,16:55:31,10704.5,26.9,0.201,876,4.56,2.34,6,1,2.84,28.61,32.21,26.93,1199.7,1142.27,17.051,24.993,43.28,63.43,335.7,1501,52,99.79,1.78,0.114,0.3 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,3,,56,17:27:14,16:57:14,10807,23,0.184,895,4.01,2.24,6,1,2.84,30.02,31.85,29.52,1200.01,1143.72,17.04,25.023,39.87,58.54,294.1,1000,56,99.79,1.78,0.114,1 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,4,,57,17:29:15,16:59:15,10928,15.5,0.169,963,3.8,2.29,6,1,2.84,31.29,32.02,30.56,1199.64,1156.87,17.004,24.968,37,54.33,279.4,501,54,99.79,1.78,0.114,0.3 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,5,,58,17:31:16,17:01:16,11049,6.46,0.155,1060,3.52,2.31,6,1,2.84,31.75,32.08,31.19,1199.64,1174.95,16.977,24.97,35.98,52.92,257.4,200,58,99.79,1.78,0.114,0.7 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,6,,59,17:33:53,17:03:53,11206.5,3.73,0.135,1090,3.06,2.29,6,1,2.84,31.5,32.02,30.8,1199.86,1179.99,16.934,25.003,36.41,53.76,221.6,120,58,99.79,2.39,-0.051,0 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,7,,60,17:36:29,17:06:29,11362.5,1.56,0.124,1120,2.82,2.28,6,1,2.84,31.61,32.01,31,1199.49,1184.99,16.851,24.984,36,53.38,202.7,71,55,99.8,2.13,0.00537,0.3 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,8,,61,17:38:42,17:08:42,11494.5,0.296,0.115,1140,2.63,2.28,6,1,2.84,31.61,32.01,31,1199.56,1188.59,16.786,25,35.86,53.4,187.3,41,55,99.8,2.1,-0.0631,0 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,9,,62,17:41:13,17:11:13,11646.5,-0.583,0.108,1160,2.48,2.29,6,1,2.84,31.61,32.04,31,1199.65,1191.47,16.674,25.007,35.63,53.43,174.4,19,55,99.8,1.69,0.121,0 +Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,10,,63,17:43:51,17:13:51,11803.5,-1.48,0.0921,1180,2.12,2.28,6,1,2.84,31.6,32.02,31,1199.9,1195.59,16.56,25.016,35.41,53.49,146.7,0,61,99.8,1.78,-0.129,0 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,1,,1,16:21:07,14:51:07,859,9.47,0.105,209,3.31,3.14,6,1,2.84,31.17,34.98,29.3,400.41,373.58,16.894,24.995,37.06,54.83,239.4,2001,109,99.94,-3.26,0.042,1 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,2,,2,16:23:41,14:53:41,1012.5,6.32,0.127,171,3.88,3.05,6,1,2.84,30.92,34.68,29.03,279.78,263.88,16.811,25.003,37.41,55.64,277,2001,94,99.94,-0.793,0.0295,0.7 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,3,,3,16:26:12,14:56:12,1164.5,5.5,0.155,149,4.5,2.95,6,1,2.84,30.68,34.33,28.78,229.61,217.39,16.697,24.981,37.67,56.36,317.9,2001,76,99.94,-0.894,0.0791,0.3 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,4,,4,16:28:44,14:58:44,1315.5,2.99,0.181,109,5.1,2.88,6,1,2.84,30.58,34.12,28.72,149.51,143.15,16.509,25.015,37.45,56.75,350.6,1999,81,99.93,-0.838,0.077,0.7 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,5,,5,16:31:17,15:01:17,1469.5,-0.0823,0.208,67.1,5.74,2.84,6,1,2.84,30.61,34.01,28.74,70.08,69.59,16.365,25.02,37.06,56.66,387.7,2000,87,99.93,-1.03,0.0823,0.3 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,6,,6,16:33:09,15:03:09,1581.5,-1.42,0.223,49.5,6.02,2.8,6,1,2.84,30.54,33.86,28.68,38.94,40.7,16.212,25.01,36.86,56.86,400.6,1999,91,99.93,-1.05,0.0785,0.3 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,7,,7,16:35:43,15:05:43,1735.5,7.15,0.241,159,6.4,2.77,6,1,2.84,30.51,33.73,28.64,230.47,218.24,16.056,24.984,36.58,56.91,419.4,2000,92,99.92,-0.733,0.0107,0.3 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,8,,8,16:36:54,15:06:54,1806,14.4,0.246,261,6.46,2.74,6,1,2.84,30.39,33.62,28.51,400.25,376.05,15.933,24.977,36.54,57.27,417.8,2000,94,99.93,-0.733,0.0107,1 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,9,,9,16:38:55,15:08:55,1927,22.1,0.242,422,6.37,2.74,6,1,2.84,30.39,33.66,28.54,639.95,601.62,15.821,25.019,36.27,57.36,405.3,2000,99,99.92,-0.733,0.0107,0.7 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,10,,10,16:40:56,15:10:56,2048,25.9,0.226,698,6.07,2.79,6,1,2.84,30.47,33.8,28.64,980.35,931.29,15.779,24.984,36.02,57.03,385.9,1998,99,99.92,-0.733,0.0107,0.7 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,11,,11,16:42:21,15:12:21,2133,25.8,0.219,899,6,2.83,6,1,2.84,30.62,33.95,28.75,1199.71,1148.02,15.752,25,35.66,56.6,379.7,2000,95,99.91,-0.733,0.0107,1 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,1,,12,16:44:51,15:14:51,2283.5,25.7,0.205,886,5.68,2.85,6,1,2.84,30.63,34.01,28.74,1199.51,1145.87,15.77,25.003,35.68,56.56,360,2000,81,99.91,-0.733,0.0107,0.3 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,2,,13,16:46:52,15:16:52,2405,24.8,0.193,880,5.09,2.71,6,1,2.84,30.56,33.54,28.71,1199.56,1142.8,15.789,24.996,35.85,56.76,323.5,1501,77,99.91,-0.733,0.0107,0.7 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,3,,14,16:48:54,15:18:54,2526,21.8,0.179,894,4.49,2.56,6,1,2.84,30.53,33.03,28.72,1199.27,1142.52,15.782,24.993,35.91,56.87,285.2,1000,101,99.92,-0.733,0.0107,0.7 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,4,,15,16:50:55,15:20:55,2647,15.7,0.165,948,3.84,2.37,6,1,2.84,30.33,32.35,28.54,1199.52,1149.34,15.645,24.98,35.99,57.46,240.7,500,92,99.9,-0.733,0.0107,0.3 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,5,,16,16:52:50,15:22:50,2762,7.44,0.158,1050,3.51,2.25,6,1,2.84,30.55,31.91,29.14,1199.58,1167.84,15.584,24.998,35.4,56.79,218.1,201,97,99.9,-0.733,0.0107,1 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,6,,17,16:54:51,15:24:51,2883,3.75,0.151,1090,3.41,2.29,6,1,2.84,30.8,32.02,29.28,1199.05,1177,15.54,24.977,34.8,55.94,211.3,120,98,99.89,-0.733,0.0107,0.3 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,7,,18,16:57:26,15:27:26,3037.5,2.21,0.147,1110,3.37,2.32,6,1,2.84,30.99,32.17,29.5,1199.21,1181.15,15.41,24.993,34.15,55.38,205.6,69,100,99.89,-3.72,0.00929,0 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,8,,19,16:59:42,15:29:42,3174.5,0.47,0.14,1140,3.23,2.34,6,1,2.84,30.65,32.21,28.94,1199.24,1186.12,15.371,24.979,34.72,56.43,196.9,40,98,99.89,-3.61,-0.0197,0.7 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,9,,20,17:02:25,15:32:25,3337.5,-0.843,0.137,1160,3.09,2.28,6,1,2.84,30.41,32.02,28.69,1199.47,1190.45,15.426,25.012,35.33,57.28,188.7,20,98,99.89,-3.28,-0.011,0.7 +Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,10,,21,17:04:58,15:34:58,3490.5,-2.28,0.129,1180,2.92,2.28,6,1,2.84,30.4,32.01,28.68,1199.55,1195.44,15.369,25.01,35.22,57.32,177,1,92,99.88,-3.67,-0.0169,0.3 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,1,,1,15:17:33,14:47:33,808.5,11.3,0.185,260,5.5,3.04,6,1,2.84,30.82,34.62,29.13,400.62,378.67,16.175,24.997,36.18,55.91,365,2000,93,99.87,6.4,0.183,1 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,2,,2,15:19:12,14:49:12,908.5,7.84,0.197,186,5.84,3.04,6,1,2.84,30.83,34.64,29.12,279.28,264.55,16.045,24.975,35.87,55.84,382.4,2000,82,99.87,4.46,0.164,0 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,3,,3,15:21:40,14:51:40,1056.5,6.08,0.214,160,6.23,3,6,1,2.84,30.79,34.51,29.07,229.15,217.94,15.819,24.98,35.45,55.98,398.2,2001,100,99.87,4.14,0.178,0 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,4,,4,15:23:41,14:53:41,1177.5,2.55,0.226,120,6.45,2.95,6,1,2.84,30.72,34.36,28.99,150.42,145.23,15.625,25.001,35.15,56.25,402.2,2000,109,99.86,3.65,0.163,0 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,5,,5,15:26:23,14:56:23,1339.5,-1.01,0.246,72.7,6.98,2.96,6,1,2.84,30.79,34.36,29.08,68.41,69.15,15.461,24.974,34.64,55.94,429,2001,93,99.86,3.08,0.171,0 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,6,,6,15:28:07,14:58:07,1443.5,-2.16,0.248,61.7,6.9,2.9,6,1,2.84,30.65,34.19,28.92,46.84,49.45,15.355,25.014,34.67,56.49,418,2001,95,99.85,2.94,0.088,0.7 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,7,,7,15:30:38,15:00:38,1594.5,6.92,0.264,165,7.16,2.84,6,1,2.84,30.52,33.97,28.8,231.38,219.47,15.186,24.983,34.55,56.84,427.7,2000,94,99.85,4.03,0.118,0 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,8,,8,15:32:39,15:02:39,1715.5,14,0.26,268,6.95,2.8,6,1,2.84,30.35,33.83,28.66,400.07,375.7,15.012,24.969,34.48,57.35,408.3,2000,90,99.85,4.03,0.118,0.3 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,9,,9,15:34:40,15:04:40,1837,22.3,0.25,423,6.73,2.81,6,1,2.84,30.3,33.86,28.59,640.14,599.78,14.909,24.964,34.35,57.52,391.8,2000,89,99.85,4.03,0.118,0.7 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,10,,10,15:36:41,15:06:41,1958,24.8,0.235,711,6.45,2.85,6,1,2.84,30.36,34.01,28.66,980.31,930.54,14.82,24.97,34.02,57.32,371.6,1999,108,99.85,4.03,0.118,0.3 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,11,,11,15:38:42,15:08:42,2079,23.2,0.22,919,6.18,2.9,6,1,2.84,30.42,34.17,28.72,1199.72,1148.43,14.785,24.98,33.82,57.13,354.5,1999,98,99.84,4.03,0.118,0.7 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,1,,12,15:42:41,15:12:41,2317.5,24.7,0.201,885,5.9,3.01,6,1,2.84,30.74,34.54,29.06,1199.84,1143.43,14.665,25.001,32.94,56.16,334.1,2000,87,99.84,4.36,0.151,0.7 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,2,,13,15:44:42,15:14:42,2438.5,24.5,0.19,873,5.36,2.88,6,1,2.84,30.8,34.12,29.09,1199.92,1139.4,14.694,25.007,32.89,55.97,303.9,1500,105,99.84,4.36,0.151,0.3 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,3,,14,15:46:43,15:16:43,2559.5,21.5,0.178,891,4.6,2.64,6,1,2.84,30.48,33.28,28.8,1200.01,1138.38,14.629,24.976,33.34,56.92,259.8,1000,91,99.83,4.36,0.151,0.3 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,4,,15,15:48:44,15:18:44,2680.5,15.5,0.167,949,3.96,2.41,6,1,2.84,30.18,32.48,28.56,1200.32,1146.29,14.576,24.995,33.8,57.96,222.6,500,87,99.83,4.36,0.151,0.3 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,5,,16,15:50:45,15:20:45,2801.5,6.81,0.158,1050,3.55,2.28,6,1,2.84,29.99,31.98,28.38,1200.55,1167.53,14.548,24.985,34.09,58.55,199.2,200,87,99.81,4.36,0.151,0.3 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,6,,17,15:52:46,15:22:46,2922.5,3.96,0.152,1090,3.42,2.29,6,1,2.84,30.69,32.04,29.45,1200.47,1175.44,14.591,25.045,32.85,56.39,191.4,119,89,99.81,4.36,0.151,0.3 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,7,,18,15:55:04,15:25:04,3060.5,1.42,0.142,1120,3.28,2.33,6,1,2.84,30.38,32.16,28.82,1200.62,1183.43,14.603,24.977,33.47,57.24,185,70,93,99.82,4.25,0.0243,0 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,8,,19,15:57:12,15:27:12,3188.5,-0.298,0.138,1150,3.18,2.32,6,1,2.84,30.26,32.14,28.69,1200.79,1189.09,14.575,24.987,33.64,57.67,178.5,40,86,99.82,4.21,0.0866,0 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,9,,20,15:59:20,15:29:20,3315.5,-1.14,0.129,1160,2.98,2.32,6,1,2.84,30.24,32.14,28.65,1200.94,1192.29,14.564,24.993,33.65,57.75,167.2,19,88,99.82,4.3,-0.0384,0 +Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,10,,21,16:01:56,15:31:56,3472,-2.04,0.123,1180,2.78,2.27,6,1,2.84,30.12,31.97,28.57,1201.2,1196.3,14.643,24.987,34.07,58.13,157.3,0,83,99.81,4.02,-0.0381,0 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,1,,22,17:17:11,15:47:11,4223.5,9.96,0.125,223,3.91,3.13,6,1,2.84,31.07,34.94,29.19,400.23,370.53,15.094,25.014,33.28,55.15,230.6,1999,58,99.87,-1.61,0.0487,0.7 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,2,,23,17:19:49,15:49:49,4381.5,6.92,0.153,174,4.72,3.11,6,1,2.84,31.14,34.85,29.23,278.74,261.29,15.138,24.981,33.25,54.87,280.3,2001,54,99.87,-0.564,0.089,0 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,3,,24,17:22:23,15:52:23,4534.5,5.67,0.179,154,5.43,3.09,6,1,2.84,31.26,34.81,29.37,229.89,217.15,15.15,24.984,33.04,54.5,322.7,2001,57,99.87,-0.436,0.0427,0.7 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,4,,25,17:25:01,15:55:01,4693.5,2.92,0.203,112,6.13,3.1,6,1,2.84,31.44,34.85,29.56,149.62,143.29,15.049,25.008,32.48,53.97,359.8,2001,53,99.86,-0.627,0.0883,0.3 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,5,,26,17:27:35,15:57:35,4847.5,-0.201,0.217,68.5,6.46,3.07,6,1,2.84,31.4,34.72,29.51,70.87,70.47,15,24.99,32.46,54.07,378.2,1999,60,99.87,-0.721,0.0332,0.7 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,6,,27,17:30:14,16:00:14,5005.5,-1.48,0.231,50.6,6.75,3.03,6,1,2.84,31.35,34.6,29.46,40.12,41.98,14.736,24.985,31.98,54.22,385.5,2000,56,99.87,-0.81,0.078,0.3 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,7,,28,17:32:52,16:02:52,5164.5,6.49,0.225,159,6.41,2.94,6,1,2.84,30.99,34.32,29.1,230.35,217.42,14.747,24.996,32.66,55.36,365.8,2001,55,99.86,-0.598,0.0741,0 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,8,,29,17:34:53,16:04:53,5285.5,12.9,0.21,255,6.08,2.98,6,1,2.84,31.04,34.43,29.15,400.74,374.22,14.615,24.998,32.28,55.21,342.5,1999,55,99.86,-0.598,0.0741,0.7 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,9,,30,17:36:54,16:06:54,5406.5,19.6,0.199,405,5.78,2.99,6,1,2.84,31.01,34.46,29.13,639.99,597.3,14.572,24.998,32.24,55.31,324.5,1999,9,99.86,-0.598,0.0741,0.7 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,10,,31,17:38:55,16:08:55,5528,23.4,0.188,674,5.61,3.04,6,1,2.84,31.09,34.65,29.21,980.22,925.03,14.465,25.007,31.85,55.07,311.1,2000,8,99.86,-0.598,0.0741,0.3 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,11,,32,17:40:57,16:10:57,5649,23.3,0.177,866,5.42,3.12,6,1,2.84,31.25,34.89,29.37,1199.06,1139.9,14.427,25.02,31.48,54.59,299.2,1999,7,99.87,-0.598,0.0741,0.7 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,1,,33,17:43:22,16:13:22,5794,23.8,0.164,841,5.18,3.21,6,1,2.84,31.5,35.18,29.61,1200.51,1138.09,14.382,25.001,30.95,53.8,285.4,2000,34,99.87,-0.598,0.0741,0.3 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,2,,34,17:45:23,16:15:23,5915,22.8,0.148,825,4.5,3.07,6,1,2.84,31.49,34.73,29.61,1200.59,1132.71,14.345,25.003,30.88,53.83,246.8,1500,28,99.87,-0.598,0.0741,0.3 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,3,,35,17:47:24,16:17:24,6036.5,19.8,0.134,837,3.81,2.86,6,1,2.84,31.31,34.05,29.47,1200.08,1130.79,14.313,24.985,31.14,54.35,209,1001,35,99.87,-0.598,0.0741,0.3 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,4,,36,17:49:25,16:19:25,6158,14.4,0.121,897,3.19,2.64,6,1,2.84,31.09,33.28,29.28,1200.34,1137.69,14.184,25.007,31.24,55.09,172.2,501,29,99.86,-0.598,0.0741,0.3 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,5,,37,17:51:26,16:21:26,6279,7.45,0.113,1000,2.82,2.5,6,1,2.84,30.89,32.79,29.14,1200.25,1157.78,14.101,24.99,31.41,55.67,151.3,201,33,99.86,-0.598,0.0741,0.3 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,6,,38,17:53:08,16:23:08,6380,4.22,0.107,1060,2.64,2.46,6,1,2.84,30.82,32.64,29.08,1200.13,1169.02,14.019,24.98,31.36,55.88,141,120,29,99.87,-0.598,0.0741,1 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,7,,39,17:54:41,16:24:41,6473,2.1,0.104,1100,2.48,2.38,6,1,2.84,30.6,32.38,28.86,1200.31,1177.35,13.921,24.987,31.53,56.59,131.1,71,26,99.87,-0.598,0.0741,1 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,8,,40,17:56:48,16:26:48,6600.5,1.05,0.0916,1120,2.16,2.34,6,1,2.84,30.44,32.22,28.72,1200.31,1181.25,13.873,25.017,31.7,57.16,113.1,39,25,99.87,-2.64,-0.253,0.7 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,9,,41,17:59:10,16:29:10,6742.5,0.0317,0.0837,1140,1.92,2.28,6,1,2.84,30.2,31.98,28.48,1200.26,1186.4,13.751,24.981,31.86,57.88,100.2,20,25,99.86,-2.78,-0.443,0 +Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,10,,42,18:01:46,16:31:46,6898.5,-0.929,0.0865,1170,1.99,2.28,6,1,2.84,30.61,32.01,29.09,1200.62,1192.13,13.574,24.976,30.73,56.54,102.3,1,48,99.86,-3.89,-0.128,0 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,1,,22,16:14:09,15:44:09,4204.5,12.6,0.216,259,6.24,2.98,6,1,2.84,30.77,34.44,29.1,400.04,374.49,14.592,24.995,32.7,56.02,351,2000,100,99.8,4.63,0.16,1 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,2,,23,16:16:09,15:46:09,4325.5,7.61,0.214,192,6.27,3.02,6,1,2.84,30.9,34.58,29.23,279.98,263.95,14.444,25.018,32.13,55.65,346.6,2001,127,99.8,4.64,0.0807,0.7 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,3,,24,16:18:15,15:48:15,4451.5,5.92,0.227,163,6.67,3.04,6,1,2.84,31,34.63,29.31,229.49,217.35,14.285,24.998,31.61,55.31,364.1,1999,108,99.79,4.28,0.178,0 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,4,,25,16:20:12,15:50:12,4568.5,2.53,0.234,119,6.81,3.02,6,1,2.84,30.97,34.57,29.28,149.62,143.89,14.138,25,31.33,55.39,366.6,1999,108,99.79,3.89,0.0977,0 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,5,,26,16:22:05,15:52:05,4681.5,-1.08,0.243,75.1,7.02,3.01,6,1,2.84,30.99,34.52,29.32,70.2,71.12,14.003,24.991,31,55.33,373.6,1999,139,99.79,3.28,0.0909,0.7 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,6,,27,16:24:32,15:54:32,4828.5,-1.82,0.259,64.1,7.35,2.97,6,1,2.84,30.94,34.41,29.22,52.68,54.87,13.892,25.016,30.83,55.52,386.5,2000,106,99.78,3.1,0.16,0 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,7,,28,16:26:57,15:56:57,4973.5,6.71,0.267,166,7.41,2.91,6,1,2.84,30.83,34.18,29.14,231.46,218.52,13.768,24.974,30.75,55.78,386.7,2000,127,99.8,4.41,0.0924,0.3 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,8,,29,16:28:18,15:58:18,5054,14.5,0.272,267,7.45,2.88,6,1,2.84,30.77,34.09,29.11,400.79,374.03,13.73,24.982,30.77,55.99,387.3,2001,131,99.79,4.41,0.0924,1 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,9,,30,16:30:18,16:00:18,5175,22.2,0.27,432,7.32,2.85,6,1,2.84,30.68,33.99,28.99,640.37,598.35,13.704,25.003,30.88,56.34,379.2,2001,133,99.8,4.41,0.0924,0.7 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,10,,31,16:32:19,16:02:19,5296,25.1,0.257,721,6.98,2.84,6,1,2.84,30.54,33.96,28.87,980.52,927.98,13.673,24.996,31.06,56.77,360.6,1999,128,99.79,4.41,0.0924,0.7 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,11,,32,16:34:21,16:04:21,5417,23.7,0.239,927,6.65,2.89,6,1,2.84,30.58,34.12,28.89,1200.55,1145.7,13.638,24.993,30.91,56.64,342.5,2000,106,99.79,4.41,0.0924,0.3 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,1,,33,16:37:58,16:07:58,5633.5,24.9,0.22,898,6.41,3,6,1,2.84,30.88,34.52,29.18,1200.87,1142.07,13.625,25.021,30.34,55.71,328.9,2000,104,99.8,4.41,0.0924,0.7 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,2,,34,16:39:59,16:09:59,5754,25.2,0.212,887,5.94,2.89,6,1,2.84,30.94,34.15,29.26,1201.15,1138.21,13.625,25.027,30.24,55.54,304.8,1499,119,99.8,4.41,0.0924,0.7 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,3,,35,16:42:00,16:12:00,5876,22.1,0.2,905,5.31,2.73,6,1,2.84,30.89,33.59,29.23,1201.21,1139.32,13.62,24.983,30.32,55.61,273.2,1001,116,99.8,4.41,0.0924,0.3 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,4,,36,16:43:50,16:13:50,5985.5,15.4,0.19,968,4.77,2.57,6,1,2.84,30.87,33.03,29.24,1200.95,1149.78,13.573,24.978,30.25,55.66,244.9,500,108,99.8,4.41,0.0924,1 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,5,,37,16:45:51,16:15:51,6106.5,6.75,0.18,1060,4.25,2.41,6,1,2.84,30.58,32.46,28.97,1201.18,1168.78,13.494,24.956,30.58,56.55,217,199,103,99.79,4.41,0.0924,0.3 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,6,,38,16:47:39,16:17:39,6214.5,3.65,0.173,1100,3.97,2.34,6,1,2.84,30.37,32.2,28.8,1201.22,1176.51,13.437,24.933,30.81,57.18,201.9,121,101,99.79,4.41,0.0924,1 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,7,,39,16:50:05,16:20:05,6361.5,1.19,0.161,1130,3.65,2.3,6,1,2.84,30.22,32.07,28.64,1201.19,1183.28,13.4,24.979,30.99,57.76,184.6,70,86,99.79,4.84,0.0196,0 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,8,,40,16:52:14,16:22:14,6490.5,-0.231,0.155,1140,3.42,2.24,6,1,2.84,30.1,31.86,28.57,1198.76,1185.45,13.379,24.987,31.15,58.18,172.6,40,80,99.79,4.53,-0.00783,0 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,9,,41,16:54:21,16:24:21,6616.5,-1.25,0.148,1160,3.33,2.27,6,1,2.84,30.43,31.97,29.04,1198.89,1189.15,13.343,25.017,30.5,57.18,166.9,19,75,99.79,4.45,-0.00279,0 +Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,10,,42,16:56:52,16:26:52,6767.5,-2.3,0.14,1180,3.14,2.27,6,1,2.84,30.78,31.94,29.64,1199.09,1193.58,13.346,24.99,29.9,55.99,157.5,0,71,99.79,3.82,0.0276,0 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,1,,1,17:05:58,15:35:58,1210.5,7.92,0.0929,209,2.97,3.17,6,1,2.84,31.08,35.06,29.19,400.29,364.73,13.581,25,29.99,55.2,152,2000,72,100.1,-2.16,-0.0452,0.7 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,2,,2,17:08:00,15:38:00,1331.5,5.74,0.109,160,3.45,3.15,6,1,2.84,31.17,35.01,29.29,280.13,257.52,13.551,25.015,29.77,54.96,175.9,2000,70,100.1,-2.16,-0.0452,0.7 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,3,,3,17:10:41,15:40:41,1493.5,4.71,0.144,151,4.41,3.1,6,1,2.84,31.22,34.83,29.32,230.55,215.39,13.481,24.998,29.52,54.74,223.8,2001,71,100.1,0.134,0.0162,0.7 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,4,,4,17:13:22,15:43:22,1654.5,2.58,0.177,112,5.27,3.04,6,1,2.84,31.28,34.66,29.4,150.43,142.91,13.413,25.008,29.27,54.58,266.1,1999,70,100,0.0475,0.0168,0.7 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,5,,5,17:15:53,15:45:53,1805.5,-0.358,0.211,69.1,6.2,3.03,6,1,2.84,31.4,34.62,29.53,69.79,69.65,13.329,25.009,28.89,54.21,310.5,2000,72,100,-0.201,0.00945,0.7 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,6,,6,17:18:25,15:48:25,1957.5,-1.16,0.242,56,6.96,3,6,1,2.84,31.49,34.53,29.61,49.01,50.41,13.201,24.995,28.48,53.92,345.1,2000,70,100.1,-0.342,0.0279,0.7 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,7,,7,17:21:06,15:51:06,2118.5,6.88,0.261,161,7.35,2.95,6,1,2.84,31.47,34.37,29.59,230.27,216.05,12.966,24.988,28,53.97,357.5,1999,65,100.1,0.0849,-0.0174,0.7 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,8,,8,17:22:32,15:52:32,2203.5,14.2,0.261,262,7.37,2.96,6,1,2.84,31.49,34.39,29.64,399.84,371.22,12.86,24.996,27.73,53.9,355.5,1999,64,100.1,0.0849,-0.0174,1 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,9,,9,17:24:32,15:54:32,2324.5,21.7,0.244,416,7.08,3.02,6,1,2.84,31.59,34.61,29.72,639.88,593.86,12.752,25.006,27.34,53.62,337.9,2001,66,100,0.0849,-0.0174,0.3 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,10,,10,17:26:33,15:56:33,2445,25.9,0.215,672,6.37,3.07,6,1,2.84,31.57,34.74,29.69,980.89,917.52,12.614,25.006,27.08,53.69,300.6,2000,66,100,0.0849,-0.0174,0.3 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,11,,11,17:28:35,15:58:35,2566.5,26.4,0.187,837,5.67,3.1,6,1,2.84,31.49,34.85,29.61,1199.55,1125.52,12.5,25,26.96,53.91,265.3,2001,66,100,0.0849,-0.0174,0.3 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,1,,12,17:36:02,16:06:02,3014.5,28,0.132,694,4.22,3.22,6,1,2.84,31.47,35.21,29.59,1199.8,1095.46,11.826,24.972,25.53,53.92,187.8,1999,64,100,-0.971,0.0108,0.3 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,2,,13,17:37:42,16:07:42,3114,25.9,0.119,685,3.68,3.09,6,1,2.84,31.48,34.8,29.61,1200.2,1089.74,11.713,24.975,25.28,53.91,162.2,1500,65,100,-0.971,0.0108,1 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,3,,14,17:39:42,16:09:42,3235,22,0.102,684,2.96,2.9,6,1,2.84,31.31,34.19,29.45,1200.35,1083.13,11.567,25.013,25.2,54.49,129,1001,65,100,-0.971,0.0108,0.3 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,4,,15,17:41:43,16:11:43,3355.5,16.2,0.0872,746,2.42,2.75,6,1,2.84,31.26,33.68,29.46,1200.32,1091.89,11.406,24.997,24.92,54.62,104.1,501,67,100,-0.971,0.0108,0.3 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,5,,16,17:43:45,16:13:45,3477,8.08,0.0735,903,1.97,2.65,6,1,2.84,31.21,33.33,29.43,1200.42,1126.85,11.276,25,24.71,54.78,84,201,65,100,-0.971,0.0108,0.3 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,6,,17,17:45:46,16:15:46,3598,5.04,0.0656,972,1.74,2.62,6,1,2.84,31.15,33.22,29.39,1200.94,1143.6,11.139,24.998,24.49,54.95,73.6,119,63,100,-0.971,0.0108,0.3 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,7,,18,17:47:47,16:17:47,3719.5,2.64,0.0583,1040,1.65,2.78,6,1,2.84,31.05,33.11,29.31,1201.18,1167.37,11.036,22.981,24.4,50.8,81,70,63,100,-0.971,0.0108,0.7 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,8,,19,17:49:33,16:19:33,3825,1.05,0.0524,1090,1.47,2.76,6,1,2.84,30.99,33.03,29.23,1201.19,1177.83,10.948,23.014,24.29,51.07,71.5,40,63,100,-0.971,0.0108,1 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,9,,20,17:52:14,16:22:14,3986.5,-0.021,0.0173,1140,0.487,2.73,6,1,2.84,30.88,32.92,29.13,1201.86,1187.52,10.75,22.993,24,51.34,23.3,20,61,100,-0.86,-0.772,0 +Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,10,,21,17:55:17,16:25:17,4168.5,-0.255,0.00787,1190,0.266,3.28,6,1,2.84,30.83,32.84,29.1,1200.91,1199.27,10.556,17.297,23.63,38.72,23.3,1,58,100,-2.26,0.0699,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,1,,2,16:02:22,15:32:22,1303,4.75,0.0744,254,2.57,3.39,6,1,2.84,30.99,35.76,29.3,399.92,376.09,14.541,24.983,32.24,55.4,143.9,2000,85,99.99,3.27,0.196,1 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,2,,3,16:04:59,15:34:59,1460,3.3,0.0869,189,2.97,3.38,6,1,2.84,31.01,35.72,29.3,279.22,264.13,14.308,25.012,31.68,55.39,162.5,2001,84,99.98,2.53,0.0889,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,3,,4,16:07:33,15:37:33,1615,3.15,0.114,163,3.82,3.34,6,1,2.84,30.99,35.58,29.29,231.22,219.56,14.071,24.964,31.19,55.34,205,1999,84,99.98,2.01,0.258,0 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,4,,5,16:10:27,15:40:27,1789,1.34,0.143,121,4.65,3.27,6,1,2.84,31,35.38,29.3,149.17,144.22,13.824,25.004,30.64,55.42,243.4,2000,85,99.97,1.95,0.256,0 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,5,,6,16:12:58,15:42:58,1940,-0.798,0.166,75.1,5.32,3.26,6,1,2.84,31.13,35.35,29.45,69.99,70.91,13.683,25.007,30.09,54.99,274.9,1999,86,99.97,1.71,0.194,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,6,,7,16:15:33,15:45:33,2095,-1.48,0.182,52,5.75,3.22,6,1,2.84,31.14,35.23,29.44,38.14,40.7,13.517,24.997,29.71,54.94,293.2,2001,83,99.96,1.39,0.0496,0 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,7,,8,16:17:28,15:47:28,2210,4.2,0.197,175,6.18,3.21,6,1,2.84,31.22,35.2,29.55,231.84,221.11,13.39,25.01,29.3,54.72,311,2000,78,99.97,2.32,0.239,0 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,8,,9,16:19:28,15:49:28,2330.5,8.77,0.188,282,5.96,3.24,6,1,2.84,31.3,35.3,29.63,400.62,378.32,13.268,25.016,28.91,54.51,296.7,1999,75,99.98,2.32,0.239,0.7 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,9,,10,16:21:29,15:51:29,2451.5,13.4,0.164,437,5.36,3.31,6,1,2.84,31.34,35.49,29.66,639.5,601.9,13.161,24.983,28.61,54.3,265.1,2000,78,99.98,2.32,0.239,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,10,,11,16:23:30,15:53:30,2572,16.1,0.147,700,4.81,3.3,6,1,2.84,31.22,35.46,29.51,979.85,927.46,13.012,24.976,28.47,54.65,235.4,2000,77,99.96,2.32,0.239,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,11,,12,16:25:31,15:55:31,2693,17.1,0.13,863,4.36,3.35,6,1,2.84,31.26,35.65,29.58,1199.84,1136.76,12.861,25.021,28.08,54.64,209.9,1999,78,99.98,2.32,0.239,0.7 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,1,,13,16:30:00,16:00:00,2962,18.2,0.107,787,3.71,3.44,6,1,2.84,31.35,35.91,29.64,1199.55,1122.74,12.586,25.001,27.34,54.3,174.9,2001,66,99.96,0.775,0.294,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,2,,14,16:32:01,16:02:01,3083,16.8,0.0953,775,3.14,3.26,6,1,2.84,31.32,35.36,29.62,1199.71,1116.37,12.427,24.99,27.04,54.37,146.2,1501,68,99.96,0.775,0.294,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,3,,15,16:34:02,16:04:02,3203.5,14.7,0.0835,774,2.59,3.06,6,1,2.84,31.2,34.72,29.52,1199.56,1110.97,12.275,24.98,26.9,54.73,119.3,1000,66,99.96,0.775,0.294,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,4,,16,16:36:03,16:06:03,3324.5,11.2,0.0738,821,2.13,2.84,6,1,2.84,31.03,33.98,29.37,1199.76,1115.62,12.144,24.963,26.87,55.23,97.2,500,64,99.95,0.775,0.294,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,5,,17,16:38:04,16:08:04,3445.5,5.78,0.0647,949,1.79,2.72,6,1,2.84,30.94,33.59,29.31,1199.74,1141.67,12.025,24.997,26.73,55.57,80.8,200,63,99.96,0.775,0.294,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,6,,18,16:39:52,16:09:52,3553,3.48,0.0594,1010,1.63,2.68,6,1,2.84,30.89,33.45,29.28,1199.64,1155.56,11.953,24.994,26.65,55.72,72.9,120,62,99.96,0.775,0.294,1 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,7,,19,16:41:45,16:11:45,3666,1.68,0.0522,1070,1.42,2.66,6,1,2.84,30.85,33.38,29.25,1199.49,1167.9,11.862,24.986,26.51,55.83,63.3,70,61,99.96,0.775,0.294,1 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,8,,20,16:44:20,16:14:20,3822,0.721,0.0496,1100,1.43,2.81,6,1,2.84,30.7,33.2,29.12,1200.57,1181.09,11.701,22.98,26.38,51.81,74.1,40,61,99.96,0.00638,0.231,0.3 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,9,,21,16:47:04,16:17:04,3986,-0.0957,0.014,1150,0.416,2.87,6,1,2.84,30.65,33.13,29.05,1200.18,1189.76,11.574,22.199,26.15,50.16,22.9,19,61,99.94,0.998,-0.572,0 +Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,10,,22,16:49:42,16:19:42,4143,-1.02,0.0451,1180,1.27,2.76,6,1,2.84,30.58,33.03,29.01,1200.51,1195.82,11.352,23.008,25.76,52.2,64,0,61,99.95,-0.455,0.267,0 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,1,,1,12:26:49,11:56:49,270,19.1,0.532,286,9.45,2.03,6,1,2.84,30.05,32.17,28.47,400.35,363.54,12.875,27.85,30.18,65.29,368,2000,157,100.2,5.37,0.124,0.7 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,2,,2,12:28:34,11:58:34,374.5,12.2,0.527,205,9.04,1.96,6,1,2.84,29.22,31.86,27.6,279.63,254.89,12.751,27.753,31.36,68.25,351.4,2001,153,100.1,5.37,0.124,1 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,3,,3,12:30:38,12:00:38,499,10.2,0.528,167,9.01,1.95,6,1,2.84,29.69,31.91,28.46,229.63,208.57,12.654,27.972,30.28,66.93,342.9,2001,519,100.1,3.33,0.0757,0 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,4,,4,12:32:46,12:02:46,627,5.01,0.528,118,9.12,1.97,6,1,2.84,29.97,32.01,28.86,150.2,139.25,12.555,27.985,29.57,65.91,344.7,2000,149,100.1,2.96,0.066,0 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,5,,5,12:34:34,12:04:34,735,-0.72,0.531,69.7,9.1,1.96,6,1,2.84,29.94,31.96,28.85,69.27,69.42,12.476,28.013,29.43,66.08,341.5,2001,157,100.1,2.53,0.0529,0.3 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,6,,6,12:36:17,12:06:17,838,-2.92,0.535,51.9,9.16,1.96,6,1,2.84,29.93,31.96,28.86,38.81,43.24,12.386,28.018,29.22,66.1,341.8,2000,499,100.1,2.28,0.0582,0.3 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,7,,7,12:37:39,12:07:39,919.5,9.99,0.549,170,9.29,1.95,6,1,2.84,29.94,31.91,28.85,230.38,209.59,12.293,28.014,28.99,66.06,344.6,2001,1765,100.1,2.28,0.0582,1 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,8,,8,12:39:15,12:09:15,1015.5,20.1,0.559,283,9.48,1.96,6,1,2.84,30.46,31.95,29.65,400.54,360.11,12.148,28.022,27.81,64.14,348.4,1999,862,100.1,2.28,0.0582,1 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,9,,9,12:41:16,12:11:16,1136.5,26.8,0.572,481,9.87,2,6,1,2.84,30.58,32.09,29.64,639.82,585.68,12.054,28.005,27.4,63.65,360.8,1999,1774,100.1,2.28,0.0582,0.3 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,10,,10,12:43:16,12:13:16,1256.5,27.6,0.584,804,10.1,2.01,6,1,2.84,29.78,32.11,28.12,980.57,920.74,12.097,27.976,28.79,66.58,370.2,2000,1787,100.1,2.28,0.0582,1 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,11,,11,12:45:16,12:15:16,1377.5,27.2,0.583,1010,9.86,1.96,6,1,2.84,29.51,31.96,28.08,1200.11,1136.86,12.177,27.954,29.43,67.57,364.6,1999,1798,100.1,2.28,0.0582,0.3 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,1,,12,12:52:00,12:22:00,1780,29.9,0.558,1000,9.85,2.03,6,1,2.84,29.99,32.22,28.4,1199.3,1136.04,13.236,27.97,31.11,65.74,389.9,2000,1745,100.1,2.28,0.0582,0.7 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,2,,13,12:53:36,12:23:36,1876,26.8,0.54,1010,9.04,1.92,6,1,2.84,30.78,31.81,30.14,1199.99,1137.26,13.168,28.031,29.59,62.98,354.7,1500,1502,100.1,2.28,0.0582,1 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,3,,14,12:55:37,12:25:37,1997,22.8,0.515,1030,8.91,1.97,6,1,2.84,32.5,32.03,31.95,1199.75,1146.11,14.053,28.126,28.63,57.31,369.1,1000,494,100.1,2.28,0.0582,0.3 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,4,,15,12:57:12,12:27:12,2092,15,0.505,1070,8.65,1.94,6,1,2.84,33.63,31.91,33.83,1200.52,1158.74,13.999,28.048,26.77,53.64,359.2,501,1309,100.1,2.28,0.0582,1 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,5,,16,12:59:11,12:29:11,2211,5.07,0.48,1120,8.51,2,6,1,2.84,33.98,32.09,33.72,1201.24,1175.54,13.905,28.004,26.08,52.52,351.8,201,1814,100.1,2.28,0.0582,1 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,6,,17,13:01:06,12:31:06,2326,1.91,0.459,1130,8.21,2,6,1,2.84,33.23,32.1,32.55,1200.41,1179.85,13.861,28.002,27.1,54.74,338.6,120,1810,100.1,2.28,0.0582,1 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,7,,18,13:03:51,12:33:51,2491.5,-0.362,0.433,1150,7.79,2,6,1,2.84,33.17,32.09,32.56,1200.35,1183.8,13.876,28.024,27.22,54.97,321.3,71,1826,100.1,2.79,0.0578,0.7 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,8,,19,13:06:20,12:36:20,2640.5,-2.17,0.421,1160,7.64,2.01,6,1,2.84,33.07,32.13,32.36,1200.14,1186.99,13.85,28.007,27.33,55.26,314.7,41,1596,100.1,3.42,0.0431,0.7 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,9,,20,13:09:01,12:39:01,2800.5,-3.07,0.407,1160,7.32,1.98,6,1,2.84,32.74,32.01,31.97,1200.24,1188.99,13.787,27.998,27.71,56.26,300.3,19,1811,100.1,3.4,0.145,0 +Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,10,,21,13:11:25,12:41:25,2945,-4.01,0.401,1170,7.29,2,6,1,2.84,32.78,32.09,31.97,1200.29,1190.87,13.72,28.005,27.51,56.15,297.6,0,1816,100,3.57,0.146,0.3 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,1,,1,13:33:24,12:03:24,220.5,25.4,0.619,275,10.5,1.99,6,1,2.84,30.78,32.09,29.66,400.39,363.1,14.967,28.007,33.67,63.01,470,1999,87,100.2,-1.29,-0.0554,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,2,,2,13:34:26,12:04:26,282.5,17.8,0.627,193,10.5,1.97,6,1,2.84,30.73,32.01,29.66,279.66,253.56,14.962,28,33.75,63.16,469.7,2002,71,100.2,-1.29,-0.0554,1 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,3,,3,13:35:39,12:05:39,355.5,14.3,0.629,160,10.5,1.96,6,1,2.84,30.71,31.97,29.68,229.7,208.64,14.966,27.99,33.81,63.23,469.2,2000,77,100.2,-1.29,-0.0554,1 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,4,,4,13:37:31,12:07:31,468.5,6.92,0.635,115,10.5,1.96,6,1,2.84,30.69,31.94,29.67,150.07,139.43,15.002,27.983,33.91,63.26,472.9,2001,79,100.2,0.361,-0.106,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,5,,5,13:39:08,12:09:08,565.5,0.425,0.64,65.4,10.7,1.97,6,1,2.84,31.17,31.99,30.46,70.26,68.8,14.977,28.012,32.95,61.63,476.6,2000,78,100.2,0.184,-0.0783,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,6,,6,13:41:01,12:11:01,678,-2.19,0.65,47.7,11,2,6,1,2.84,31.28,32.13,30.46,40.58,42.67,15.01,28,32.81,61.21,493.8,1999,56,100.2,0.149,-0.106,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,7,,7,13:43:25,12:13:25,822.5,13,0.68,169,11.1,1.95,6,1,2.84,31.12,31.92,30.26,230.25,211.66,14.968,28.004,33.02,61.78,495.4,1999,79,100.2,0.439,-0.0917,0.3 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,8,,8,13:45:26,12:15:26,943.5,23.6,0.696,291,11.4,1.97,6,1,2.84,31.18,31.99,30.26,400.33,367.5,14.916,28.019,32.78,61.58,507.2,2000,83,100.2,0.439,-0.0917,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,9,,9,13:47:22,12:17:22,1059,30.1,0.716,498,11.8,1.99,6,1,2.84,31.14,32.08,30.01,639.55,597.08,14.902,28.018,32.84,61.75,525,2001,84,100.2,0.439,-0.0917,1 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,10,,10,13:49:22,12:19:22,1179,29.5,0.72,826,11.9,1.99,6,1,2.84,31.14,32.08,30.05,979.87,933.87,14.945,28.016,32.94,61.75,528.9,2001,87,100.2,0.439,-0.0917,1 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,11,,11,13:51:22,12:21:22,1300,28.3,0.716,1040,11.8,1.99,6,1,2.84,31.03,32.07,29.67,1198.87,1151.29,14.974,28.012,33.19,62.09,527.6,2001,89,100.2,0.439,-0.0917,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,1,,12,13:54:59,12:24:59,1516.5,31.7,0.688,1020,11.4,1.99,6,1,2.84,30.8,32.05,29.37,1200.15,1147.09,14.847,27.984,33.36,62.87,506.5,2000,78,100.2,0.439,-0.0917,0.3 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,2,,13,13:56:33,12:26:33,1610,29.2,0.647,1030,10.6,1.93,6,1,2.84,31.98,31.89,31.71,1200.52,1146.46,14.64,28.069,30.75,58.96,459,1501,72,100.2,0.439,-0.0917,1 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,3,,14,13:58:34,12:28:34,1731,24.1,0.58,1040,9.85,1.97,6,1,2.84,32.94,32.06,32.61,1200.58,1149.65,14.377,28.145,28.6,55.99,417.4,1001,66,100.2,0.439,-0.0917,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,4,,15,14:00:07,12:30:07,1824,16.1,0.533,1070,9.13,1.96,6,1,2.84,33.26,32.03,32.79,1200.79,1159.26,14.357,28.182,28.05,55.05,385.2,501,85,100.2,0.439,-0.0917,1 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,5,,16,14:02:05,12:32:05,1942,5.26,0.494,1120,8.58,1.96,6,1,2.84,33.85,32.06,33.79,1200.81,1175.05,14.237,28.238,26.91,53.38,357.2,200,77,100.2,0.439,-0.0917,1 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,6,,17,14:04:29,12:34:29,2085.5,3.88,0.458,1120,8.18,2,6,1,2.84,33.52,32.11,33.18,1200.67,1177.2,14.187,27.999,27.32,53.92,345.3,121,83,100.2,-3.71,-0.133,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,7,,18,14:07:06,12:37:06,2242,1.1,0.434,1140,7.78,1.99,6,1,2.84,33.37,32.07,32.99,1200.54,1181.87,14.265,27.981,27.7,54.34,330.9,69,80,100.2,-4.07,-0.108,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,8,,19,14:09:39,12:39:39,2395,-0.453,0.418,1150,7.54,2,6,1,2.84,33.26,32.09,32.79,1200.53,1184.54,14.187,28.014,27.71,54.72,317.9,41,85,100.1,-4.42,-0.117,0.3 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,9,,20,14:12:20,12:42:20,2557,-1.7,0.399,1160,7.09,1.95,6,1,2.84,32.93,31.94,32.41,1201,1187.36,14.008,28.005,27.88,55.74,295.4,21,82,100.1,-4.13,-0.0924,0.7 +Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,10,,21,14:14:40,12:44:40,2697,-3.51,0.388,1170,6.97,1.97,6,1,2.84,32.82,31.99,32.21,1200.8,1190.82,13.893,27.996,27.82,56.06,288.4,1,82,100.1,-4.03,-0.0989,0.7 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,1,,43,18:29:36,16:59:36,8567.5,13.4,0.171,212,4.84,2.88,6,1,2.84,30.44,34.1,28.58,400.19,357.04,11.546,25,26.38,57.12,210.3,2000,95,99.85,-1.38,0.0691,1 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,2,,44,18:31:28,17:01:28,8679.5,8.66,0.174,158,4.8,2.81,6,1,2.84,30.09,33.87,28.2,279.56,250.89,11.418,25.011,26.63,58.33,206.4,2001,308,99.85,-1.38,0.0691,1 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,3,,45,18:33:29,17:03:29,8800.5,6.9,0.187,138,5.1,2.79,6,1,2.84,30.01,33.82,28.13,230.17,208.27,11.334,25.005,26.55,58.58,218.3,1999,668,99.85,-1.38,0.0691,0.7 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,4,,46,18:35:44,17:05:44,8936.5,3.24,0.211,107,5.76,2.81,6,1,2.84,30.14,33.88,28.26,148.7,139.1,11.652,25.009,27.09,58.13,252.4,1999,541,99.85,-0.272,0.0567,0.7 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,5,,47,18:38:25,17:08:25,9096.5,-0.441,0.249,70.9,6.82,2.86,6,1,2.84,30.45,34.05,28.57,71.24,71.16,12.107,25.004,27.65,57.09,309.4,2000,655,99.84,-0.44,0.0254,0.7 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,6,,48,18:41:02,17:11:02,9254.5,-2.28,0.301,53.8,8.23,2.9,6,1,2.84,30.87,34.17,28.98,39.84,42.93,12.113,25.007,27.01,55.77,373.5,2000,597,99.85,-0.665,0.0284,0.7 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,7,,49,18:43:33,17:13:33,9405.5,9.4,0.352,158,9.29,2.84,6,1,2.84,30.98,33.99,29.1,230.13,213.54,11.78,24.991,26.11,55.39,411.5,2001,538,99.85,-0.364,0.00172,0.7 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,8,,50,18:45:34,17:15:34,9526.5,19.2,0.381,264,9.78,2.79,6,1,2.84,30.98,33.82,29.12,400.7,368.76,11.634,24.991,25.78,55.39,428.2,2000,481,99.85,-0.364,0.00172,0.7 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,9,,51,18:47:35,17:17:35,9647.5,26.9,0.397,450,10.2,2.8,6,1,2.84,31.07,33.83,29.21,640.29,595.33,11.482,24.999,25.31,55.11,439.4,2000,559,99.85,-0.364,0.00172,0.7 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,10,,52,18:49:12,17:19:12,9744,28,0.401,764,10.3,2.82,6,1,2.84,31.21,33.92,29.35,979.75,928.86,11.375,25.009,24.88,54.7,443.8,1999,555,99.86,-0.364,0.00172,1 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,11,,53,18:51:12,17:21:12,9865,28.1,0.397,970,10.2,2.82,6,1,2.84,31.22,33.91,29.34,1200.11,1145.41,11.307,25.008,24.72,54.68,436.6,1999,435,99.86,-0.364,0.00172,0.3 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,1,,54,18:56:24,17:26:24,10175.5,31.3,0.338,925,8.97,2.85,6,1,2.84,31.09,33.99,29.24,1200.28,1135.79,11.353,24.955,25,54.95,386,2001,331,99.86,-0.364,0.00172,0.3 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,2,,55,18:58:25,17:28:25,10296.5,28.7,0.29,913,7.55,2.75,6,1,2.84,31,33.65,29.16,1200.26,1131.09,11.291,24.952,24.99,55.23,323.2,1501,247,99.86,-0.364,0.00172,0.3 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,3,,56,19:00:26,17:30:26,10417.5,24.4,0.251,918,6.3,2.62,6,1,2.84,30.93,33.23,29.12,1200.04,1129.4,11.243,24.985,24.98,55.52,268,1001,381,99.86,-0.364,0.00172,0.3 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,4,,57,19:02:27,17:32:27,10538.5,16.1,0.215,969,5.08,2.45,6,1,2.84,30.68,32.61,28.9,1199.99,1138.92,11.177,25.003,25.19,56.36,214.9,501,273,99.86,-0.364,0.00172,0.3 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,5,,58,19:04:28,17:34:28,10659.5,6.15,0.187,1060,4.25,2.33,6,1,2.84,30.45,32.19,28.7,1199.94,1162.54,11.004,24.976,25.13,57.04,177.9,200,183,99.87,-0.364,0.00172,0.3 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,6,,59,19:06:29,17:36:29,10780.5,2.76,0.167,1100,3.74,2.28,6,1,2.84,30.28,32,28.53,1200.07,1172.29,10.837,25.008,24.99,57.67,154.4,120,153,99.87,-0.364,0.00172,0.3 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,7,,60,19:09:12,17:39:12,10944.5,0.919,0.151,1130,3.35,2.24,6,1,2.84,30.13,31.87,28.4,1200.48,1179.11,10.643,24.983,24.76,58.13,136.7,70,365,99.87,-2.77,0.0374,0 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,8,,61,19:11:39,17:41:39,11090.5,-0.765,0.141,1150,3.19,2.28,6,1,2.84,30.74,32.01,29.29,1200.79,1186.7,10.51,25.014,23.62,56.22,128.7,40,331,99.88,-3.43,0.0227,0 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,9,,62,19:14:23,17:44:23,11254.5,-2.15,0.131,1180,3.01,2.32,6,1,2.84,30.51,32.14,28.8,1200.7,1193.54,10.411,25.016,23.7,56.94,120.4,20,243,99.88,-3.15,0.0319,0.3 +Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,10,,63,19:17:00,17:47:00,11412.5,-3.52,0.123,1210,2.76,2.24,6,1,2.84,30.15,31.87,28.46,1201.54,1202.65,10.345,25.015,24.04,58.13,109.9,0,180,99.88,-3.04,-0.105,0.3 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,1,,43,17:25:32,16:55:32,8488,12.6,0.196,241,5.18,2.71,6,1,2.84,30.13,33.54,28.53,400.58,363.72,12.163,25.016,28.28,58.16,235.7,2000,79,99.78,4.53,0.157,1 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,2,,44,17:27:25,16:57:25,8601,7.63,0.196,180,5.12,2.68,6,1,2.84,29.62,33.41,27.98,278.54,255.43,12.054,24.965,28.86,59.77,232.1,2000,83,99.78,4.53,0.157,1 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,3,,45,17:29:45,16:59:45,8741.5,5.99,0.206,154,5.35,2.67,6,1,2.84,29.54,33.39,27.89,229.51,211.88,12.073,24.994,29.04,60.12,242.2,1999,128,99.77,3.92,0.181,0 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,4,,46,17:32:20,17:02:20,8896.5,2.55,0.218,115,5.78,2.74,6,1,2.84,29.84,33.65,28.2,148.67,141.06,12.281,25.019,29.03,59.13,265.6,2000,129,99.76,3.84,0.0709,0 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,5,,47,17:34:54,17:04:54,9050.5,-1.09,0.24,75.3,6.56,2.84,6,1,2.84,30.24,33.97,28.59,69.74,70.95,12.581,25.004,29.05,57.74,309.1,1999,132,99.76,3.44,0.0442,0.3 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,6,,48,17:37:29,17:07:29,9204.5,-1.53,0.268,69.4,7.28,2.85,6,1,2.84,30.5,34,28.84,60.76,62.62,12.653,24.987,28.79,56.85,345.2,1999,122,99.76,3.43,0.0788,0.7 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,7,,49,17:39:59,17:09:59,9355.5,7.58,0.294,162,7.86,2.83,6,1,2.84,30.68,33.93,29.03,231.02,216.09,12.657,24.982,28.5,56.25,372.9,1999,107,99.77,4.63,0.14,0 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,8,,50,17:41:26,17:11:26,9442,16.7,0.302,258,8,2.81,6,1,2.84,30.74,33.86,29.1,400.61,369.47,12.627,24.989,28.35,56.11,378.6,1999,104,99.77,4.63,0.14,1 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,9,,51,17:43:16,17:13:16,9552,26.7,0.309,417,8.16,2.81,6,1,2.84,30.83,33.87,29.19,640.99,592.02,12.661,25.003,28.28,55.85,387,1999,103,99.78,4.63,0.14,1 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,10,,52,17:44:38,17:14:38,9634,31.5,0.31,703,8.22,2.82,6,1,2.84,30.9,33.92,29.26,978.9,918.71,12.665,25.01,28.17,55.64,389.5,2001,98,99.78,4.63,0.14,1 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,11,,53,17:45:57,17:15:57,9713,30.9,0.309,915,8.25,2.84,6,1,2.84,30.97,33.96,29.34,1199.98,1137.87,12.622,25.021,27.96,55.43,389.1,2000,96,99.78,4.63,0.14,1 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,1,,54,17:52:37,17:22:37,10113.5,34.2,0.281,868,7.76,2.91,6,1,2.84,31.17,34.21,29.55,1199.22,1127.34,12.333,25.003,27.02,54.78,358.4,2000,73,99.79,4.63,0.14,0.3 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,2,,55,17:54:38,17:24:38,10234.5,30.5,0.261,879,6.89,2.76,6,1,2.84,31.08,33.72,29.48,1198.75,1126.27,12.276,24.996,27.03,55.03,316.9,1500,76,99.79,4.63,0.14,0.3 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,3,,56,17:56:39,17:26:39,10355.5,25.9,0.247,905,6.15,2.6,6,1,2.84,30.99,33.13,29.42,1198.91,1128.64,12.167,24.984,26.92,55.28,280.8,1000,78,99.79,4.63,0.14,0.7 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,4,,57,17:58:40,17:28:40,10476.5,17.2,0.226,968,5.29,2.43,6,1,2.84,30.86,32.55,29.31,1198.91,1140.64,12.085,25.017,26.95,55.79,239.2,501,65,99.79,4.63,0.14,0.3 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,5,,58,18:00:41,17:30:41,10597.5,7.31,0.207,1060,4.61,2.3,6,1,2.84,30.58,32.05,29.06,1199,1162.16,11.876,24.94,26.9,56.49,206.3,200,53,99.79,4.63,0.14,0.3 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,6,,59,18:02:42,17:32:42,10718.5,4,0.19,1090,4.24,2.29,6,1,2.84,31.04,32.03,29.82,1199.37,1170.26,11.591,25.019,25.58,55.2,184.7,121,50,99.79,4.63,0.14,0.3 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,7,,60,18:04:32,17:34:32,10828,1.51,0.178,1120,3.96,2.28,6,1,2.84,31.04,32,29.82,1200.04,1178.21,11.346,25.004,25.04,55.19,169.7,70,59,99.8,4.63,0.14,1 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,8,,61,18:07:01,17:37:01,10976.5,-0.231,0.165,1140,3.72,2.3,6,1,2.84,31.06,32.06,29.83,1201.31,1185.36,11.138,24.979,24.56,55.08,157.1,40,60,99.8,5.42,0.206,0.7 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,9,,62,18:09:33,17:39:33,11129.5,-0.349,0.147,1150,3.34,2.31,6,1,2.84,30.68,32.1,29.19,1206.46,1190.93,11.068,25.008,24.94,56.35,140.2,19,63,99.8,5.25,0.173,0.3 +Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,10,,63,18:12:09,17:42:09,11285.5,-2.39,0.128,1180,2.85,2.24,6,1,2.84,30.43,31.84,29.04,1200.56,1195.45,11.007,25.01,25.16,57.16,118.9,0,53,99.8,5.81,-0.0718,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,1,,22,18:21:53,16:51:53,5765.5,13.9,0.187,227,5.94,3.27,6,1,2.84,30.39,33.74,28.51,400.98,368.8,8.35,19.997,19.17,45.9,300.1,2000,26,100,-0.498,0.0273,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,2,,23,18:23:54,16:53:54,5886.5,10.7,0.245,174,7.42,3.17,6,1,2.84,30.32,33.41,28.43,280.58,260.18,8.269,19.993,19.06,46.09,371.9,1999,27,100,-0.498,0.0273,0.7 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,3,,24,18:25:55,16:55:55,6007.5,8.11,0.275,148,6.99,2.68,6,1,2.84,30.26,33.43,28.35,230.78,207.11,8.141,25.001,18.82,57.81,242.4,2000,25,100,-0.498,0.0273,0.7 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,4,,25,18:28:39,16:58:39,6171.5,3.89,0.304,111,7.52,2.63,6,1,2.84,30.14,33.29,28.25,150.41,138.98,8.044,25.029,18.73,58.27,258.9,1999,25,100,0.272,-0.0166,0.7 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,5,,26,18:31:19,17:01:19,6331.5,-0.406,0.353,68.5,8.36,2.56,6,1,2.84,30.05,33.03,28.17,69.71,69.34,7.987,25.01,18.69,58.52,287.4,2000,25,100,-0.0399,-0.0226,0.7 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,6,,27,18:33:55,17:03:55,6487.5,-0.763,0.39,62.6,8.89,2.5,6,1,2.84,29.96,32.81,28.07,61.21,61.63,7.922,25.015,18.64,58.86,304.3,2000,20,100,-0.0818,-0.0505,0.7 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,7,,28,18:35:47,17:05:47,6598.5,9.35,0.41,161,9.14,2.46,6,1,2.84,29.93,32.65,28.05,230.87,209.28,7.872,24.97,18.55,58.85,312.8,2001,26,100,-0.0818,-0.0505,1 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,8,,29,18:37:48,17:07:48,6720,18.2,0.376,258,8.46,2.45,6,1,2.84,29.82,32.65,27.94,400.52,356.28,7.831,25.001,18.57,59.29,288.4,2000,25,100,-0.0818,-0.0505,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,9,,30,18:39:49,17:09:49,6841,25.5,0.331,416,7.71,2.5,6,1,2.84,29.79,32.83,27.91,640.35,571.88,7.78,25.004,18.49,59.42,261.7,1999,27,100,-0.0818,-0.0505,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,10,,31,18:41:50,17:11:50,6962,28.5,0.298,695,7.21,2.57,6,1,2.84,29.86,33.06,27.98,981.1,895.3,7.737,24.97,18.31,59.08,244.8,1999,41,100,-0.0818,-0.0505,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,11,,32,18:43:31,17:13:31,7062.5,28.4,0.271,881,6.76,2.63,6,1,2.84,29.92,33.26,28.02,1199.63,1105.73,7.724,24.977,18.22,58.91,229.3,2000,39,100,-0.0818,-0.0505,1 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,1,,33,18:48:19,17:18:19,7351.5,31.6,0.233,815,6.28,2.8,6,1,2.84,30.5,33.87,28.62,1200.2,1091.52,7.687,25,17.54,57.04,212.2,2001,19,100,-0.582,-0.0756,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,2,,34,18:50:20,17:20:20,7472.5,28.9,0.213,814,5.45,2.65,6,1,2.84,30.3,33.34,28.44,1200.95,1087.27,7.648,24.982,17.65,57.64,183.9,1501,23,100,-0.582,-0.0756,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,3,,35,18:52:21,17:22:21,7593.5,25.2,0.191,822,4.56,2.46,6,1,2.84,30.01,32.66,28.17,1201.38,1083.79,7.629,24.995,17.9,58.64,153.6,1001,25,100,-0.582,-0.0756,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,4,,36,18:54:22,17:24:22,7714.5,18.4,0.173,879,3.88,2.29,6,1,2.84,29.86,32.05,28.07,1199.2,1095.24,7.632,24.971,18.06,59.09,130.9,500,24,100,-0.582,-0.0756,0.3 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,5,,37,18:56:06,17:26:06,7818,8.92,0.163,1000,3.61,2.25,6,1,2.84,30.75,31.93,29.49,1199.4,1134.95,7.638,25.045,17.18,56.34,121.2,200,23,100,-0.582,-0.0756,1 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,6,,38,18:57:38,17:27:38,7910,5.07,0.156,1060,3.48,2.27,6,1,2.84,30.85,31.99,29.49,1199.25,1152.57,7.635,25.067,17.08,56.07,116.7,121,23,100,-0.582,-0.0756,1 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,7,,39,18:59:30,17:29:30,8022,2.2,0.156,1100,3.49,2.28,6,1,2.84,30.85,31.99,29.48,1199.62,1167.64,7.616,24.965,17.03,55.83,117.6,70,21,100,-0.582,-0.0756,1 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,8,,40,19:01:13,17:31:13,8125,0.328,0.152,1130,3.4,2.27,6,1,2.84,30.98,31.99,29.68,1200.36,1177.59,7.614,25.034,16.9,55.56,114.3,40,22,100,-0.582,-0.0756,1 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,9,,41,19:03:43,17:33:43,8274.5,-0.916,0.152,1150,3.38,2.27,6,1,2.84,31.01,31.97,29.68,1200.34,1184.05,7.592,24.979,16.83,55.37,113.9,20,19,100,-1.98,0.00944,0 +Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,10,,42,19:06:28,17:36:28,8439.5,-2.33,0.146,1180,3.25,2.26,6,1,2.84,31.08,31.96,29.87,1201.38,1192.86,7.606,25.015,16.78,55.2,109.2,1,19,100,-2.22,-0.00267,0.3 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,1,Yes,23,17:17:37,16:47:37,5818.5,5.52,0.0599,206,2.34,3.84,6,1,2.84,30.52,35.59,28.82,400.84,374.34,10.488,20.002,23.87,45.51,144.9,2000,40,99.91,1.69,0.166,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,2,,24,17:20:13,16:50:13,5975,3.69,0.0708,166,2.76,3.84,6,1,2.84,30.52,35.59,28.78,280.48,264.8,10.412,20.003,23.7,45.53,169.3,2000,40,99.92,2.61,-0.0863,0 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,3,,25,17:22:49,16:52:49,6131,3.46,0.0917,144,3.5,3.78,6,1,2.84,30.52,35.41,28.78,229.59,217.69,10.321,19.991,23.49,45.51,212.7,2000,45,99.92,2.25,-0.0155,0 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,4,,26,17:25:27,16:55:27,6289,1.35,0.102,112,3.37,3.28,6,1,2.84,30.49,35.41,28.75,148.63,140.46,10.287,24.999,23.46,57,133.9,1999,42,99.92,1.98,-0.219,0 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,5,,27,17:28:14,16:58:14,6456,-0.947,0.128,79.3,4.11,3.21,6,1,2.84,30.38,35.19,28.65,68.66,71.05,10.329,24.98,23.7,57.33,164.2,2001,34,99.93,1.38,-0.00564,0.3 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,6,,28,17:30:57,17:00:57,6619,-1.86,0.15,63.9,4.68,3.14,6,1,2.84,30.33,34.97,28.6,40.8,46.11,10.226,24.974,23.53,57.46,185.7,2000,44,99.92,1.09,0.0397,0 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,7,,29,17:32:58,17:02:58,6740,5.64,0.167,145,5.05,3.07,6,1,2.84,30.26,34.72,28.54,230.94,210.63,10.071,24.977,23.27,57.7,198.2,2000,38,99.93,1.09,0.0397,0.3 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,8,,30,17:34:37,17:04:37,6838.5,12.2,0.168,221,5.03,3.03,6,1,2.84,30.17,34.63,28.46,401.27,358.16,9.946,24.996,23.09,58.04,195.4,2000,30,99.93,1.09,0.0397,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,9,,31,17:36:38,17:06:38,6959.5,19.9,0.165,344,4.94,3.03,6,1,2.84,30.13,34.62,28.41,641.13,569.37,9.822,24.997,22.87,58.2,190.2,1999,24,99.93,1.09,0.0397,0.3 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,10,,32,17:38:39,17:08:39,7080.5,23.6,0.162,607,4.86,3.04,6,1,2.84,30.11,34.64,28.39,979.17,889.21,9.724,24.996,22.66,58.26,186.2,1999,17,99.93,1.09,0.0397,0.3 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,11,,33,17:40:33,17:10:33,7194.5,23.3,0.159,811,4.76,3.04,6,1,2.84,30.09,34.64,28.37,1200.17,1105.62,9.649,24.996,22.51,58.31,181.6,2001,31,99.93,1.09,0.0397,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,1,,34,17:43:46,17:13:46,7387,26,0.161,781,4.91,3.08,6,1,2.84,30.31,34.78,28.59,1200.36,1098.8,9.486,24.987,21.86,57.59,185.3,1999,57,99.94,-1.04,0.28,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,2,,35,17:45:28,17:15:28,7489,23.9,0.16,803,4.56,2.89,6,1,2.84,30.26,34.15,28.54,1200.44,1099.38,9.435,24.98,21.81,57.74,171.5,1501,52,99.94,-1.04,0.28,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,3,,36,17:47:10,17:17:10,7591,20.7,0.155,836,4.09,2.68,6,1,2.84,30.09,33.41,28.41,1200.76,1102.53,9.41,24.965,21.95,58.24,154,1000,50,99.93,-1.04,0.28,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,4,,37,17:49:11,17:19:11,7712,15.4,0.15,902,3.64,2.46,6,1,2.84,29.97,32.67,28.31,1200.38,1114.8,9.362,24.997,22,58.75,136.3,501,54,99.95,-1.04,0.28,0.7 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,5,,38,17:50:53,17:20:53,7814,7.61,0.147,1020,3.41,2.35,6,1,2.84,29.89,32.25,28.25,1200.82,1146.75,9.343,24.939,22.06,58.89,127.8,200,54,99.94,-1.04,0.28,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,6,,39,17:52:39,17:22:39,7920,4.36,0.146,1070,3.3,2.29,6,1,2.84,29.82,32.06,28.21,1200.98,1160.98,9.302,25.013,22.05,59.3,122.9,121,52,99.95,-1.04,0.28,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,7,,40,17:54:23,17:24:23,8024,1.99,0.142,1110,3.21,2.28,6,1,2.84,29.84,32.03,28.23,1200.72,1171.71,9.228,25.017,21.85,59.23,118.8,70,56,99.96,-1.04,0.28,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,8,,41,17:55:55,17:25:55,8116,0.39,0.146,1130,3.29,2.29,6,1,2.84,30.06,32.02,28.47,1199.68,1178.67,9.161,24.953,21.42,58.35,121.9,40,58,99.95,-1.04,0.28,1 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,9,,42,17:58:28,17:28:28,8270,-0.632,0.136,1150,3.07,2.28,6,1,2.84,30.39,32.01,29.06,1200,1184.03,9.07,24.987,20.81,57.33,112.9,19,53,99.95,-1.41,-0.23,0 +Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,10,,43,18:00:46,17:30:46,8408,-1.58,0.131,1170,2.96,2.28,6,1,2.84,30.42,32.01,29.05,1200.62,1189.81,8.965,24.985,20.53,57.21,108.2,0,51,99.95,-1.83,-0.375,0.7 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,1,,22,17:18:57,15:48:57,4248,7.55,0.0704,180,2.44,3.37,6,1,2.84,30.61,34.65,28.74,399.95,370.33,13.639,22.014,30.48,49.19,171.3,1999,57,98.6,0.982,-0.0811,1 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,2,,23,17:21:31,15:51:31,4402.5,5.04,0.0855,155,2.98,3.4,6,1,2.84,30.72,34.75,28.85,280.1,263.26,13.557,21.99,30.11,48.83,207.4,2000,63,98.6,2,0.141,0 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,3,,24,17:24:09,15:54:09,4560.5,4.27,0.0996,137,3.45,3.39,6,1,2.84,30.75,34.72,28.85,230.18,217.51,13.489,21.99,29.9,48.75,237.8,2001,56,98.6,1.59,0.213,0 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,4,,25,17:26:47,15:56:47,4718.5,2.25,0.12,106,4.12,3.38,6,1,2.84,30.79,34.68,28.92,149.89,143.82,13.405,22.003,29.65,48.66,281,2000,61,98.6,1.34,0.218,0.7 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,5,,26,17:29:18,15:59:18,4869.5,-0.313,0.146,69.3,4.95,3.37,6,1,2.84,30.86,34.66,28.98,69.73,69.68,13.345,21.983,29.39,48.41,336.5,2001,61,98.59,0.951,0.191,0.7 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,6,,27,17:31:49,16:01:49,5020.5,-2.35,0.173,67.4,5.77,3.35,6,1,2.84,30.95,34.58,29.09,44.68,47.87,13.28,21.986,29.1,48.18,388.8,2000,55,98.59,0.764,0.187,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,7,,28,17:34:19,16:04:19,5170.5,6.66,0.192,150,6.41,3.38,6,1,2.84,31.15,34.69,29.28,230.18,218.95,13.281,22.016,28.78,47.71,430.6,2001,56,98.59,1.6,0.156,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,8,,29,17:36:21,16:06:21,5291.5,13.6,0.176,229,5.94,3.4,6,1,2.84,31.22,34.77,29.34,399.85,376.06,13.27,22.025,28.64,47.53,398.2,1999,63,98.59,1.6,0.156,0.7 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,9,,30,17:38:22,16:08:22,5412.5,21.7,0.156,338,5.34,3.42,6,1,2.84,31.23,34.82,29.37,639.39,597.59,13.246,22.023,28.57,47.49,357.1,1999,25,98.59,1.6,0.156,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,10,,31,17:40:23,16:10:23,5533.5,28.7,0.143,545,5.01,3.47,6,1,2.84,31.34,34.98,29.47,981.41,921.99,13.243,21.988,28.38,47.13,336,2000,46,98.59,1.6,0.156,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,11,,32,17:42:24,16:12:24,5654.5,31.3,0.133,686,4.71,3.5,6,1,2.84,31.36,35.06,29.49,1200.35,1130.18,13.212,22.033,28.28,47.16,313.1,2000,57,98.59,1.6,0.156,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,1,,33,17:45:21,16:15:21,5832.5,32.1,0.125,646,4.49,3.55,6,1,2.84,31.49,35.24,29.6,1200.43,1126.34,13.254,22.005,28.17,46.77,300.9,2001,55,98.59,1.6,0.156,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,2,,34,17:47:22,16:17:22,5953,28.5,0.111,648,3.85,3.41,6,1,2.84,31.46,34.78,29.6,1200.39,1123.86,13.239,22,28.18,46.83,257.7,1502,36,98.59,1.6,0.156,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,3,,35,17:49:23,16:19:23,6074,24.3,0.101,678,3.33,3.25,6,1,2.84,31.42,34.26,29.59,1200.48,1125.31,13.26,21.999,28.3,46.95,223.7,1001,37,98.59,1.6,0.156,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,4,,36,17:51:23,16:21:23,6194.5,17.2,0.092,781,2.91,3.09,6,1,2.84,31.39,33.73,29.61,1200.36,1137.64,13.281,21.994,28.38,47,195.7,501,43,98.59,1.6,0.156,0.3 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,5,,37,17:53:08,16:23:08,6299,8.37,0.0858,949,2.62,2.99,6,1,2.84,31.31,33.35,29.55,1200.43,1161.63,13.286,21.989,28.53,47.22,176.6,200,39,98.59,1.6,0.156,1 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,6,,38,17:54:59,16:24:59,6410,4.81,0.0818,1020,2.47,2.95,6,1,2.84,31.25,33.21,29.51,1200.09,1172.36,13.303,21.984,28.66,47.35,166.6,120,34,98.59,1.6,0.156,1 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,7,,39,17:57:18,16:27:18,6549.5,2.35,0.0753,1070,2.22,2.87,6,1,2.84,31.06,32.95,29.32,1200.14,1180.06,13.232,21.996,28.82,47.91,148.3,71,34,98.59,2.06,0.0972,0 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,8,,40,17:59:26,16:29:26,6677.5,0.574,0.0715,1120,2.08,2.83,6,1,2.84,30.96,32.83,29.24,1200.22,1187.02,13.201,22.022,28.91,48.23,138.3,39,41,98.59,1.85,0.0447,0 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,9,,41,18:01:44,16:31:44,6815.5,-0.714,0.0697,1150,2.04,2.85,6,1,2.84,31.01,32.87,29.29,1200.18,1192.61,13.207,22.005,28.85,48.07,136,20,37,98.59,1.86,0.067,0.7 +Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,10,,42,18:04:21,16:34:21,6972.5,-2,0.0654,1190,1.9,2.82,6,1,2.84,30.93,32.79,29.21,1200.19,1198.84,13.164,21.997,28.88,48.25,126.3,1,37,98.58,1.76,-0.225,0.7 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,1,,22,16:13:34,15:43:34,4011,7.25,0.0775,203,2.76,3.46,6,1,2.84,31.04,34.93,29.37,400.1,372.91,13.147,22.003,28.65,47.95,182.6,1999,113,98.53,0.463,0.141,0.7 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,2,,23,16:16:10,15:46:10,4166.5,3.6,0.0712,169,2.57,3.5,6,1,2.84,31.04,35.06,29.36,279.57,264.15,12.919,21.981,28.16,47.91,166.4,2000,107,98.53,2.54,0.0424,0 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,3,,24,16:18:40,15:48:40,4315.5,2.62,0.0726,149,2.64,3.53,6,1,2.84,31.11,35.16,29.42,229.76,218.37,12.785,21.998,27.75,47.74,168.3,2000,106,98.53,2.52,-0.0733,0 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,4,,25,16:21:07,15:51:07,4464,0.924,0.0758,117,2.74,3.51,6,1,2.84,31.06,35.11,29.36,149.6,145,12.662,21.997,27.56,47.87,172.5,1999,117,98.53,2.12,-0.151,0 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,5,,26,16:23:56,15:53:56,4633,-0.88,0.0924,83.4,3.34,3.53,6,1,2.84,31.15,35.17,29.47,70.49,72.34,12.553,22.004,27.18,47.64,207.5,2000,117,98.52,1.43,-0.0284,0.3 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,6,,27,16:26:32,15:56:32,4789,-1.8,0.112,66.2,3.98,3.5,6,1,2.84,31.18,35.06,29.49,38.75,42.75,12.47,22.006,26.96,47.57,245.1,2001,116,98.5,1.18,-0.0292,0 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,7,,28,16:29:08,15:59:08,4945,4.44,0.124,149,4.34,3.47,6,1,2.84,31.18,34.95,29.51,231.39,219.19,12.39,21.99,26.78,47.53,265.1,1999,112,98.52,2.28,0.0424,0 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,8,,29,16:31:09,16:01:09,5066,9.4,0.112,217,3.97,3.49,6,1,2.84,31.23,35.03,29.56,400.62,373.69,12.393,21.994,26.71,47.41,242.4,1999,111,98.52,2.28,0.0424,0.7 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,9,,30,16:33:10,16:03:10,5187,15.5,0.101,314,3.65,3.52,6,1,2.84,31.29,35.12,29.59,641.18,593.5,12.385,21.996,26.61,47.26,222.6,2000,101,98.52,2.28,0.0424,0.7 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,10,,31,16:34:56,16:04:56,5292.5,22.1,0.0934,476,3.35,3.51,6,1,2.84,31.23,35.08,29.56,980.21,906.32,12.361,21.994,26.63,47.39,204.2,1999,107,98.51,2.28,0.0424,1 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,11,,32,16:36:56,16:06:56,5413.5,25.3,0.0903,601,3.27,3.54,6,1,2.84,31.32,35.18,29.64,1199.51,1112.44,12.378,22.005,26.54,47.19,199.4,1999,105,98.52,2.28,0.0424,0.3 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,1,,33,16:40:10,16:10:10,5606,26.3,0.0912,605,3.5,3.75,6,1,2.84,31.38,35.23,29.7,1200.09,1132.78,12.384,20.019,26.47,42.78,269.4,2001,105,98.52,2.28,0.0424,1 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,2,,34,16:42:00,16:12:00,5716,24.1,0.0856,617,3.19,3.63,6,1,2.84,31.4,34.85,29.72,1200.07,1132.95,12.412,19.979,26.5,42.65,247.8,1501,108,98.52,2.28,0.0424,1 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,3,,35,16:44:01,16:14:01,5837,20.5,0.0769,645,2.74,3.47,6,1,2.84,31.32,34.32,29.68,1200.01,1133.59,12.417,19.973,26.63,42.83,213.4,1001,102,98.52,2.28,0.0424,0.3 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,4,,36,16:46:02,16:16:02,5958.5,14.4,0.0709,761,2.41,3.31,6,1,2.84,31.21,33.79,29.6,1199.86,1144.95,12.413,20.003,26.79,43.17,187,501,108,98.52,2.28,0.0424,0.3 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,5,,37,16:48:02,16:18:02,6079,6.26,0.0669,958,2.22,3.23,6,1,2.84,31.17,33.5,29.59,1199.87,1168.75,12.358,20.003,26.72,43.25,170.8,201,100,98.52,2.28,0.0424,0.3 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,6,,38,16:49:37,16:19:37,6173,3.02,0.0643,1040,2.1,3.17,6,1,2.84,31.07,33.3,29.5,1199.89,1179.34,12.297,19.991,26.74,43.47,160.4,120,103,98.52,2.28,0.0424,1 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,7,,39,16:51:50,16:21:50,6307,0.22,0.00973,1090,0.318,3.11,6,1,2.84,30.97,33.11,29.39,1200.21,1185.33,12.283,20.049,26.87,43.86,24,71,103,98.5,1.45,-0.73,0 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,8,,40,16:54:13,16:24:13,6450,0.195,0.0626,1130,1.97,3.05,6,1,2.84,30.73,32.88,29.17,1200.15,1189.97,12.247,19.986,27.17,44.33,149.4,40,101,98.52,-1.16,0.224,0 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,9,,41,16:56:26,16:26:26,6583,-0.95,0.0564,1160,1.75,3.02,6,1,2.84,30.66,32.76,29.11,1199.96,1194.85,12.319,19.987,27.44,44.51,134.6,19,102,98.52,-0.854,-0.0131,0 +Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,10,,42,16:58:56,16:28:56,6732,-1.98,0.058,1190,1.8,3,6,1,2.84,30.63,32.72,29.08,1200.09,1199.37,12.461,19.984,27.78,44.56,140.4,0,99,98.51,-1.07,0.0231,0 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,1,,43,18:15:21,16:45:21,7632,7.8,0.0741,188,2.97,3.89,6,1,2.84,31.35,35.66,29.45,400.42,378.62,12.908,20.008,27.65,42.87,245.6,1999,23,98.59,2.23,0.178,1 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,2,,44,18:17:43,16:47:43,7774.5,5.11,0.0781,146,3.07,3.83,6,1,2.84,31.14,35.49,29.23,280.39,266.21,12.806,20.012,27.76,43.38,250.9,2001,21,98.59,2.07,0.159,1 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,3,,45,18:20:14,16:50:14,7925.5,4.46,0.0932,130,3.56,3.74,6,1,2.84,30.95,35.21,29.04,230.3,219.33,12.683,19.992,27.8,43.83,286.6,1999,19,98.59,1.86,0.197,0 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,4,,46,18:22:44,16:52:44,8075.5,2.43,0.117,102,4.34,3.68,6,1,2.84,30.84,34.99,28.94,149.72,144.41,12.606,19.985,27.8,44.08,346,2000,23,98.59,1.51,0.2,0.3 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,5,,47,18:25:14,16:55:14,8225.5,-0.349,0.149,69.2,5.38,3.61,6,1,2.84,30.79,34.8,28.9,69.5,69.47,12.562,20.005,27.79,44.26,425.1,2001,25,98.6,1.14,0.186,0.7 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,6,,48,18:27:48,16:57:48,8378.5,-1.25,0.182,57.3,6.32,3.51,6,1,2.84,30.67,34.46,28.79,47.65,48.79,12.523,20.011,27.89,44.56,496.6,1999,19,98.6,1.08,0.201,0.3 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,7,,49,18:30:20,17:00:20,8531.5,7.58,0.201,145,6.78,3.43,6,1,2.84,30.56,34.2,28.67,229.79,219.5,12.475,20.011,27.97,44.86,528.6,2001,20,98.6,1.72,0.171,0.7 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,8,,50,18:32:21,17:02:21,8652.5,15.6,0.189,221,6.36,3.42,6,1,2.84,30.46,34.16,28.59,400.42,378.56,12.439,20.002,28.04,45.09,494.8,1999,18,98.61,1.72,0.171,0.7 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,9,,51,18:34:22,17:04:22,8773.5,24.9,0.173,333,5.9,3.43,6,1,2.84,30.44,34.2,28.56,640.1,602.47,12.355,19.996,27.89,45.14,453.8,2000,18,98.61,1.72,0.171,0.3 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,10,,52,18:36:23,17:06:23,8894.5,32.2,0.161,549,5.49,3.42,6,1,2.84,30.38,34.17,28.5,980.77,927.23,12.276,19.993,27.81,45.28,418.4,1999,18,98.61,1.72,0.171,0.7 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,11,,53,18:38:25,17:08:25,9015.5,34.5,0.152,705,5.24,3.44,6,1,2.84,30.35,34.22,28.47,1198.86,1137.37,12.203,19.991,27.68,45.34,395.3,2001,17,98.61,1.72,0.171,0.3 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,1,,54,18:41:15,17:11:15,9185.5,35.3,0.145,674,5.03,3.47,6,1,2.84,30.45,34.32,28.57,1200.3,1134.75,12.123,19.997,27.35,45.11,375.6,2001,17,98.61,1.72,0.171,0.7 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,2,,55,18:43:16,17:13:16,9306.5,31.6,0.13,677,4.32,3.31,6,1,2.84,30.33,33.79,28.47,1200.39,1132.16,12.054,19.984,27.38,45.39,320.4,1500,19,98.61,1.72,0.171,0.3 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,3,,56,18:45:17,17:15:17,9427.5,26.6,0.115,701,3.64,3.13,6,1,2.84,30.17,33.17,28.34,1200.68,1131.99,12.04,20.01,27.59,45.86,268.5,1001,20,98.61,1.72,0.171,0.3 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,4,,57,18:47:17,17:17:17,9548.5,17.9,0.101,805,3.04,2.95,6,1,2.84,30.02,32.54,28.23,1200,1142.99,12.049,20.005,27.85,46.24,224.4,501,18,98.61,1.72,0.171,0.3 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,5,,58,18:49:18,17:19:18,9669,8.63,0.0924,960,2.65,2.82,6,1,2.84,29.86,32.07,28.1,1199.89,1164.03,12.034,19.988,28.07,46.63,196,201,19,98.61,1.72,0.171,0.3 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,6,,59,18:51:19,17:21:19,9790,5.07,0.0862,1030,2.44,2.78,6,1,2.84,29.9,31.92,28.16,1200.02,1173.53,11.996,19.991,27.93,46.55,179.8,121,21,98.61,1.72,0.171,0.7 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,7,,60,18:53:23,17:23:23,9914.5,2.23,0.0804,1080,2.29,2.79,6,1,2.84,30.46,31.96,29.09,1200.21,1182.54,11.963,20.002,26.96,45.09,167.7,70,24,98.61,2.22,0.0632,0.7 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,8,,61,18:55:43,17:25:43,10053.5,0.598,0.0773,1120,2.2,2.78,6,1,2.84,30.48,31.94,29.08,1200.35,1188.25,11.896,20.019,26.79,45.07,159.1,40,21,98.62,1.86,0.0396,0 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,9,,62,18:57:48,17:27:48,10179.5,-0.611,0.0773,1150,2.19,2.78,6,1,2.84,30.48,31.9,29.08,1200.54,1192.91,11.826,20,26.63,45.04,157.7,20,22,98.62,1.69,0.0692,0 +Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,10,,63,19:00:14,17:30:14,10325.5,-1.94,0.0729,1190,2.09,2.81,6,1,2.84,30.76,32,29.48,1200.74,1198.47,11.742,19.982,26.02,44.28,149.3,1,21,98.62,1.36,-0.171,0.3 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,1,Yes,43,17:12:13,16:42:13,7529.5,4.79,0.0577,225,2.19,3.67,6,1,2.84,30.83,34.97,29.14,399.68,379,12.086,19.993,26.65,44.08,163.1,2000,102,98.53,2.11,0.195,1 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,2,,44,17:14:49,16:44:49,7686,3.05,0.0629,174,2.35,3.62,6,1,2.84,30.65,34.8,28.95,280.01,266.81,11.705,19.981,26.07,44.51,167.1,2000,104,98.52,2.08,0.0749,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,3,,45,17:17:24,16:47:24,7841,2.48,0.0728,153,2.68,3.58,6,1,2.84,30.56,34.69,28.86,229.26,219.4,11.545,19.995,25.86,44.78,186.8,2000,98,98.52,1.89,0.0958,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,4,,46,17:20:01,16:50:01,7997,0.992,0.0875,118,3.17,3.54,6,1,2.84,30.48,34.54,28.79,148.78,144.89,11.645,19.973,26.21,44.95,223.7,1999,96,98.53,1.66,0.00435,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,5,,47,17:22:34,16:52:34,8151,-1.08,0.11,82.2,3.92,3.52,6,1,2.84,30.49,34.48,28.8,68.78,70.48,11.824,19.98,26.58,44.92,282.9,2000,96,98.53,1.25,0.214,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,6,,48,17:25:04,16:55:04,8301,-2,0.124,67.3,4.34,3.47,6,1,2.84,30.44,34.32,28.75,40.25,43.68,11.921,19.996,26.87,45.08,315.8,2001,95,98.52,1.01,0.192,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,7,,49,17:27:26,16:57:26,8443,4.62,0.126,151,4.33,3.41,6,1,2.84,30.34,34.11,28.65,232.89,222.36,11.968,19.986,27.15,45.34,317.9,2001,101,98.54,1.7,0.078,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,8,,50,17:29:27,16:59:27,8564,9.48,0.116,226,4.01,3.42,6,1,2.84,30.33,34.16,28.64,401.44,379,11.965,19.986,27.16,45.37,294.3,2001,101,98.54,1.7,0.078,0.7 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,9,,51,17:31:24,17:01:24,8680.5,15.8,0.109,336,3.78,3.42,6,1,2.84,30.3,34.15,28.62,641.45,602.25,11.95,19.983,27.16,45.42,276.4,2001,100,98.54,1.7,0.078,1 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,10,,52,17:33:14,17:03:14,8790.5,21.3,0.102,536,3.53,3.41,6,1,2.84,30.24,34.12,28.56,980.27,923.12,11.964,20.017,27.29,45.66,257.4,2000,100,98.54,1.7,0.078,1 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,11,,53,17:35:15,17:05:15,8912,23.3,0.0957,681,3.32,3.4,6,1,2.84,30.17,34.09,28.49,1199.67,1132.68,11.953,20.012,27.37,45.82,242,2001,98,98.54,1.7,0.078,0.3 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,1,,54,17:39:22,17:09:22,9158,25.2,0.0939,635,3.29,3.43,6,1,2.84,30.28,34.19,28.59,1199.32,1126.45,11.88,20.005,27.04,45.54,237.8,2001,95,98.54,-1.02,0.228,1 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,2,,55,17:41:23,17:11:23,9279.5,22.8,0.0854,638,2.87,3.29,6,1,2.84,30.2,33.72,28.53,1200.23,1124.63,11.821,20.001,27.03,45.73,206.5,1500,94,98.54,-1.02,0.228,0.3 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,3,,56,17:43:24,17:13:24,9400.5,19.4,0.0773,667,2.48,3.14,6,1,2.84,30.08,33.19,28.44,1200.18,1125.61,11.818,19.991,27.2,46.02,178.7,1000,93,98.54,-1.02,0.228,0.3 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,4,,57,17:45:25,17:15:25,9521.5,13.7,0.0694,768,2.11,2.97,6,1,2.84,29.91,32.59,28.3,1200.15,1136.85,11.809,19.974,27.45,46.43,152.2,501,92,98.54,-1.02,0.228,0.3 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,5,,58,17:47:26,17:17:26,9642.5,6.31,0.0625,946,1.84,2.86,6,1,2.84,29.79,32.2,28.2,1200.1,1161.37,11.75,20.007,27.51,46.84,130.8,201,91,98.54,-1.02,0.228,0.7 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,6,,59,17:48:58,17:18:58,9734.5,3.43,0.0579,1020,1.67,2.8,6,1,2.84,29.65,31.99,28.08,1200.25,1172.82,11.661,19.998,27.52,47.19,117.8,120,89,98.54,-1.02,0.228,1 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,7,,60,17:51:07,17:21:07,9864,1.5,0.0532,1080,1.53,2.78,6,1,2.84,29.98,31.91,28.66,1200.43,1181.86,11.577,19.989,26.8,46.27,106.7,70,87,98.54,-1.5,0.0367,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,8,,61,17:53:19,17:23:19,9996,0.117,0.0484,1130,1.4,2.8,6,1,2.84,30.15,31.96,28.85,1199.97,1188.92,11.467,19.978,26.3,45.82,96.7,40,87,98.54,-1.6,-0.108,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,9,,62,17:55:46,17:25:46,10143,-0.809,0.0521,1160,1.51,2.81,6,1,2.84,30.29,32.03,29.05,1200.12,1194.39,11.459,19.986,26.07,45.46,104.2,19,85,98.55,-2.36,0.214,0 +Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,10,,63,17:58:19,17:28:19,10295,-1.61,0.044,1200,1.27,2.78,6,1,2.84,30.3,31.98,29.05,1200.16,1200.82,11.471,20.159,26.08,45.83,85.7,0,84,98.54,-2.5,-0.262,0 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,1,,1,12:37:12,11:07:12,201,14.6,0.171,225,3.42,2.02,6,1,2.84,29.21,32.09,27.51,399.99,378.3,23.419,27.974,57.11,68.21,438.4,1999,40,99.24,3.14,0.286,0.7 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,2,,2,12:39:29,11:09:29,338,9.39,0.169,163,3.27,1.95,6,1,2.84,29.01,31.84,27.73,278.93,263.49,23.225,28.01,57.28,69.08,398.1,2000,56,99.25,2.95,0.26,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,3,,3,12:41:21,11:11:21,450,7.49,0.179,142,3.52,2,6,1,2.84,29.56,32,28.52,230.04,218.11,23.055,28.001,55.09,66.9,415.3,1999,49,99.24,2.63,0.249,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,4,,4,12:43:09,11:13:09,558,4.01,0.19,104,3.73,2,6,1,2.84,29.59,32.02,28.51,150.23,143.87,22.943,28.009,54.71,66.79,429.1,1999,85,99.24,2.35,0.204,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,5,,5,12:45:44,11:15:44,713,0.213,0.213,66.5,4.14,1.99,6,1,2.84,29.38,31.98,28.12,71.1,70.47,22.949,27.998,55.41,67.6,478,2000,70,99.24,2.07,0.254,0.7 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,6,,6,12:48:15,11:18:15,864,-1.29,0.232,49.7,4.47,1.99,6,1,2.84,29.52,31.97,28.32,40.35,41.63,22.969,28.01,54.99,67.06,516.6,2000,72,99.24,1.86,0.205,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,7,,7,12:50:32,11:20:32,1001,8.65,0.25,155,4.76,1.98,6,1,2.84,29.53,31.93,28.31,231.16,220.57,22.946,27.997,54.89,66.98,549.8,2000,78,99.23,2.68,0.232,0.7 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,8,,8,12:52:09,11:22:09,1097.5,17.5,0.246,246,4.68,1.97,6,1,2.84,29.65,31.91,28.52,399.88,378.44,22.962,28.006,54.56,66.55,540.5,2000,69,99.23,2.68,0.232,1 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,9,,9,12:53:45,11:23:45,1193.5,27.1,0.231,388,4.51,2.01,6,1,2.84,29.84,32.05,28.47,639.35,605.16,22.957,27.981,53.97,65.78,523,1999,59,99.23,2.68,0.232,1 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,10,,10,12:55:46,11:25:46,1314.5,33.6,0.21,635,4.12,2.01,6,1,2.84,29.34,32.06,27.91,980.71,934.25,23.016,27.984,55.69,67.71,483.4,1998,70,99.23,2.68,0.232,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,11,,11,12:57:47,11:27:47,1436,34.3,0.193,815,3.8,2.01,6,1,2.84,29.14,32.02,27.72,1199.76,1148.42,23.057,27.966,56.42,68.43,451.9,2000,81,99.23,2.68,0.232,0.7 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,1,,12,13:00:20,11:30:20,1589,34.2,0.179,790,3.64,2.07,6,1,2.84,29.28,32.21,27.55,1199.4,1146.34,23.006,27.89,55.84,67.69,434.3,2001,71,99.22,2.68,0.232,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,2,,13,13:02:21,11:32:21,1710,30.9,0.159,786,3.16,2,6,1,2.84,30.02,32.01,28.85,1199.38,1143.52,22.984,27.959,53.46,65.03,370.2,1499,67,99.22,2.68,0.232,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,3,,14,13:04:22,11:34:22,1831,26.3,0.142,803,2.85,2.02,6,1,2.84,30.81,32.09,29.9,1199.27,1145.83,23.032,28.041,51.2,62.33,331.7,1000,75,99.22,2.68,0.232,0.7 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,4,,15,13:06:23,11:36:23,1952,18,0.122,876,2.43,1.99,6,1,2.84,31.52,32,30.85,1198.82,1154.57,23.091,28.113,49.29,60.01,282.4,501,66,99.23,2.68,0.232,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,5,,16,13:08:24,11:38:24,2073,8.72,0.104,998,2.1,1.99,6,1,2.84,32,32.04,31.43,1199.74,1172.07,23.1,28.158,48,58.51,242.5,200,61,99.23,2.68,0.232,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,6,,17,13:10:25,11:40:25,2193.5,4.91,0.0885,1050,1.77,1.97,6,1,2.84,32.1,31.96,31.63,1199.76,1179.12,23.099,28.17,47.74,58.22,203.5,120,58,99.22,2.68,0.232,0.3 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,7,,18,13:13:01,11:43:01,2350,2.85,0.0693,1080,1.43,2.02,6,1,2.84,32.03,32.09,31.43,1199.67,1183.45,23.047,28.017,47.82,58.13,168,70,69,99.22,1.68,0.0349,0 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,8,,19,13:15:40,11:45:40,2508,1.22,0.0554,1110,1.12,1.98,6,1,2.84,31.95,31.92,31.43,1199.5,1187.89,23.016,27.987,47.97,58.33,131.9,41,77,99.22,1.96,-0.118,0 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,9,,20,13:17:43,11:47:43,2632,0.258,0.0543,1150,1.13,2.02,6,1,2.84,32.35,32.07,32.03,1199.66,1192.29,22.936,27.98,46.72,57,130.2,20,67,99.21,0.726,0.113,0 +Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,10,,21,13:20:15,11:50:15,2783,-1.22,0.0469,1200,0.975,2.02,6,1,2.84,31.76,32.07,31.04,1199.46,1199.72,22.953,27.983,48.34,58.94,113.1,0,65,99.21,1.37,0.111,0.7 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,1,,1,11:31:44,11:01:44,432.5,8.24,0.0858,209,1.86,2.13,6,1,2.84,28.94,32.48,27.26,400.25,376.65,23.191,27.973,57.4,69.23,227.3,1999,76,99.18,0.584,0.143,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,2,,2,11:34:04,11:04:04,573,4.83,0.0788,155,1.6,1.99,6,1,2.84,28.11,31.95,26.42,279.07,262.39,23.067,28,59.91,72.72,188.7,2000,95,99.18,0.571,0.165,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,3,,3,11:36:34,11:06:34,723.5,4.42,0.0911,138,1.81,1.96,6,1,2.84,28.51,31.84,27.29,230.62,223.52,25.384,27.97,64.39,70.95,408.6,2000,96,99.17,0.358,0.155,0 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,4,,4,11:38:07,11:08:07,816.5,2.24,0.0984,105,1.99,2,6,1,2.84,28.85,32.01,27.69,149.95,146.4,25.28,27.995,62.87,69.63,428.3,1999,79,99.17,0.272,0.15,0 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,5,,5,11:40:37,11:10:37,966.5,-0.285,0.117,71.4,2.39,2.03,6,1,2.84,28.92,32.11,27.68,69.66,69.8,25.309,27.995,62.69,69.35,519.6,1999,63,99.16,0.111,0.138,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,6,,6,11:43:06,11:13:06,1115.5,-1.2,0.138,52.7,2.76,2,6,1,2.84,28.66,31.98,27.29,38.64,39.67,25.411,27.932,63.91,70.25,639.4,2000,77,99.15,0.0137,0.138,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,7,,7,11:45:33,11:15:33,1261.5,6.61,0.162,148,3.19,1.99,6,1,2.84,28.81,31.95,27.49,231.04,222.77,24.497,28.003,61.08,69.82,531.3,2000,97,99.16,0.34,0.145,0 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,8,,8,11:48:02,11:18:02,1411.5,12.7,0.153,234,3.06,2.01,6,1,2.84,28.96,32.03,27.68,400.26,383.8,24.457,27.978,60.44,69.15,507.4,2002,100,99.15,-0.0576,0.154,0 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,9,,9,11:49:54,11:19:54,1522.5,18.4,0.133,367,2.69,2.02,6,1,2.84,28.96,32.08,27.68,641.27,613.59,24.412,28.025,60.32,69.24,434.4,2000,71,99.15,-0.0576,0.154,1 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,10,,10,11:51:55,11:21:55,1643.5,22.5,0.12,607,2.42,2,6,1,2.84,28.26,31.99,26.55,980.33,943.57,24.417,27.913,62.86,71.86,404.6,2000,62,99.16,-0.0576,0.154,0.7 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,11,,11,11:53:45,11:23:45,1753.5,22.5,0.109,786,2.2,1.99,6,1,2.84,28.35,31.95,27.1,1199.97,1158.11,24.404,27.967,62.49,71.61,359.6,2001,92,99.15,-0.0576,0.154,1 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,1,,12,11:57:10,11:27:10,1959.5,22.8,0.0993,741,2.11,2.1,6,1,2.84,28.91,32.36,27.26,1199.8,1152.83,24.153,27.978,59.86,69.34,322.4,1999,78,99.15,-0.0576,0.154,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,2,,13,11:59:11,11:29:11,2080.5,21.7,0.0898,719,1.81,1.99,6,1,2.84,29.01,31.95,27.68,1200.19,1147.24,24.067,27.993,59.3,68.97,269.5,1500,51,99.15,-0.0576,0.154,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,3,,14,12:01:01,11:31:01,2190,18.8,0.0811,739,1.66,2.01,6,1,2.84,29.91,32.04,28.85,1200.05,1150.21,24.101,27.994,56.38,65.49,249,1000,81,99.15,-0.0576,0.154,1 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,4,,15,12:02:42,11:32:42,2291,13,0.0698,821,1.43,2,6,1,2.84,30.66,32.01,29.81,1199.96,1158.02,24.002,27.981,53.79,62.7,209.6,500,74,99.15,-0.0576,0.154,1 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,5,,16,12:04:43,11:34:43,2412,5.73,0.0558,970,1.15,2.01,6,1,2.84,30.99,32.04,30.21,1199.81,1173.53,23.858,28.014,52.46,61.6,161.7,201,72,99.15,-0.0576,0.154,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,6,,17,12:07:08,11:37:08,2557.5,4.22,0.0453,987,0.926,1.98,6,1,2.84,30.97,31.93,30.21,1199.84,1174.23,23.666,28.007,52.09,61.65,124.4,120,50,99.14,-4.51,0.143,0 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,7,,18,12:09:56,11:39:56,2724.5,2.05,0.0345,1050,0.713,2,6,1,2.84,31.01,31.99,30.21,1200.14,1187.37,24.95,28.011,54.81,61.53,135.8,71,91,99.14,-3.9,0.00279,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,8,,19,12:12:27,11:42:27,2876.5,1.21,0.0402,1110,0.829,1.99,6,1,2.84,31.23,31.97,30.6,1200.5,1192.71,25.128,27.985,54.5,60.69,169.2,41,66,99.14,-5.36,0.182,0 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,9,,20,12:14:42,11:44:42,3011.5,-0.136,0.0294,1170,0.615,2.01,6,1,2.84,31.26,32.04,30.6,1200.64,1197.45,24.804,27.976,53.7,60.57,113,19,66,99.13,-5.31,0.221,0.3 +Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,10,,21,12:17:21,11:47:21,3169.5,-1.31,0.0292,1240,0.614,2.02,6,1,2.84,31.03,32.08,30.22,1201.01,1204.19,24.662,27.978,54.1,61.37,107.9,0,49,99.13,-4.6,0.293,0.7 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,1,,1,11:05:41,9:35:41,438,14.2,0.186,229,2.91,1.59,6,1,2.84,30.56,31.95,30.3,400.07,365.81,25.682,32.005,57.89,72.14,267.4,2000,65,99.18,2.42,0.147,1 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,2,,2,11:07:42,9:37:42,559.5,8.32,0.218,184,4.1,1.93,6,1,2.84,31.21,31.78,31.73,280.57,255.8,17.502,28.034,38.02,60.9,227,2001,67,99.18,2.42,0.147,0.3 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,3,,3,11:09:01,9:39:01,638.5,6.6,0.203,148,3.99,2.01,6,1,2.84,31.43,32.08,31.12,230.04,209.49,17.385,28.109,37.3,60.31,217.2,2000,68,99.18,2.42,0.147,1 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,4,,4,11:11:17,9:41:17,774,3.37,0.209,107,4.12,2.02,6,1,2.84,31.27,32.06,31.23,148.75,138.24,17.316,27.989,37.5,60.61,224.9,1999,71,99.18,1.87,0.134,0.7 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,5,,5,11:13:16,9:43:16,893,-0.113,0.216,68.9,4.19,1.99,6,1,2.84,30.43,31.99,29.86,70.8,70.33,17.299,28.009,39.3,63.63,228.4,2000,71,99.18,1.68,0.132,0.7 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,6,,6,11:15:50,9:45:50,1048,-1.42,0.226,52.6,4.41,2.01,6,1,2.84,31.4,32.05,31.43,40.43,43.5,17.25,27.994,37.08,60.17,239.6,1999,75,99.18,1.49,0.116,0.7 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,7,,7,11:18:33,9:48:33,1211,7.03,0.231,153,4.49,2.01,6,1,2.84,31.31,32.03,31.22,230.64,210.72,17.107,28.01,36.95,60.51,240.1,2001,74,99.17,2.09,0.0925,0.7 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,8,,8,11:20:16,9:50:16,1313.5,14.2,0.228,243,4.45,2.01,6,1,2.84,31.3,32.06,31.24,400.62,360.36,17.003,28.004,36.74,60.52,235.9,1999,79,99.18,2.09,0.0925,1 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,9,,9,11:22:07,9:52:07,1425,22.1,0.218,394,4.27,2.02,6,1,2.84,30.83,32.06,30.44,640.21,584.01,18.482,27.971,41.04,62.1,262.6,2000,81,99.18,2.09,0.0925,1 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,10,,10,11:23:58,9:53:58,1536,28.2,0.207,670,4.09,2.02,6,1,2.84,30.8,32.07,30.46,980.02,928.23,21.53,27.963,47.87,62.18,370.9,1999,80,99.18,2.09,0.0925,1 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,11,,11,11:25:59,9:55:59,1657,29.6,0.201,859,3.95,2.01,6,1,2.84,30.53,32.04,30.07,1199.41,1142.62,21.599,27.993,48.77,63.2,360.6,2000,80,99.17,2.09,0.0925,0.7 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,1,,1,11:30:33,10:00:33,142.5,30.8,0.194,838,3.8,1.99,6,1,2.84,30.15,31.99,29.46,1199.38,1139.8,21.748,28.007,50.2,64.65,354.1,2000,84,99.17,2.09,0.0925,1 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,2,,2,11:32:08,10:02:08,237.5,27.4,0.188,863,3.59,1.95,6,1,2.84,31.61,31.82,31.95,1199.22,1142.63,21.744,28.01,46.18,59.48,334.4,1501,90,99.17,2.09,0.0925,1 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,3,,3,11:34:09,10:04:09,359,22.2,0.17,912,3.38,2.01,6,1,2.84,32.64,32.02,32.66,1199.34,1165.36,23.705,27.974,47.5,56.05,461.3,1000,91,99.17,2.09,0.0925,0.3 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,4,,4,11:36:10,10:06:10,480,14.7,0.161,985,3.2,2.01,6,1,2.84,32.85,32.02,32.97,1199.4,1174.41,23.758,27.961,47.02,55.34,444.2,500,90,99.17,2.09,0.0925,0.3 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,5,,5,11:38:11,10:08:11,601.5,7.19,0.157,1070,3.11,1.99,6,1,2.84,33.47,31.97,33.77,1199.31,1184.06,23.772,28.012,45.46,53.57,427.6,200,90,99.17,-0.0787,0.125,0 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,6,,6,11:40:41,10:10:41,751.5,4.13,0.15,1100,2.95,1.98,6,1,2.84,33.48,31.92,33.76,1199.22,1187.92,23.736,27.984,45.35,53.47,405.5,120,86,99.17,-0.238,0.0905,0 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,7,,7,11:43:09,10:13:09,899.5,1.8,0.143,1130,2.86,2.01,6,1,2.84,33.71,32.03,33.94,1198.73,1190.56,23.633,27.996,44.58,52.81,381.8,71,93,99.17,-0.534,0.0309,0 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,8,,8,11:45:13,10:15:13,1023.5,0.585,0.146,1150,2.86,1.97,6,1,2.84,33.74,31.88,34.16,1198.9,1192.52,23.558,27.997,44.37,52.73,376.2,40,89,99.17,-0.775,0.125,0 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,9,,9,11:47:43,10:17:43,1173.5,-0.425,0.139,1160,2.79,2.01,6,1,2.84,33.95,32.04,34.34,1198.65,1193.7,23.394,28.015,43.54,52.13,352,21,89,99.17,-1.1,0.0739,0 +Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,10,,10,11:49:58,10:19:58,1308.5,-2.03,0.139,1180,2.77,1.99,6,1,2.84,33.44,31.99,33.56,1198.99,1196.73,23.286,28.021,44.6,53.67,340.6,0,94,99.16,-0.29,0.0802,0.3 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,1,,1,10:03:43,9:33:43,350.5,11.3,0.144,241,2.28,1.59,6,1,2.84,29.38,31.93,28.66,400.23,380.54,28.395,31.976,68.45,77.08,370.1,1999,186,99.1,-1.41,0.0409,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,2,,2,10:05:45,9:35:45,471.5,6.99,0.163,179,3.23,2,6,1,2.84,30.19,31.99,29.83,280.4,257.92,18.967,27.988,43.65,64.41,208.7,2000,56,99.1,-1.41,0.0409,0.3 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,3,,3,10:07:36,9:37:36,583,5.05,0.162,155,3.23,2.01,6,1,2.84,30.08,32.03,29.64,230.33,213.42,18.759,28.013,43.44,64.87,203.7,2000,60,99.1,-1.16,0.0289,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,4,,4,10:09:24,9:39:24,690,2.38,0.167,114,3.37,2.03,6,1,2.84,30.1,32.12,29.64,150.73,142.59,18.655,27.986,43.14,64.71,210.8,1999,215,99.1,-0.986,0.0447,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,5,,5,10:12:01,9:42:01,847.5,-0.727,0.167,76,3.27,1.98,6,1,2.84,29.67,31.92,29.06,69.61,71.08,18.528,27.98,43.93,66.34,201.7,2001,61,99.1,-0.874,-0.109,0.3 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,6,,6,10:14:42,9:44:42,1009.5,-1.7,0.17,59.5,3.34,1.98,6,1,2.84,30.17,31.93,29.84,39.7,44.38,18.241,27.998,42.02,64.5,199.5,2001,57,99.1,-1.41,-0.841,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,7,,7,10:17:18,9:47:18,1165.5,5.07,0.178,158,3.54,2.02,6,1,2.84,30.35,32.06,30.03,229.22,212.21,17.949,27.999,40.91,63.82,205.2,2000,56,99.1,-0.614,-0.24,0.7 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,8,,8,10:19:20,9:49:20,1286.5,11.1,0.172,251,3.41,2,6,1,2.84,30.1,32.03,29.64,399.36,370.74,20.372,28.027,47.11,64.81,259.7,2000,57,99.1,-0.614,-0.24,0.7 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,9,,9,10:21:21,9:51:21,1407.5,17.5,0.161,408,3.2,2.01,6,1,2.84,29.69,32.02,29.05,640.91,607.81,22.71,28.007,53.77,66.31,352.2,2000,57,99.06,-0.614,-0.24,0.3 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,10,,10,10:23:22,9:53:22,1528.5,20.9,0.153,682,3.09,2.03,6,1,2.84,29.83,32.08,29.26,980.29,937.5,22.548,27.962,52.95,65.66,333.3,1999,56,99.1,-0.614,-0.24,0.3 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,11,,11,10:25:23,9:55:23,1649.5,22.4,0.146,863,2.93,2.02,6,1,2.84,29.57,32.04,28.86,1202.07,1152.53,22.449,27.938,53.52,66.6,311.7,2000,79,99.09,-0.614,-0.24,0.7 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,1,,12,10:27:52,9:57:52,1799.5,23,0.143,845,2.95,2.06,6,1,2.84,29.34,32.22,28.25,1199.97,1147.84,22.308,27.973,53.89,67.58,304.1,1999,84,99.09,-0.614,-0.24,0.3 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,2,,13,10:29:53,9:59:53,1920.5,20.8,0.136,859,2.73,2,6,1,2.84,30.73,32.01,30.39,1199.91,1146.71,22.103,28.008,49.31,62.48,269.6,1500,64,99.09,-0.614,-0.24,0.7 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,3,,14,10:31:55,10:01:55,2042,16.2,0.125,924,2.52,2,6,1,2.84,31.22,31.98,30.77,1199.91,1174.25,24.661,27.931,53.5,60.6,449,999,65,99.09,-0.614,-0.24,0.3 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,4,,15,10:34:03,10:04:03,2170.5,15.5,0.132,946,2.67,2.02,6,1,2.84,32.6,32.07,32.76,1200.44,1176.96,24.716,27.984,49.59,56.15,477.2,501,66,99.09,-7.98,-0.00543,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,5,,16,10:36:32,10:06:32,2319.5,7.17,0.125,1050,2.52,2.01,6,1,2.84,32.96,32.04,33.15,1200.21,1186.67,24.733,27.998,48.61,55.02,450,200,63,99.09,-8.01,0.0148,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,6,,17,10:39:02,10:09:02,2469.5,3.92,0.117,1100,2.36,2,6,1,2.84,32.98,32.01,33.16,1200.45,1190.56,24.623,27.994,48.34,54.95,407.8,121,75,99.09,-8.07,0.00349,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,7,,18,10:41:03,10:11:03,2590.5,1.35,0.115,1130,2.3,1.98,6,1,2.84,32.83,31.94,32.95,1199.54,1192.96,24.395,27.99,48.31,55.43,372.7,70,77,99.09,-7.99,0.0163,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,8,,19,10:43:33,10:13:33,2740.5,0.121,0.112,1150,2.29,2.02,6,1,2.84,33.4,32.08,33.74,1200.2,1195.13,24.044,27.99,46.12,53.69,338.7,41,61,99.09,-8.06,0.00872,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,9,,20,10:45:57,10:15:57,2884.5,-0.983,0.11,1170,2.25,2.03,6,1,2.84,33.06,32.11,33.15,1200.13,1196.82,23.777,28.002,46.48,54.74,310,19,62,99.09,-8.35,-0.00182,0 +Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,10,,21,10:48:22,10:18:22,3029.5,-1.66,0.109,1180,2.23,2.03,6,1,2.84,33.02,32.09,33.15,1199.27,1197.22,23.622,27.988,46.28,54.83,298.1,0,73,99.09,-8.23,0.0343,0.3 +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,1,,1,12:08:55,10:38:55,189.5,10.8,0.11,202,2.22,2.01,6,1,2.84,29.12,32.02,27.9,400.11,374.64,23.264,27.983,56.94,68.49,274.7,2000,104,99.15,-0.29,0.0802, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,2,,2,12:11:02,10:41:02,317.5,5.45,0.106,172,2.09,1.96,6,1,2.84,29.17,31.85,28.11,278.62,264.12,23.072,27.982,56.34,68.33,248.2,2000,104,99.15,3.65,-0.0577, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,3,,3,12:13:25,10:43:25,460.5,4.64,0.124,151,2.48,1.99,6,1,2.84,29.45,31.96,28.51,230.32,219.39,22.924,28.009,55.06,67.28,284.4,2001,104,99.15,2.58,0.17, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,4,,4,12:15:34,10:45:34,589.5,2.23,0.133,112,2.65,1.98,6,1,2.84,29.1,31.95,27.91,149.03,143.8,22.848,28.014,55.99,68.65,299,2001,106,99.15,2.19,0.202, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,5,,5,12:18:04,10:48:04,739.5,-0.292,0.154,71.9,3.05,2,6,1,2.84,29.37,31.99,28.31,70.92,71.06,22.72,28.009,54.83,67.59,336.7,2001,107,99.14,1.78,0.258, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,6,,6,12:20:34,10:50:34,889.5,-1.12,0.171,50.9,3.39,2.01,6,1,2.84,29.42,32.03,28.32,39.74,41.34,22.654,28.002,54.49,67.36,370,1999,106,99.14,1.44,0.239, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,7,,7,12:23:05,10:53:05,1040.5,5.39,0.186,165,3.69,2.02,6,1,2.84,29.49,32.06,28.32,230.13,220.73,22.572,28.003,54.1,67.11,396.3,1999,110,99.14,2.32,0.225, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,8,,8,12:25:27,10:55:27,1182.5,11,0.175,264,3.53,2.04,6,1,2.84,29.11,32.13,27.72,400.12,380.75,22.603,27.981,55.36,68.53,382.8,1999,103,99.14,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,9,,9,12:27:28,10:57:28,1303,16.9,0.158,411,3.13,2,6,1,2.84,28.87,32.01,27.53,640.42,606.93,22.563,28.004,56.03,69.54,336,2000,106,99.13,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,10,,10,12:29:26,10:59:26,1421,21.6,0.149,664,2.97,2,6,1,2.84,28.9,32.02,27.54,980.25,933.36,22.469,28.013,55.71,69.46,312.5,2000,108,99.13,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,11,,11,12:31:27,11:01:27,1542,23,0.14,840,2.81,2,6,1,2.84,28.89,32,27.54,1199.84,1145.94,22.4,28.012,55.56,69.48,291.7,1999,106,99.13,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,1,,12,12:36:59,11:06:59,1874,23.5,0.129,805,2.72,2.1,6,1,2.84,28.89,32.36,27.1,1200,1142.12,22.238,27.977,55.16,69.39,276.1,2001,110,99.12,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,2,,13,12:39:00,11:09:00,1995,21.4,0.123,819,2.45,1.98,6,1,2.84,29.68,31.94,28.78,1200.76,1140.88,22.122,28.003,52.44,66.38,242.5,1499,107,99.12,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,3,,14,12:41:01,11:11:01,2116,18.1,0.113,844,2.24,1.96,6,1,2.84,31.11,31.91,30.83,1200.01,1140.69,21.928,28.178,47.86,61.51,208.9,1000,113,99.12,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,4,,15,12:43:02,11:13:02,2237,12.5,0.105,922,2.12,1.99,6,1,2.84,31.87,32.05,31.43,1200.27,1153.15,21.739,28.217,45.46,59.01,190.5,501,116,99.11,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,5,,16,12:45:02,11:15:02,2357,5.55,0.0986,1040,2.01,2.01,6,1,2.84,32.22,32.14,31.69,1200.4,1173.25,21.604,28.307,44.28,58.02,174.7,200,115,99.1,2.69,0.281, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,6,,17,12:47:07,11:17:07,2482.5,3.39,0.0908,1080,1.86,2.01,6,1,2.84,31.63,32.03,30.84,1200.55,1180.63,21.562,27.998,45.69,59.33,168.2,119,113,99.1,1.92,0.0118, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,7,,18,12:49:26,11:19:26,2621.5,1.62,0.0867,1120,1.74,1.97,6,1,2.84,31.68,31.88,31.04,1200.72,1186.6,21.511,27.998,45.45,59.15,156.3,71,115,99.09,1.65,-0.0928, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,8,,19,12:51:43,11:21:43,2758.5,0.402,0.08,1140,1.65,2.03,6,1,2.84,32.28,32.1,31.83,1200.87,1191.1,21.382,28.006,43.67,57.2,145.7,41,116,99.08,1.07,-0.422, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,9,,20,12:53:55,11:23:55,2890.5,-0.581,0.0826,1170,1.68,1.99,6,1,2.84,32.12,31.96,31.63,1200.19,1194.33,21.257,27.976,43.82,57.67,145.6,21,115,99.08,0.478,-0.25, +Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,10,,21,12:56:31,11:26:31,3045,-1.75,0.0865,1190,1.74,1.98,6,1,2.84,31.99,31.91,31.43,1200.52,1199.14,21.183,27.985,43.98,58.1,149.5,0,113,99.08,0.337,-0.0918, +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,1,Yes,1,11:05:37,10:35:37,181,16.5,0.182,210,3.64,2.03,6,1,2.84,29.55,32.04,28.65,399.06,373.83,22.846,27.831,54.51,66.41,425.6,2000,115,99.07,-8.23,0.0343,0.7 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,2,,2,11:08:04,10:38:04,327,7.22,0.181,192,3.58,2,6,1,2.84,29.62,31.99,28.86,279.22,266.56,22.589,27.976,53.68,66.48,387.6,2000,118,99.07,-0.784,-0.00645,0.3 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,3,,3,11:09:49,10:39:49,433,5.5,0.187,164,3.64,1.98,6,1,2.84,29.49,31.93,28.67,230.46,220.5,22.422,28.007,53.69,67.06,379.8,2000,133,99.07,-0.549,-0.0551,0.7 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,4,,4,11:11:24,10:41:24,528,2.41,0.193,120,3.79,2,6,1,2.84,29.51,31.99,28.67,150,145.36,22.233,28.005,53.17,66.97,383,1999,108,99.07,-0.564,-0.0161,0.3 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,5,,5,11:13:29,10:43:29,653,-0.754,0.199,73.8,3.93,2.01,6,1,2.84,29.53,32.03,28.67,69.06,69.81,22.01,28.002,52.58,66.9,382.1,1999,122,99.07,-0.74,-0.0741,0.3 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,6,,6,11:15:04,10:45:04,748,-2.05,0.213,54.5,4.21,2.03,6,1,2.84,29.56,32.11,28.67,36.85,39.67,21.874,28.011,52.16,66.8,400.4,1999,112,99.06,-0.683,0.0134,0 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,7,,7,11:17:03,10:47:03,867,5.99,0.221,169,4.32,2.01,6,1,2.84,29.43,32.03,28.47,231.97,221.6,21.735,27.992,52.22,67.25,402.3,1999,127,99.06,-0.676,0.0101,0.3 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,8,,8,11:18:20,10:48:20,943,11.9,0.223,279,4.35,2.01,6,1,2.84,29.44,32.01,28.47,401.04,380.84,21.692,27.998,52.1,67.25,402.6,2000,129,99.06,-0.676,0.0101,1 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,9,,9,11:19:51,10:49:51,1034,17.7,0.222,456,4.35,2.01,6,1,2.84,29.36,32.03,28.28,640.51,609.74,21.612,27.996,52.13,67.53,397.2,2001,131,99.06,-0.676,0.0101,1 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,10,,10,11:21:51,10:51:51,1155,20.3,0.208,747,4.13,2.03,6,1,2.84,29.13,32.11,27.84,980.44,941.76,21.556,27.985,52.69,68.4,375,2001,109,99.06,-0.676,0.0101,0.3 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,11,,11,11:23:52,10:53:52,1275.5,21,0.2,943,3.91,1.99,6,1,2.84,29.03,31.98,27.88,1200.64,1156.7,21.486,28.017,52.85,68.91,349,2000,124,99.06,-0.676,0.0101,0.3 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,1,,12,11:27:18,10:57:18,1482,21.8,0.195,928,3.92,2.04,6,1,2.84,28.87,32.13,27.23,1199.25,1153.26,21.277,27.923,52.81,69.3,344,2000,114,99.06,-0.676,0.0101,0.3 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,2,,13,11:29:02,10:59:02,1585,20,0.187,939,3.61,1.96,6,1,2.84,29.68,31.83,28.87,1199.39,1152.51,21.185,28.003,50.16,66.31,308.6,1501,122,99.05,-0.676,0.0101,1 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,3,,14,11:30:34,11:00:34,1677.5,17.1,0.179,960,3.48,1.97,6,1,2.84,31.11,31.93,30.82,1199.48,1155.6,21.123,28.151,46.07,61.41,288.7,1000,119,99.05,-0.676,0.0101,1 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,4,,15,11:32:32,11:02:32,1795.5,11.1,0.167,1020,3.29,1.99,6,1,2.84,31.77,32.05,31.39,1199.49,1165.81,21.009,28.232,44.15,59.32,265.9,501,117,99.04,-0.676,0.0101,1 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,5,,16,11:35:03,11:05:03,1946,5.89,0.158,1080,3.13,2,6,1,2.84,32.08,31.98,31.79,1199.28,1177.03,20.912,27.981,43.18,57.78,258.2,201,91,99.04,-5.52,-0.0398,0 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,6,,17,11:37:34,11:07:34,2098,3.54,0.155,1110,3.04,1.97,6,1,2.84,32.31,31.89,32.18,1199.18,1181.48,20.655,27.992,42.09,57.05,241.6,121,115,99.04,-6.21,0.000566,0.3 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,7,,18,11:39:46,11:09:46,2229,1.46,0.156,1130,3.16,2.03,6,1,2.84,32.68,32.12,32.56,1199.47,1186.71,20.489,28.011,40.9,55.92,245.2,71,109,99.03,-6.23,0.0229,0 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,8,,19,11:42:22,11:12:22,2386,-0.0264,0.162,1150,3.26,2.02,6,1,2.84,32.2,32.08,31.79,1199.82,1190.46,20.33,28.018,41.67,57.43,247,41,107,99.02,-5.94,0.103,0 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,9,,20,11:44:34,11:14:34,2518,-1.03,0.161,1160,3.21,2.01,6,1,2.84,31.95,32.05,31.39,1199.6,1192.67,20.294,28.03,42.21,58.3,242.2,19,114,99.01,-5.61,0.0636,0 +Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,10,,21,11:46:44,11:16:44,2647,-1.98,0.16,1180,3.17,1.99,6,1,2.84,32.01,31.96,31.59,1199.62,1195.03,20.148,27.994,41.74,58,235.5,0,112,99,-5.63,0.0843,0 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,1,,1,10:06:07,8:36:07,147,11,0.108,198,1.76,1.61,6,1,2.84,31.5,32.03,31.32,399.82,374.42,28.257,31.964,60.4,68.33,276.3,2001,35,99.21,2.6,0.0501,1 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,2,,2,10:07:57,8:37:57,257.5,6.99,0.115,158,1.88,1.62,6,1,2.84,31.48,32.08,31.64,280.21,264.89,28.301,32.018,60.55,68.5,293.2,2000,44,99.21,2.41,0.158,0 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,3,,3,10:09:59,8:39:59,379.5,5.3,0.112,134,1.79,1.58,6,1,2.84,30.98,31.94,30.86,229.82,217.37,28.209,31.997,62.11,70.45,274.1,1999,39,99.21,2.82,0.0939,0.7 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,4,,4,10:11:46,8:41:46,486.5,2.74,0.127,104,1.99,1.57,6,1,2.84,31.06,31.87,31.05,149.63,143.59,28.138,31.993,61.69,70.14,300.4,2001,46,99.22,2.31,0.183,0 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,5,,5,10:13:43,8:43:43,603.5,-0.0818,0.126,69.3,2,1.59,6,1,2.84,31.33,31.95,31.45,70.16,70.04,28.024,31.994,60.48,69.05,293.2,2001,48,99.22,2.07,0.107,0.7 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,6,,6,10:16:14,8:46:14,754.5,-1.08,0.145,52.4,2.29,1.58,6,1,2.84,31.44,31.91,31.63,39.37,41.23,27.803,31.977,59.64,68.59,318.4,2000,43,99.22,1.95,0.182,0 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,7,,7,10:18:44,8:48:44,904.5,6.44,0.156,145,2.5,1.62,6,1,2.84,31.4,32.06,31.44,230.97,218.88,27.792,31.99,59.74,68.77,346.6,1999,46,99.22,2.46,0.147,0.3 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,8,,8,10:20:45,8:50:45,1025,13.5,0.163,230,2.59,1.6,6,1,2.84,31.05,32.01,30.92,400.4,376.92,27.941,32.005,61.28,70.2,370.7,2000,45,99.23,2.46,0.147,0.7 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,9,,9,10:22:15,8:52:15,1115,21.5,0.158,360,2.48,1.58,6,1,2.84,31.21,31.94,31.3,639.15,600.58,27.989,32.022,60.84,69.61,357.5,2001,33,99.22,2.46,0.147,1 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,10,,10,10:24:16,8:54:16,1236,27.6,0.137,569,2.2,1.6,6,1,2.84,31.4,32.02,31.44,980.47,924.22,28,32.04,60.21,68.89,315.6,2000,33,99.23,2.46,0.147,0.3 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,11,,11,10:26:17,8:56:17,1357,28.9,0.118,703,1.91,1.6,6,1,2.84,31.26,32.03,31.24,1199.33,1133.39,28.103,32.026,60.91,69.42,282.7,2001,38,99.23,2.46,0.147,0.3 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,1,,12,10:31:32,9:01:32,1672.5,27.8,0.0984,639,1.59,1.59,6,1,2.84,31.17,31.98,31.04,1200.24,1127.8,28.25,32.017,61.55,69.76,245.2,1999,61,99.23,2.46,0.147,0.3 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,2,,13,10:33:23,9:03:23,1783,24.8,0.0869,632,1.41,1.6,6,1,2.84,32.15,32,32.44,1200.42,1124.59,28.092,32.022,57.9,66.01,209,1500,57,99.24,2.46,0.147,1 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,3,,14,10:35:21,9:05:21,1901,22.1,0.0767,628,1.27,1.62,6,1,2.84,32.75,32.11,33.2,1200.37,1123.49,28.071,32.091,55.93,63.94,183.7,1000,56,99.24,2.46,0.147,1 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,4,,15,10:37:22,9:07:22,2022,16,0.0681,727,1.12,1.6,6,1,2.84,32.93,32.01,33.4,1200.14,1135.97,28.008,32.018,55.23,63.14,161.7,500,51,99.24,2.46,0.147,0.3 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,5,,16,10:38:55,9:08:55,2115,7.76,0.0633,937,1.04,1.6,6,1,2.84,33.13,32,33.58,1199.99,1164.81,28.053,31.998,54.69,62.38,153,199,52,99.24,2.46,0.147,1 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,6,,17,10:40:54,9:10:54,2234,4.77,0.0623,1020,1.03,1.6,6,1,2.84,33.15,32.02,33.58,1199.88,1176.64,28.145,32.004,54.84,62.36,154.4,120,60,99.24,2.46,0.147,1 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,7,,18,10:42:57,9:12:57,2357.5,2.96,0.0574,1070,0.937,1.59,6,1,2.84,33.14,31.96,33.58,1199.91,1182.88,28.227,32.022,55.01,62.41,143.4,71,54,99.24,0.598,0.111,0.7 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,8,,19,10:45:16,9:15:16,2496.5,1.34,0.059,1120,0.959,1.58,6,1,2.84,33.25,31.93,33.78,1199.66,1189.73,28.27,31.982,54.76,61.94,150.1,40,59,99.24,0.405,0.106,0.3 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,9,,20,10:47:33,9:17:33,2632.5,0.145,0.0591,1160,0.975,1.6,6,1,2.84,33.41,32.01,33.97,1199.11,1193.97,28.286,31.991,54.3,61.42,152.9,21,59,99.25,0.33,0.0998,0.7 +Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,10,,21,10:49:59,9:19:59,2778.5,-1.14,0.0579,1200,0.958,1.61,6,1,2.84,33.21,32.04,33.57,1199.22,1199.19,28.293,32.024,54.92,62.16,149.1,0,65,99.25,0.381,-0.0449,0.3 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,1,,1,9:04:22,8:34:22,186.5,5.95,0.0602,214,1.24,2,6,1,2.84,31.12,31.99,31.39,400.35,384.69,25.062,27.991,54.71,61.1,246.1,1999,64,99.14,-2.98,0.0135,0 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,2,,2,9:06:42,8:36:42,326.5,3.61,0.0604,165,1.26,2.03,6,1,2.84,30.93,32.1,31.01,279.95,270.26,24.991,27.989,55.13,61.74,244.5,1999,68,99.14,-1.82,-0.0601,0.3 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,3,,3,9:08:57,8:38:57,461.5,2.82,0.0663,148,1.34,1.97,6,1,2.84,30.81,31.89,31,231.02,223.64,24.892,27.974,55.29,62.13,253.7,2001,66,99.15,-1.57,-0.0595,0 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,4,,4,9:11:05,8:41:05,589.5,0.927,0.0665,120,1.35,1.98,6,1,2.84,31.45,31.93,31.96,149.68,146.98,24.824,27.978,53.16,59.91,249.8,2002,64,99.14,-1.46,-0.0202,0.7 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,5,,5,9:13:35,8:43:35,739.5,-0.461,0.0643,80.4,1.33,2.02,6,1,2.84,31.29,32.08,31.59,70.31,71.23,24.71,27.969,53.42,60.46,238.8,1999,71,99.15,-1.34,-0.148,0.7 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,6,,6,9:16:03,8:46:03,887.5,-1.21,0.0816,63.2,1.85,2.22,6,1,2.84,30.81,32.11,30.82,39.92,40.81,24.674,26.072,54.83,57.93,771.9,1999,73,99.14,-1.23,-0.0102,0.3 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,7,,7,9:18:33,8:48:33,1037.5,3.09,0.0758,149,1.51,1.95,6,1,2.84,30.42,31.8,30.42,229.71,222.1,24.726,27.987,56.18,63.59,269.6,2001,71,99.15,-1.58,-0.0107,0 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,8,,8,9:21:03,8:51:03,1187.5,7.26,0.0794,225,1.63,2.02,6,1,2.84,31.28,32.07,31.59,401.06,384.89,24.762,28.015,53.56,60.6,292.8,1999,79,99.15,-2.74,-0.011,0 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,9,,9,9:23:04,8:53:04,1308.5,11.2,0.0736,350,1.5,1.99,6,1,2.84,30.86,31.96,31.01,640.33,614.26,24.787,27.928,54.91,61.87,278.4,2001,76,99.16,-2.74,-0.011,1 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,10,,10,9:25:05,8:55:05,1429.5,14.9,0.0681,561,1.4,2,6,1,2.84,31.12,32.01,31.4,980.12,942.37,24.837,28,54.21,61.12,257.4,1999,74,99.16,-2.74,-0.011,0.3 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,11,,11,9:27:06,8:57:06,1550,16.6,0.0658,715,1.36,2.01,6,1,2.84,30.98,32.05,31.25,1200.48,1158.24,24.925,27.992,54.84,61.59,258.4,2000,51,99.16,-2.74,-0.011,0.3 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,1,,12,9:29:04,8:59:04,1668,16.6,0.0641,705,1.32,2,6,1,2.84,30.89,32.01,31,1200.38,1158.05,24.983,27.978,55.25,61.87,256.4,2000,64,99.16,-2.74,-0.011,1 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,2,,13,9:31:05,9:01:05,1789,15.3,0.0598,710,1.23,2,6,1,2.84,31.91,32.02,32.43,1200.56,1157.04,24.975,28.082,52.13,58.62,230.3,1500,62,99.16,-2.74,-0.011,0.3 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,3,,14,9:33:06,9:03:06,1910,13.2,0.0562,747,1.15,1.98,6,1,2.84,32.73,31.96,33.54,1200.38,1161.2,25.023,28.022,49.85,55.83,222.9,1000,65,99.17,-2.74,-0.011,0.7 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,4,,15,9:35:07,9:05:07,2031,9.28,0.0539,858,1.11,2.01,6,1,2.84,32.85,32.01,33.4,1200.69,1172.65,25.094,27.956,49.67,55.33,226.5,500,65,99.16,-2.74,-0.011,0.7 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,5,,16,9:37:37,9:07:37,2181.5,6.02,0.0525,959,1.08,2,6,1,2.84,33.65,31.99,34.52,1200.07,1181.08,25.262,27.995,47.82,52.99,230.3,200,69,99.17,-10.3,-0.00512,0 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,6,,17,9:39:42,9:09:42,2306.5,4.33,0.058,1030,1.2,2.02,6,1,2.84,33.86,32.07,34.71,1199.96,1186.71,25.314,28.006,47.35,52.39,260.5,121,69,99.17,-10.7,0.0696,0 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,7,,18,9:42:12,9:12:12,2456.5,1.97,0.0514,1090,1.06,2.01,6,1,2.84,33.96,32.01,34.91,1198.89,1190.87,25.394,27.955,47.23,51.99,241.8,70,70,99.17,-10.4,0.0279,0 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,8,,19,9:44:42,9:14:42,2606.5,0.836,0.0499,1130,1.01,1.97,6,1,2.84,33.9,31.88,34.91,1199.38,1194.05,25.455,28.014,47.5,52.28,230.1,39,65,99.18,-10.2,-0.0208,0.3 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,9,,20,9:47:28,9:17:28,2772.5,-0.0277,0.0571,1160,1.17,2,6,1,2.84,33.62,31.99,34.31,1198.86,1195.88,25.518,27.989,48.4,53.08,276.4,19,62,99.18,-9.86,-0.0737,0.7 +Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,10,,21,9:49:57,9:19:57,2921.5,0.175,0.0521,1150,1.06,1.97,6,1,2.84,33.34,31.9,33.92,1202,1198.81,25.696,27.97,49.5,53.88,271.5,0,50,99.18,-9.82,-0.02,0 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,1,,1,12:37:32,12:07:32,313.5,4.5,0.0475,216,1.74,3.51,6,1,2.84,30.89,35.87,29.18,400.59,388.16,20.4,24.471,44.83,53.77,250.1,1999,44,98.53,2.22,0.186,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,2,,2,12:39:30,12:09:30,431.5,2.71,0.0487,168,1.77,3.49,6,1,2.84,30.76,35.77,29.03,278.88,271.22,20.204,24.352,44.73,53.91,250.2,2001,50,98.54,2.2,0.184,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,3,,3,12:41:22,12:11:22,542.5,2.08,0.0508,148,1.85,3.5,6,1,2.84,30.87,35.81,29.17,231.06,225.07,20.075,24.408,44.17,53.7,250.1,2000,57,98.53,2.04,0.182,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,4,,4,12:43:14,12:13:14,655.5,0.853,0.0547,114,1.98,3.48,6,1,2.84,30.95,35.79,29.26,149.51,146.77,19.972,24.603,43.73,53.87,250.1,2000,61,98.52,1.78,0.172,0.7 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,5,,5,12:45:11,12:15:11,772.5,-0.58,0.0611,81.3,2.19,3.45,6,1,2.84,30.99,35.84,29.27,69.22,70.25,19.873,24.997,43.42,54.62,250.1,1999,78,98.53,1.46,0.164,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,6,,6,12:46:56,12:16:56,877.5,-1.26,0.0666,68.6,2.33,3.38,6,1,2.84,30.84,35.66,29.1,38.17,40.96,19.704,25.151,43.42,55.43,250.2,2000,51,98.52,1.32,0.159,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,7,,7,12:48:50,12:18:50,991.5,3.03,0.0705,143,2.45,3.35,6,1,2.84,30.83,35.63,29.11,231.92,223.34,19.601,25.32,43.22,55.82,250.1,2000,49,98.51,1.97,0.175,0.7 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,8,,8,12:51:21,12:21:21,1142.5,5.78,0.0618,216,2.22,3.46,6,1,2.84,30.88,35.76,29.18,401.69,385.78,19.51,24.694,42.9,54.3,250.1,2000,49,98.5,2.26,0.19,0.3 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,9,,9,12:53:51,12:23:51,1292.5,8.77,0.0507,308,1.92,3.63,6,1,2.84,31.07,36.06,29.34,640.86,616.98,19.495,23.982,42.39,52.14,250,2000,60,98.5,1.98,0.198,0.7 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,10,,10,12:55:40,12:25:40,1401.5,12.6,0.0455,451,1.76,3.7,6,1,2.84,31.13,36.16,29.4,980.19,945.87,19.463,23.576,42.17,51.08,250.1,2000,57,98.49,1.28,0.207,0.3 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,11,,11,12:58:10,12:28:10,1551.5,13.9,0.0408,553,1.62,3.8,6,1,2.84,31.32,36.35,29.59,1200.05,1162.07,19.356,23.158,41.5,49.65,250.1,1999,89,98.49,0.383,0.221,0.7 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,12,,12,13:01:24,12:31:24,1745.5,15.8,0.0376,708,1.53,3.89,6,1,2.84,31.5,36.53,29.78,1501.01,1457.84,19.318,22.905,40.99,48.6,250.1,2000,62,98.48,-0.927,0.233,0.7 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,1,,13,13:03:15,12:33:15,1856,15.2,0.0364,711,1.51,3.95,6,1,2.84,31.61,36.68,29.89,1499.62,1457.93,19.316,22.845,40.72,48.16,250.1,2000,80,98.47,-0.927,0.233,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,2,,14,13:04:56,12:34:56,1957,14.1,0.0348,735,1.38,3.79,6,1,2.84,31.67,36.14,29.96,1499.81,1461.11,19.309,22.553,40.57,47.39,250.1,1501,70,98.47,-0.927,0.233,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,3,,15,13:06:27,12:36:27,2048,12.5,0.033,783,1.26,3.65,6,1,2.84,31.71,35.6,30.04,1499.66,1465.21,19.266,22.225,40.38,46.59,250.1,999,49,98.46,-0.927,0.233,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,4,,16,13:08:03,12:38:03,2144,9.8,0.031,892,1.13,3.48,6,1,2.84,31.67,34.96,30.02,1499.35,1471.85,19.222,21.875,40.38,45.95,250.1,500,57,98.45,-0.927,0.233,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,5,,17,13:10:07,12:40:07,2268.5,5.59,0.0284,1090,0.99,3.34,6,1,2.84,31.55,34.37,29.93,1499.33,1482.41,19.193,21.516,40.6,45.51,250.1,201,70,98.45,-1.42,0.232,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,6,,18,13:12:08,12:42:08,2389.5,3.51,0.0266,1200,0.912,3.27,6,1,2.84,31.42,34.09,29.83,1499.3,1487.61,19.165,21.307,40.84,45.4,250.1,121,61,98.45,-1.47,0.234,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,7,,19,13:14:09,12:44:09,2510.5,1.86,0.0253,1300,0.861,3.26,6,1,2.84,31.38,34,29.79,1499.01,1491.47,19.15,21.172,40.9,45.22,250,70,63,98.45,-1.74,0.227,1 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,8,,20,13:16:10,12:46:10,2631.5,0.632,0.0246,1370,0.843,3.27,6,1,2.84,31.42,34.02,29.85,1499.26,1494.73,19.151,21.13,40.81,45.03,250.1,40,58,98.45,-1.6,0.228,0.7 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,9,,21,13:18:10,12:48:10,2751.5,-0.416,0.0242,1440,0.827,3.26,6,1,2.84,31.39,33.96,29.82,1498.82,1496.85,19.085,21.027,40.73,44.88,250.1,19,57,98.45,-1.46,0.23,0.7 +Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,10,,22,13:20:11,12:50:11,2871.5,-1.1,0.0242,1490,0.828,3.27,6,1,2.84,31.41,33.95,29.84,1499.02,1498.69,18.928,20.873,40.34,44.48,250.1,0,69,98.44,-1.72,0.232,0.7 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,1,,1,13:41:41,12:11:41,297.5,3.56,0.0293,181,0.857,2.79,6,1,2.84,30.79,35.43,28.88,400.26,390.9,28.407,30.405,62.87,67.29,249.7,2001,40,98.63,1.79,0.353,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,2,,2,13:43:35,12:13:35,411.5,2.31,0.0301,140,0.865,2.74,6,1,2.84,30.65,35.27,28.74,279.96,273.85,28.317,30.334,63.14,67.64,249.6,2001,53,98.62,1.57,0.348,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,3,,3,13:45:26,12:15:26,522.5,1.74,0.0322,130,0.922,2.73,6,1,2.84,30.67,35.26,28.76,230.31,225.64,28.314,30.463,63.07,67.86,249.6,2001,55,98.62,1.54,0.348,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,4,,4,13:47:21,12:17:21,636.5,0.787,0.0357,105,1.02,2.71,6,1,2.84,30.7,35.27,28.8,148.71,146.46,28.27,30.635,62.87,68.13,249.7,2000,77,98.62,1.29,0.345,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,5,,5,13:49:14,12:19:14,750.5,-0.296,0.0411,79.7,1.16,2.7,6,1,2.84,30.76,35.28,28.85,70.95,71.46,28.136,30.835,62.34,68.32,249.7,2000,45,98.61,0.968,0.357,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,6,,6,13:51:17,12:21:17,873.5,-0.79,0.0456,68.2,1.27,2.66,6,1,2.84,30.61,35.18,28.72,40.8,42.57,27.942,30.891,62.43,69.02,249.7,2000,72,98.61,0.815,0.359,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,7,,7,13:53:48,12:23:48,1024.5,2.67,0.0519,131,1.42,2.62,6,1,2.84,30.61,35.15,28.72,230.25,223.06,27.871,31.171,62.28,69.65,249.6,1999,51,98.6,1.7,0.358,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,8,,8,13:55:55,12:25:55,1151.5,5.79,0.0514,189,1.45,2.7,6,1,2.84,30.8,35.38,28.92,400.5,385.24,27.757,31.126,61.37,68.82,249.7,2000,39,98.59,1.9,0.345,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,9,,9,13:57:56,12:27:56,1272.5,9.5,0.0474,269,1.38,2.78,6,1,2.84,30.94,35.52,29.03,640.01,615.13,27.527,30.739,60.37,67.42,249.6,2001,39,98.59,1.9,0.345,0.7 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,10,,10,13:59:01,12:29:01,1336.5,14,0.0446,405,1.31,2.82,6,1,2.84,30.95,35.53,29.04,982.18,945.62,27.358,30.418,59.97,66.68,249.7,1999,38,98.59,1.9,0.345,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,11,Yes,11,14:00:06,12:30:06,1401.5,10.9,0.0419,704,1.26,2.86,6,1,2.84,31.02,35.58,29.12,1201.58,1171.79,27.202,30.13,59.37,65.76,249.7,2000,40,98.58,1.9,0.345,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,12,,12,14:03:27,12:33:27,1602.5,17.8,0.0346,569,1.1,3.03,6,1,2.84,31.28,35.9,29.38,1499.53,1452.9,26.89,29.457,57.82,63.34,249.7,2000,39,98.57,0.947,0.298,0.7 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,1,,13,14:05:19,12:35:19,1714.5,17,0.0324,556,1.05,3.09,6,1,2.84,31.38,36,29.48,1499.61,1455.08,26.766,29.221,57.22,62.47,249.7,2000,38,98.57,0.947,0.298,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,2,,14,14:07:20,12:37:20,1835.5,15.7,0.0297,556,0.917,2.94,6,1,2.84,31.38,35.44,29.5,1499.6,1458.7,26.764,28.903,57.22,61.79,249.7,1500,40,98.56,0.947,0.298,0.7 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,3,,15,14:09:21,12:39:21,1956.5,13.6,0.027,601,0.782,2.76,6,1,2.84,31.33,34.81,29.5,1499.22,1463.77,26.848,28.674,57.57,61.49,249.6,1000,37,98.55,0.947,0.298,0.7 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,4,,16,14:10:53,12:40:53,2048.5,10.9,0.025,721,0.684,2.61,6,1,2.84,31.34,34.23,29.54,1499,1470.5,26.824,28.421,57.48,60.91,249.7,501,32,98.55,0.947,0.298,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,5,,17,14:12:53,12:42:53,2169.5,6.56,0.0217,943,0.569,2.5,6,1,2.84,31.22,33.73,29.44,1498.64,1480.85,26.764,28.093,57.74,60.6,249.7,201,50,98.55,-0.612,0.268,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,6,,18,14:14:53,12:44:53,2289.5,4.45,0.0187,1050,0.477,2.43,6,1,2.84,31.06,33.44,29.31,1498.92,1486.52,26.734,27.848,58.2,60.62,249.7,121,43,98.55,-0.729,0.246,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,7,,19,14:16:53,12:46:53,2409.5,2.56,0.0185,1210,0.469,2.41,6,1,2.84,31.02,33.3,29.29,1500.06,1492.22,26.628,27.722,58.1,60.49,249.7,70,42,98.55,-0.84,0.254,0.7 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,8,,20,14:18:53,12:48:53,2529.5,0.998,0.0175,1350,0.441,2.4,6,1,2.84,31,33.23,29.3,1500.11,1496.12,26.506,27.537,57.89,60.14,249.7,40,39,98.54,-0.715,0.235,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,9,,21,14:20:53,12:50:53,2649.5,0.049,0.0176,1430,0.448,2.43,6,1,2.84,31.05,33.26,29.34,1500.11,1498.38,26.326,27.374,57.35,59.63,249.7,20,36,98.54,-1.11,0.244,1 +Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,10,,22,14:22:53,12:52:53,2768.5,-1.14,0.0169,1550,0.435,2.44,6,1,2.84,31.1,33.28,29.4,1499.84,1501.02,26.25,27.267,57.02,59.23,249.7,1,34,98.54,-1.21,0.237,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,1,,23,13:37:04,13:07:04,3885.5,3.42,0.0712,289,2.83,3.83,6,1,2.84,33.08,37.14,31.36,399.98,389.13,18.978,25.602,36.79,49.64,250.1,2001,33,98.41,3.5,0.194,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,2,,24,13:39:09,13:09:09,4010.5,1.63,0.0708,220,2.84,3.87,6,1,2.84,33.17,37.21,31.44,279.4,273.62,18.82,25.471,36.31,49.14,250.1,2001,32,98.4,3.35,0.195,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,3,,25,13:40:48,13:10:48,4109.5,0.994,0.0707,189,2.85,3.89,6,1,2.84,33.2,37.22,31.47,229.67,225.74,18.661,25.334,35.94,48.79,250.1,2001,34,98.4,3.2,0.181,0.7 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,4,,26,13:42:48,13:12:48,4229.5,-0.167,0.0708,144,2.88,3.92,6,1,2.84,33.29,37.3,31.58,150.25,149.62,18.533,25.273,35.52,48.43,250.1,1999,19,98.4,2.9,0.179,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,5,,27,13:44:48,13:14:48,4349.5,-1.44,0.0711,98.9,2.89,3.92,6,1,2.84,33.22,37.23,31.49,68.65,71.6,18.318,25.081,35.23,48.24,250.2,2001,16,98.39,2.36,0.166,0.7 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,6,,28,13:46:30,13:16:30,4450.5,-1.82,0.0711,81.3,2.81,3.82,6,1,2.84,32.87,36.83,31.16,39.35,43.43,18.105,24.69,35.51,48.42,250.1,1999,17,98.39,2.1,0.164,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,7,,29,13:48:26,13:18:26,4567.5,1.38,0.0712,182,2.77,3.76,6,1,2.84,32.61,36.55,30.89,231.82,227,17.869,24.357,35.58,48.49,250.1,2000,15,98.38,2.91,0.174,0.7 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,8,,30,13:50:16,13:20:16,4677.5,3.66,0.0694,282,2.72,3.77,6,1,2.84,32.52,36.51,30.82,400.69,389.37,17.691,24.051,35.39,48.11,250.1,2000,17,98.38,3.28,0.179,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,9,,31,13:52:46,13:22:46,4827.5,6.92,0.0662,417,2.58,3.76,6,1,2.84,32.31,36.31,30.59,641.4,620.95,17.476,23.522,35.37,47.61,250.1,2001,17,98.38,2.87,0.177,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,10,,32,13:54:35,13:24:35,4936.5,10.9,0.065,626,2.55,3.78,6,1,2.84,32.33,36.37,30.61,980.7,948.81,17.503,23.484,35.39,47.49,250.1,2000,18,98.37,2.03,0.19,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,11,,33,13:56:53,13:26:53,5074.5,13,0.0646,773,2.52,3.76,6,1,2.84,32.21,36.25,30.47,1200.44,1162.28,17.455,23.358,35.54,47.56,250.1,2001,30,98.37,0.904,0.197,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,12,,34,13:58:53,13:28:53,5193.5,14.7,0.0639,1000,2.48,3.74,6,1,2.84,32.13,36.18,30.4,1501.34,1457.4,17.403,23.227,35.59,47.5,250,2000,21,98.36,0.904,0.197,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,1,,35,14:02:02,13:32:02,5382.5,15.4,0.0631,982,2.43,3.71,6,1,2.84,31.91,35.99,30.18,1500.17,1454.86,17.256,22.953,35.72,47.51,250.1,1999,21,98.36,-0.533,0.201,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,2,,36,14:03:34,13:33:34,5474.5,14.5,0.062,1000,2.31,3.6,6,1,2.84,31.9,35.55,30.19,1500.23,1457.36,17.214,22.634,35.67,46.9,250.1,1500,24,98.36,-0.533,0.201,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,3,,37,14:05:06,13:35:06,5566.5,13,0.0603,1040,2.16,3.45,6,1,2.84,31.76,34.98,30.08,1500.16,1461.37,17.181,22.25,35.87,46.45,250.1,1001,16,98.36,-0.533,0.201,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,4,,38,14:06:38,13:36:38,5658.5,9.78,0.0589,1130,2.04,3.34,6,1,2.84,31.74,34.52,30.1,1500.21,1469.56,17.132,21.924,35.82,45.83,250.1,501,18,98.35,-0.533,0.201,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,5,,39,14:08:38,13:38:38,5778.5,5.38,0.0575,1250,1.94,3.26,6,1,2.84,31.68,34.17,30.06,1500.16,1480.35,17.103,21.662,35.88,45.44,250.1,201,18,98.35,-1.66,0.198,0.7 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,6,,40,14:10:39,13:40:39,5900.5,3.15,0.056,1320,1.88,3.23,6,1,2.84,31.6,33.97,29.99,1500.14,1485.9,16.963,21.368,35.74,45.02,250,121,375,98.34,-1.7,0.191,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,7,,41,14:12:44,13:42:44,6025.5,1.44,0.0555,1370,1.84,3.2,6,1,2.84,31.51,33.8,29.91,1500.1,1490.08,16.866,21.184,35.71,44.86,250,70,237,98.34,-2.01,0.196,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,8,,42,14:14:45,13:44:45,6146.5,0.114,0.0548,1410,1.8,3.17,6,1,2.84,31.4,33.66,29.83,1500.39,1493.66,16.796,21.027,35.79,44.81,250.1,40,41,98.34,-2.08,0.198,0.7 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,9,,43,14:16:45,13:46:45,6266.5,-0.709,0.0545,1440,1.83,3.25,6,1,2.84,31.67,33.96,30.1,1500.66,1495.78,16.883,21.189,35.42,44.45,250.1,19,29,98.34,-2.1,0.194,1 +Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,10,,44,14:18:46,13:48:46,6387.5,-1.94,0.0545,1470,1.88,3.32,6,1,2.84,31.99,34.26,30.42,1500.91,1498.82,17.005,21.405,35.03,44.1,250.2,0,34,98.33,-1.54,0.192,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,1,Yes,23,14:41:10,13:11:10,3865.5,2.51,0.0279,230,0.996,3.39,6,1,2.84,32.44,36.93,30.51,399.6,392.63,27.081,29.405,54.48,59.16,249.7,2001,88,98.5,1.17,0.278,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,2,,24,14:43:07,13:13:07,3983.5,1.38,0.0275,180,0.969,3.35,6,1,2.84,32.38,36.79,30.45,278.64,274.67,27.035,29.296,54.57,59.14,249.6,2000,100,98.5,1.04,0.286,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,3,,25,14:44:57,13:14:57,4093.5,0.972,0.0284,161,0.991,3.32,6,1,2.84,32.27,36.67,30.35,229.87,227,26.914,29.224,54.67,59.36,249.7,2000,118,98.49,1.04,0.288,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,4,,26,14:46:52,13:16:52,4208.5,0.279,0.031,126,1.08,3.32,6,1,2.84,32.38,36.74,30.47,148.9,147.85,26.836,29.367,54.17,59.28,249.6,2001,88,98.49,0.807,0.281,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,5,,27,14:48:40,13:18:40,4315.5,-0.481,0.0332,91,1.14,3.26,6,1,2.84,32.22,36.52,30.3,71.18,72.14,26.643,29.297,54.26,59.67,249.7,2001,93,98.49,0.462,0.294,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,6,,28,14:50:44,13:20:44,4440.5,-0.822,0.0354,76.6,1.18,3.16,6,1,2.84,31.87,36.18,29.97,40.42,42.27,26.353,29.097,54.75,60.46,249.6,2001,86,98.48,0.412,0.292,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,7,,29,14:53:14,13:23:14,4589.5,1.66,0.0382,146,1.25,3.11,6,1,2.84,31.66,35.94,29.78,230.46,225.8,25.913,28.825,54.49,60.61,249.6,1999,72,98.47,1.14,0.271,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,8,,30,14:55:23,13:25:23,4719.5,3.73,0.0361,208,1.19,3.13,6,1,2.84,31.61,35.88,29.71,401.24,391.15,25.618,28.394,54.02,59.87,249.7,1999,136,98.47,1.42,0.264,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,9,,31,14:57:52,13:27:52,4868.5,6.16,0.0323,291,1.09,3.2,6,1,2.84,31.64,35.94,29.75,640.21,623.76,25.362,27.903,53.38,58.73,249.6,2000,106,98.46,1.59,0.253,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,10,,32,14:59:31,13:29:31,4966.5,9.54,0.0315,428,1.07,3.24,6,1,2.84,31.66,35.99,29.76,980.42,955.02,25.176,27.684,52.91,58.18,249.6,2001,85,98.46,1.59,0.253,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,11,,33,15:01:32,13:31:32,5087.5,11,0.0295,524,1.01,3.26,6,1,2.84,31.57,35.91,29.68,1199.7,1170.49,24.899,27.263,52.59,57.59,249.6,1999,86,98.46,1.59,0.253,0.7 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,12,,34,15:03:33,13:33:33,5208.5,12.9,0.029,687,1,3.29,6,1,2.84,31.57,35.92,29.7,1498.98,1464.53,24.598,26.94,51.97,56.92,249.7,1999,83,98.46,1.59,0.253,0.7 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,1,,35,15:06:40,13:36:40,5395.5,12.6,0.0272,658,0.951,3.32,6,1,2.84,31.51,35.87,29.65,1500.55,1466.82,24.244,26.47,51.39,56.1,249.6,1999,66,98.45,0.968,0.22,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,2,,36,15:08:11,13:38:11,5486.5,12.2,0.027,682,0.908,3.2,6,1,2.84,31.54,35.43,29.66,1500.8,1468.29,24.139,26.264,51.09,55.59,249.6,1501,59,98.45,0.968,0.22,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,3,,37,15:09:45,13:39:45,5580.5,11.2,0.026,721,0.835,3.05,6,1,2.84,31.48,34.86,29.64,1500.76,1470.9,23.957,25.912,50.86,55.01,249.6,1001,105,98.44,0.968,0.22,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,4,,38,15:11:16,13:41:16,5671.5,9.22,0.0243,808,0.74,2.9,6,1,2.84,31.43,34.26,29.61,1500.68,1475.91,23.882,25.614,50.84,54.53,249.7,500,74,98.44,0.968,0.22,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,5,,39,15:13:16,13:43:16,5792.5,6.12,0.0229,996,0.67,2.78,6,1,2.84,31.36,33.81,29.55,1500.84,1483.75,23.849,25.418,50.99,54.35,249.7,201,584,98.43,0.448,0.204,0.7 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,6,,40,15:15:17,13:45:17,5912.5,4.09,0.0217,1120,0.623,2.74,6,1,2.84,31.25,33.57,29.48,1500.84,1488.78,23.751,25.209,51.09,54.23,249.6,120,556,98.43,0.319,0.204,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,7,,41,15:17:17,13:47:17,6033.5,2.3,0.0209,1250,0.589,2.69,6,1,2.84,31.09,33.33,29.33,1501.12,1493.49,23.601,24.982,51.21,54.21,249.6,69,58,98.43,0.363,0.205,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,8,,42,15:19:17,13:49:17,6153.5,0.979,0.0204,1350,0.584,2.73,6,1,2.84,31.19,33.45,29.45,1500.98,1496.52,23.516,24.884,50.76,53.71,249.6,40,93,98.43,0.364,0.202,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,9,,43,15:21:17,13:51:17,6273.5,-0.124,0.0203,1440,0.601,2.82,6,1,2.84,31.51,33.77,29.77,1500.94,1499.07,23.5,24.907,49.81,52.79,249.6,20,74,98.43,0.202,0.203,1 +Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,10,,44,15:23:17,13:53:17,6393.5,-1.34,0.0202,1530,0.618,2.91,6,1,2.84,31.79,34.05,30.05,1500.88,1501.87,23.383,24.831,48.79,51.81,249.7,1,68,98.42,0.0228,0.209,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,1,,45,14:37:37,14:07:37,7518.5,3.44,0.0516,257,2.4,4.45,6,1,2.84,32.93,37.88,31.22,400.12,389.63,16.339,21.975,31.91,42.92,250.1,2001,84,98.29,3.12,0.189,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,2,,46,14:39:36,14:09:36,7637.5,1.67,0.0505,203,2.34,4.44,6,1,2.84,32.77,37.75,31.06,279.82,274.28,16.18,21.678,31.9,42.74,250.1,2000,81,98.29,2.8,0.183,0.7 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,3,,47,14:41:26,14:11:26,7747.5,0.977,0.0504,179,2.32,4.41,6,1,2.84,32.61,37.61,30.9,229.39,225.78,16.062,21.51,31.95,42.78,250.1,2000,101,98.28,2.55,0.181,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,4,,48,14:43:19,14:13:19,7859.5,-0.381,0.0506,150,2.32,4.38,6,1,2.84,32.52,37.51,30.8,148.72,148.81,15.942,21.379,31.86,42.73,250.1,2000,97,98.28,2.56,0.168,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,5,,49,14:45:20,14:15:20,7981.5,-1.55,0.0506,115,2.26,4.28,6,1,2.84,32.15,37.12,30.44,69.09,72.41,15.76,21.068,32.16,42.99,250.1,1999,124,98.28,1.7,0.169,0.7 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,6,,50,14:46:57,14:16:57,8078.5,-1.77,0.0516,95.7,2.29,4.26,6,1,2.84,32.07,37.05,30.36,41.07,45.06,15.642,21.025,32.07,43.11,250.1,1999,103,98.28,1.45,0.166,0.7 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,7,,51,14:49:28,14:19:28,8229.5,1.4,0.0524,170,2.31,4.22,6,1,2.84,31.92,36.92,30.2,232.08,227.45,15.488,20.909,32.03,43.23,250.1,2000,102,98.28,2.08,0.179,0.7 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,8,,52,14:51:25,14:21:25,8346.5,3.91,0.0515,243,2.24,4.17,6,1,2.84,31.68,36.67,29.96,400.46,388.99,15.345,20.599,32.16,43.17,250.1,2000,105,98.29,2.25,0.188,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,9,,53,14:53:53,14:23:53,8494.5,7.35,0.0501,347,2.15,4.12,6,1,2.84,31.44,36.45,29.73,639.97,619.14,15.216,20.281,32.33,43.09,250.1,2000,104,98.27,1.77,0.184,0.7 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,10,,54,14:55:42,14:25:42,8603.5,12,0.0497,506,2.12,4.09,6,1,2.84,31.27,36.3,29.55,979.95,946.44,15.144,20.132,32.49,43.19,250.1,2001,98,98.26,0.877,0.181,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,11,,55,14:57:29,14:27:29,8710,14.2,0.0495,631,2.1,4.07,6,1,2.84,31.15,36.2,29.44,1199.73,1159.7,15.057,19.999,32.51,43.18,250.1,2001,96,98.26,0.877,0.181,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,12,,56,14:59:14,14:29:14,8815,16.4,0.0492,832,2.09,4.07,6,1,2.84,31.11,36.16,29.4,1500.32,1453.64,14.951,19.859,32.36,42.98,250,1999,98,98.26,0.877,0.181,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,1,,57,15:05:29,14:35:29,9190,17.9,0.0491,780,2.09,4.09,6,1,2.84,31.07,36.17,29.35,1499.75,1449.5,14.77,19.695,32.04,42.73,250.1,2000,99,98.25,-1.97,0.19,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,2,,58,15:07:00,14:37:00,9281.5,16.7,0.049,824,2.02,3.95,6,1,2.84,31.17,35.7,29.47,1499.76,1452.74,14.761,19.507,31.84,42.08,250.1,1501,170,98.25,-1.97,0.19,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,3,,59,15:08:32,14:38:32,9373.5,15,0.0488,883,1.93,3.8,6,1,2.84,31.26,35.17,29.57,1499.66,1456.9,14.752,19.301,31.66,41.43,250.1,1000,94,98.25,-1.97,0.19,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,4,,60,15:10:11,14:40:11,9472.5,11.1,0.0484,1020,1.84,3.65,6,1,2.84,31.33,34.6,29.67,1499.79,1466.65,14.764,19.085,31.55,40.79,250.1,500,98,98.25,-1.97,0.19,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,5,,61,15:12:12,14:42:12,9593.5,5.44,0.0477,1220,1.75,3.53,6,1,2.84,31.31,34.14,29.68,1499.69,1480.42,14.724,18.846,31.5,40.32,250.1,201,96,98.25,-2.39,0.188,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,6,,62,15:14:13,14:44:13,9714.5,2.91,0.0472,1300,1.71,3.49,6,1,2.84,31.29,33.96,29.68,1499.81,1486.71,14.719,18.751,31.52,40.16,250.1,121,94,98.24,-2.4,0.195,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,7,,63,15:16:21,14:46:21,9842.5,1.17,0.0463,1370,1.64,3.41,6,1,2.84,31.04,33.62,29.45,1499.62,1490.95,14.692,18.553,31.91,40.3,250.1,70,87,98.24,-2.86,0.196,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,8,,64,15:18:22,14:48:22,9963.5,-0.0971,0.0457,1410,1.6,3.38,6,1,2.84,30.94,33.46,29.36,1499.57,1494.06,14.645,18.418,32.01,40.25,250.1,40,87,98.24,-3.05,0.185,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,9,,65,15:20:23,14:50:23,10084.5,-1,0.0451,1450,1.56,3.32,6,1,2.84,30.72,33.22,29.15,1499.93,1496.74,14.585,18.253,32.27,40.39,250.1,19,83,98.23,-2.95,0.19,1 +Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,10,,66,15:22:24,14:52:24,10205.5,-1.87,0.0446,1490,1.51,3.27,6,1,2.84,30.53,32.99,28.97,1499.97,1499.02,14.517,18.085,32.47,40.45,250,0,83,98.23,-3.17,0.189,0.7 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,1,Yes,45,15:41:53,14:11:53,7509.5,2.26,0.0218,207,0.878,3.81,6,1,2.84,32.6,37.13,30.7,400.01,393.75,23.708,25.762,47.22,51.31,249.7,2000,157,98.39,1.23,0.299,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,2,Yes,46,15:43:53,14:13:53,7629.5,1.18,0.0216,173,0.876,3.84,6,1,2.84,32.55,37.08,30.66,278.94,275.53,23.303,25.354,46.55,50.65,249.6,2001,148,98.38,1.09,0.306,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,3,,47,15:45:45,14:15:45,7741.5,0.819,0.0219,155,0.893,3.87,6,1,2.84,32.53,37.08,30.64,230.17,227.71,22.955,25.047,45.9,50.08,249.7,2000,160,98.38,1.07,0.302,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,4,,48,15:47:41,14:17:41,7857.5,0.168,0.0226,127,0.913,3.82,6,1,2.84,32.39,36.86,30.5,148.66,147.93,22.592,24.732,45.52,49.83,249.7,2001,125,98.37,0.913,0.301,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,5,,49,15:49:37,14:19:37,7973.5,-0.504,0.0242,100,0.966,3.79,6,1,2.84,32.23,36.7,30.34,71.03,72.07,22.244,24.51,45.23,49.84,249.5,2000,125,98.37,0.722,0.305,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,6,,50,15:51:39,14:21:39,8095.5,-0.791,0.0274,84.7,1.08,3.75,6,1,2.84,32.07,36.55,30.18,40.34,42.13,21.914,24.445,44.96,50.16,249.6,2000,143,98.37,0.555,0.292,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,7,,51,15:54:09,14:24:09,8245.5,1.57,0.0324,137,1.24,3.65,6,1,2.84,31.86,36.24,29.95,230.9,226.45,21.464,24.374,44.57,50.61,249.7,2001,260,98.37,1.31,0.288,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,8,,52,15:56:14,14:26:14,8370.5,3.75,0.0319,183,1.2,3.6,6,1,2.84,31.57,35.97,29.67,401,390.85,21.122,23.948,44.58,50.55,249.6,2001,151,98.37,1.65,0.27,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,9,,53,15:58:44,14:28:44,8520.5,6.37,0.0295,247,1.13,3.64,6,1,2.84,31.51,35.91,29.62,639.92,622.92,20.752,23.397,43.94,49.54,249.6,1999,146,98.36,1.8,0.255,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,10,,54,15:59:49,14:29:49,8585,9.7,0.0285,367,1.09,3.64,6,1,2.84,31.44,35.86,29.55,982.15,956.32,20.611,23.176,43.83,49.28,249.6,2000,181,98.36,1.8,0.255,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,11,,55,16:01:23,14:31:23,8679.5,11.6,0.0275,439,1.05,3.63,6,1,2.84,31.26,35.73,29.36,1201.73,1170.86,20.429,22.888,43.88,49.17,249.6,2000,199,98.35,1.9,0.236,0.7 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,12,,56,16:02:28,14:32:28,8744.5,14.3,0.0271,552,1.03,3.61,6,1,2.84,31.19,35.63,29.29,1501.31,1463.39,20.296,22.712,43.77,48.98,249.6,2000,145,98.35,1.9,0.236,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,1,,57,16:08:38,14:38:38,9114,14.2,0.0261,524,1.02,3.71,6,1,2.84,31.14,35.69,29.25,1500.28,1462.66,19.554,21.943,42.28,47.44,249.7,2001,178,98.34,0.99,0.226,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,2,,58,16:10:10,14:40:10,9206,13.5,0.0254,543,0.949,3.56,6,1,2.84,31.11,35.15,29.24,1500.48,1464.6,19.434,21.665,42.09,46.92,249.6,1500,158,98.34,0.99,0.226,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,3,,59,16:11:42,14:41:42,9298,12.7,0.0249,587,0.898,3.43,6,1,2.84,31.16,34.65,29.29,1500.55,1466.87,19.331,21.442,41.76,46.33,249.6,1001,119,98.34,0.99,0.226,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,4,,60,16:13:14,14:43:14,9390,10.6,0.0241,705,0.829,3.28,6,1,2.84,31.14,34.07,29.32,1500.5,1472.15,19.211,21.162,41.54,45.75,249.6,500,194,98.34,0.99,0.226,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,5,,61,16:15:15,14:45:15,9511.5,6.91,0.0227,926,0.755,3.17,6,1,2.84,31.05,33.59,29.26,1500.28,1480.98,19.065,20.841,41.44,45.3,249.6,201,256,98.33,0.336,0.212,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,6,,62,16:17:16,14:47:16,9632.5,4.62,0.0217,1070,0.715,3.15,6,1,2.84,31.02,33.44,29.25,1500.39,1486.72,18.919,20.602,41.19,44.86,249.6,121,112,98.33,0.258,0.207,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,7,,63,16:19:17,14:49:17,9753.5,2.71,0.0206,1210,0.676,3.14,6,1,2.84,30.99,33.28,29.23,1500.48,1491.53,18.671,20.263,40.71,44.18,249.6,69,143,98.33,0.0513,0.206,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,8,,64,16:21:18,14:51:18,9874.5,1.17,0.0193,1320,0.631,3.12,6,1,2.84,30.81,33.07,29.07,1500.33,1495.26,18.4,19.886,40.54,43.81,249.6,40,92,98.33,0.0867,0.203,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,9,,65,16:23:17,14:53:17,9993.5,0.0433,0.0185,1420,0.602,3.11,6,1,2.84,30.7,32.93,28.95,1500.36,1498.09,18.107,19.526,40.16,43.3,249.6,20,178,98.33,-0.00539,0.207,1 +Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,10,,66,16:25:17,14:55:17,10113.5,-0.995,0.0175,1510,0.565,3.09,6,1,2.84,30.55,32.73,28.8,1500.46,1500.81,17.853,19.185,39.93,42.91,249.6,1,135,98.33,0.109,0.198,1 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,1,,1,9:17:52,7:47:52,454.5,11.7,0.124,210,3.26,2.6,6,1,2.84,31.76,32.01,32.03,400.2,380.13,17.125,22.055,35.81,46.12,387.8,2000,0,98.5,2.61,0.0377,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,2,,2,9:19:41,7:49:41,563.5,8.27,0.128,150,3.38,2.63,6,1,2.84,31.77,32.07,32.03,280.36,266.23,16.916,22.004,35.37,46.01,389.4,1999,0,98.57,2.03,0.0451,0 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,3,,3,9:21:24,7:51:24,666.5,6.57,0.134,130,3.53,2.62,6,1,2.84,31.44,32.05,31.44,230.47,219.32,16.773,22.023,35.75,46.93,394.9,1999,0,98.58,2,0.0478,0 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,4,,4,9:23:15,7:53:15,777.5,3.38,0.144,99.6,3.74,2.6,6,1,2.84,31.52,31.98,31.63,149.79,144.14,16.696,21.967,35.44,46.62,416.4,2000,0,98.61,1.88,0.0355,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,5,,5,9:25:45,7:55:45,926.5,0.185,0.16,64.5,4.11,2.59,6,1,2.84,31.78,31.93,32.03,69.98,69.36,16.67,22.007,34.86,46.02,452.1,2000,0,98.6,1.54,0.0504,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,6,,6,9:28:15,7:58:15,1076.5,-1.08,0.177,50.3,4.55,2.6,6,1,2.84,31.73,31.98,31.83,40.85,41.92,16.658,22.009,34.93,46.15,499,2000,0,98.59,1.39,0.048,0.7 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,7,,7,9:30:44,8:00:44,1226.5,7.82,0.192,144,4.91,2.6,6,1,2.84,31.76,31.98,31.84,230.64,220.6,16.614,22.028,34.76,46.09,532.1,2000,0,98.54,1.95,0.0413,0 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,8,,8,9:33:19,8:03:19,1380.5,15.5,0.193,232,4.93,2.6,6,1,2.84,31.81,32.03,31.83,400.46,380.75,16.616,22.101,34.71,46.16,527.8,2000,0,98.67,2.44,0.0225,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,9,,9,9:35:20,8:05:20,1501.5,22.9,0.181,376,4.73,2.64,6,1,2.84,31.57,32.11,31.21,639.67,610.18,16.672,21.96,35.3,46.49,524.6,1999,0,98.68,2.44,0.0225,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,10,,10,9:36:53,8:06:53,1594.5,25.3,0.173,665,4.49,2.62,6,1,2.84,31.28,32.04,31.05,981.1,946.34,16.824,21.994,36.17,47.28,509.4,2000,0,98.55,2.44,0.0225,1 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,11,,11,9:38:54,8:08:54,1715.5,25.4,0.139,814,3.68,2.63,6,1,2.84,30.63,32.07,30.06,1201.33,1161.26,17.12,21.981,38.19,49.04,443.9,1999,0,98.54,2.44,0.0225,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,1,,12,9:41:59,8:11:59,1901.5,24.9,0.105,718,2.77,2.61,6,1,2.84,29.67,31.98,28.67,1196.28,1150.45,17.419,21.847,41.14,51.6,367.3,1999,0,98.74,2.44,0.0225,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,2,,13,9:44:00,8:14:00,2022.5,24,0.0857,650,2.25,2.58,6,1,2.84,31.16,31.9,31.06,1200.41,1148.84,17.719,21.991,38.39,47.65,309.7,1501,0,98.64,2.44,0.0225,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,3,,14,9:46:02,8:16:02,2143,19.6,0.0708,662,1.9,2.61,6,1,2.84,31.93,32.03,31.92,1199.36,1152.92,18.062,22.022,37.46,45.67,280.9,1000,0,98.62,2.44,0.0225,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,4,,15,9:48:03,8:18:03,2264.5,13.2,0.0598,763,1.6,2.6,6,1,2.84,32.67,32,32.73,1199.37,1163.97,18.391,22.071,36.59,43.91,254.9,501,0,98.67,2.44,0.0225,0.7 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,5,,16,9:50:44,8:20:44,2426,6.9,0.0487,899,1.31,2.62,6,1,2.84,32.9,32.04,33,1195.55,1174.39,18.719,21.938,36.83,43.16,239.4,199,0,98.84,0.322,0.043,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,6,,17,9:53:15,8:23:15,2576.5,3.98,0.0398,970,1.07,2.59,6,1,2.84,32.85,31.93,32.99,1193.48,1178.2,18.841,21.884,37.2,43.21,205.5,121,0,98.93,0.675,-0.0199,0 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,7,,18,9:55:46,8:25:46,2728.5,2.6,0.0374,1030,1.02,2.63,6,1,2.84,33.16,32.09,33.39,1201.62,1190,18.97,22.004,36.7,42.57,197,70,0,98.64,-0.187,0.0625,0 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,8,,19,9:57:50,8:27:50,2852.5,0.591,0.0332,1110,0.899,2.61,6,1,2.84,32.7,32.03,32.6,1199.26,1193.5,19.001,22.044,37.72,43.76,173.3,40,0,98.61,0.29,0.0784,0.3 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,9,,20,10:00:27,8:30:27,3009.5,-0.339,0.0281,1170,0.762,2.6,6,1,2.84,32.78,31.97,32.8,1199.78,1197.63,19.211,22.007,37.95,43.47,159.8,20,0,98.56,0.0638,-0.0344,0 +Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,10,,21,10:02:59,8:32:59,3161.5,-1.88,0.0296,1250,0.803,2.61,6,1,2.84,32.8,32.03,32.79,1196.1,1199.33,19.246,22,38,43.44,171,0,0,98.66,0.0582,0.113,0 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,1,,1,8:11:45,7:41:45,245,7.67,0.0733,193,1.94,2.58,6,1,2.84,30.97,31.89,31.47,400.52,376.29,16.52,21.983,36.14,48.09,208.1,2000,68,98.55,-3.98,-0.0402,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,2,,2,8:13:51,7:43:51,371,4.66,0.0694,147,1.88,2.64,6,1,2.84,31.3,32.11,31.6,281.22,265.99,16.55,21.98,35.54,47.2,203.1,2000,77,98.55,-2.04,-0.0314,0 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,3,,3,8:16:33,7:46:33,533,1.92,0.0377,128,1.01,2.58,6,1,2.84,30.77,31.99,30.82,230.24,218.33,16.709,22.211,36.98,49.15,107.7,2000,81,98.55,-0.0296,-0.815,0 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,4,,4,8:19:03,7:49:03,683,1.68,0.0829,106,2.21,2.61,6,1,2.84,30.77,32.02,30.82,150.07,145.26,16.837,22.019,37.26,48.72,250.4,1999,85,98.54,-1.26,-0.0935,0 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,5,,5,8:21:34,7:51:34,834,-0.519,0.0948,76.4,2.5,2.6,6,1,2.84,30.77,31.95,30.82,69.87,70.56,17.024,21.982,37.67,48.64,296.5,2000,93,98.55,-1.21,-0.0368,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,6,,6,8:24:04,7:54:04,984,-1.41,0.11,61.5,2.9,2.61,6,1,2.84,30.82,32,30.82,40.5,42.61,17.319,21.98,38.22,48.5,365.2,1999,101,98.55,-1.19,-0.0533,0.7 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,7,,7,8:26:34,7:56:34,1134,5.57,0.125,140,3.28,2.6,6,1,2.84,30.86,31.98,30.82,230.38,221.57,17.527,22.016,38.59,48.48,429,2000,190,98.56,-1.52,-0.0209,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,8,,8,8:29:03,7:59:03,1283,11.2,0.129,227,3.38,2.6,6,1,2.84,30.85,31.95,30.82,400.51,384.58,17.786,21.979,39.19,48.43,472.5,1999,123,98.58,-2.45,-0.0187,0 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,9,,9,8:31:04,8:01:04,1403.5,15.9,0.12,377,3.17,2.61,6,1,2.84,30.86,32.02,30.82,640.44,617.8,18.057,21.987,39.77,48.43,473.5,1999,113,98.57,-2.45,-0.0187,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,10,,10,8:33:05,8:03:05,1524.5,16,0.104,665,2.78,2.64,6,1,2.84,30.59,32.11,30.18,979.84,955.18,18.379,21.966,41.11,49.13,455.2,2000,138,98.57,-2.45,-0.0187,0.7 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,11,,11,8:35:06,8:05:06,1645.5,15.9,0.0794,799,2.13,2.62,6,1,2.84,30.14,32.06,29.84,1200.48,1171.41,18.681,21.971,42.87,50.42,380.1,1999,508,98.57,-2.45,-0.0187,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,1,,12,8:40:04,8:10:04,1944,19.4,0.0523,518,1.4,2.6,6,1,2.84,29.13,31.95,28.47,1199.63,1157.47,19.169,21.925,46.64,53.34,299,2000,571,98.59,-8.83,0.0541,1 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,2,,13,8:42:05,8:12:05,2064.5,16.9,0.047,539,1.28,2.63,6,1,2.84,31.08,32.09,30.74,1199.69,1159.94,19.292,21.995,41.96,47.84,277.8,1501,774,98.59,-8.83,0.0541,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,3,,14,8:43:37,8:13:37,2156.5,14.6,0.0423,566,1.14,2.59,6,1,2.84,31.7,31.95,31.99,1199.56,1161.96,19.378,22.006,40.69,46.2,253.7,1001,800,98.59,-8.83,0.0541,1 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,4,,15,8:45:14,8:15:14,2253,9.9,0.038,709,1.03,2.62,6,1,2.84,32.52,32.05,32.51,1199.52,1172.6,19.554,22,39.2,44.1,247.7,501,768,98.59,-8.83,0.0541,1 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,5,,16,8:47:44,8:17:44,2404,4.61,0.0283,876,0.765,2.59,6,1,2.84,32.16,31.96,32.17,1199.14,1183.65,19.905,22.008,40.72,45.02,213.4,200,720,98.59,-8.72,0.0391,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,6,,17,8:50:14,8:20:14,2554,3.15,0.028,960,0.76,2.6,6,1,2.84,32.83,32,33.15,1198.77,1187.88,20.014,22.013,39.43,43.37,223.2,119,674,98.59,-9.26,0.0277,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,7,,18,8:52:17,8:22:17,2677,1.02,0.0196,1060,0.535,2.62,6,1,2.84,32.86,32.05,33.15,1198.58,1192.23,19.993,22.003,39.32,43.27,156.2,69,743,98.59,-9.21,0.0534,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,8,,19,8:54:52,8:24:52,2832,-0.0629,0.024,1150,0.654,2.61,6,1,2.84,32.01,32.01,31.78,1199.7,1197.53,20.05,21.981,41.37,45.35,198.7,39,669,98.59,-8.43,0.128,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,9,,20,8:56:56,8:26:56,2956,-0.757,0.0164,1220,0.443,2.58,6,1,2.84,32.05,31.91,31.98,1199.58,1200.49,20.261,22.016,41.71,45.32,148.1,20,595,98.6,-7.95,0.0683,0.3 +Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,10,,21,8:59:18,8:29:18,3098,-1.5,0.0161,1300,0.438,2.6,6,1,2.84,32.09,31.99,31.98,1199.12,1202.56,20.497,22.008,42.12,45.22,170.1,0,526,98.6,-7.91,0.0928,0.3 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,1,,22,10:10:52,8:40:52,3634,14.3,0.219,248,5.57,2.61,6,1,2.84,31.53,32.02,31.23,399.4,373.09,13.207,21.983,28.03,46.65,372.5,2000,261,98.68,2.18,0.0858,0.7 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,2,,23,10:12:37,8:42:37,3739.5,9.66,0.213,175,5.41,2.6,6,1,2.84,31.48,32,31.24,279.83,261.26,13.138,22.019,27.96,46.85,357.7,2000,724,98.68,1.72,0.0485,0.3 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,3,,24,10:14:19,8:44:19,3841.5,7.37,0.213,149,5.49,2.64,6,1,2.84,31.54,32.12,31.24,230.06,216.16,13.263,21.977,28.14,46.63,369.5,1999,775,98.68,1.82,0.0486,0.7 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,4,,25,10:15:51,8:45:51,3933.5,3.9,0.215,106,5.49,2.62,6,1,2.84,31.26,32.06,30.84,150.19,142.62,13.325,22.007,28.72,47.44,371.3,1999,824,98.68,1.69,0.0566,0.7 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,5,,26,10:18:04,8:48:04,4066.5,0.127,0.221,66,5.63,2.61,6,1,2.84,30.9,32.01,30.27,70.69,69.88,13.43,21.991,29.55,48.38,385.7,2000,799,98.68,1.45,0.0273,0.7 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,6,,27,10:20:36,8:50:36,4218.5,-1.28,0.234,49.3,5.88,2.59,6,1,2.84,30.87,31.93,30.27,40.34,41.88,13.41,21.99,29.56,48.47,402.1,1999,846,98.69,1.35,0.0306,0.7 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,7,,28,10:23:10,8:53:10,4372.5,8,0.252,155,6.34,2.6,6,1,2.84,30.93,31.99,30.27,230.81,218.13,13.608,21.985,29.9,48.3,443.9,1999,855,98.69,1.86,0.0644,0 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,8,,29,10:24:42,8:54:42,4464,15.6,0.256,258,6.41,2.59,6,1,2.84,30.92,31.96,30.27,400.31,376.79,13.79,21.983,30.31,48.32,458.9,2000,683,98.69,1.86,0.0644,1 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,9,,30,10:26:42,8:56:42,4585,22.8,0.244,422,6.14,2.6,6,1,2.84,31.14,32.01,30.43,640.49,604.56,13.907,22.037,30.18,47.82,443,2000,434,98.69,1.86,0.0644,0.3 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,10,,31,10:28:44,8:58:44,4706,25.1,0.214,699,5.5,2.63,6,1,2.84,31.04,32.1,30.46,980.75,934.91,13.885,22.028,30.3,48.08,396.1,2000,567,98.69,1.86,0.0644,0.7 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,11,,32,10:30:45,9:00:45,4827,25.1,0.18,865,4.66,2.63,6,1,2.84,30.48,32.08,29.68,1199.96,1145.21,13.794,21.984,31.09,49.54,333.8,2000,136,98.69,1.86,0.0644,0.3 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,1,,33,10:33:43,9:03:43,5004.5,26.1,0.14,777,3.67,2.62,6,1,2.84,29.58,32.04,28.25,1199.77,1129.68,13.646,21.955,32.38,52.1,258.9,2000,126,98.7,0.681,0.017,0.3 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,2,,34,10:35:44,9:05:44,5125.5,23.5,0.113,739,2.96,2.59,6,1,2.84,31.01,31.95,30.74,1199.95,1121.65,13.553,22.022,29.63,48.15,205.2,1501,128,98.7,0.681,0.017,0.3 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,3,,35,10:37:45,9:07:45,5246.5,19.6,0.0933,734,2.46,2.59,6,1,2.84,31.59,32,31.16,1199.35,1119.58,13.529,22.109,28.62,46.77,168.2,1001,134,98.7,0.681,0.017,0.3 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,4,,36,10:39:19,9:09:19,5340.5,13.9,0.0822,814,2.18,2.59,6,1,2.84,32.6,32.02,32.58,1199.59,1133.08,13.491,22.161,26.95,44.28,147.2,501,274,98.71,0.681,0.017,1 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,5,,37,10:41:20,9:11:20,5461.5,6.18,0.0638,953,1.69,2.58,6,1,2.84,32.34,31.99,32.17,1199.32,1155.98,13.36,22.179,27.09,44.98,112.6,200,564,98.71,0.681,0.017,0.3 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,6,,38,10:43:13,9:13:13,5574.5,3.64,0.0567,1020,1.52,2.6,6,1,2.84,32.44,32.07,32.22,1199.52,1167.19,13.306,22.188,26.83,44.74,100.4,119,162,98.71,0.681,0.017,1 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,7,,39,10:45:14,9:15:14,5695.5,1.73,0.0505,1070,1.34,2.58,6,1,2.84,32.26,31.97,32.01,1199.51,1177.24,13.341,22.174,27.18,45.18,89.2,70,160,98.71,0.681,0.017,0.7 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,8,,40,10:47:25,9:17:25,5827.5,0.422,0.0415,1120,1.11,2.59,6,1,2.84,32.51,31.95,32.41,1199.41,1185.56,13.339,21.993,26.79,44.17,75.3,40,486,98.71,0.595,-0.234,0 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,9,,41,10:50:00,9:20:00,5982.5,-0.504,0.0404,1160,1.1,2.62,6,1,2.84,32.58,32.06,32.41,1199.31,1192.78,13.283,22.004,26.57,44.02,73.8,20,194,98.71,0.334,-0.0996,0.7 +Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,10,,42,10:52:41,9:22:41,6143.5,-0.507,0.0126,1210,0.356,2.69,6,1,2.84,32.58,32.1,32.41,1199.37,1201.24,13.208,21.354,26.42,42.72,25.6,0,224,98.71,-0.0559,-0.584,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,1,,22,9:08:37,8:38:37,3657,7.37,0.0893,233,2.39,2.63,6,1,2.84,30.26,32.09,29.63,399.94,382,16.925,21.998,38.6,50.17,276.9,1999,179,98.61,-2.15,-0.0114,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,2,,23,9:11:07,8:41:07,3807,4.73,0.0951,176,2.53,2.62,6,1,2.84,30.38,32.04,30.03,278.66,267.65,16.961,22,38.41,49.82,294.8,2000,179,98.61,-0.983,0.0285,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,3,,24,9:13:37,8:43:37,3957,3.95,0.103,151,2.74,2.62,6,1,2.84,30.43,32.06,30.03,230.66,222.24,17.027,21.984,38.46,49.65,324.5,1999,180,98.61,-0.751,-0.0304,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,4,,25,9:16:07,8:46:07,4107,1.93,0.118,113,3.11,2.62,6,1,2.84,30.45,32.04,30.04,149.91,146.08,17.085,21.979,38.54,49.58,373.3,2000,196,98.62,-0.707,0.0446,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,5,,26,9:18:47,8:48:47,4267,-0.653,0.132,74.5,3.47,2.63,6,1,2.84,30.5,32.09,30.03,68.88,69.45,17.22,22.001,38.73,49.48,426.4,1999,293,98.61,-0.711,-0.114,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,6,,27,9:20:28,8:50:28,4367,-1.87,0.15,57.3,3.88,2.59,6,1,2.84,29.97,31.96,29.25,36.29,38.43,17.309,22.008,40.13,51.03,484.1,2001,419,98.6,-0.777,0.025,0.7 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,7,,28,9:22:57,8:52:57,4517,6.13,0.166,154,4.3,2.61,6,1,2.84,30.9,32.02,30.62,231.49,223.74,17.408,22.015,38.27,48.4,548.2,1999,663,98.63,-0.935,0.0123,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,8,,29,9:25:27,8:55:27,4667,12.6,0.18,254,4.68,2.63,6,1,2.84,30.99,32.1,30.62,400.17,386.1,17.544,22.002,38.38,48.14,615.9,2000,462,98.62,-1.64,0.0291,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,9,,30,9:27:56,8:57:56,4816,19.1,0.182,419,4.7,2.62,6,1,2.84,30.59,32.06,30.03,639.63,618.74,17.651,22.012,39.5,49.26,633.1,1999,464,98.63,-2.76,0.0264,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,10,,31,9:30:27,9:00:27,4966,21.1,0.167,703,4.37,2.63,6,1,2.84,30.09,32.08,29.24,980.35,951.21,17.043,21.977,39.24,50.6,519.7,2000,567,98.63,-4.93,0.0258,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,11,,32,9:32:57,9:02:57,5117,20.5,0.144,882,3.78,2.63,6,1,2.84,30.02,32.09,29.26,1199.49,1165.32,16.933,22.009,39.16,50.9,436.5,2000,178,98.63,-6.85,0.0652,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,1,,33,9:35:29,9:05:29,5269,20.2,0.124,848,3.3,2.63,6,1,2.84,29.57,32.1,28.42,1199.1,1160.6,16.788,21.969,39.84,52.14,373.9,1999,243,98.66,-6.85,0.0652,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,2,,34,9:37:12,9:07:12,5371,18.6,0.11,836,2.88,2.58,6,1,2.84,30.62,31.93,30.23,1199.9,1158.78,16.75,22.014,37.43,49.19,320.7,1501,596,98.64,-6.85,0.0652,1 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,3,,35,9:39:13,9:09:13,5492,16.5,0.099,842,2.63,2.62,6,1,2.84,31.43,32.05,31.01,1199.88,1160.14,16.73,21.968,35.7,46.88,295.1,1000,201,98.64,-6.85,0.0652,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,4,,36,9:41:14,9:11:14,5613.5,10.9,0.0899,923,2.39,2.61,6,1,2.84,32.25,32.01,32.18,1199.65,1168.93,16.77,21.994,34.16,44.8,268.3,501,370,98.64,-6.85,0.0652,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,5,,37,9:43:45,9:13:45,5764,5.08,0.0791,1030,2.14,2.65,6,1,2.84,32.9,32.16,32.95,1199.69,1180.5,16.73,22.01,32.84,43.21,237.7,201,254,98.64,-7.61,0.114,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,6,,38,9:46:15,9:16:15,5915,2.49,0.0653,1070,1.76,2.62,6,1,2.84,32.36,32.04,32.17,1199.44,1185.28,16.658,21.979,33.72,44.48,193.8,120,301,98.64,-7.2,0.127,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,7,,39,9:48:47,9:18:47,6066,0.777,0.0574,1120,1.53,2.59,6,1,2.84,32.3,31.94,32.18,1199.02,1189.66,16.58,21.975,33.68,44.64,166.6,70,203,98.65,-7.04,0.126,0 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,8,,40,9:50:49,9:20:49,6189,-0.231,0.0521,1150,1.39,2.59,6,1,2.84,32.3,31.96,32.17,1199.08,1193.33,16.534,22.01,33.58,44.7,149.3,39,204,98.65,-7.31,0.117,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,9,,41,9:52:52,9:22:52,6311,-0.94,0.0486,1180,1.31,2.61,6,1,2.84,32.32,32.01,32.17,1199.21,1196.51,16.481,21.992,33.43,44.61,139.4,20,215,98.65,-7.21,0.138,0.3 +Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,10,,42,9:55:14,9:25:14,6454,-0.93,0.0233,1210,0.633,2.61,6,1,2.84,32.35,32.09,32.18,1199.6,1201.15,16.527,22.197,33.47,44.95,65.5,0,239,98.64,-7.29,-0.583,0 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,1,,43,11:10:30,9:40:30,7212.5,12.5,0.12,199,2.95,2.44,6,1,2.84,28.98,32.12,27.25,400.37,384.14,20.58,23.997,50.56,58.95,505.3,1999,190,98.72,2.4,0.135,0.7 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,2,,44,11:12:09,9:42:09,7311.5,7.72,0.12,154,2.9,2.39,6,1,2.84,28.9,31.96,27.53,278.92,268.64,20.584,24.009,50.82,59.28,495.6,2001,204,98.72,2.63,0.114,0 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,3,,45,11:14:39,9:44:39,7461.5,6.47,0.134,135,3.22,2.4,6,1,2.84,28.7,31.98,27.11,229.97,222.36,20.679,24.012,51.64,59.96,566.2,2001,207,98.72,2.34,0.127,0.3 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,4,,46,11:17:09,9:47:09,7611.5,3.81,0.154,98.7,3.71,2.43,6,1,2.84,28.74,32.08,27.14,148.99,145.17,20.836,24.022,51.91,59.85,682.3,2001,211,98.72,2.01,0.13,0 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,5,,47,11:19:37,9:49:37,7759.5,0.385,0.176,63.9,4.15,2.39,6,1,2.84,28.75,31.99,27.14,70.76,70.23,21.004,24.172,52.3,60.19,767,2000,198,98.72,1.63,0.137,1 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,6,,48,11:21:21,9:51:21,7863.5,-1.06,0.194,47.7,4.46,2.34,6,1,2.84,28.76,31.94,27.14,39.52,40.21,21.129,24.535,52.6,61.08,766.2,2001,202,98.72,1.47,0.145,1 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,7,,49,11:23:51,9:53:51,8013.5,8.42,0.207,147,4.72,2.33,6,1,2.84,29.24,31.98,27.93,230.29,222.86,21.147,24.759,51.18,59.92,765.1,2000,229,98.72,2.21,0.128,1 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,8,,50,11:25:52,9:55:52,8134,15.9,0.191,227,4.57,2.43,6,1,2.84,29.19,32.09,27.74,400.07,379.43,18.786,24.02,45.61,58.31,511.8,2000,245,98.72,2.21,0.128,0.7 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,9,,51,11:27:53,9:57:53,8255,24,0.164,341,3.93,2.4,6,1,2.84,28.47,31.98,26.61,639.85,604.93,18.881,23.963,47.8,60.66,452.5,2000,237,98.73,2.21,0.128,0.3 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,10,,52,11:29:54,9:59:54,8376,29,0.137,548,3.33,2.42,6,1,2.84,28.93,32.03,27.54,981.29,930.34,18.806,23.958,46.34,59.04,378.6,1999,267,98.73,2.21,0.128,0.3 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,11,,53,11:31:55,10:01:55,8497,29.8,0.121,696,2.97,2.43,6,1,2.84,28.46,32.06,26.62,1199.35,1141.02,18.828,23.923,47.68,60.58,341,1999,282,98.73,2.21,0.128,0.3 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,1,,54,11:41:49,10:11:49,9091.5,28.3,0.0919,596,2.41,2.57,6,1,2.84,29.09,32.6,27.3,1199.08,1140.6,19.564,23.985,47.79,58.59,318.8,2001,251,98.73,3.34,0.178,0.3 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,2,,55,11:43:50,10:13:50,9212.5,26.6,0.0856,595,2.08,2.38,6,1,2.84,29.09,31.91,27.93,1199.04,1140.43,19.931,24.024,48.69,58.69,297,1500,262,98.73,3.34,0.178,0.3 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,3,,56,11:45:51,10:15:51,9333.5,21.8,0.0791,657,1.95,2.41,6,1,2.84,30.8,32.04,30.07,1198.7,1144.53,19.793,24.079,43.81,53.3,266.1,1000,270,98.73,3.34,0.178,0.3 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,4,,57,11:47:27,10:17:27,9429,15.6,0.0742,772,1.83,2.4,6,1,2.84,31.51,32.04,30.8,1198.93,1154.86,19.712,24.144,41.9,51.32,241.3,500,335,98.73,3.34,0.178,1 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,5,,58,11:49:21,10:19:21,9543,7.4,0.0692,955,1.71,2.41,6,1,2.84,31.6,32.07,30.84,1198.77,1173,19.627,24.196,41.51,51.17,218.9,200,251,98.73,3.34,0.178,1 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,6,,59,11:51:35,10:21:35,9677.5,4.83,0.063,1010,1.54,2.39,6,1,2.84,31.54,31.93,30.84,1198.65,1178.63,19.462,24.001,41.3,50.93,199.3,120,215,98.73,1.3,0.12,0 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,7,,60,11:53:44,10:23:44,9806.5,2.23,0.0559,1070,1.39,2.41,6,1,2.84,31.96,32.02,31.43,1198.78,1185.18,19.242,23.996,39.88,49.73,171.3,70,253,98.73,1.68,-0.048,0 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,8,,61,11:56:22,10:26:22,9963.5,0.517,0.0383,1120,0.955,2.41,6,1,2.84,31.53,32.05,30.65,1198.94,1189.99,19.059,24.107,40.46,51.18,110.8,40,1082,98.73,2.36,-0.412,0 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,9,,62,11:58:42,10:28:42,10104.5,-0.381,0.0561,1160,1.39,2.41,6,1,2.84,31.36,32.01,30.45,1199,1194.34,19.068,24.006,40.89,51.48,165.2,21,1657,98.73,1.3,0.129,0 +Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,10,,63,12:01:19,10:31:19,10261.5,-1.7,0.0526,1200,1.3,2.39,6,1,2.84,31.8,31.94,31.24,1199.01,1199.58,18.942,24.015,39.6,50.21,149.5,1,1670,98.73,1.33,-0.16,0 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,1,,43,10:05:41,9:35:41,7081,11.8,0.184,253,4.17,2.3,6,1,2.84,29.14,31.96,27.52,400.38,374.09,17,25.004,41.36,60.84,304.9,2000,202,98.65,-0.0286,0.0155,0 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,2,,44,10:08:33,9:38:33,7253,6.76,0.151,179,3.53,2.33,6,1,2.84,29.44,32.08,28.28,279.84,261.94,17,25.009,40.66,59.82,257.6,2000,215,98.64,0.384,-0.057,0 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,3,,45,10:10:30,9:40:30,7370,5.14,0.154,153,3.6,2.34,6,1,2.84,29.06,32.1,27.69,229.71,216.32,17.046,24.978,41.66,61.04,265.3,1999,222,98.65,0.203,0.0774,0 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,4,,46,10:13:02,9:43:02,7522,2.38,0.161,113,3.72,2.33,6,1,2.84,28.59,32.07,26.91,149.32,143.03,17.175,25.021,43.14,62.85,277.7,1999,229,98.65,0.293,0.0606,0 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,5,,47,10:15:33,9:45:33,7672,-0.552,0.175,73,3.97,2.29,6,1,2.84,28.39,31.94,26.71,69.83,70.37,17.312,25.002,44,63.54,301.7,2000,228,98.65,0.163,0.103,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,6,,48,10:18:03,9:48:03,7823,-1.74,0.194,56.2,4.41,2.31,6,1,2.84,28.93,31.98,27.5,40.22,42.93,17.457,24.981,42.99,61.52,343.1,2000,222,98.64,0.0924,0.0756,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,7,,49,10:20:34,9:50:34,7973,6.6,0.208,157,4.69,2.3,6,1,2.84,29.18,31.96,27.89,230.8,218.26,17.495,25.007,42.47,60.71,364.8,1999,256,98.65,0.294,0.0887,0 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,8,,50,10:22:47,9:52:47,8107,13.2,0.198,251,4.57,2.35,6,1,2.84,29.28,32.14,27.88,401.25,376.55,17.574,24.976,42.42,60.28,361.3,2000,264,98.65,-0.116,0.0868,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,9,,51,10:24:48,9:54:48,8227.5,19,0.164,383,3.77,2.32,6,1,2.84,28.64,32.01,26.97,639.58,597.14,17.617,24.961,44.13,62.53,300.4,2001,234,98.66,-0.116,0.0868,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,10,,52,10:26:49,9:56:49,8348.5,23.4,0.137,604,3.18,2.31,6,1,2.84,28.74,31.99,27.29,979.62,917.59,17.612,24.929,43.86,62.09,254.3,2001,276,98.65,-0.116,0.0868,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,11,,53,10:28:41,9:58:41,8460,24.4,0.121,757,2.86,2.35,6,1,2.84,28.8,32.12,27.31,1200.33,1128.06,17.629,24.942,43.74,61.88,229,1999,256,98.65,-0.116,0.0868,1 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,1,,54,10:37:05,10:07:05,8965,24,0.088,660,2.29,2.55,6,1,2.84,29.38,32.87,27.76,1200.35,1146.34,20.454,24.991,49.08,59.97,295.4,2001,213,98.67,-3.83,0.18,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,2,,55,10:39:06,10:09:06,9086,21.2,0.0802,675,1.92,2.33,6,1,2.84,28.71,32.07,27.06,1200.5,1143.74,20.399,24.936,50.88,62.2,247.1,1500,208,98.66,-3.83,0.18,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,3,,56,10:41:08,10:11:08,9207,18.1,0.0735,718,1.72,2.28,6,1,2.84,30.05,31.91,29.49,1200.26,1155.66,21.323,25.048,49.23,57.82,269.9,1000,201,98.65,-3.83,0.18,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,4,,57,10:43:09,10:13:09,9328.5,12.7,0.0675,816,1.6,2.31,6,1,2.84,30.79,32.03,30.03,1199.86,1162.94,21.169,25.112,46.84,55.57,237.4,500,221,98.65,-3.83,0.18,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,5,,58,10:44:53,10:14:53,9432.5,5.8,0.0644,990,1.54,2.32,6,1,2.84,31.13,32.11,30.41,1199.92,1179.24,21.067,25.143,45.72,54.56,221,200,213,98.65,-3.83,0.18,1 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,6,,59,10:47:36,10:17:36,9596,3.27,0.0529,1040,1.25,2.3,6,1,2.84,30.84,31.95,30.02,1199.95,1184.09,20.893,24.976,46.1,55.11,179.7,120,191,98.65,-2.94,-0.279,0 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,7,,60,10:50:08,10:20:08,9747,1.62,0.0564,1100,1.34,2.29,6,1,2.84,31.09,31.94,30.41,1200.16,1189.51,20.66,24.991,44.95,54.37,180.4,70,194,98.66,-5.39,0.166,0 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,8,,61,10:52:11,10:22:11,9871,0.163,0.0526,1140,1.26,2.31,6,1,2.84,31.14,32.01,30.41,1200.28,1194.13,20.468,24.998,44.41,54.24,162.4,39,223,98.65,-5.24,0.163,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,9,,62,10:54:20,10:24:20,10000,-0.773,0.0565,1170,1.35,2.32,6,1,2.84,30.71,32.04,29.62,1200.36,1197.41,20.374,24.977,45.31,55.54,171.9,19,242,98.66,-4.98,0.218,0.3 +Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,10,,63,10:56:22,10:26:22,10122,-1.83,0.0544,1210,1.29,2.3,6,1,2.84,30.85,31.95,30.02,1200.34,1201.36,20.374,24.974,44.94,55.09,164,0,241,98.66,-4.43,0.201,0 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,1,,1,9:15:53,8:15:53,179.5,11,0.104,182,2.71,2.59,6,1,2.84,32.76,31.29,34.6,401.43,367.5,12.509,20.038,24.94,39.95,212,2001,123,99.38,3.14,0.0622,0.3 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,2,,2,9:17:57,8:17:57,303,7.07,0.106,142,2.96,2.79,6,1,2.84,34.51,32,36.52,279.91,261.57,13.219,20,23.9,36.16,256.7,2000,109,99.38,3.21,-0.111,0.3 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,3,,3,9:20:01,8:20:01,427,4.87,0.115,113,3.21,2.78,6,1,2.84,33.82,31.97,35.34,200.58,189.73,13.775,20.002,25.87,37.57,303.3,2001,104,99.38,3.08,-0.0618,0.3 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,4,,4,9:22:01,8:22:01,548,2.69,0.131,95,3.61,2.76,6,1,2.84,33.82,31.9,35.34,139.5,134.31,14.199,19.984,26.67,37.54,367.4,1999,120,99.37,2.95,-0.00243,0 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,5,,5,9:24:04,8:24:04,671,0.706,0.147,72.1,4.03,2.77,6,1,2.84,34.31,31.94,36.12,85.13,83.68,14.517,19.995,26.54,36.56,432.6,2001,109,99.37,2.68,0.0151,0.3 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,6,,6,9:26:04,8:26:04,791,-1.13,0.159,51.2,4.38,2.79,6,1,2.84,34.23,32.01,35.93,40.26,41.41,14.777,20.012,27.13,36.74,492,1999,105,99.36,2.55,-0.00403,0.7 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,7,,7,9:28:03,8:28:03,910,6.18,0.172,125,4.67,2.77,6,1,2.84,33.79,31.93,35.17,200.96,193.26,14.999,19.982,28.22,37.59,551.3,2000,91,99.35,3.01,-0.00783,0 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,8,,8,9:30:04,8:30:04,1031,15.3,0.174,220,4.79,2.8,6,1,2.84,34.19,32.03,35.78,399.89,382.19,15.173,20.012,27.91,36.81,581.7,2000,87,99.34,3.29,-0.0519,0 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,9,,9,9:31:34,8:31:34,1121.5,22.7,0.17,329,4.68,2.79,6,1,2.84,33.82,32.01,35.14,599.97,574.02,15.305,19.987,28.75,37.54,587.6,2000,97,99.33,3.29,-0.0519,0.7 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,10,,10,9:33:06,8:33:06,1212.5,24.3,0.16,535,4.44,2.81,6,1,2.84,33.73,32.07,34.96,850.2,821.02,15.436,19.98,29.14,37.72,574.9,1999,87,99.33,3.29,-0.0519,0.3 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,11,Yes,11,9:34:37,8:34:37,1304,18.4,0.151,923,4.18,2.79,6,1,2.84,33.63,32.02,34.74,1200.25,1174.94,15.572,20.017,29.55,37.99,552.9,2001,104,99.34,3.29,-0.0519,0.3 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,1,,12,9:38:55,8:38:55,1561.5,23.3,0.124,810,3.38,2.73,6,1,2.84,34.08,31.79,36.03,1201.12,1167.5,15.918,20,29.46,37.02,487,2000,114,99.34,3.29,-0.0519,1 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,2,,13,9:40:01,8:40:01,1627.5,21.7,0.109,792,3.05,2.79,6,1,2.84,34.65,32.02,36.39,1201.3,1167.05,15.999,20.042,28.68,35.93,443.2,1501,117,99.33,3.29,-0.0519,1 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,3,,14,9:42:02,8:42:02,1748.5,20.2,0.0905,754,2.54,2.77,6,1,2.84,34.09,31.94,35.42,1200.25,1164.59,16.179,20.011,29.92,37.01,389,1101,124,99.32,3.29,-0.0519,0.3 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,4,,15,9:44:03,8:44:03,1869.5,18.2,0.0783,740,2.2,2.77,6,1,2.84,34.54,31.94,36.3,1200.65,1165.01,16.354,20.045,29.5,36.15,350.1,801,131,99.31,3.29,-0.0519,0.7 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,5,,16,9:45:05,8:45:05,1931.5,14.8,0.0716,786,2.03,2.78,6,1,2.84,35.09,32,37.31,1200.7,1169.1,16.434,20.083,28.75,35.14,326.5,500,129,99.31,3.29,-0.0519,1 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,6,,17,9:47:04,8:47:04,2050.5,9.3,0.0622,887,1.75,2.76,6,1,2.84,34.83,31.93,36.7,1200.69,1177.82,16.611,20.066,29.48,35.61,298.1,250,156,99.31,3.29,-0.0519,1 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,7,,18,9:49:34,8:49:34,2201,5.01,0.0549,987,1.55,2.76,6,1,2.84,34.39,31.91,35.94,1200.09,1185.47,16.745,19.989,30.45,36.35,281.3,99,5,99.31,1.04,-0.0181,0 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,8,,19,9:51:49,8:51:49,2336,3.68,0.0492,1020,1.41,2.79,6,1,2.84,33.75,32,34.74,1200.05,1187.79,16.839,19.996,31.74,37.69,262,70,5,99.31,1.61,-0.00469,0 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,9,,20,9:53:53,8:53:53,2460,2.01,0.0433,1060,1.23,2.76,6,1,2.84,33.44,31.91,34.35,1199.9,1191.16,16.99,20.018,32.59,38.4,238.4,41,7,99.33,1.95,-0.083,0 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,10,,21,9:55:30,8:55:30,2557,0.899,0.0426,1110,1.21,2.77,6,1,2.84,33.68,31.94,34.76,1199.92,1194.27,17.13,19.991,32.42,37.83,249.2,21,5,99.34,1.8,-0.00349,0 +Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,11,,22,9:57:30,8:57:30,2677,-0.195,0.0373,1150,1.07,2.78,6,1,2.84,33.7,31.97,34.76,1199.29,1196.56,17.371,20.007,32.84,37.82,237.7,1,7,99.35,1.51,-0.076,0.7 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,1,,23,10:06:04,9:06:04,3191,8.33,0.0776,195,2.02,2.56,6,1,2.84,33.12,31.91,34.16,399.69,382.72,18.332,22.016,35.8,43,321.7,1999,147,99.36,3.43,0.0247,0 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,2,,24,10:08:12,9:08:12,3319,5.51,0.0795,147,2.1,2.61,6,1,2.84,33,32.06,33.79,280,269.65,18.481,21.985,36.35,43.24,352.1,1999,164,99.36,3.89,-0.166,0 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,3,,25,10:10:12,9:10:12,3439,4.03,0.0979,119,2.55,2.58,6,1,2.84,32.74,31.97,33.4,199.81,193.66,18.597,21.985,37.12,43.88,441.3,1999,194,99.35,3.35,0.0164,0.7 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,4,,26,10:12:18,9:12:18,3565,2.31,0.113,97.4,2.94,2.59,6,1,2.84,33.09,32.01,33.97,139.29,136.16,18.676,21.995,36.54,43.04,520.4,2000,179,99.35,3.06,0.00467,0.3 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,5,,27,10:14:18,9:14:18,3685,0.775,0.133,71.2,3.46,2.61,6,1,2.84,33.15,32.06,33.97,85.3,84.26,18.709,22.002,36.48,42.9,615.9,1999,174,99.36,2.84,0.0502,0.3 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,6,,28,10:16:18,9:16:18,3804,-1.24,0.151,52.2,3.91,2.61,6,1,2.84,33.14,32.08,33.97,39.65,40.54,18.835,21.991,36.76,42.92,727.2,1999,207,99.37,2.69,0.0417,0.7 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,7,,29,10:18:18,9:18:18,3925,5.65,0.168,132,4.25,2.57,6,1,2.84,32.87,31.93,33.57,199.82,194.92,18.914,22.053,37.47,43.69,794,1999,219,99.37,3.32,0.031,0.7 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,8,,30,10:20:10,9:20:10,4037,14.3,0.175,238,4.39,2.55,6,1,2.84,32.93,31.96,33.58,400.36,388.27,19.043,22.291,37.61,44.03,793.7,2001,230,99.37,3.78,0.0222,1 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,9,,31,10:22:10,9:22:10,4157,20.3,0.166,357,4.19,2.56,6,1,2.84,33.14,32,33.98,599.29,582.1,19.179,22.275,37.42,43.46,793.2,2000,264,99.36,4.05,0.0187,1 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,10,,32,10:24:09,9:24:09,4276,22,0.145,549,3.7,2.57,6,1,2.84,32.57,31.99,32.99,850.93,831.99,19.373,22.11,39.03,44.55,792.5,1999,346,99.36,3.86,0.0256,1 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,11,,33,10:25:40,9:25:40,4367,21.1,0.127,847,3.02,2.38,6,1,2.84,32.61,31.95,33.23,1201.17,1163.11,19.475,24.021,39.14,48.28,388.6,2000,367,99.37,3.86,0.0256,0.3 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,1,,34,10:28:04,9:28:04,4511,23.5,0.105,745,2.5,2.38,6,1,2.84,32.57,31.98,32.99,1199.81,1152.72,19.702,24.064,39.69,48.48,336.2,2000,8,99.36,3.86,0.0256,0.3 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,2,,35,10:30:05,9:30:05,4632,22.7,0.0823,659,1.99,2.38,6,1,2.84,32.73,32,33.4,1200.01,1147.28,19.979,24.08,39.9,48.09,284.1,1500,18,99.36,3.86,0.0256,0.3 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,3,,36,10:32:06,9:32:06,4753,20.8,0.0676,612,1.64,2.38,6,1,2.84,32.72,32,33.27,1200.21,1148.74,20.442,24.085,40.83,48.11,264,1101,13,99.36,3.86,0.0256,0.3 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,4,,37,10:33:26,9:33:26,4833,18.5,0.0605,619,1.45,2.35,6,1,2.84,32.95,31.89,33.83,1200.02,1151.41,20.688,24.106,40.8,47.54,248.9,801,25,99.36,3.86,0.0256,1 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,5,,38,10:35:26,9:35:26,4953.5,14.3,0.0534,700,1.36,2.48,6,1,2.84,33.1,31.95,33.58,1199.59,1175.09,20.926,22.965,40.93,44.92,389.5,501,32,99.36,3.86,0.0256,0.7 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,6,,39,10:37:03,9:37:03,5050,10.2,0.0472,788,1.21,2.49,6,1,2.84,33.28,32.01,33.98,1199.72,1180.2,21.016,22.996,40.68,44.52,357.8,250,38,99.36,2.56,0.0386,0.3 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,7,,40,10:39:33,9:39:33,5200,4.84,0.0398,947,1.02,2.48,6,1,2.84,33.28,31.97,33.98,1199.64,1188.41,21.161,23.005,40.96,44.53,322.9,100,43,99.36,2.43,0.00146,0.7 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,8,,41,10:42:03,9:42:03,5350,3.52,0.0364,989,0.932,2.49,6,1,2.84,33.19,31.99,33.78,1199.68,1190.24,21.159,23.015,41.16,44.77,294.4,70,47,99.35,2.16,0.0537,0 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,9,,42,10:44:32,9:44:32,5499,1.83,0.031,1050,0.796,2.49,6,1,2.84,33.17,31.98,33.77,1199.83,1193.03,21.091,22.992,41.09,44.79,245.5,41,59,99.35,2.31,-0.0105,0.3 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,10,,43,10:47:03,9:47:03,5650,0.964,0.0317,1100,0.817,2.49,6,1,2.84,33.31,32.02,33.95,1200.27,1195.5,21.038,23.001,40.66,44.45,243.9,20,61,99.35,2.16,0.0667,0 +Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,11,,44,10:49:44,9:49:44,5811,-0.471,0.0256,1180,0.66,2.49,6,1,2.84,33.41,32.02,34.17,1200.08,1199.04,20.96,23.054,40.28,44.31,184.8,1,57,99.35,1.73,-0.239,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,1,,1,10:34:57,9:34:57,554.5,8.15,0.0704,186,1.7,2.37,6,1,2.84,31.29,31.92,31.05,400.54,385.77,21.201,23.983,45.98,52.01,357.4,2000,104,99.45,1.33,0.348,0 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,2,,2,10:36:58,9:36:58,674.5,5.33,0.0734,143,1.77,2.37,6,1,2.84,31.56,31.94,31.44,279.58,270.01,21.166,24.011,45.21,51.28,364.1,2000,83,99.45,1.53,0.265,0 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,3,,3,10:38:57,9:38:57,794.5,3.67,0.086,118,2.08,2.38,6,1,2.84,31.8,31.99,31.84,199.97,194.16,21.129,24.018,44.51,50.59,420.7,2000,105,99.46,1.23,0.336,0 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,4,,4,10:41:04,9:41:04,920.5,2.2,0.0994,95.7,2.41,2.4,6,1,2.84,31.63,32.06,31.45,139.87,136.82,21.174,24.01,45.03,51.06,497.4,1999,104,99.46,1.21,0.294,0.7 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,5,,5,10:43:10,9:43:10,1047.5,0.676,0.118,71.8,2.79,2.35,6,1,2.84,31.33,31.86,31.05,85.25,84.34,21.323,24.017,46.14,51.97,605.9,2000,65,99.45,1.04,0.323,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,6,,6,10:45:10,9:45:10,1167.5,-1.22,0.133,53.6,3.17,2.39,6,1,2.84,31.87,32.01,31.83,39.3,40.21,21.4,23.984,44.9,50.33,718.9,1999,66,99.45,1.01,0.327,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,7,,7,10:47:10,9:47:10,1287.5,5.47,0.146,126,3.45,2.38,6,1,2.84,31.86,31.95,31.83,199.95,195.19,21.382,23.99,44.88,50.35,775,1999,62,99.45,1.21,0.334,0.7 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,8,,8,10:49:10,9:49:10,1407.5,13.9,0.151,223,3.58,2.39,6,1,2.84,32.01,32,32.01,400.28,388.41,21.263,23.979,44.26,49.91,771.2,2001,58,99.44,1.2,0.308,0.7 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,9,,9,10:51:09,9:51:09,1526.5,21,0.145,321,3.46,2.39,6,1,2.84,31.8,32.03,31.63,599.62,580.44,21.205,24.012,44.66,50.57,721,1999,58,99.43,1.06,0.312,0 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,10,,10,10:52:40,9:52:40,1617,25.9,0.137,484,3.27,2.41,6,1,2.84,31.8,32.07,31.63,850.81,825.24,21.157,24.016,44.55,50.57,670.3,1999,59,99.43,1.06,0.312,0.7 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,11,,11,10:54:11,9:54:11,1708,26.1,0.129,796,3.1,2.41,6,1,2.84,31.79,32.08,31.41,1200.27,1171.3,21.068,24.015,44.39,50.6,615.4,2000,60,99.44,1.06,0.312,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,1,,12,10:57:20,9:57:20,1897.5,27.3,0.109,716,2.63,2.4,6,1,2.84,31.43,32.01,31.05,1200.74,1167.19,21.11,23.944,45.41,51.51,544.1,1998,58,99.44,1.06,0.312,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,2,,13,10:59:21,9:59:21,2018.5,25.3,0.0922,676,2.21,2.38,6,1,2.84,31.79,31.94,31.63,1200.72,1163.08,21.056,23.977,44.37,50.52,443.7,1501,58,99.44,1.06,0.312,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,3,,14,11:01:22,10:01:22,2139.5,22.8,0.078,645,1.89,2.38,6,1,2.84,32.32,31.98,32.41,1200.49,1158.39,20.917,24.022,42.78,49.13,355.8,1101,70,99.44,1.06,0.312,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,4,,15,11:03:23,10:03:23,2261,20.1,0.0668,630,1.63,2.39,6,1,2.84,32.33,32,32.42,1199.9,1155.74,20.831,24.026,42.57,49.09,297.9,801,62,99.43,1.06,0.312,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,5,,16,11:05:24,10:05:24,2382,16.2,0.0589,674,1.44,2.39,6,1,2.84,32.5,32.02,32.61,1199.7,1158.41,20.799,24.044,42.11,48.68,259.9,501,62,99.43,1.06,0.312,0.3 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,6,,17,11:06:57,10:06:57,2474,10.4,0.0539,816,1.32,2.4,6,1,2.84,32.77,32.06,33,1199.77,1169.91,20.845,24.07,41.57,48,240.5,251,65,99.43,1.06,0.312,1 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,7,,18,11:09:38,10:09:38,2635.5,2.81,0.0234,945,0.578,2.38,6,1,2.84,32.52,32.01,32.61,1199.77,1180.23,20.919,24.079,42.3,48.69,107.1,100,93,99.42,-0.0578,-0.0666,0 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,8,,19,11:12:00,10:12:00,2777.5,4.04,0.0422,985,1.04,2.39,6,1,2.84,32.52,32.01,32.61,1199.54,1183.7,20.959,24.003,42.38,48.53,199.9,70,133,99.41,-2.74,0.295,0 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,9,,20,11:14:32,10:14:32,2929.5,2.18,0.0387,1050,0.936,2.35,6,1,2.84,32.58,31.86,32.79,1199.55,1188.53,20.946,24.002,42.19,48.35,179.3,41,85,99.41,-2.58,0.332,0 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,10,,21,11:16:04,10:16:04,3021.5,1.04,0.0362,1100,0.891,2.39,6,1,2.84,32.87,32.01,33.2,1199.56,1192.07,20.911,24.008,41.46,47.59,168.5,21,80,99.42,-3.01,0.319,0 +Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,11,,22,11:17:56,10:17:56,3133.5,-0.298,0.0339,1160,0.847,2.42,6,1,2.84,32.93,32.1,33.19,1199.46,1196.8,20.908,23.983,41.3,47.38,161.3,0,153,99.42,-3.1,0.33,0 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,1,,23,11:27:08,10:27:08,3685.5,8.4,0.0834,204,1.97,2.33,6,1,2.84,31.27,32.16,30.64,399.46,380.51,21.028,25.008,45.62,54.25,289.9,2000,93,99.41,0.593,0.37,0 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,2,,24,11:29:05,10:29:05,3802.5,5.29,0.0837,155,1.93,2.28,6,1,2.84,31.15,31.95,30.66,278.81,266.45,20.99,25.005,45.87,54.64,281.4,1999,91,99.41,0.986,0.333,0 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,3,,25,11:31:10,10:31:10,3927.5,3.52,0.0961,125,2.22,2.29,6,1,2.84,31.43,32.01,31.05,198.53,191.21,20.978,25.003,45.12,53.77,323.2,1999,92,99.4,0.704,0.394,0 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,4,,26,11:33:17,10:33:17,4053.5,2.05,0.104,98.8,2.41,2.3,6,1,2.84,31.53,32.02,31.24,139.91,135.76,20.891,24.995,44.65,53.43,344,2000,86,99.4,0.967,0.202,0 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,5,,27,11:35:20,10:35:20,4177.5,0.509,0.13,75.1,2.97,2.29,6,1,2.84,31.32,31.99,30.87,85.76,84.66,20.8,24.98,44.99,54.03,415.3,2000,86,99.4,0.717,0.337,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,6,,28,11:37:21,10:37:21,4298.5,-1.19,0.15,52.7,3.4,2.28,6,1,2.84,31.31,31.95,30.85,39.83,41.18,20.737,24.983,44.89,54.08,468.1,1999,83,99.4,0.542,0.341,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,7,,29,11:39:20,10:39:20,4417.5,5.34,0.171,135,3.81,2.26,6,1,2.84,31.42,31.89,31.05,200.41,193.2,20.6,25.005,44.32,53.8,505.4,2000,107,99.4,0.808,0.351,0 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,8,,30,11:41:24,10:41:24,4541.5,13.4,0.172,238,3.83,2.26,6,1,2.84,31.56,31.89,31.24,399.99,381.42,20.335,24.99,43.39,53.33,481.4,2000,431,99.4,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,9,,31,11:42:55,10:42:55,4632.5,19.8,0.156,340,3.53,2.28,6,1,2.84,31.72,31.98,31.44,599.93,569.48,20.19,25.003,42.7,52.88,429.7,2000,234,99.4,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,10,,32,11:44:26,10:44:26,4723.5,24.3,0.135,485,3.09,2.29,6,1,2.84,31.48,32,31.03,851.01,807.71,20.161,25.033,43.22,53.66,370.8,2000,566,99.4,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,11,,33,11:45:57,10:45:57,4814.5,25.8,0.114,738,2.64,2.3,6,1,2.84,31.25,32.05,30.65,1201.47,1147.5,20.196,25.016,43.86,54.32,320.2,2000,525,99.39,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,1,,34,11:52:39,10:52:39,5216.5,23.4,0.0728,602,1.85,2.5,6,1,2.84,30.75,31.99,29.89,1200.3,1164.52,20.368,22.897,45.52,51.17,428.8,2001,20,99.38,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,2,,35,11:54:40,10:54:40,5337.5,20.9,0.0627,580,1.6,2.5,6,1,2.84,31.39,32.02,30.85,1199.99,1159.79,20.193,22.949,43.5,49.43,339.9,1500,10,99.38,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,3,,36,11:56:41,10:56:41,5458.5,18.8,0.0546,560,1.39,2.49,6,1,2.84,31.56,31.97,31.05,1200.02,1155.89,20.027,22.961,42.74,49,277.5,1101,71,99.38,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,4,,37,11:58:42,10:58:42,5579.5,16.7,0.0483,556,1.24,2.5,6,1,2.84,31.6,32.03,31.05,1200.11,1152.39,19.781,22.97,42.1,48.89,227.8,799,88,99.38,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,5,,38,12:00:43,11:00:43,5700.5,13.7,0.0429,597,1.1,2.48,6,1,2.84,31.74,31.99,31.24,1199.96,1150.89,19.532,23.037,41.25,48.65,183.2,500,1889,99.38,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,6,,39,12:02:44,11:02:44,5821.5,9.34,0.0367,707,0.943,2.49,6,1,2.84,32.01,32.02,31.63,1200.22,1157.15,19.202,23.006,39.95,47.86,145.3,250,680,99.38,0.791,0.321,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,7,,40,12:05:22,11:05:22,5978.5,4.7,0.0283,866,0.757,2.59,6,1,2.84,32,32,31.63,1200.19,1177.44,18.974,21.988,39.49,45.76,147.4,100,665,99.38,-0.986,0.172,0 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,8,,41,12:07:53,11:07:53,6129.5,3.24,0.0245,922,0.659,2.6,6,1,2.84,32.02,32.03,31.63,1200,1180.11,18.796,21.986,39.08,45.71,121.2,69,1520,99.38,-1.8,0.243,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,9,,42,12:10:04,11:10:04,6261.5,2.09,0.0242,998,0.653,2.61,6,1,2.84,31.69,32.07,31.05,1200.11,1185.15,18.668,22.001,39.53,46.59,115,41,2073,99.37,-2.52,0.358,0.3 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,10,,43,12:12:13,11:12:13,6390.5,0.746,0.0201,1080,0.546,2.62,6,1,2.84,31.71,32.11,31.05,1200.24,1191.57,18.682,21.997,39.52,46.53,96.7,20,2084,99.37,-2.04,0.22,0 +Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,11,,44,12:14:48,11:14:48,6544,-0.516,0.0225,1180,0.604,2.6,6,1,2.84,31.56,32.03,30.86,1200.2,1199.07,18.798,22.013,40.1,46.96,110.3,1,2077,99.37,-2.45,0.407,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,1,,45,12:28:24,11:28:24,7360.5,8.41,0.0822,196,2,2.4,6,1,2.84,30.42,32.01,29.49,399.73,375.13,18.744,23.98,42.66,54.58,223.5,2000,150,99.36,0.493,0.348,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,2,,46,12:30:24,11:30:24,7481.5,5.21,0.0843,154,2.04,2.38,6,1,2.84,30.51,31.97,29.49,279.13,263.98,18.744,23.987,42.44,54.31,227.7,1999,84,99.36,0.898,0.392,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,3,,47,12:32:25,11:32:25,7602.5,3.39,0.0936,125,2.25,2.37,6,1,2.84,30.52,31.93,29.49,199.64,190.61,18.809,23.987,42.57,54.29,254.1,2000,177,99.36,0.901,0.388,0.7 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,4,,48,12:34:29,11:34:29,7726.5,1.91,0.105,101,2.51,2.37,6,1,2.84,30.62,31.93,29.68,140.1,135.34,18.822,23.985,42.36,53.98,284.5,2000,132,99.36,0.816,0.341,0.7 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,5,,49,12:36:33,11:36:33,7850.5,0.394,0.122,76.3,2.93,2.39,6,1,2.84,30.99,32,30.26,85.98,84.81,18.829,24.014,41.49,52.92,330.4,2000,85,99.36,0.682,0.349,0.7 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,6,,50,12:38:38,11:38:38,7975.5,-1.19,0.142,53.8,3.39,2.4,6,1,2.84,30.91,32.02,30.06,40.15,41.78,18.838,23.984,41.7,53.1,385.7,2000,86,99.36,0.485,0.321,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,7,,51,12:40:43,11:40:43,8099.5,5.35,0.164,130,3.86,2.39,6,1,2.84,30.9,31.98,30.07,200.05,191.6,18.752,23.981,41.54,53.13,432.5,1999,97,99.36,0.821,0.403,0 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,8,,52,12:42:14,11:42:14,8190.5,13.6,0.168,232,3.94,2.38,6,1,2.84,30.88,31.96,30.14,400.3,379.39,18.637,23.984,41.32,53.17,432,1999,238,99.35,0.821,0.403,0.7 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,9,,53,12:43:45,11:43:45,8281.5,20.2,0.158,335,3.7,2.37,6,1,2.84,30.69,31.91,29.82,599.98,566.75,18.581,23.972,41.65,53.73,402.2,2001,91,99.35,0.821,0.403,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,10,,54,12:45:16,11:45:16,8373,24.7,0.135,474,3.21,2.39,6,1,2.84,30.48,31.97,29.23,850.8,803.84,18.561,23.958,42.1,54.34,348.4,1999,108,99.34,0.821,0.403,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,11,,55,12:46:47,11:46:47,8464,27.3,0.113,701,2.7,2.38,6,1,2.84,30.44,31.95,29.3,1200.49,1138.13,18.56,23.958,42.19,54.46,292.6,1999,85,99.34,0.821,0.403,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,1,,56,12:50:42,11:50:42,8699.5,24.4,0.0784,606,2.07,2.59,6,1,2.84,30.41,32.01,29.27,1199.59,1153.73,18.529,21.988,42.21,50.09,350.5,2000,88,99.34,0.821,0.403,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,2,,57,12:52:44,11:52:44,8821,21.7,0.0667,582,1.75,2.57,6,1,2.84,30.93,31.94,30.09,1199.66,1150.74,18.462,21.99,40.81,48.6,291.2,1501,1151,99.33,0.821,0.403,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,3,,58,12:54:18,11:54:18,8915,19.7,0.0635,605,1.56,2.41,6,1,2.84,31.28,31.34,30.46,1199.52,1146.86,18.279,22.016,39.6,47.7,245,1101,153,99.33,0.821,0.403,1 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,4,,59,12:55:35,11:55:35,8992,17.6,0.0537,576,1.42,2.58,6,1,2.84,31.34,31.96,30.68,1199.48,1147.51,18.285,22.023,39.48,47.55,222.2,800,403,99.33,0.821,0.403,1 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,5,,60,12:57:36,11:57:36,9113.5,14.4,0.0468,615,1.23,2.55,6,1,2.84,31.48,31.85,31.01,1199.44,1150.67,18.28,21.986,39.18,47.12,193.9,500,981,99.34,0.821,0.403,0.3 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,6,,61,12:59:19,11:59:19,9216,9.61,0.042,750,1.12,2.6,6,1,2.84,32,32.03,31.71,1199.56,1161.66,18.169,21.984,37.8,45.73,172.7,249,603,99.34,0.821,0.403,1 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,7,,62,13:01:20,12:01:20,9337,4.07,0.0367,953,0.974,2.58,6,1,2.84,31.75,31.96,31.23,1199.62,1178.4,18.137,22.011,38.27,46.44,147.5,100,638,99.34,0.821,0.403,0.7 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,8,,63,13:03:21,12:03:21,9458.5,3.65,0.0364,971,0.965,2.57,6,1,2.84,31.76,31.94,31.23,1199.68,1179.54,18.061,22.028,38.08,46.44,142.8,69,326,99.34,-0.851,0.123,0 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,9,,64,13:05:26,12:05:26,9583.5,1.59,0.0278,1050,0.736,2.56,6,1,2.84,31.74,31.9,31.23,1199.54,1185.73,17.954,21.987,37.91,46.43,107.1,41,490,99.33,-1.44,0.13,0 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,10,,65,13:07:53,12:07:53,9730.5,0.46,0.0254,1110,0.687,2.62,6,1,2.84,32.05,32.1,31.63,1199.65,1191.7,17.826,22.005,36.97,45.63,96.4,20,683,99.32,-2.05,0.164,0.7 +Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,11,,66,13:10:32,12:10:32,9889.5,-0.735,0.0226,1200,0.61,2.6,6,1,2.84,31.68,32.04,31.04,1199.76,1199.77,17.895,21.987,37.89,46.55,87.5,0,376,99.31,-2.18,0.124,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,1,,67,13:19:53,12:19:53,10449.5,8.06,0.081,208,2.13,2.59,6,1,2.84,29.84,32.01,28.09,400.06,383.65,18.141,21.995,42.67,51.74,324.5,2001,82,99.3,0.995,0.39,0.7 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,2,,68,13:21:53,12:21:53,10570.5,4.89,0.0801,159,2.06,2.54,6,1,2.84,30.18,31.8,29.1,278.52,267.78,18.027,22.005,41.59,50.77,304,2000,93,99.29,1.59,0.218,0 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,3,,69,13:23:53,12:23:53,10690.5,3.5,0.0967,125,2.52,2.58,6,1,2.84,30.39,31.95,29.29,198.55,191.92,17.906,21.996,40.8,50.12,361.2,2001,413,99.28,0.877,0.395,0 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,4,,70,13:25:54,12:25:54,10810.5,2.11,0.113,101,2.92,2.57,6,1,2.84,30.39,31.94,29.29,140.48,136.82,17.819,21.997,40.6,50.12,410.8,2000,586,99.28,0.799,0.392,0 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,5,,71,13:27:54,12:27:54,10931.5,0.377,0.134,76.6,3.46,2.6,6,1,2.84,30.45,32.02,29.31,85.61,84.78,17.795,21.989,40.41,49.93,484.7,2000,100,99.27,0.684,0.376,0.7 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,6,,72,13:29:54,12:29:54,11051.5,-1.38,0.155,54.4,3.98,2.59,6,1,2.84,30.16,32.01,28.66,40.31,41.59,17.857,21.985,41.22,50.75,565.8,2001,392,99.27,0.494,0.383,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,7,,73,13:31:54,12:31:54,11171.5,5.29,0.165,134,4.21,2.58,6,1,2.84,30.14,31.96,28.71,201.05,194.99,17.93,22.019,41.45,50.9,604.2,1999,263,99.27,0.866,0.372,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,8,,74,13:33:53,12:33:53,11290.5,12.6,0.155,236,3.98,2.6,6,1,2.84,30.37,32.03,29.13,400.54,385.48,17.876,22.022,40.78,50.24,563.9,1999,434,99.26,0.989,0.356,0 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,9,,75,13:35:25,12:35:25,11381.5,17.7,0.132,333,3.42,2.59,6,1,2.84,30.24,32.01,28.89,599.39,575.13,17.891,22.017,41.1,50.58,486.1,2001,446,99.26,0.989,0.356,0.7 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,10,,76,13:36:56,12:36:56,11472.5,21.7,0.11,461,2.87,2.6,6,1,2.84,30.08,32.02,28.41,850.03,815.13,17.889,21.965,41.48,50.93,413.6,1999,1331,99.25,0.989,0.356,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,11,,77,13:38:27,12:38:27,11563.5,24.9,0.0949,683,2.5,2.6,6,1,2.84,29.9,32.04,28.35,1200.83,1154.84,17.957,22,42.08,51.55,362.4,2000,734,99.25,0.989,0.356,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,1,,78,13:47:27,12:47:27,12104.5,23.7,0.0659,544,1.9,2.83,6,1,2.84,29.9,32.15,28.12,1200.01,1170.61,17.869,19.986,41.86,46.82,528.6,1999,1258,99.24,-1.49,0.35,0.7 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,2,,79,13:49:28,12:49:28,12225.5,21.2,0.0586,539,1.66,2.78,6,1,2.84,30.43,31.96,29.31,1200.14,1169,17.83,20.02,40.51,45.48,446.6,1501,1833,99.23,-1.49,0.35,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,3,,80,13:51:11,12:51:11,12327.5,19.2,0.0527,538,1.51,2.81,6,1,2.84,30.9,32.06,29.89,1199.98,1169.63,17.864,20.014,39.52,44.28,414.2,1101,571,99.23,-1.49,0.35,1 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,4,,81,13:52:38,12:52:38,12414.5,17.4,0.049,554,1.41,2.81,6,1,2.84,31.05,32.06,30.02,1199.9,1171.53,17.929,19.986,39.32,43.84,403.4,801,1610,99.22,-1.49,0.35,1 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,5,,82,13:53:53,12:53:53,12489.5,14.3,0.0445,611,1.28,2.8,6,1,2.84,31.08,32.03,30.07,1199.8,1174.51,17.984,19.991,39.37,43.76,374.8,501,857,99.22,-1.49,0.35,1 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,6,,83,13:56:22,12:56:22,12639.5,9.78,0.0376,715,1.08,2.78,6,1,2.84,31.1,31.97,30.06,1199.62,1179.2,18.029,19.984,39.42,43.7,324.6,251,1208,99.21,-1.43,0.337,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,7,,84,13:58:52,12:58:52,12789.5,4.7,0.0322,903,0.928,2.8,6,1,2.84,31.24,32.02,30.26,1199.66,1187.28,18.052,19.994,39.17,43.38,281.1,101,54,99.21,-1.75,0.339,0.7 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,8,,85,14:01:23,13:01:23,12940.5,3.49,0.0291,946,0.838,2.79,6,1,2.84,31.21,31.99,30.27,1199.74,1188.84,18,19.996,39.12,43.45,246.9,70,49,99.2,-2.2,0.381,0 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,9,,86,14:03:54,13:03:54,13091.5,1.79,0.0256,1030,0.736,2.78,6,1,2.84,31.2,31.96,30.27,1199.66,1192.15,17.974,20.006,39.07,43.49,213.1,40,71,99.2,-2.28,0.389,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,10,,87,14:05:45,13:05:45,13202.5,0.606,0.0242,1100,0.696,2.78,6,1,2.84,31.09,31.96,30.06,1199.73,1195.54,18.023,20.009,39.42,43.77,206.1,20,42,99.19,-1.96,0.395,0.3 +Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,11,,88,14:07:48,13:07:48,13325.5,-0.652,0.025,1190,0.718,2.78,6,1,2.84,31.21,31.96,30.27,1199.84,1199.27,18.097,20.021,39.32,43.5,219.3,0,54,99.19,-1.86,0.154,0.3 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,1,,1,9:45:01,8:45:01,1466.5,12.2,0.128,214,4.08,3.18,6,1,2.84,33.5,35.04,32.21,400.82,387.72,21.182,24.979,40.5,47.77,629.1,2000,363,99.37,2.18,0.202,0.3 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,2,,2,9:46:59,8:46:59,1584.5,7.39,0.132,162,3.93,2.97,6,1,2.84,33.27,35.03,31.79,279.66,266.62,21.088,26.995,40.86,52.3,388.4,2000,363,99.37,1.94,0.273,0 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,3,,3,9:48:42,8:48:42,1687.5,4.21,0.132,130,3.92,2.96,6,1,2.84,33.37,34.99,32.01,198.5,190.7,21.03,27.026,40.52,52.07,381.4,2001,615,99.37,1.94,0.21,0.7 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,4,,4,9:50:27,8:50:27,1792.5,2.07,0.135,105,3.97,2.94,6,1,2.84,33.21,34.92,31.8,140.18,136.02,20.832,26.993,40.5,52.47,376.3,2000,290,99.37,1.81,0.237,0.7 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,5,,5,9:52:28,8:52:28,1913.5,0.194,0.136,77.9,4.01,2.94,6,1,2.84,33.44,34.91,32.21,85.1,84.24,20.65,26.989,39.62,51.78,369.1,2001,344,99.37,1.57,0.221,0.7 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,6,,6,9:54:32,8:54:32,2037.5,-1.45,0.14,56.9,4.11,2.94,6,1,2.84,33.33,34.91,31.99,39.89,42,20.386,27.004,39.36,52.14,362.6,2000,298,99.37,1.39,0.207,0.7 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,7,,7,9:56:33,8:56:33,2158.5,7.22,0.144,172,4.23,2.95,6,1,2.84,33.55,34.95,32.41,281.15,267.1,20.089,27.015,38.31,51.52,356.5,2000,350,99.37,2.5,0.2,0.3 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,8,,8,9:57:57,8:57:57,2242,12,0.146,224,4.29,2.95,6,1,2.84,33.45,34.94,32.2,400.07,376.84,19.896,27.006,38.15,51.79,352.4,2000,352,99.37,2.5,0.2,1 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,9,,9,9:59:28,8:59:28,2333,19.3,0.145,319,4.27,2.94,6,1,2.84,33.45,34.91,32.2,599.88,561.46,19.637,27.008,37.66,51.8,338.2,2000,341,99.37,2.5,0.2,0.7 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,10,,10,10:00:59,9:00:59,2424,26.7,0.143,454,4.23,2.96,6,1,2.84,33.47,34.99,32.2,851.1,795.61,19.393,27.008,37.15,51.74,324.6,2001,310,99.37,2.5,0.2,0.7 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,11,,11,10:02:30,9:02:30,2515,29.7,0.139,733,4.13,2.96,6,1,2.84,33.56,35,32.14,1201.02,1134.31,19.22,27.018,36.64,51.5,309.2,1999,349,99.37,2.5,0.2,0.3 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,1,,12,10:15:25,9:15:25,3290.5,29.7,0.103,604,3.39,3.26,6,1,2.84,33.4,35.62,31.57,1199.66,1128.52,18.983,26.004,36.5,50,282.5,2000,844,99.36,2.5,0.2,0.7 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,2,,13,10:17:26,9:17:26,3411.5,26.9,0.0922,610,2.97,3.17,6,1,2.84,32.85,35.02,30.98,1199.66,1135.33,18.813,24.977,37.31,49.54,282.2,1500,146,99.36,2.5,0.2,0.3 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,3,,14,10:18:30,9:18:30,3475,25.1,0.0874,617,2.76,3.11,6,1,2.84,33.12,34.82,31.92,1199.89,1133.96,18.731,25.019,36.59,48.87,257,1100,147,99.36,2.5,0.2,1 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,4,,15,10:20:07,9:20:07,3572.5,20.9,0.0769,645,2.48,3.16,6,1,2.84,34.01,34.98,32.97,1199.78,1137.48,18.682,25.025,34.73,46.52,228.6,801,147,99.36,2.5,0.2,1 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,5,,16,10:22:08,9:22:08,3693.5,16.4,0.0689,705,2.24,3.17,6,1,2.84,33.95,35.02,32.78,1199.53,1143.5,18.579,25.019,34.64,46.64,203.2,500,144,99.35,2.5,0.2,0.3 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,6,,17,10:23:50,9:23:50,3795.5,10.2,0.0641,846,2.1,3.19,6,1,2.84,34,35.07,32.78,1199.64,1159.34,18.471,24.983,34.34,46.45,188.5,250,143,99.35,2.5,0.2,1 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,7,,18,10:25:51,9:25:51,3916.5,4.02,0.0581,1010,1.89,3.17,6,1,2.84,33.98,35.01,32.78,1199.62,1177.11,18.335,24.985,34.14,46.52,166.6,101,141,99.35,2.5,0.2,0.3 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,8,,19,10:28:06,9:28:06,4051.5,2.62,0.052,1040,1.69,3.15,6,1,2.84,33.87,34.97,32.59,1199.72,1180.7,18.208,25.004,34.11,46.84,145.6,70,139,99.35,2.15,0.052,0 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,9,,20,10:30:04,9:30:04,4168.5,0.966,0.0481,1090,1.59,3.19,6,1,2.84,33.91,35.09,32.6,1199.51,1186.9,18.135,24.983,33.88,46.67,135.6,40,141,99.34,1.86,-0.0191,0.3 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,10,,21,10:32:40,9:32:40,4325.5,-0.268,0.0438,1140,1.43,3.16,6,1,2.84,33.53,34.99,32.01,1199.68,1192.55,18.078,24.989,34.5,47.69,121.2,20,135,99.34,2.35,-0.204,0 +Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,11,,22,10:35:18,9:35:18,4483.5,-1.34,0.041,1190,1.34,3.17,6,1,2.84,33.36,35,31.6,1199.8,1198.35,17.985,25.008,34.65,48.19,111.9,0,135,99.34,1.76,-0.31,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,1,,23,10:47:40,9:47:40,5225.5,7.1,0.0736,210,3.08,4.09,6,1,2.84,34.27,36.9,32.34,400.05,388.58,17.84,22.004,32.67,40.29,434.5,2000,44,99.33,2.57,0.229,0 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,2,,24,10:49:20,9:49:20,5325.5,4.13,0.0752,167,3.08,4,6,1,2.84,34.13,36.66,32.19,278.4,271.52,17.825,22.007,32.91,40.62,432.6,2000,43,99.33,2.33,0.24,0 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,3,,25,10:50:55,9:50:55,5420.5,2.43,0.0798,134,3.2,3.92,6,1,2.84,33.93,36.4,31.99,198.67,194.57,17.784,21.982,33.19,41.02,446.8,2001,47,99.33,1.95,0.274,0 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,4,,26,10:52:56,9:52:56,5540.5,1.27,0.0846,105,3.34,3.87,6,1,2.84,33.82,36.27,31.9,140.34,138.05,17.687,22.008,33.21,41.32,453.7,1999,51,99.33,1.79,0.267,0 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,5,,27,10:54:46,9:54:46,5650.5,-0.139,0.0893,82.6,3.5,3.85,6,1,2.84,33.76,36.21,31.83,85.68,85.47,17.511,22.014,32.99,41.48,456.1,2001,50,99.33,1.57,0.237,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,6,,28,10:56:46,9:56:46,5771.5,-1.36,0.0975,61.2,3.8,3.84,6,1,2.84,33.75,36.17,31.85,40.08,41.54,17.474,21.989,32.94,41.45,494,2000,53,99.33,1.32,0.253,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,7,,29,10:58:50,9:58:50,5895.5,3.51,0.106,131,4.07,3.79,6,1,2.84,33.66,36.02,31.73,201.07,195.92,17.243,22.005,32.67,41.69,501.6,2000,41,99.33,1.98,0.234,0.7 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,8,,30,11:00:49,10:00:49,6014.5,10.2,0.112,216,4.27,3.79,6,1,2.84,33.67,36.04,31.74,400.47,386.81,17.205,22.015,32.59,41.7,521.5,2001,47,99.33,2.43,0.202,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,9,,31,11:02:20,10:02:20,6105,17,0.114,302,4.34,3.76,6,1,2.84,33.6,35.94,31.67,599.05,576.37,17.084,22.008,32.48,41.84,517.2,2000,59,99.33,2.43,0.202,1 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,10,,32,11:03:51,10:03:51,6196,24.8,0.115,420,4.33,3.74,6,1,2.84,33.53,35.87,31.61,850.92,816.54,16.872,22.002,32.2,41.98,494.8,1999,54,99.32,2.43,0.202,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,11,,33,11:05:11,10:05:11,6276,31.5,0.113,637,4.27,3.76,6,1,2.84,33.59,35.92,31.69,1200.6,1155.11,16.788,22.008,31.94,41.87,480.3,2000,52,99.33,2.43,0.202,1 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,1,,34,11:08:08,10:08:08,6452.5,29.5,0.1,611,3.85,3.79,6,1,2.84,33.65,36.01,31.73,1199.79,1153.13,16.801,21.974,31.85,41.65,436.9,1999,50,99.32,2.43,0.202,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,2,,35,11:10:09,10:10:09,6573.5,27.2,0.0873,583,3.34,3.75,6,1,2.84,33.69,35.89,31.8,1199.52,1149.64,16.738,21.978,31.65,41.56,373.6,1501,60,99.33,2.43,0.202,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,3,,36,11:12:10,10:12:10,6695,24.4,0.0772,577,2.91,3.68,6,1,2.84,33.66,35.68,31.78,1199.67,1148.29,16.72,21.98,31.68,41.65,324.1,1100,55,99.32,2.43,0.202,0.7 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,4,,37,11:13:43,10:13:43,6787.5,22.1,0.072,594,2.69,3.64,6,1,2.84,33.63,35.58,31.79,1199.53,1149.05,16.746,22.009,31.77,41.76,299.6,800,56,99.32,2.43,0.202,1 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,5,,38,11:14:46,10:14:46,6850.5,18.2,0.068,663,2.52,3.62,6,1,2.84,33.7,35.5,31.87,1199.64,1154.78,16.77,22.011,31.69,41.6,282.7,501,54,99.32,2.43,0.202,1 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,6,,39,11:16:46,10:16:46,6971.5,11.7,0.0606,793,2.22,3.57,6,1,2.84,33.68,35.36,31.86,1199.6,1165.3,16.79,22.025,31.78,41.69,249.3,250,52,99.32,2.43,0.202,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,7,,40,11:19:18,10:19:18,7123.5,5.01,0.053,961,1.94,3.56,6,1,2.84,33.66,35.3,31.86,1199.21,1179.07,16.763,21.998,31.77,41.69,217.5,101,61,99.33,2.01,0.216,0.3 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,8,,41,11:21:07,10:21:07,7232.5,3.03,0.0421,1000,1.54,3.54,6,1,2.84,33.59,35.24,31.81,1199.64,1182.54,16.69,21.998,31.74,41.83,170.1,71,59,99.32,3.54,-0.238,0 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,9,,42,11:22:56,10:22:56,7341.5,1.42,0.0412,1070,1.5,3.51,6,1,2.84,33.54,35.16,31.77,1199.69,1188.14,16.715,22.007,31.88,41.97,166,40,57,99.32,2.36,-0.018,0 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,10,,43,11:24:36,10:24:36,7441.5,0.0378,0.039,1120,1.43,3.54,6,1,2.84,33.6,35.24,31.84,1199.66,1193.15,16.796,22.022,31.93,41.87,160.2,19,59,99.31,2.21,0.0726,0 +Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,11,,44,11:27:07,10:27:07,7592.5,-1.37,0.0366,1190,1.36,3.58,6,1,2.84,33.7,35.36,31.93,1199.59,1198.63,16.924,21.987,31.98,41.55,157.1,1,60,99.31,1.79,0.232,0 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,1,Yes,45,11:37:13,10:37:13,8198.5,3.34,0.0363,223,1.68,4.45,6,1,2.84,34.53,37.16,32.6,400.06,395.25,17.222,19.201,31.08,34.65,499,2001,58,99.3,2.26,0.233,0.7 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,2,,46,11:38:43,10:38:43,8288.5,2.16,0.0397,172,1.84,4.47,6,1,2.84,34.62,37.26,32.69,279.95,276.75,17.282,19.445,31.04,34.92,499.5,1999,69,99.3,2.06,0.246,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,3,,47,11:40:13,10:40:13,8378.5,1.25,0.0437,138,2.02,4.45,6,1,2.84,34.66,37.28,32.73,198.8,196.82,17.284,19.657,30.97,35.22,499.5,2000,36,99.3,1.87,0.255,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,4,,48,11:41:44,10:41:44,8469.5,0.437,0.0477,115,2.19,4.43,6,1,2.84,34.67,37.28,32.74,140.35,139.46,17.23,19.806,30.85,35.46,499.5,2000,30,99.3,1.64,0.256,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,5,,49,11:43:15,10:43:15,8560.5,-0.29,0.0517,88.5,2.36,4.42,6,1,2.84,34.72,37.31,32.79,85.75,85.85,17.259,20.037,30.81,35.77,499.5,2000,38,99.3,1.38,0.256,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,6,,50,11:45:15,10:45:15,8680.5,-1.11,0.0587,68.2,2.64,4.37,6,1,2.84,34.7,37.23,32.76,40.14,41.35,17.198,20.305,30.74,36.3,499.6,1999,33,99.29,1.2,0.264,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,7,,51,11:47:15,10:47:15,8800.5,1.96,0.0645,135,2.91,4.38,6,1,2.84,34.83,37.36,32.9,199.76,196.72,17.19,20.609,30.51,36.57,499.5,2000,31,99.29,1.8,0.257,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,8,,52,11:49:14,10:49:14,8919.5,6.43,0.0673,213,3.03,4.38,6,1,2.84,34.82,37.37,32.88,400.39,391.25,17.172,20.733,30.49,36.81,499.5,2001,32,99.28,2.16,0.24,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,9,,53,11:50:59,10:50:59,9024.5,10.9,0.0673,287,3.06,4.43,6,1,2.84,34.94,37.55,33,598.92,583.69,17.24,20.842,30.4,36.75,499.5,2000,48,99.28,2.31,0.232,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,10,,54,11:52:20,10:52:20,9105,16.2,0.0668,386,3.03,4.41,6,1,2.84,34.94,37.51,33.01,850.63,828.09,17.269,20.838,30.46,36.75,499.5,1999,57,99.27,2.31,0.232,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,11,,55,11:53:36,10:53:36,9181,22.5,0.0653,545,2.99,4.44,6,1,2.84,35.02,37.58,33.08,1201.45,1170.24,17.309,20.821,30.39,36.56,499.5,2001,36,99.28,2.31,0.232,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,1,,56,11:57:05,10:57:05,9390,20.7,0.059,536,2.76,4.53,6,1,2.84,35.2,37.81,33.27,1200.24,1171.5,17.509,20.755,30.44,36.09,499.5,1998,55,99.28,2.31,0.232,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,2,,57,11:58:12,10:58:12,9457.5,19.6,0.0556,537,2.58,4.49,6,1,2.84,35.23,37.64,33.3,1200.35,1173.22,17.521,20.554,30.4,35.66,499.5,1500,72,99.28,2.31,0.232,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,3,,58,11:59:20,10:59:20,9525.5,17.8,0.0519,554,2.39,4.46,6,1,2.84,35.23,37.48,33.32,1200.11,1175.4,17.476,20.289,30.33,35.21,499.5,1100,189,99.28,2.31,0.232,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,4,,59,12:00:23,11:00:23,9588.5,16,0.0486,578,2.23,4.44,6,1,2.84,35.22,37.36,33.33,1200.13,1177.78,17.4,20.026,30.22,34.78,499.5,801,527,99.28,2.31,0.232,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,5,,60,12:02:02,11:02:02,9687.5,14.3,0.0439,586,1.99,4.38,6,1,2.84,35.09,37.08,33.24,1200.51,1180.46,17.352,19.696,30.35,34.45,499.5,499,481,99.27,1.07,0.202,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,6,,61,12:03:32,11:03:32,9777.5,9.69,0.0411,733,1.87,4.4,6,1,2.84,35.16,37.12,33.35,1199.97,1185.66,17.375,19.582,30.27,34.11,499.5,249,696,99.27,0.63,0.205,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,7,,62,12:05:02,11:05:02,9867.5,4.54,0.0388,924,1.78,4.43,6,1,2.84,35.35,37.2,33.55,1200.16,1192.16,17.47,19.572,30.11,33.73,499.5,100,875,99.27,0.375,0.205,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,8,,63,12:06:32,11:06:32,9957.5,2.86,0.0372,987,1.74,4.49,6,1,2.84,35.53,37.4,33.73,1199.94,1194.02,17.592,19.637,30.03,33.52,499.5,71,320,99.26,0.48,0.208,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,9,,64,12:08:02,11:08:02,10047.5,1.15,0.0354,1060,1.63,4.45,6,1,2.84,35.43,37.26,33.64,1200.14,1196.41,17.678,19.602,30.33,33.63,499.5,40,1033,99.26,0.553,0.21,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,10,,65,12:09:32,11:09:32,10137.5,-0.0325,0.0337,1110,1.57,4.48,6,1,2.84,35.52,37.36,33.74,1199.85,1197.63,17.743,19.595,30.3,33.46,499.5,19,364,99.26,0.369,0.213,1 +Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,11,,66,12:11:02,11:11:02,10227.5,-0.952,0.0321,1160,1.53,4.56,6,1,2.84,35.74,37.57,33.97,1199.82,1198.77,17.75,19.546,29.94,32.97,499.5,1,342,99.26,0.239,0.209,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,1,,1,9:55:41,8:55:41,597.5,19.2,0.262,232,7.75,3.07,6,1,2.84,32.97,34.71,31.11,400.35,373.76,16.041,25.12,31.52,49.36,499.6,2000,0,99.08,2.6,0.148,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,2,,2,9:57:40,8:57:40,716.5,13.1,0.273,169,7.42,2.84,6,1,2.84,32.22,33.95,30.65,279.87,261.83,16.452,25.133,33.71,51.5,499.8,2000,0,99.08,2.3,0.186,0 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,3,,3,9:59:40,8:59:40,837.5,8.37,0.274,128,7.25,2.76,6,1,2.84,32.58,33.99,31.23,200.69,187.98,16.797,26.008,33.73,52.22,459.8,2001,0,99.08,2.04,0.144,0.7 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,4,,4,10:01:43,9:01:43,960.5,4.25,0.277,101,7.41,2.79,6,1,2.84,32.74,34.07,31.43,139.72,133.2,16.995,25.983,33.83,51.72,481.7,2001,0,99.08,1.84,0.146,0.7 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,5,,5,10:03:47,9:03:47,1084.5,0.78,0.284,75.2,7.6,2.8,6,1,2.84,32.76,34.09,31.43,85.35,83.64,17.096,25.991,33.98,51.67,499.3,2001,0,99.07,1.63,0.196,0.3 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,6,,6,10:05:47,9:05:47,1204.5,-2.08,0.288,52.7,7.65,2.78,6,1,2.84,32.74,34.05,31.42,40.26,42.33,17.156,25.981,34.15,51.71,506.4,2000,0,99.07,1.35,0.143,0.7 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,7,,7,10:07:57,9:07:57,1333.5,8.16,0.294,134,7.82,2.79,6,1,2.84,32.66,34.09,31.22,201.3,190.16,17.213,26.018,34.4,52,519.3,2000,0,99.06,2.03,0.136,0.7 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,8,,8,10:09:28,9:09:28,1424.5,20.5,0.296,239,7.84,2.78,6,1,2.84,32.64,34.05,31.23,400.97,373.89,17.215,26.02,34.45,52.07,520,1999,0,99.06,2.03,0.136,0.7 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,9,,9,10:10:59,9:10:59,1515.5,29.5,0.293,363,7.77,2.78,6,1,2.84,32.65,34.05,31.23,599.67,560.17,17.203,26.024,34.4,52.04,514.7,2000,0,99.06,2.03,0.136,0.7 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,10,,10,10:12:30,9:12:30,1606.5,31.8,0.285,580,7.54,2.77,6,1,2.84,32.41,34.01,30.83,851.51,806.04,17.193,26.007,34.84,52.7,499.6,2000,0,99.05,2.03,0.136,0.3 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,11,,11,10:14:01,9:14:01,1697.5,29.1,0.276,924,7.3,2.76,6,1,2.84,32.4,33.99,30.84,1200.5,1153.92,17.168,26.008,34.82,52.75,482.9,2000,0,99.05,2.03,0.136,0.3 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,1,,12,10:25:06,9:25:06,2363.5,35.6,0.206,794,5.91,2.92,6,1,2.84,32.62,34.5,30.79,1199.57,1134.95,17.174,25.961,34.39,51.99,393.1,2001,0,99.03,2.03,0.136,0.3 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,2,,13,10:27:07,9:27:07,2484.5,31,0.186,806,5.11,2.79,6,1,2.84,32.11,34.07,30.23,1199.6,1134.16,17.159,26.002,35.36,53.59,337.8,1501,0,99.04,2.03,0.136,0.3 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,3,,14,10:28:41,9:28:41,2578,27.1,0.172,827,4.69,2.74,6,1,2.84,32.4,33.92,30.84,1199.53,1136.74,17.146,25.998,34.76,52.7,309.4,1101,0,99.03,2.03,0.136,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,4,,15,10:30:29,9:30:29,2686,22.9,0.156,850,4.32,2.78,6,1,2.84,32.69,34.03,31.13,1199.73,1141.03,17.12,26.008,34.16,51.89,284.2,800,0,99.03,2.03,0.136,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,5,,16,10:32:29,9:32:29,2807,17.3,0.14,904,4.14,2.95,6,1,2.84,32.64,33.96,31.31,1199.62,1161.62,17.112,24.043,34.23,48.1,349.8,500,0,99.03,2.03,0.136,0.7 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,6,,17,10:33:31,9:33:31,2868.5,9.97,0.135,997,3.99,2.95,6,1,2.84,32.68,33.89,31.22,1199.42,1174.29,17.114,23.79,34.16,47.49,349.8,251,0,99.03,2.03,0.136,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,7,,18,10:35:02,9:35:02,2959.5,3.67,0.128,1080,3.87,3.01,6,1,2.84,32.97,34,31.63,1199.44,1185.29,17.112,23.594,33.6,46.33,349.8,100,0,99.03,1.28,0.173,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,8,,19,10:36:37,9:36:37,3054.5,2.34,0.125,1100,3.82,3.04,6,1,2.84,32.9,34.1,31.43,1199.34,1187.53,17.15,23.555,33.8,46.42,349.8,71,0,99.02,1.26,0.18,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,9,,20,10:38:10,9:38:10,3147.5,0.726,0.123,1120,3.76,3.04,6,1,2.84,32.79,34.08,31.21,1199.52,1190.6,17.209,23.508,34.12,46.61,349.8,39,0,99.02,1.18,0.194,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,10,,21,10:39:41,9:39:41,3238.5,-0.853,0.119,1150,3.65,3.03,6,1,2.84,32.76,34.01,31.24,1199.15,1193.14,17.219,23.337,34.22,46.37,349.8,20,0,99.02,1.31,0.189,1 +Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,11,,22,10:41:12,9:41:12,3329.5,-2.03,0.117,1160,3.62,3.06,6,1,2.84,32.79,34.09,31.22,1199.01,1195.07,17.252,23.314,34.21,46.23,349.8,0,0,99.02,1.36,0.184,1 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,1,,23,10:49:27,9:49:27,3824.5,14.4,0.163,212,5.27,3.23,6,1,2.84,33.19,35.19,31.33,399.62,374.74,17.155,24.982,33.28,48.46,393.8,1999,0,99.02,1.36,0.184,0.3 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,2,,24,10:51:28,9:51:28,3945.5,8.28,0.16,165,5.07,3.18,6,1,2.84,32.92,35.02,31.02,278.5,263.25,17.146,24.988,33.76,49.2,378.4,1999,0,99.01,2.34,0.21,0 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,3,,25,10:53:32,9:53:32,4069.5,4.92,0.164,130,5.19,3.18,6,1,2.84,32.87,35.02,30.96,198.6,189.45,17.153,24.992,33.87,49.35,387.2,2001,0,99.01,2.07,0.217,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,4,,26,10:55:21,9:55:21,4178.5,2.55,0.17,104,5.32,3.15,6,1,2.84,32.8,34.92,30.87,140.13,135.17,17.146,25.018,33.99,49.59,395.1,2000,0,99.01,1.79,0.245,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,5,,27,10:57:24,9:57:24,4301.5,0.111,0.178,79.3,5.6,3.17,6,1,2.84,32.81,34.99,30.92,85.54,84.7,17.168,24.993,34.01,49.51,418.5,1999,0,99.01,1.61,0.261,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,6,,28,10:59:28,9:59:28,4425.5,-2.03,0.188,58,6.05,3.27,6,1,2.84,33.12,35.29,31.21,40.11,42.44,17.226,24.988,33.54,48.65,456.3,2000,0,99.01,1.16,0.222,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,7,,29,11:01:31,10:01:31,4548.5,5.8,0.194,132,6.27,3.28,6,1,2.84,33.23,35.34,31.33,200.88,191.92,17.209,25.021,33.29,48.4,469.3,1999,0,99.01,1.89,0.203,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,8,,30,11:03:02,10:03:02,4639,15.6,0.194,225,6.23,3.25,6,1,2.84,33.15,35.26,31.24,400.49,377.35,17.178,25.018,33.38,48.62,464.7,1999,0,99,1.89,0.203,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,9,,31,11:04:32,10:04:32,4730,24.7,0.188,316,6.14,3.31,6,1,2.84,33.27,35.41,31.38,599.82,562.73,17.099,24.982,33.01,48.22,455.7,2001,0,99.01,1.89,0.203,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,10,,32,11:06:03,10:06:03,4820.5,33.4,0.179,448,5.91,3.33,6,1,2.84,33.36,35.5,31.47,850.28,797.66,17.039,24.995,32.72,48,434.4,2000,0,99.01,1.89,0.203,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,11,,33,11:07:34,10:07:34,4911.5,35.7,0.165,723,5.54,3.37,6,1,2.84,33.45,35.61,31.54,1200.52,1138.34,17.006,25.005,32.5,47.78,405.1,2000,0,99.01,1.89,0.203,0.3 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,1,,34,11:18:49,10:18:49,5586.5,31.1,0.0962,536,3.55,3.61,6,1,2.84,34.02,36.35,32.12,1200.26,1118.46,16.96,25.023,31.4,46.32,257.2,1999,0,99,1.89,0.203,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,2,,35,11:20:50,10:20:50,5707.5,27.6,0.0855,539,3.16,3.61,6,1,2.84,34.19,36.34,32.29,1200.22,1119.92,17.062,24.999,31.29,45.84,233.1,1501,0,99,1.89,0.203,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,3,,36,11:22:51,10:22:51,5828.5,24.6,0.0758,538,2.79,3.59,6,1,2.84,34.21,36.28,32.37,1200.08,1118.81,17.016,25,31.16,45.79,204.7,1100,0,99,1.89,0.203,0.3 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,4,,37,11:24:52,10:24:52,5949.5,21.2,0.0687,565,2.45,3.47,6,1,2.84,33.96,35.92,32.1,1200.03,1119,16.883,24.976,31.35,46.38,177.4,799,0,99,1.89,0.203,0.3 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,5,,38,11:26:52,10:26:52,6070,17.1,0.0629,632,2.17,3.35,6,1,2.84,33.7,35.55,31.88,1200.17,1124.47,16.78,24.994,31.62,47.1,154.7,500,0,99,1.89,0.203,0.7 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,6,,39,11:29:22,10:29:22,6219.5,11.5,0.0597,804,2.34,3.8,6,1,2.84,33.63,35.42,31.82,1200.81,1181.16,16.833,19.99,31.85,37.82,435.2,251,0,99,1.3,0.194,0.3 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,7,,40,11:31:18,10:31:18,6335.5,4.68,0.056,985,2.17,3.76,6,1,2.84,33.53,35.28,31.73,1200.61,1189.96,16.879,19.998,32.11,38.05,409,101,0,99,1.15,0.211,0.3 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,8,,41,11:33:48,10:33:48,6485.5,3.12,0.0529,1030,2.04,3.73,6,1,2.84,33.46,35.19,31.65,1200.62,1191.86,16.816,19.971,32.11,38.14,379.7,70,0,99,0.836,0.234,0 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,9,,42,11:36:11,10:36:11,6628.5,0.796,0.0494,1100,1.88,3.69,6,1,2.84,33.34,35.05,31.55,1200.72,1195.37,16.754,19.994,32.21,38.43,341.3,39,0,99,1.42,0.183,0 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,10,,43,11:37:53,10:37:53,6729.5,-0.686,0.0459,1150,1.76,3.71,6,1,2.84,33.39,35.12,31.6,1200.68,1197.98,16.736,20.013,32.09,38.37,315.6,19,0,99,1.73,0.0785,0 +Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,11,,44,11:39:37,10:39:37,6834.5,-1.92,0.0475,1190,1.8,3.67,6,1,2.84,33.3,35.01,31.53,1200.7,1200.25,16.67,19.991,32.12,38.51,319.3,1,0,98.99,1.35,0.219,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,1,,45,11:51:33,10:51:33,7550.5,8.16,0.088,213,3.7,4.11,6,1,2.84,34.62,36.95,32.73,399.27,385.62,16.848,22.003,30.14,39.37,421.2,1999,65,98.98,1.83,0.233,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,2,,46,11:53:33,10:53:33,7670.5,5.22,0.0984,169,4.04,4.03,6,1,2.84,34.52,36.72,32.62,279.85,271.59,16.86,22.022,30.35,39.64,459.3,1999,26,98.98,1.66,0.258,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,3,,47,11:55:33,10:55:33,7790.5,3.19,0.112,136,4.51,3.96,6,1,2.84,34.35,36.49,32.46,198.65,193.91,16.846,21.999,30.61,39.97,513.9,2000,27,98.98,1.45,0.246,0.7 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,4,,48,11:57:34,10:57:34,7911.5,1.52,0.125,109,4.96,3.93,6,1,2.84,34.28,36.43,32.36,140.22,137.8,16.687,21.998,30.43,40.11,548.2,2000,25,98.97,1.31,0.252,0.7 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,5,,49,11:59:39,10:59:39,8036.5,-0.296,0.135,83.5,5.32,3.92,6,1,2.84,34.23,36.38,32.31,85.58,85.42,16.642,22.011,30.43,40.24,581.9,2000,31,98.97,1.1,0.268,0.7 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,6,,50,12:01:40,11:01:40,8157.5,-1.93,0.148,60.9,5.49,3.7,6,1,2.84,34.25,36.33,32.36,39.97,42.31,16.612,24.011,30.34,43.86,434.7,1999,26,98.97,0.939,0.273,0.7 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,7,,51,12:03:44,11:03:44,8280.5,4,0.155,141,5.77,3.71,6,1,2.84,34.32,36.36,32.41,201.02,194.32,16.625,23.994,30.25,43.66,458.6,2000,28,98.97,1.42,0.287,0 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,8,,52,12:05:47,11:05:47,8404.5,11.1,0.142,232,5.37,3.75,6,1,2.84,34.33,36.46,32.4,400.51,381.82,16.56,23.985,30.12,43.63,423.2,2001,37,98.97,1.78,0.282,0 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,9,,53,12:07:19,11:07:19,8495.5,17.5,0.132,321,5.03,3.76,6,1,2.84,34.36,36.5,32.42,599.5,568.39,16.475,23.986,29.92,43.56,391.8,2001,43,98.97,1.78,0.282,0.7 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,10,,54,12:08:50,11:08:50,8586.5,22,0.123,471,4.72,3.8,6,1,2.84,34.44,36.62,32.51,850.48,808.31,16.453,23.992,29.75,43.37,367,2000,43,98.97,1.78,0.282,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,11,,55,12:10:21,11:10:21,8677.5,21.1,0.113,782,4.46,3.9,6,1,2.84,34.67,36.9,32.75,1200.56,1155.02,16.468,24.015,29.38,42.85,346.1,1999,42,98.97,1.78,0.282,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,1,,56,12:14:03,11:14:03,8900.5,21.4,0.0867,690,3.73,4.2,6,1,2.84,34.89,37.2,32.96,1200.1,1161.56,16.541,21.996,29.16,38.77,401.1,2001,47,98.96,1.78,0.282,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,2,,57,12:16:04,11:16:04,9021.5,21.3,0.0724,613,3.07,4.12,6,1,2.84,34.82,36.96,32.91,1200.06,1154.78,16.523,21.992,29.25,38.93,329.2,1500,53,98.96,1.78,0.282,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,3,,58,12:18:05,11:18:05,9142.5,18.4,0.0615,605,2.56,4.02,6,1,2.84,34.66,36.69,32.78,1200.08,1153.01,16.483,21.982,29.43,39.25,272.7,1101,53,98.95,1.78,0.282,0.7 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,4,,59,12:20:06,11:20:06,9263.5,16.1,0.0544,614,2.23,3.96,6,1,2.84,34.58,36.51,32.73,1199.89,1152.81,16.461,21.976,29.52,39.41,237.4,801,46,98.95,1.78,0.282,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,5,,60,12:22:07,11:22:07,9384.5,13.2,0.0488,655,2,3.95,6,1,2.84,34.6,36.46,32.77,1199.67,1155.56,16.44,21.979,29.45,39.36,211.6,499,50,98.95,1.78,0.282,0.3 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,6,,61,12:23:19,11:23:19,9455.5,9.07,0.0455,778,1.88,3.97,6,1,2.84,34.77,36.54,32.94,1199.76,1165.88,16.467,21.993,29.22,39.03,199.4,251,49,98.95,1.78,0.282,1 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,7,,62,12:25:54,11:25:54,9611.5,3.56,0.0375,955,1.54,3.94,6,1,2.84,34.73,36.45,32.92,1199.39,1179.56,16.445,21.997,29.25,39.13,162.8,101,47,98.95,2.1,0.0779,0 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,8,,63,12:28:18,11:28:18,9755.5,2.18,0.0337,1010,1.37,3.89,6,1,2.84,34.62,36.29,32.83,1199.51,1183.61,16.411,22.009,29.37,39.38,143.1,70,49,98.94,1.83,0.0965,0 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,9,,64,12:30:23,11:30:23,9880.5,0.605,0.0318,1080,1.32,3.98,6,1,2.84,34.83,36.58,33.04,1199.45,1189.96,16.376,22.012,28.96,38.92,137.9,39,183,98.94,0.961,0.293,0 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,10,,65,12:32:55,11:32:55,10032.5,-0.762,0.0295,1150,1.29,4.16,6,1,2.84,35.31,37.1,33.53,1199.26,1195.75,16.296,21.988,28.06,37.86,132.5,19,409,98.95,1.14,0.23,0.7 +Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,11,,66,12:35:32,11:35:32,10189,-1.56,0.0184,1250,0.834,4.31,6,1,2.84,35.82,37.55,34.04,1199.42,1203.43,16.199,22.084,27.12,36.97,83.2,0,174,98.94,0.828,-0.202,0 diff --git a/tests/testthat/examples/Test_2023_7/metadata.yml b/tests/testthat/examples/Test_2023_7/metadata.yml index 1783af89..ec65a848 100644 --- a/tests/testthat/examples/Test_2023_7/metadata.yml +++ b/tests/testthat/examples/Test_2023_7/metadata.yml @@ -1,394 +1,91 @@ source: primary: - key: Falster_2005_1 + key: Test_2023_8 bibtype: Article - author: Daniel S. Falster, Mark Westoby - year: 2005 - title: Alternative height strategies among 45 dicot rain forest species from tropical - Queensland, Australia - journal: Journal of Ecology - volume: 93 - pages: 521--535 - publisher: Wiley-Blackwell - doi: 10.1111/j.0022-0477.2005.00992.x + year: '2011' + author: Lucas A. Cernusak and Lindsay B. Hutley and Jason Beringer and Joseph + A.M. Holtum and Benjamin L. Turner + journal: Agricultural and Forest Meteorology + title: Photosynthetic physiology of eucalypts along a sub-continental rainfall + gradient in northern Australia + volume: '151' + number: '11' + pages: 1462--1470 + doi: 10.1016/j.agrformet.2011.01.006 contributors: data_collectors: - - last_name: Falster - given_name: Daniel - ORCID: 0000-0002-9814-092X - affiliation: Evolution & Ecology Research Centre, School of Biological, Earth, - and Environmental Sciences, UNSW Sydney, Australia + - last_name: Cernusak + given_name: Lucas + ORCID: 0000-0002-7575-5526 + affiliation: College of Science and Engineering, James Cook University, Cairns, + QLD, Australia additional_role: contact - - last_name: Westoby - given_name: Mark - ORCID: 0000-0001-7690-4530 - affiliation: Department of Biological Sciences, Macquarie University, Australia austraits_curators: Elizabeth Wenk dataset: data_is_long_format: no - custom_R_code: 'data %>% mutate(across(`wood density (mg mm-3)`, as.character))' - collection_date: 2004/2004 + custom_R_code: ' + data %>% + group_by(Species, `Leaf number`) %>% + mutate(individual_id = cur_group_id()) %>% + ungroup() + ' + collection_date: Date taxon_name: Species - location_name: site - description: Investigation into trait values correlated with plant height along - light availability and successional gradients for far north Queensland species. + location_name: Site + individual_id: individual_id + repeat_measurements_id: TRUE + description: Leaf-level photosynthetic parameters of species in the closely related + genera Eucalyptus and Corymbia were assessed along a strong rainfall gradient + in northern Australia. basis_of_record: field life_stage: adult - entity_type: population - basis_of_value: measurement - value_type: mean - measurement_remarks: from Falster_2005_1 - replicates: '3' - sampling_strategy: Nineteen species, ranging from early to late successional status, - were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland - et al. 1999). Species selected to represent the light gradient establish and mature - in closed forest, where successional species are assumed absent. For inclusion - in this set we required that a species was known to establish and persist at low - light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya - 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO - Atherton; R Jensen). Twenty-six species, experiencing a range of light levels - at maturity, from high (canopy trees) to low light (understorey shrubs), were - included. - original_file: Falster & Westoby 2005 J Ecol appendix.doc - notes: none + sampling_strategy: Leaf gas exchange measurements were made at six sites along a + sub-continental rainfall gradient in northern Australia (Fig. 1). The sites covered + a latitudinal range from approximately 12 deg S to 23 deg S, with corresponding + MAP ranging from approximately 1700 mm to 300 mm (Table 1). Two canopy tree species + characteristic of each site were selected for measurements. All of the selected + species were from the genus Eucalyptus, or the closely related genus Corymbia + (Table 1). Two individuals of each of the two species at each site were selected + for measurements. A total of six leaves were sampled from each species at each + site. Canopy access was achieved with a 16 m elevated work platform at the four + more northerly sites, and with ladders or from the ground at the two more southerly + sites where trees were shorter. + original_file: Leaf trait data.xls (summary values imported into AusTraits) and + Leaf gas exchange.xls (full light response and A-Ci curve data) in raw data folder + and GoogleDrive folder + notes: The few duplicate values within this dataset, and with Schmidt_2003, Schulze_1998, + and Schulze_2006_2 seem to all be random, independent values since many measurements + for the same traits were made on the same species. locations: - Atherton: - description: Tropical rain forest vegetation. - elevation (m): 800 - latitude (deg): -17.1166667 - longitude (deg): 145.65 - rainfall (mm): 2000 - Cape Tribulation: - description: Complex mesophyll vine forest in tropical rain forest. - elevation (m): 25 - latitude (deg): .na - longitude (deg): .na - rainfall (mm): 3500 -contexts: -- context_property: plant sex - category: entity_context - var_in: sex - values: - - value: female - description: female plant - - value: male - description: male plant - - find: female2 - value: female - description: female plant -- context_property: slope position - category: plot - var_in: slope position - values: - - find: bottom slope - description: bottom slope - - value: dune crest - description: dune crest - - value: mid-slope - description: mid-slope -- context_property: nutrient treatment - category: treatment - var_in: nutrient treatment - values: - - value: control - description: control treatment - - value: high nutrient - description: high nutrient treatment - - value: low nutrient - description: low nutrient treatment - - find: .na.character - value: .na.character - description: .na.character -- context_property: sampling time of day - category: temporal - var_in: sampling time of day - values: - - value: '17:00:00' - - value: '9:00:00' -- context_property: instrument used - category: method_context - var_in: instrument used - values: - - value: instrument 1 - description: instrument 1 - - value: instrument 2 - description: instrument 2 - - find: instrument 3 - value: .na.character - description: .na.character - - find: .na.character - value: instrument 4 - description: .na.character -- context_property: tree height - category: entity_context - var_in: tree height - values: - - value: 3.0 - - value: 5.0 - - value: 4.0 - - value: 10.0 - - value: 1.0 - - value: 2.0 -- context_property: branch length - category: method_context - var_in: method_context - values: - - value: 250 mm branch - description: Measured on a 250 mm branch segment - - description: Measured on a 50 mm branch segment - - value: .na.character - description: Measured on a 1000 mm branch segment + Howard Springs: + latitude (deg): -12.485 + longitude (deg): 131.146 + elevation (m): 37.0 + precipitation, MAP (mm): 1714.0 + temperature, MAT (C): 27.8 + description: eucalypt-dominated savannas +contexts: .na traits: -- var_in: LMA (mg mm-2) - unit_in: mg/mm2 - trait_name: leaf_mass_per_area - methods: LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 - deg C) divided by leaf size. It was measured on the first five fully expanded - leaves at the tip of each individual. Testing of disallowed characters - Ψ◦℃. -- var_in: Leaf nitrogen (mg mg-1) - unit_in: mg/mg - trait_name: leaf_N_per_dry_mass - methods: Leaves from all individuals per species were pooled and finely ground for - nitrogen analysis. Total nitrogen concentration (%) was measured using complete - combustion gas chromatography by Waite Analytical Services, Adelaide. The first - five fully expanded leaves at the tip of each individual were used for the analysis. -- var_in: leaf size (mm2) - unit_in: mm2 - trait_name: leaf_area - methods: Leaf size was calculated as the one-sided leaf area (flat bed scanner). - It was measured on the first five fully expanded leaves at the tip of each individual. -- var_in: wood density (mg mm-3) - unit_in: mg/mm3 - trait_name: wood_density - methods: Wood density was calculated using 40-60 mm stem segments taken 250 mm and - 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated - before processing. After removing bark material, the volume of each wood sample - was determined using Archimedes' principle (Hacke et al. 2000). Samples were submerged - in a water-filled container on a balance. The weight change (mg) recorded during - submersion corresponds to the mass of water displaced, which can be converted - to a volume using the formula, displacement weight (mg)/0.998 (mg/mm3), where - 0.998 mg/mm3 is the density of water at 20 deg C. Samples were then dried for - 4 days at 60 deg C before weighing. -- var_in: branch mass fraction - unit_in: mg/mg - trait_name: .na - methods: Branch mass fraction was calculated as the mass side branches/total mass, - on a carbon dry mass basis. The zero values are correct - these are plants with - no branches. -- var_in: Seed mass (mg) - unit_in: mg - trait_name: seed_dry_mass - methods: Mean oven-dried seed mass (including seed coat but excluding seed accessories) - was estimated for all species with available field material. In total, collections - for 17 of 47 species were made. Data for an additional 12 species were drawn from - published (Osunkoya et al. 1994; Grubb et al. 1998) and unpublished (P. Juniper, - CSIRO Atherton) sources. -- var_in: seed_dry_mass - unit_in: mg - trait_name: seed_dry_mass - value_type: bin - replicates: '10' - methods: Made up bin value. -- var_in: LASA10 - unit_in: mm2{leaf}/mm2{sapwood} - trait_name: huber_value - methods: 'Leaf area was determined for a shoot whose sapwood had a cross sectional - area of 10 mm2. In detail from Wright_2006, which used this data, No single best - point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering - a set of species that varies widely in canopy architecture and typical maximum - height (here, approximately 20 cm to 85 m). We have used several approaches (Table - 1). In one study, we made measurements on the terminal twigs of each species, - i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For - species at Ash, GLP, Myall and TRF, traits were measured at each of several different - distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b - and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured - at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the - present re-analysis, we took the raw data from the previous studies and, for every - species possible, calculated patterns of leaf and stem deployment at two standard - points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at - 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area - (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This - was done as follows. For each individual plant, total leaf and stem dry mass at - 250 mm distance was estimated by straightline interpolation from values measured - at the nearest sampling points on either side of this distance. As the dry mass - data tended to display non-linear (power) relationships with distance from the - branch tip, the interpolated values were calculated from log10-log10- transformed - data, then back-transformed to the original scale. The same approach was used - for interpolating data to the standard stem (or sapwood) cross-sectional area. - For individuals where measurements had not been made on either side of the desired - point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 - of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated - (rather than interpolated) the measured data to the standard point. This allowed - us to include a number of individuals and species for which interpolation was - not possible. Still, several large-leaved, large-stemmed species from the TRF - site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies - in analyses, including the extrapolated data, were seen in comparison to analyses - including interpolated data only (details not shown). To illustrate how species'' - morphology varied at the two standard sampling points, species-mean stem cross-sectional - area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while - the distance from the branch tip at which stem cross-sectional area reached 10 - mm2 varied from 64 to 995 mm.' -- var_in: LASA250 - unit_in: mm2{leaf}/mm2{sapwood} - trait_name: huber_value - methods: 'Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional - area was determined where the branch was cut. In detail from Wright_2006, which - used this data, No single best point exists to compare traits such as LM/ SM, - LA/SM and LA/SA when considering a set of species that varies widely in canopy - architecture and typical maximum height (here, approximately 20 cm to 85 m). We - have used several approaches (Table 1). In one study, we made measurements on - the terminal twigs of each species, i.e. on a relatively standard developmental - unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits - were measured at each of several different distances back down the stem from the - branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). - At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional - area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw - data from the previous studies and, for every species possible, calculated patterns - of leaf and stem deployment at two standard points: at 250 mm distance from the - branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood - (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted - as subscript in trait abbreviations). This was done as follows. For each individual - plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline - interpolation from values measured at the nearest sampling points on either side - of this distance. As the dry mass data tended to display non-linear (power) relationships - with distance from the branch tip, the interpolated values were calculated from - log10-log10- transformed data, then back-transformed to the original scale. The - same approach was used for interpolating data to the standard stem (or sapwood) - cross-sectional area. For individuals where measurements had not been made on - either side of the desired point but the nearest measurement had been made within - 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired - point), we extrapolated (rather than interpolated) the measured data to the standard - point. This allowed us to include a number of individuals and species for which - interpolation was not possible. Still, several large-leaved, large-stemmed species - from the TRF site could not be included in the 10-mm2 crosssection dataset. No - unusual tendencies in analyses, including the extrapolated data, were seen in - comparison to analyses including interpolated data only (details not shown). To - illustrate how species'' morphology varied at the two standard sampling points, - species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm - distance from the branch tip, while the distance from the branch tip at which - stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' - method_context: 250 mm branch -- var_in: LASA50 - unit_in: mm2{leaf}/mm2{sapwood} - trait_name: huber_value - methods: 'Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional - area was determined where the branch was cut. In detail from Wright_2006, which - used this data, No single best point exists to compare traits such as LM/ SM, - LA/SM and LA/SA when considering a set of species that varies widely in canopy - architecture and typical maximum height (here, approximately 20 cm to 85 m). We - have used several approaches (Table 1). In one study, we made measurements on - the terminal twigs of each species, i.e. on a relatively standard developmental - unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits - were measured at each of several different distances back down the stem from the - branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). - At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional - area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw - data from the previous studies and, for every species possible, calculated patterns - of leaf and stem deployment at two standard points: at 250 mm distance from the - branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood - (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted - as subscript in trait abbreviations). This was done as follows. For each individual - plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline - interpolation from values measured at the nearest sampling points on either side - of this distance. As the dry mass data tended to display non-linear (power) relationships - with distance from the branch tip, the interpolated values were calculated from - log10-log10- transformed data, then back-transformed to the original scale. The - same approach was used for interpolating data to the standard stem (or sapwood) - cross-sectional area. For individuals where measurements had not been made on - either side of the desired point but the nearest measurement had been made within - 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired - point), we extrapolated (rather than interpolated) the measured data to the standard - point. This allowed us to include a number of individuals and species for which - interpolation was not possible. Still, several large-leaved, large-stemmed species - from the TRF site could not be included in the 10-mm2 crosssection dataset. No - unusual tendencies in analyses, including the extrapolated data, were seen in - comparison to analyses including interpolated data only (details not shown). To - illustrate how species'' morphology varied at the two standard sampling points, - species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm - distance from the branch tip, while the distance from the branch tip at which - stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' - method_context: 50 mm branch -- var_in: LASA1000 - unit_in: mm2{leaf}/mm2{sapwood} - trait_name: huber_value +- var_in: Photosynthesis (umol m-2 s-1) + unit_in: umol/m2/s + trait_name: leaf_photosynthesis entity_type: individual value_type: raw - basis_of_value: model_derived - measurement_remarks: made-up measurement remarks - collection_date: 2002/2002 - replicates: '5' - methods: 'Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional - area was determined where the branch was cut. In detail from Wright_2006, which - used this data, No single best point exists to compare traits such as LM/ SM, - LA/SM and LA/SA when considering a set of species that varies widely in canopy - architecture and typical maximum height (here, approximately 20 cm to 85 m). We - have used several approaches (Table 1). In one study, we made measurements on - the terminal twigs of each species, i.e. on a relatively standard developmental - unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits - were measured at each of several different distances back down the stem from the - branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). - At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional - area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw - data from the previous studies and, for every species possible, calculated patterns - of leaf and stem deployment at two standard points: at 250 mm distance from the - branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood - (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted - as subscript in trait abbreviations). This was done as follows. For each individual - plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline - interpolation from values measured at the nearest sampling points on either side - of this distance. As the dry mass data tended to display non-linear (power) relationships - with distance from the branch tip, the interpolated values were calculated from - log10-log10- transformed data, then back-transformed to the original scale. The - same approach was used for interpolating data to the standard stem (or sapwood) - cross-sectional area. For individuals where measurements had not been made on - either side of the desired point but the nearest measurement had been made within - 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired - point), we extrapolated (rather than interpolated) the measured data to the standard - point. This allowed us to include a number of individuals and species for which - interpolation was not possible. Still, several large-leaved, large-stemmed species - from the TRF site could not be included in the 10-mm2 crosssection dataset. No - unusual tendencies in analyses, including the extrapolated data, were seen in - comparison to analyses including interpolated data only (details not shown). To - illustrate how species'' morphology varied at the two standard sampling points, - species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm - distance from the branch tip, while the distance from the branch tip at which - stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' - method_context: 1000 mm branch -- var_in: flowering_time - unit_in: .na - trait_name: flowering_time - entity_type: individual - value_type: mode - basis_of_value: expert_score - methods: Made up flowering time values. - replicates: .na -- var_in: plant_growth_form - unit_in: .na - trait_name: plant_growth_form - entity_type: species - value_type: mode - basis_of_value: expert_score - methods: Made up growth form values. - replicates: .na -substitutions: -- trait_name: plant_growth_form - find: herbs - replace: herb -- trait_name: seed_dry_mass - find: 1--2 - replace: 10--20 -taxonomic_updates: -- find: Homalanthus novoguineensis - replace: Homalanthus novo-guineensis - reason: Change spelling to align with known name in APC (Daniel Falster, 2020.05.22) -- find: Haplostichanthus sp Coop. Ck - replace: Haplostichanthus submontanus - reason: Align previous phrase name with current APC name (E. Wenk, 2020-05-25) -- find: Psychotria sp Utchee Creek - replace: Psychotria sp. Utchee Creek (H.Flecker NQNC5313) - reason: Align to name in APC (D Falster, 2020.05.23) -exclude_observations: -- variable: leaf_mass_per_area - find: 0.167 - reason: Test exclusion + basis_of_value: measurement + replicates: 1 + methods: The A-ci curves were analysed using the spreadsheet utility (version 2007.1) + provided by Sharkey et al. (2007). The spreadsheet utility fits the photosynthesis + model of Farquhar et al. (1980) to the observed CO2 response curve. Estimates + are generated of the maximum Rubisco carboxylation rate, Vcmax (umol CO2 m-2 s-1); + the electron transport rate, J (umol electrons m-2 s-1); triose phosphate use, + TPU (umol triose phosphate m-2 s-1); day respiration, Rd (umol CO2 m-2 s-1); and + mesophyll conductance to CO2, gm (umol m-2 s-1 Pa-1). The spreadsheet utility + provides estimates of these parameters normalized to 25 deg C to facilitate comparisons + with measurements made at other leaf temperatures. An additional column in the + data.csv file, 'Vcmax atTleaf (umol m-2 s-1)', provides Vcmax values at the measured + leaf temperature and the column 'Tleaf (deg C)' indicates the leaf temperatures + during gas exchange measurements. +substitutions: .na +taxonomic_updates: .na +exclude_observations: .na questions: .na diff --git a/tests/testthat/examples/Test_2023_8/README.md b/tests/testthat/examples/Test_2023_8/README.md new file mode 100644 index 00000000..854a7308 --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/README.md @@ -0,0 +1,15 @@ + +# Test Dataset 7: `Test_2023_7` + +This dataset is for testing `dataset_test` (not yet implemented). Erroneous metadata entry has been added to check the expected output of `dataset_test` (more to be added). + +Test_2023_7 is a copy of Falster_2005_1 with the following modifications: +- `entity_type`, `basis_of_value`, `value_type` and `replicates` were moved to dataset level fixed value in metadata.yml, except for `flowering_time`, `huber_value` (LASA1000) and `plant_growth_form` where they're specified at the trait level +- Added `measurement_remarks` to dataset level as fixed value in metadata.yml +- Added all different types of contexts (`entity_context`, `plot`, `treatment`, `temporal`, `method`) with some NA `find` and `value` values, duplicate `value` values, numeric and character type values, as separate columns (sex, slope position, nutrient treatment, sampling time of day, instrument used) plus entered at the trait level as a fixed value (for the `huber_value` traits) +- Removed latitude and longitude for Cape Tribulation +- Changed `trait_name` field for `branch_mass_fraction` to NA +- Added a categorical trait, `plant_growth_form`, and time trait, `flowering_time` +- Changed a numeric column `wood_density` to character type with `custom_R_code` +- Duplicated `flowering_time` value for Acacia celsa +- Excluded observation 0.17 for `leaf_mass_per_area` diff --git a/tests/testthat/examples/Test_2023_8/data.csv b/tests/testthat/examples/Test_2023_8/data.csv new file mode 100644 index 00000000..cf0bb2f6 --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/data.csv @@ -0,0 +1,47 @@ +Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height +Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3 +Acacia celsa,acacel,Atherton,,,,,,,,,,,,nyynnnnnnnnn,,female,bottom slope,control,17:00:00,instrument 1,3 +Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,,nnnnnnnnnyyy,shrub,male,dune crest,control,17:00:00,instrument 1,5 +Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,,nnnnyyynnnnn,mallee tree shrub tree mallee,female2,mid-slope,high nutrient,17:00:00,,4 +Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4 +Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4 +Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,, +Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,geophyte,,bottom slope,,9:00:00,instrument 3, +Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3, +Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,trees,female,dune crest,,,,10 +Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,tree,male,,,,, +Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,male,,,,,1 +Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,,male,,,,,1 +Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,herbs,male,,,,,1 +Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,male,,control,,,1 +Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,tree,male,,control,,,2 +Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,tree,male,,high nutrient,,, +Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,tree,male,,high nutrient,,, +Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,unknown,female,,low nutrient,,,2 +Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,,,,female,,low nutrient,,, +Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,female2,,,,, +Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,, +Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,, +Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,, +Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,, +Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,, +Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,, +Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,, +Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,, +Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,, +Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,, +Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,, +Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,, +Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,, +Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,, +Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,, +Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,, +Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,, +Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,, +Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,, +Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,, +Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,, +Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,, +Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,, +Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,, +Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,, diff --git a/tests/testthat/examples/Test_2023_8/metadata.yml b/tests/testthat/examples/Test_2023_8/metadata.yml new file mode 100644 index 00000000..1783af89 --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/metadata.yml @@ -0,0 +1,394 @@ +source: + primary: + key: Falster_2005_1 + bibtype: Article + author: Daniel S. Falster, Mark Westoby + year: 2005 + title: Alternative height strategies among 45 dicot rain forest species from tropical + Queensland, Australia + journal: Journal of Ecology + volume: 93 + pages: 521--535 + publisher: Wiley-Blackwell + doi: 10.1111/j.0022-0477.2005.00992.x +contributors: + data_collectors: + - last_name: Falster + given_name: Daniel + ORCID: 0000-0002-9814-092X + affiliation: Evolution & Ecology Research Centre, School of Biological, Earth, + and Environmental Sciences, UNSW Sydney, Australia + additional_role: contact + - last_name: Westoby + given_name: Mark + ORCID: 0000-0001-7690-4530 + affiliation: Department of Biological Sciences, Macquarie University, Australia + austraits_curators: Elizabeth Wenk +dataset: + data_is_long_format: no + custom_R_code: 'data %>% mutate(across(`wood density (mg mm-3)`, as.character))' + collection_date: 2004/2004 + taxon_name: Species + location_name: site + description: Investigation into trait values correlated with plant height along + light availability and successional gradients for far north Queensland species. + basis_of_record: field + life_stage: adult + entity_type: population + basis_of_value: measurement + value_type: mean + measurement_remarks: from Falster_2005_1 + replicates: '3' + sampling_strategy: Nineteen species, ranging from early to late successional status, + were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland + et al. 1999). Species selected to represent the light gradient establish and mature + in closed forest, where successional species are assumed absent. For inclusion + in this set we required that a species was known to establish and persist at low + light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya + 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO + Atherton; R Jensen). Twenty-six species, experiencing a range of light levels + at maturity, from high (canopy trees) to low light (understorey shrubs), were + included. + original_file: Falster & Westoby 2005 J Ecol appendix.doc + notes: none +locations: + Atherton: + description: Tropical rain forest vegetation. + elevation (m): 800 + latitude (deg): -17.1166667 + longitude (deg): 145.65 + rainfall (mm): 2000 + Cape Tribulation: + description: Complex mesophyll vine forest in tropical rain forest. + elevation (m): 25 + latitude (deg): .na + longitude (deg): .na + rainfall (mm): 3500 +contexts: +- context_property: plant sex + category: entity_context + var_in: sex + values: + - value: female + description: female plant + - value: male + description: male plant + - find: female2 + value: female + description: female plant +- context_property: slope position + category: plot + var_in: slope position + values: + - find: bottom slope + description: bottom slope + - value: dune crest + description: dune crest + - value: mid-slope + description: mid-slope +- context_property: nutrient treatment + category: treatment + var_in: nutrient treatment + values: + - value: control + description: control treatment + - value: high nutrient + description: high nutrient treatment + - value: low nutrient + description: low nutrient treatment + - find: .na.character + value: .na.character + description: .na.character +- context_property: sampling time of day + category: temporal + var_in: sampling time of day + values: + - value: '17:00:00' + - value: '9:00:00' +- context_property: instrument used + category: method_context + var_in: instrument used + values: + - value: instrument 1 + description: instrument 1 + - value: instrument 2 + description: instrument 2 + - find: instrument 3 + value: .na.character + description: .na.character + - find: .na.character + value: instrument 4 + description: .na.character +- context_property: tree height + category: entity_context + var_in: tree height + values: + - value: 3.0 + - value: 5.0 + - value: 4.0 + - value: 10.0 + - value: 1.0 + - value: 2.0 +- context_property: branch length + category: method_context + var_in: method_context + values: + - value: 250 mm branch + description: Measured on a 250 mm branch segment + - description: Measured on a 50 mm branch segment + - value: .na.character + description: Measured on a 1000 mm branch segment +traits: +- var_in: LMA (mg mm-2) + unit_in: mg/mm2 + trait_name: leaf_mass_per_area + methods: LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 + deg C) divided by leaf size. It was measured on the first five fully expanded + leaves at the tip of each individual. Testing of disallowed characters - Ψ◦℃. +- var_in: Leaf nitrogen (mg mg-1) + unit_in: mg/mg + trait_name: leaf_N_per_dry_mass + methods: Leaves from all individuals per species were pooled and finely ground for + nitrogen analysis. Total nitrogen concentration (%) was measured using complete + combustion gas chromatography by Waite Analytical Services, Adelaide. The first + five fully expanded leaves at the tip of each individual were used for the analysis. +- var_in: leaf size (mm2) + unit_in: mm2 + trait_name: leaf_area + methods: Leaf size was calculated as the one-sided leaf area (flat bed scanner). + It was measured on the first five fully expanded leaves at the tip of each individual. +- var_in: wood density (mg mm-3) + unit_in: mg/mm3 + trait_name: wood_density + methods: Wood density was calculated using 40-60 mm stem segments taken 250 mm and + 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated + before processing. After removing bark material, the volume of each wood sample + was determined using Archimedes' principle (Hacke et al. 2000). Samples were submerged + in a water-filled container on a balance. The weight change (mg) recorded during + submersion corresponds to the mass of water displaced, which can be converted + to a volume using the formula, displacement weight (mg)/0.998 (mg/mm3), where + 0.998 mg/mm3 is the density of water at 20 deg C. Samples were then dried for + 4 days at 60 deg C before weighing. +- var_in: branch mass fraction + unit_in: mg/mg + trait_name: .na + methods: Branch mass fraction was calculated as the mass side branches/total mass, + on a carbon dry mass basis. The zero values are correct - these are plants with + no branches. +- var_in: Seed mass (mg) + unit_in: mg + trait_name: seed_dry_mass + methods: Mean oven-dried seed mass (including seed coat but excluding seed accessories) + was estimated for all species with available field material. In total, collections + for 17 of 47 species were made. Data for an additional 12 species were drawn from + published (Osunkoya et al. 1994; Grubb et al. 1998) and unpublished (P. Juniper, + CSIRO Atherton) sources. +- var_in: seed_dry_mass + unit_in: mg + trait_name: seed_dry_mass + value_type: bin + replicates: '10' + methods: Made up bin value. +- var_in: LASA10 + unit_in: mm2{leaf}/mm2{sapwood} + trait_name: huber_value + methods: 'Leaf area was determined for a shoot whose sapwood had a cross sectional + area of 10 mm2. In detail from Wright_2006, which used this data, No single best + point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering + a set of species that varies widely in canopy architecture and typical maximum + height (here, approximately 20 cm to 85 m). We have used several approaches (Table + 1). In one study, we made measurements on the terminal twigs of each species, + i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For + species at Ash, GLP, Myall and TRF, traits were measured at each of several different + distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b + and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured + at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the + present re-analysis, we took the raw data from the previous studies and, for every + species possible, calculated patterns of leaf and stem deployment at two standard + points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at + 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area + (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This + was done as follows. For each individual plant, total leaf and stem dry mass at + 250 mm distance was estimated by straightline interpolation from values measured + at the nearest sampling points on either side of this distance. As the dry mass + data tended to display non-linear (power) relationships with distance from the + branch tip, the interpolated values were calculated from log10-log10- transformed + data, then back-transformed to the original scale. The same approach was used + for interpolating data to the standard stem (or sapwood) cross-sectional area. + For individuals where measurements had not been made on either side of the desired + point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 + of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated + (rather than interpolated) the measured data to the standard point. This allowed + us to include a number of individuals and species for which interpolation was + not possible. Still, several large-leaved, large-stemmed species from the TRF + site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies + in analyses, including the extrapolated data, were seen in comparison to analyses + including interpolated data only (details not shown). To illustrate how species'' + morphology varied at the two standard sampling points, species-mean stem cross-sectional + area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while + the distance from the branch tip at which stem cross-sectional area reached 10 + mm2 varied from 64 to 995 mm.' +- var_in: LASA250 + unit_in: mm2{leaf}/mm2{sapwood} + trait_name: huber_value + methods: 'Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional + area was determined where the branch was cut. In detail from Wright_2006, which + used this data, No single best point exists to compare traits such as LM/ SM, + LA/SM and LA/SA when considering a set of species that varies widely in canopy + architecture and typical maximum height (here, approximately 20 cm to 85 m). We + have used several approaches (Table 1). In one study, we made measurements on + the terminal twigs of each species, i.e. on a relatively standard developmental + unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits + were measured at each of several different distances back down the stem from the + branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). + At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional + area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw + data from the previous studies and, for every species possible, calculated patterns + of leaf and stem deployment at two standard points: at 250 mm distance from the + branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood + (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted + as subscript in trait abbreviations). This was done as follows. For each individual + plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline + interpolation from values measured at the nearest sampling points on either side + of this distance. As the dry mass data tended to display non-linear (power) relationships + with distance from the branch tip, the interpolated values were calculated from + log10-log10- transformed data, then back-transformed to the original scale. The + same approach was used for interpolating data to the standard stem (or sapwood) + cross-sectional area. For individuals where measurements had not been made on + either side of the desired point but the nearest measurement had been made within + 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired + point), we extrapolated (rather than interpolated) the measured data to the standard + point. This allowed us to include a number of individuals and species for which + interpolation was not possible. Still, several large-leaved, large-stemmed species + from the TRF site could not be included in the 10-mm2 crosssection dataset. No + unusual tendencies in analyses, including the extrapolated data, were seen in + comparison to analyses including interpolated data only (details not shown). To + illustrate how species'' morphology varied at the two standard sampling points, + species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm + distance from the branch tip, while the distance from the branch tip at which + stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' + method_context: 250 mm branch +- var_in: LASA50 + unit_in: mm2{leaf}/mm2{sapwood} + trait_name: huber_value + methods: 'Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional + area was determined where the branch was cut. In detail from Wright_2006, which + used this data, No single best point exists to compare traits such as LM/ SM, + LA/SM and LA/SA when considering a set of species that varies widely in canopy + architecture and typical maximum height (here, approximately 20 cm to 85 m). We + have used several approaches (Table 1). In one study, we made measurements on + the terminal twigs of each species, i.e. on a relatively standard developmental + unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits + were measured at each of several different distances back down the stem from the + branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). + At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional + area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw + data from the previous studies and, for every species possible, calculated patterns + of leaf and stem deployment at two standard points: at 250 mm distance from the + branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood + (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted + as subscript in trait abbreviations). This was done as follows. For each individual + plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline + interpolation from values measured at the nearest sampling points on either side + of this distance. As the dry mass data tended to display non-linear (power) relationships + with distance from the branch tip, the interpolated values were calculated from + log10-log10- transformed data, then back-transformed to the original scale. The + same approach was used for interpolating data to the standard stem (or sapwood) + cross-sectional area. For individuals where measurements had not been made on + either side of the desired point but the nearest measurement had been made within + 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired + point), we extrapolated (rather than interpolated) the measured data to the standard + point. This allowed us to include a number of individuals and species for which + interpolation was not possible. Still, several large-leaved, large-stemmed species + from the TRF site could not be included in the 10-mm2 crosssection dataset. No + unusual tendencies in analyses, including the extrapolated data, were seen in + comparison to analyses including interpolated data only (details not shown). To + illustrate how species'' morphology varied at the two standard sampling points, + species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm + distance from the branch tip, while the distance from the branch tip at which + stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' + method_context: 50 mm branch +- var_in: LASA1000 + unit_in: mm2{leaf}/mm2{sapwood} + trait_name: huber_value + entity_type: individual + value_type: raw + basis_of_value: model_derived + measurement_remarks: made-up measurement remarks + collection_date: 2002/2002 + replicates: '5' + methods: 'Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional + area was determined where the branch was cut. In detail from Wright_2006, which + used this data, No single best point exists to compare traits such as LM/ SM, + LA/SM and LA/SA when considering a set of species that varies widely in canopy + architecture and typical maximum height (here, approximately 20 cm to 85 m). We + have used several approaches (Table 1). In one study, we made measurements on + the terminal twigs of each species, i.e. on a relatively standard developmental + unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits + were measured at each of several different distances back down the stem from the + branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). + At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional + area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw + data from the previous studies and, for every species possible, calculated patterns + of leaf and stem deployment at two standard points: at 250 mm distance from the + branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood + (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted + as subscript in trait abbreviations). This was done as follows. For each individual + plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline + interpolation from values measured at the nearest sampling points on either side + of this distance. As the dry mass data tended to display non-linear (power) relationships + with distance from the branch tip, the interpolated values were calculated from + log10-log10- transformed data, then back-transformed to the original scale. The + same approach was used for interpolating data to the standard stem (or sapwood) + cross-sectional area. For individuals where measurements had not been made on + either side of the desired point but the nearest measurement had been made within + 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired + point), we extrapolated (rather than interpolated) the measured data to the standard + point. This allowed us to include a number of individuals and species for which + interpolation was not possible. Still, several large-leaved, large-stemmed species + from the TRF site could not be included in the 10-mm2 crosssection dataset. No + unusual tendencies in analyses, including the extrapolated data, were seen in + comparison to analyses including interpolated data only (details not shown). To + illustrate how species'' morphology varied at the two standard sampling points, + species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm + distance from the branch tip, while the distance from the branch tip at which + stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' + method_context: 1000 mm branch +- var_in: flowering_time + unit_in: .na + trait_name: flowering_time + entity_type: individual + value_type: mode + basis_of_value: expert_score + methods: Made up flowering time values. + replicates: .na +- var_in: plant_growth_form + unit_in: .na + trait_name: plant_growth_form + entity_type: species + value_type: mode + basis_of_value: expert_score + methods: Made up growth form values. + replicates: .na +substitutions: +- trait_name: plant_growth_form + find: herbs + replace: herb +- trait_name: seed_dry_mass + find: 1--2 + replace: 10--20 +taxonomic_updates: +- find: Homalanthus novoguineensis + replace: Homalanthus novo-guineensis + reason: Change spelling to align with known name in APC (Daniel Falster, 2020.05.22) +- find: Haplostichanthus sp Coop. Ck + replace: Haplostichanthus submontanus + reason: Align previous phrase name with current APC name (E. Wenk, 2020-05-25) +- find: Psychotria sp Utchee Creek + replace: Psychotria sp. Utchee Creek (H.Flecker NQNC5313) + reason: Align to name in APC (D Falster, 2020.05.23) +exclude_observations: +- variable: leaf_mass_per_area + find: 0.167 + reason: Test exclusion +questions: .na diff --git a/tests/testthat/examples/Test_2023_7/output/contexts.csv b/tests/testthat/examples/Test_2023_8/output/contexts.csv similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/contexts.csv rename to tests/testthat/examples/Test_2023_8/output/contexts.csv diff --git a/tests/testthat/examples/Test_2023_7/output/contributors.csv b/tests/testthat/examples/Test_2023_8/output/contributors.csv similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/contributors.csv rename to tests/testthat/examples/Test_2023_8/output/contributors.csv diff --git a/tests/testthat/examples/Test_2023_7/output/definitions.yml b/tests/testthat/examples/Test_2023_8/output/definitions.yml similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/definitions.yml rename to tests/testthat/examples/Test_2023_8/output/definitions.yml diff --git a/tests/testthat/examples/Test_2023_7/output/excluded_data.csv b/tests/testthat/examples/Test_2023_8/output/excluded_data.csv similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/excluded_data.csv rename to tests/testthat/examples/Test_2023_8/output/excluded_data.csv diff --git a/tests/testthat/examples/Test_2023_7/output/locations.csv b/tests/testthat/examples/Test_2023_8/output/locations.csv similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/locations.csv rename to tests/testthat/examples/Test_2023_8/output/locations.csv diff --git a/tests/testthat/examples/Test_2023_7/output/metadata.yml b/tests/testthat/examples/Test_2023_8/output/metadata.yml similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/metadata.yml rename to tests/testthat/examples/Test_2023_8/output/metadata.yml diff --git a/tests/testthat/examples/Test_2023_7/output/methods.csv b/tests/testthat/examples/Test_2023_8/output/methods.csv similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/methods.csv rename to tests/testthat/examples/Test_2023_8/output/methods.csv diff --git a/tests/testthat/examples/Test_2023_7/output/sources.bib b/tests/testthat/examples/Test_2023_8/output/sources.bib similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/sources.bib rename to tests/testthat/examples/Test_2023_8/output/sources.bib diff --git a/tests/testthat/examples/Test_2023_7/output/taxa.csv b/tests/testthat/examples/Test_2023_8/output/taxa.csv similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/taxa.csv rename to tests/testthat/examples/Test_2023_8/output/taxa.csv diff --git a/tests/testthat/examples/Test_2023_7/output/taxonomic_updates.csv b/tests/testthat/examples/Test_2023_8/output/taxonomic_updates.csv similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/taxonomic_updates.csv rename to tests/testthat/examples/Test_2023_8/output/taxonomic_updates.csv diff --git a/tests/testthat/examples/Test_2023_7/output/traits.csv b/tests/testthat/examples/Test_2023_8/output/traits.csv similarity index 100% rename from tests/testthat/examples/Test_2023_7/output/traits.csv rename to tests/testthat/examples/Test_2023_8/output/traits.csv From 03c81874de7f5e7ab904f071a525ddf8a2037780 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 02:16:45 +1000 Subject: [PATCH 05/45] Add some dummy traits for testing curve data --- tests/testthat/config/traits.yml | 33 ++++++---------- .../examples/Test_2023_7/metadata.yml | 39 +++++++++++++++++++ 2 files changed, 51 insertions(+), 21 deletions(-) diff --git a/tests/testthat/config/traits.yml b/tests/testthat/config/traits.yml index fe6323c3..aa54281f 100644 --- a/tests/testthat/config/traits.yml +++ b/tests/testthat/config/traits.yml @@ -177,29 +177,20 @@ traits: allowed_values_min: 1.0e-05 allowed_values_max: 1000000.0 entity_URI: https://w3id.org/APD/traits/trait_0012610 - leaf_photosynthesis_Vcmax_per_area: - label: Leaf Vcmax per unit leaf area (Vcmax) - description: Maximum [NCIT:C25564] carboxylation [MOP:0000591] rate [PATO:0000161] - by the Rubisco complex [GO:0048492] in plant leaves [PO:0025034], recorded - per unit leaf [PO:0025034] area [PATO:0001323]. The value is a model parameter - [STATO:0000034] derived from the initial slope of a photosynthesis [GO:0015979] - A-ci response curve, the component that is carbon dioxide [CHEBI:16526] limited - and hence limited by Rubisco activity.;The apparent maximum rate of Rubisco - (ribulose 1,5-bisphosphate carboxylase/oxygenase) activity carboxylase activity - (carboxylation capacity), recorded per unit leaf dry mass. This is a model-derived - value, calculated from the portion of an A-ci response curve (curve showing - the photosynthetic response to increasing carbon dioxide concentrations) at - low carbon dioxide concentrations. This is the portion of the curve where - the photosynthetic rate is limited by the Rubisco activity. - comments: This trait is explicitly for Vcmax per leaf area measurements made - at a temperature other than 25 deg C. It is essential to record measurement - temperature as a context property as Vcmax is very sensitive to changes in - temperature. Measurements made at 25 deg C should be mapped to `leaf_photosynthesis_Vcmax_per_area_25C` + leaf_photosynthesis: + label: Leaf photosynthesis + description: Dummy trait definition to test response curves in Test Dataset 7. type: numeric units: umol/m2/s - allowed_values_min: 10.0 - allowed_values_max: 300.0 - entity_URI: https://w3id.org/APD/traits/trait_0020413 + allowed_values_min: -5 + allowed_values_max: 50 + leaf_stomatal_conductance: + label: Leaf stomatal conductance + description: Second dummy trait definition to test response curves in Test Dataset 7. + type: numeric + units: mmol{H2O}/m2/s + allowed_values_min: 0 + allowed_values_max: 1 plant_growth_form: label: Plant growth form description: A whole plant [PO:0000003] phenotype [NCIT:C16977] trait that summarises diff --git a/tests/testthat/examples/Test_2023_7/metadata.yml b/tests/testthat/examples/Test_2023_7/metadata.yml index ec65a848..d2e66d6d 100644 --- a/tests/testthat/examples/Test_2023_7/metadata.yml +++ b/tests/testthat/examples/Test_2023_7/metadata.yml @@ -85,6 +85,45 @@ traits: data.csv file, 'Vcmax atTleaf (umol m-2 s-1)', provides Vcmax values at the measured leaf temperature and the column 'Tleaf (deg C)' indicates the leaf temperatures during gas exchange measurements. +- var_in: Conductance to H2O (mol m-2 s-1) + unit_in: mol{H2O}/m2/s + trait_name: leaf_stomatal_conductance + entity_type: individual + value_type: raw + basis_of_value: measurement + replicates: 1 + methods: 'Values used are from the first step of the A-ci curve, where CO2 was approximately + 400 ppm and PAR 1200 umol m-2 s-1. In detail, two portable photosynthesis systems + (Li-6400, LiCor Inc., Lincoln, NE, USA) were used to measure the response of photosynthesis + to intercellular CO2 concentration (A-ci curve) and to light (light response curve). + The two systems were cross calibrated, and gave unbiased results with respect + to each other. The measurement sequence for each sampled leaf started with the + A-ci curve and then proceeded to the light response curve. The CO2 concentration + (umol mol-1) entering the leaf gas exchange cuvette was altered in the following + sequence: 400, 280, 230, 150, 70, 40, 230, 400, 640, 980, and 1200. A measurement + of photosynthesis was logged approximately 2 min after each step change in CO2 + concentration entering the cuvette. Irradiance during the A-ci curve measurements + was set at 2000 umol photosynthetically active radiation (PAR) m-2 s-1, supplied + by an artificial light source (6400-02B LED, LiCor Inc.). At the conclusion of + the A-ci curve, the light response curve was measured on the same leaf. The CO2 + concentration of air entering the cuvette was maintained at 1200 umol mol-1, and + irradiance (umol PAR m-2 s-1) was altered in the following sequence: 2000, 1500, + 1000, 500, 200, 120, 70, 40, 20, and 0. A measurement of photosynthesis was logged + approximately 2 min after each step change in irradiance. We endeavoured to maintain + the leaf-to-air vapour pressure difference (D) and the leaf temperature (T) constant + across sites and within a site for each sample leaf during A-ci and light response + measurements. The target D was 2.5 kPa and the target T was 33 deg C. Mean site + values (mean +/- 1 SD) for T during measurements ranged from 32.3 +/- 0.6 deg + C at the Howard Springs site to 33.9 +/- 2.0 deg C at the Boulia site. Mean site + values during measurements for D ranged from 2.1 +/- 0.2 kPa at the Howard Springs + site to 3.1 +/- 0.7 kPa at the Boulia site. Measurements at all sites except the + Boulia site took place between 2 and 15 September 2008. Measurements at the Boulia + site took place between 5 and 8 December 2008. Precipitation at the Boulia site + does not show as highly pronounced a seasonal variation as the more northerly + sites. A cumulative precipitation of 56 mm was recorded at the Boulia Airport + in the nine months preceding the measurement campaign (http://www.bom.gov.au/index.shtml). + Gas exchange measurements were taken between 0800 h and 1700 h local time at each + site.' substitutions: .na taxonomic_updates: .na exclude_observations: .na From c68e452c21fce769c735d63fcce98003e824ac3f Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 02:16:55 +1000 Subject: [PATCH 06/45] Add test dataset 7 --- tests/testthat/test-xamples.R | 66 ++++++++++++++++++++++++++++++----- 1 file changed, 57 insertions(+), 9 deletions(-) diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index 1e1404cb..b169f76c 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -153,24 +153,72 @@ testthat::test_that("Test Dataset 4 builds correctly", { }) -# Add Test_2023_4 - -#testthat::test_that("`dataset_test` works properly for Test Dataset 7", { +# TODO +# Need to check for long datasets +# Reading in from trait vs dataset level? +testthat::test_that("Test Dataset 7 builds correctly", { # Test Dataset 7: Test_2023_7 # See README.md in examples/Test_2023_7 for details about this dataset + # Build dataset + expect_no_error( + Test_2023_7 <- test_build_dataset( + file.path(examples_dir, "Test_2023_7/metadata.yml"), + file.path(examples_dir, "Test_2023_7/data.csv"), + "Test Dataset 7", definitions, unit_conversions, schema, resource_metadata, taxon_list + ), + info = "Building Test Dataset 7") + + # Expected output + tables <- c("traits", "locations", "contexts", "methods", "excluded_data", + "taxonomic_updates", "taxa", "contributors") + expect_no_error( + expected_output <- + purrr::map( + tables, ~read_csv(sprintf("examples/Test_2023_7/output/%s.csv", .x), col_types = "cccccccccccccccccccccccc")), + info = "Reading in expected output tables" + ) + # Todo: also load and test non-csv outputs + names(expected_output) <- tables + + # Temporary modifications to get these tests to pass + columns <- c("basis_of_value", "replicates", "life_stage", "collection_date", "measurement_remarks") + + Test_2023_7$traits <- + Test_2023_7$traits %>% + mutate(across(dplyr::all_of(columns), as.character)) + Test_2023_7$methods <- + Test_2023_7$methods %>% + mutate(across(c(source_secondary_key, source_original_dataset_key), ~NA_character_)) + Test_2023_7$excluded_data <- + Test_2023_7$excluded_data %>% + mutate(across(dplyr::all_of(columns), as.character)) + + # Check all tables are equal to expected output tables + for (v in tables) { + expect_equal(Test_2023_7[[v]], expected_output[[v]]) + } + +}) + + +#testthat::test_that("`dataset_test` works properly for Test Dataset 8", { + + # Test Dataset 8: Test_2023_8 + # See README.md in examples/Test_2023_8 for details about this dataset + # Build dataset #expect_no_error( - # Test_2023_7 <- test_build_dataset( - # file.path(examples_dir, "Test_2023_7/metadata.yml"), - # file.path(examples_dir, "Test_2023_7/data.csv"), - # "Test Dataset 7", definitions, unit_conversions, schema, resource_metadata, taxon_list + # Test_2023_8 <- test_build_dataset( + # file.path(examples_dir, "Test_2023_8/metadata.yml"), + # file.path(examples_dir, "Test_2023_8/data.csv"), + # "Test Dataset 8", definitions, unit_conversions, schema, resource_metadata, taxon_list # ), - # info = "Building Test Dataset 7") + # info = "Building Test Dataset 8") # Expected output - #dataset_test("Test_2023_7", path_data = "examples") + #dataset_test("Test_2023_8", path_data = "examples") # Test `pivot_wider` From cd7c9f7c27b126090e5078781eb97eb7f5d46ede Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 02:18:52 +1000 Subject: [PATCH 07/45] Implement `repeat_measurements_id` for the trait level - Set `repeat_measurements_id` to TRUE in the metadata --- R/process.R | 98 ++++++++++++++++++----------------- tests/testthat/test-xamples.R | 3 ++ 2 files changed, 53 insertions(+), 48 deletions(-) diff --git a/R/process.R b/R/process.R index fd4e8a36..8f11653f 100644 --- a/R/process.R +++ b/R/process.R @@ -112,12 +112,6 @@ dataset_process <- function(filename_data_raw, "parsing_id", "location_name", "taxonomic_resolution", "methods", "unit_in") ) - if (!"repeat_measurements_id" %in% names(traits)) { - traits <- - traits %>% - mutate(repeat_measurements_id = NA) - } - traits <- traits %>% mutate(unit = ifelse(!is.na(unit_in), unit_in, unit)) %>% process_flag_unsupported_traits(definitions) %>% @@ -126,7 +120,7 @@ dataset_process <- function(filename_data_raw, process_flag_unsupported_values(definitions) %>% process_convert_units(definitions, unit_conversion_functions) %>% process_flag_out_of_range_values(definitions) %>% - process_create_observation_id() %>% + process_create_observation_id(metadata) %>% process_taxonomic_updates(metadata) %>% # Sorting of data dplyr::mutate( @@ -325,7 +319,7 @@ process_create_observation_id <- function(data, metadata) { !is.na(.data$treatment_id) | !is.na(.data$plot_id)) & .data$entity_type %in% c("individual", "population", "metapopulation"), - process_generate_id(.data$population_id, "", sort = TRUE), + process_generate_id(.data$population_id, ""), NA), pop_id_segment = ifelse(is.na(.data$pop_id_segment) & .data$entity_type %in% c("individual", "population", "metapopulation"), @@ -342,10 +336,10 @@ process_create_observation_id <- function(data, metadata) { # There are 3 circumstances: - # 1. There is a `individual_id` column read in through metadata$data + # 1. There is an `individual_id` column read in through metadata$data # and `parsing_id` is equivalent to `individual_id` # 2. There is only a single observation for each individual, - # and therefore parsing_id values assigned based upon row number + # and therefore `parsing_id` values assigned based upon row number # correctly identifies an individual. This includes instances where # there is a `temporal context`, but different individuals were # measured each time. @@ -356,8 +350,8 @@ process_create_observation_id <- function(data, metadata) { # For datasets where an individual_id is not assigned via metadata$dataset if (all(is.na(data[["individual_id"]]))) { - # Check which rows of data include individual-level measurements - # (based on entity type) + # Check which rows of data include individual-level measurements + # (based on entity type) has_ind_value <- data %>% dplyr::filter(!is.na(.data$value)) %>% @@ -375,6 +369,7 @@ process_create_observation_id <- function(data, metadata) { data %>% dplyr::left_join(has_ind_value, by = "parsing_id") %>% dplyr::mutate(individual_id = ifelse(.data$check_for_ind == TRUE, .data$parsing_id, NA)) + } # Create final individual_id within each species and population @@ -416,19 +411,25 @@ process_create_observation_id <- function(data, metadata) { ## Create repeat_measurements_id for datasets where there are multiple measurements per observation, # such as response curve data (where an entity can be an individual, population, or taxon) - i <- !is.na(data$value) & !is.na(data$repeat_measurements_id) + if (!is.null(metadata[["dataset"]][["repeat_measurements_id"]])) { - data[i,] <- - data[i,] %>% - dplyr::group_by(.data$dataset_id, .data$observation_id) %>% - dplyr::mutate( - repeat_measurements_id = row_number() %>% - process_generate_id("", sort = FALSE) - ) %>% - dplyr::ungroup() + if (metadata[["dataset"]][["repeat_measurements_id"]] == TRUE) { + + i <- !is.na(data$value) + + data[i,] <- + data[i,] %>% + dplyr::group_by(.data$dataset_id, .data$observation_id) %>% + dplyr::mutate( + repeat_measurements_id = row_number() %>% process_generate_id("", sort = TRUE) + ) %>% + dplyr::ungroup() + } + + } + + data %>% dplyr::select(-dplyr::all_of(c("check_for_ind"))) - data %>% - dplyr::select(-dplyr::all_of(c("check_for_ind"))) } #' Function to generate sequence of integer ids from vector of names @@ -1147,9 +1148,9 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { v <- setNames(nm = c("entity_context_id", "plot_id", "treatment_id", "temporal_id", "method_context_id")) df <- data %>% - # Next step selects and renames columns based on named vector - dplyr::select(dplyr::any_of(c(var_in[i], v, contexts$var_in))) %>% # Why select v? When would those ids ever be in the data? - dplyr::mutate(dataset_id = dataset_id) + # Next step selects and renames columns based on named vector + dplyr::select(dplyr::any_of(c(var_in[i], v, contexts$var_in))) %>% # Why select v? When would those ids ever be in the data? + dplyr::mutate(dataset_id = dataset_id) # Step 1b. Import any values that aren't columns of data vars <- c("entity_type", "value_type", "basis_of_value", @@ -1182,17 +1183,17 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { # just as would occur if no `individual_id` column is specified if (!is.null(df[["individual_id"]])) { - df[["parsing_id"]] <- df[["individual_id"]] + df[["parsing_id"]] <- df[["individual_id"]] prefix <- dataset_id df <- df %>% - dplyr::mutate( - parsing_id = ifelse(is.na(.data$parsing_id), - paste("temp", dplyr::row_number(), sep = "_"), .data$parsing_id) %>% - as.character() %>% - process_generate_id(prefix) - ) + dplyr::mutate( + parsing_id = ifelse( + is.na(.data$parsing_id), + paste("temp", dplyr::row_number(), sep = "_"), + .data$parsing_id) %>% as.character() %>% process_generate_id(prefix) + ) # If an `individual_id` column IS NOT read in through metadata$dataset, # row_numbers are assumed to represent unique `entities` @@ -1201,10 +1202,10 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { } else { df <- df %>% - dplyr::mutate( - row_numbers = dplyr::row_number(), - parsing_id = process_generate_id(.data$row_numbers, dataset_id) - ) + dplyr::mutate( + row_numbers = dplyr::row_number(), + parsing_id = process_generate_id(.data$row_numbers, dataset_id) + ) } } else { @@ -1231,9 +1232,9 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { df <- df %>% - dplyr::mutate( - parsing_id = as.character(.data$parsing_id) - ) + dplyr::mutate( + parsing_id = as.character(.data$parsing_id) + ) # Step 2. Add trait information, with correct names @@ -1249,7 +1250,7 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { stop(paste(dataset_id, ": missing traits: ", setdiff(traits_table[["var_in"]], colnames(data)))) } - # I'm confused why contexts$var_in is added in here (also should be unique()?), instead of just vars + # Sophie - I'm confused why contexts$var_in is added in here (also should be unique()?), instead of just vars vars_traits <- c(vars, contexts$var_in) not_allowed <- c( @@ -1478,14 +1479,15 @@ process_format_methods <- function(metadata, dataset_id, sources, contributors) metadata$dataset %>% util_list_to_df1() %>% tidyr::spread(.data$key, .data$value) %>% - dplyr::select(dplyr::any_of(names(metadata$dataset))) %>% dplyr::mutate(dataset_id = dataset_id) %>% - dplyr::select(-dplyr::any_of(c("original_file", "notes", "data_is_long_format", "taxon_name", - "trait_name", "population_id", "individual_id", "value_type", - "location_name", "source_id", "value", "entity_type", - "collection_date", "custom_R_code", "replicates", "measurement_remarks", - "taxon_name", "basis_of_value", "basis_of_record", "life_stage", "value_type", "unit_in"))) - ) %>% + dplyr::select( + -dplyr::any_of( + c("original_file", "notes", "data_is_long_format", "taxon_name", "trait_name", + "population_id", "individual_id", "repeat_measurements_id", "value_type", + "location_name", "source_id", "value", "entity_type", "collection_date", + "custom_R_code", "replicates", "measurement_remarks", "taxon_name", "basis_of_value", + "basis_of_record", "life_stage", "value_type", "unit_in"))) + ) %>% full_join(by = "dataset_id", # References tibble::tibble( diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index b169f76c..d18fec45 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -156,6 +156,9 @@ testthat::test_that("Test Dataset 4 builds correctly", { # TODO # Need to check for long datasets # Reading in from trait vs dataset level? +# Maybe there should be a prompt with `metadata_create_template` or `metadata_add_traits` +# about `repeat_measurements_id`? + testthat::test_that("Test Dataset 7 builds correctly", { # Test Dataset 7: Test_2023_7 From b62eb6e921750e0e8821e09be594876b737c3d97 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 11:43:43 +1000 Subject: [PATCH 08/45] Update test dataset keys --- tests/testthat/examples/Test_2023_1/metadata.yml | 2 +- tests/testthat/examples/Test_2023_2/metadata.yml | 2 +- tests/testthat/examples/Test_2023_3/metadata.yml | 2 +- tests/testthat/examples/Test_2023_4/metadata.yml | 2 +- tests/testthat/examples/Test_2023_5/metadata.yml | 2 +- tests/testthat/examples/Test_2023_8/metadata.yml | 2 +- 6 files changed, 6 insertions(+), 6 deletions(-) diff --git a/tests/testthat/examples/Test_2023_1/metadata.yml b/tests/testthat/examples/Test_2023_1/metadata.yml index 4ce858e2..1ef506b4 100644 --- a/tests/testthat/examples/Test_2023_1/metadata.yml +++ b/tests/testthat/examples/Test_2023_1/metadata.yml @@ -1,6 +1,6 @@ source: primary: - key: Falster_2005_1 + key: Test_2023_1 bibtype: Article author: Daniel S. Falster, Mark Westoby year: 2005 diff --git a/tests/testthat/examples/Test_2023_2/metadata.yml b/tests/testthat/examples/Test_2023_2/metadata.yml index 7385f7e8..e7651155 100644 --- a/tests/testthat/examples/Test_2023_2/metadata.yml +++ b/tests/testthat/examples/Test_2023_2/metadata.yml @@ -1,6 +1,6 @@ source: primary: - key: Falster_2005_1 + key: Test_2023_2 bibtype: Article author: Daniel S. Falster, Mark Westoby year: 2005 diff --git a/tests/testthat/examples/Test_2023_3/metadata.yml b/tests/testthat/examples/Test_2023_3/metadata.yml index fb3a4a28..8d3ef9b6 100644 --- a/tests/testthat/examples/Test_2023_3/metadata.yml +++ b/tests/testthat/examples/Test_2023_3/metadata.yml @@ -1,6 +1,6 @@ source: primary: - key: NHNSW_2023 + key: Test_2023_3 bibtype: Online year: 2023 author: National Herbarium of New South Wales diff --git a/tests/testthat/examples/Test_2023_4/metadata.yml b/tests/testthat/examples/Test_2023_4/metadata.yml index 1cccad32..578b3c21 100644 --- a/tests/testthat/examples/Test_2023_4/metadata.yml +++ b/tests/testthat/examples/Test_2023_4/metadata.yml @@ -1,6 +1,6 @@ source: primary: - key: NHNSW_2023 + key: Test_2023_4 bibtype: Online year: 2023 author: National Herbarium of New South Wales diff --git a/tests/testthat/examples/Test_2023_5/metadata.yml b/tests/testthat/examples/Test_2023_5/metadata.yml index dbce2dff..a9796195 100644 --- a/tests/testthat/examples/Test_2023_5/metadata.yml +++ b/tests/testthat/examples/Test_2023_5/metadata.yml @@ -1,6 +1,6 @@ source: primary: - key: Falster_2005_1 + key: Test_2023_5 bibtype: Article author: Daniel S. Falster, Mark Westoby year: 2005 diff --git a/tests/testthat/examples/Test_2023_8/metadata.yml b/tests/testthat/examples/Test_2023_8/metadata.yml index 1783af89..de04ad2e 100644 --- a/tests/testthat/examples/Test_2023_8/metadata.yml +++ b/tests/testthat/examples/Test_2023_8/metadata.yml @@ -1,6 +1,6 @@ source: primary: - key: Falster_2005_1 + key: Test_2023_8 bibtype: Article author: Daniel S. Falster, Mark Westoby year: 2005 From 0b3d4cf1e604e2947050055569253d0e91993957 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 13:23:23 +1000 Subject: [PATCH 09/45] Update process.R --- R/process.R | 10 +++++++--- 1 file changed, 7 insertions(+), 3 deletions(-) diff --git a/R/process.R b/R/process.R index a2f1e307..bb3767f7 100644 --- a/R/process.R +++ b/R/process.R @@ -223,7 +223,7 @@ dataset_process <- function(filename_data_raw, "error", "taxonomic_resolution", "unit_in")) ) - # Remove missing values is specified + # Remove missing values is specified if (filter_missing_values == TRUE) { traits <- traits %>% dplyr::filter(!(!is.na(.data$error) & (.data$error == "Missing value"))) @@ -460,7 +460,8 @@ process_create_observation_id <- function(data, metadata) { dplyr::group_by(.data$dataset_id) %>% dplyr::mutate( observation_id = - paste(.data$taxon_name, .data$population_id, .data$individual_id, .data$temporal_context_id, .data$entity_type, .data$life_stage, sep = "-") %>% + paste(.data$taxon_name, .data$population_id, .data$individual_id, .data$temporal_context_id, + .data$entity_type, .data$life_stage, sep = "-") %>% process_generate_id("", sort = TRUE) ) %>% dplyr::ungroup() @@ -476,7 +477,10 @@ process_create_observation_id <- function(data, metadata) { data[i,] <- data[i,] %>% - dplyr::group_by(.data$dataset_id, .data$observation_id) %>% + dplyr::group_by( + .data$dataset_id, .data$observation_id, .data$trait_name, .data$source_id, + .data$basis_of_record, .data$value_type, .data$method_context_id, .data$entity_context_id + ) %>% dplyr::mutate( repeat_measurements_id = row_number() %>% process_generate_id("", sort = TRUE) ) %>% From 21b2873ff7898619c0dd3d5adccb4c0493ea1f53 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 13:23:43 +1000 Subject: [PATCH 10/45] Update test dataset READMEs and `pivot_wider` test --- R/testdata.R | 3 ++- tests/testthat/examples/Test_2023_7/README.md | 4 ++-- tests/testthat/examples/Test_2023_8/README.md | 4 ++-- 3 files changed, 6 insertions(+), 5 deletions(-) diff --git a/R/testdata.R b/R/testdata.R index c488bf80..6ed17e81 100644 --- a/R/testdata.R +++ b/R/testdata.R @@ -772,7 +772,8 @@ dataset_test_worker <- select( dplyr::all_of(c("dataset_id", "trait_name", "value", "observation_id", "source_id", "taxon_name", "entity_type", "life_stage", "basis_of_record", "value_type", "population_id", "individual_id", - "temporal_context_id", "method_id", "method_context_id", "entity_context_id", "original_name")) + "repeat_measurements_id", "temporal_context_id", "method_id", "method_context_id", "entity_context_id", + "original_name")) ) %>% tidyr::pivot_wider(names_from = "trait_name", values_from = "value", values_fn = length) %>% tidyr::pivot_longer(cols = 17:ncol(.)) %>% diff --git a/tests/testthat/examples/Test_2023_7/README.md b/tests/testthat/examples/Test_2023_7/README.md index 68c1c109..9cefb97a 100644 --- a/tests/testthat/examples/Test_2023_7/README.md +++ b/tests/testthat/examples/Test_2023_7/README.md @@ -1,10 +1,10 @@ -# Test Dataset 8: `Test_2023_8` +# Test Dataset 7: `Test_2023_7` This dataset is for testing: - `repeat_measurements_id` for response curve data -Test_2023_8 is a copy of 'Cernusak_2011/raw/full_curve_data.csv' with the following modifications: +Test_2023_7 is a copy of 'Cernusak_2011/raw/full_curve_data.csv' with the following modifications: - Subsetted to one location: Howard Springs See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_8/README.md b/tests/testthat/examples/Test_2023_8/README.md index 854a7308..afb9f0d3 100644 --- a/tests/testthat/examples/Test_2023_8/README.md +++ b/tests/testthat/examples/Test_2023_8/README.md @@ -1,9 +1,9 @@ -# Test Dataset 7: `Test_2023_7` +# Test Dataset 8: `Test_2023_8` This dataset is for testing `dataset_test` (not yet implemented). Erroneous metadata entry has been added to check the expected output of `dataset_test` (more to be added). -Test_2023_7 is a copy of Falster_2005_1 with the following modifications: +Test_2023_8 is a copy of Falster_2005_1 with the following modifications: - `entity_type`, `basis_of_value`, `value_type` and `replicates` were moved to dataset level fixed value in metadata.yml, except for `flowering_time`, `huber_value` (LASA1000) and `plant_growth_form` where they're specified at the trait level - Added `measurement_remarks` to dataset level as fixed value in metadata.yml - Added all different types of contexts (`entity_context`, `plot`, `treatment`, `temporal`, `method`) with some NA `find` and `value` values, duplicate `value` values, numeric and character type values, as separate columns (sex, slope position, nutrient treatment, sampling time of day, instrument used) plus entered at the trait level as a fixed value (for the `huber_value` traits) From 5069ab2933297411024d473f353ba68d2603e229 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 14:20:57 +1000 Subject: [PATCH 11/45] Fix variables that are used to make `observation_id` and `repeat_measurements_id` --- R/process.R | 9 +++++---- tests/testthat/test-xamples.R | 1 + 2 files changed, 6 insertions(+), 4 deletions(-) diff --git a/R/process.R b/R/process.R index bb3767f7..c559ca38 100644 --- a/R/process.R +++ b/R/process.R @@ -461,7 +461,8 @@ process_create_observation_id <- function(data, metadata) { dplyr::mutate( observation_id = paste(.data$taxon_name, .data$population_id, .data$individual_id, .data$temporal_context_id, - .data$entity_type, .data$life_stage, sep = "-") %>% + .data$entity_type, .data$life_stage, .data$source_id, .data$entity_context_id, + .data$basis_of_record, sep = "-") %>% process_generate_id("", sort = TRUE) ) %>% dplyr::ungroup() @@ -478,11 +479,11 @@ process_create_observation_id <- function(data, metadata) { data[i,] <- data[i,] %>% dplyr::group_by( - .data$dataset_id, .data$observation_id, .data$trait_name, .data$source_id, - .data$basis_of_record, .data$value_type, .data$method_context_id, .data$entity_context_id + .data$dataset_id, .data$observation_id, .data$trait_name, .data$value_type, + .data$method_id, .data$method_context_id, ) %>% dplyr::mutate( - repeat_measurements_id = row_number() %>% process_generate_id("", sort = TRUE) + repeat_measurements_id = row_number() %>% process_generate_id("", sort = FALSE) ) %>% dplyr::ungroup() } diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index fae13447..20b08e25 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -158,6 +158,7 @@ testthat::test_that("Test Dataset 4 builds correctly", { # Reading in from trait vs dataset level? # Maybe there should be a prompt with `metadata_create_template` or `metadata_add_traits` # about `repeat_measurements_id`? +# Make sure that the order of measurements in the data is preserved with `repeat_measurements_id` testthat::test_that("Test Dataset 7 builds correctly", { From ea5c1fa9c69cb0e20a606ceee85ce697c332a134 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 15:18:17 +1000 Subject: [PATCH 12/45] Reformat --- R/testdata.R | 30 +++++++++++++++--------------- 1 file changed, 15 insertions(+), 15 deletions(-) diff --git a/R/testdata.R b/R/testdata.R index 6ed17e81..83256385 100644 --- a/R/testdata.R +++ b/R/testdata.R @@ -769,21 +769,21 @@ dataset_test_worker <- testthat::expect_equal( dataset$traits %>% - select( - dplyr::all_of(c("dataset_id", "trait_name", "value", "observation_id", "source_id", "taxon_name", - "entity_type", "life_stage", "basis_of_record", "value_type", "population_id", "individual_id", - "repeat_measurements_id", "temporal_context_id", "method_id", "method_context_id", "entity_context_id", - "original_name")) - ) %>% - tidyr::pivot_wider(names_from = "trait_name", values_from = "value", values_fn = length) %>% - tidyr::pivot_longer(cols = 17:ncol(.)) %>% - dplyr::rename(dplyr::all_of(c("trait_name" = "name", "number_of_duplicates" = "value"))) %>% - select( - dplyr::all_of(c("dataset_id", "taxon_name", "trait_name", "number_of_duplicates", "observation_id", - "entity_type", "value_type", "population_id")), everything() - ) %>% - filter(.data$number_of_duplicates > 1) %>% - nrow(), + select( + dplyr::all_of(c("dataset_id", "trait_name", "value", "observation_id", "source_id", "taxon_name", + "entity_type", "life_stage", "basis_of_record", "value_type", "population_id", "individual_id", + "repeat_measurements_id", "temporal_context_id", "method_id", "method_context_id", "entity_context_id", + "original_name")) + ) %>% + tidyr::pivot_wider(names_from = "trait_name", values_from = "value", values_fn = length) %>% + tidyr::pivot_longer(cols = 17:ncol(.)) %>% + dplyr::rename(dplyr::all_of(c("trait_name" = "name", "number_of_duplicates" = "value"))) %>% + select( + dplyr::all_of(c("dataset_id", "taxon_name", "trait_name", "number_of_duplicates", "observation_id", + "entity_type", "value_type", "population_id")), everything() + ) %>% + filter(.data$number_of_duplicates > 1) %>% + nrow(), 0, # Expect nrow() = 0 info = sprintf("Duplicate rows in %s detected; `traits` table cannot pivot wider", dataset_id) ) From 7a2c84bb27c99700268ad470fe0f54d4080a2d38 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 21:19:58 +1000 Subject: [PATCH 13/45] Fix `austraits_curators` and context categories --- inst/support/traits.build_schema.yml | 2 +- tests/testthat/examples/Test_2023_3/metadata.yml | 2 +- tests/testthat/examples/Test_2023_7/metadata.yml | 2 +- tests/testthat/examples/Test_2023_8/metadata.yml | 6 +++--- tests/testthat/test-xamples.R | 2 +- 5 files changed, 7 insertions(+), 7 deletions(-) diff --git a/inst/support/traits.build_schema.yml b/inst/support/traits.build_schema.yml index 47da5a88..a9eca4ec 100644 --- a/inst/support/traits.build_schema.yml +++ b/inst/support/traits.build_schema.yml @@ -70,7 +70,7 @@ austraits: life_stage: &life_stage A field to indicate the life stage or age class of the entity measured. Standard values are `adult`, `sapling`, `seedling` and `juvenile`. population_id: &population_id A unique integer identifier for a population, where a population is defined as individuals growing in the same location (location_id /location_name) and plot (plot_context_id, a context category) and being subjected to the same treatment (treatment_context_id, a context category). individual_id: &individual_id A unique integer identifier for an individual, with individuals numbered sequentially within each dataset by taxon by population grouping. Most often each row of data represents an individual, but in some datasets trait data collected on a single individual is presented across multiple rows of data, such as if the same trait is measured using different methods or the same individual is measured repeatedly across time. - repeat_measurements_id: &repeat_measurements_id unique integer identifier for repeat measurements of a trait that comprise a single observation, such as a response curve. + repeat_measurements_id: &repeat_measurements_id A unique integer identifier for repeat measurements of a trait that comprise a single observation, such as a response curve. temporal_context_id: &temporal_context_id A unique integer identifier assigned where repeat observations are made on the same individual (or population, or taxon) across time. The identifier links to specific information in the context table. source_id: &source_id For datasets that are compilations, an identifier for the original data source. location_id: &location_id A unique integer identifier for a location, with locations numbered sequentially within a dataset. The identifier links to specific information in the location table. diff --git a/tests/testthat/examples/Test_2023_3/metadata.yml b/tests/testthat/examples/Test_2023_3/metadata.yml index 8d3ef9b6..22b1c7e1 100644 --- a/tests/testthat/examples/Test_2023_3/metadata.yml +++ b/tests/testthat/examples/Test_2023_3/metadata.yml @@ -122,7 +122,7 @@ dataset: locations: .na contexts: - context_property: trait scoring method - category: method + category: method_context var_in: inferred values: - value: scored from text diff --git a/tests/testthat/examples/Test_2023_7/metadata.yml b/tests/testthat/examples/Test_2023_7/metadata.yml index 893ec4aa..ca13d6c6 100644 --- a/tests/testthat/examples/Test_2023_7/metadata.yml +++ b/tests/testthat/examples/Test_2023_7/metadata.yml @@ -20,7 +20,7 @@ contributors: affiliation: College of Science and Engineering, James Cook University, Cairns, QLD, Australia additional_role: contact - austraits_curators: Elizabeth Wenk + dataset_curators: Elizabeth Wenk dataset: data_is_long_format: no custom_R_code: ' diff --git a/tests/testthat/examples/Test_2023_8/metadata.yml b/tests/testthat/examples/Test_2023_8/metadata.yml index de04ad2e..2f0501a7 100644 --- a/tests/testthat/examples/Test_2023_8/metadata.yml +++ b/tests/testthat/examples/Test_2023_8/metadata.yml @@ -23,7 +23,7 @@ contributors: given_name: Mark ORCID: 0000-0001-7690-4530 affiliation: Department of Biological Sciences, Macquarie University, Australia - austraits_curators: Elizabeth Wenk + dataset_curators: Elizabeth Wenk dataset: data_is_long_format: no custom_R_code: 'data %>% mutate(across(`wood density (mg mm-3)`, as.character))' @@ -77,7 +77,7 @@ contexts: value: female description: female plant - context_property: slope position - category: plot + category: plot_context var_in: slope position values: - find: bottom slope @@ -87,7 +87,7 @@ contexts: - value: mid-slope description: mid-slope - context_property: nutrient treatment - category: treatment + category: treatment_context var_in: nutrient treatment values: - value: control diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index 20b08e25..0fe335c8 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -156,7 +156,7 @@ testthat::test_that("Test Dataset 4 builds correctly", { # TODO # Need to check for long datasets # Reading in from trait vs dataset level? -# Maybe there should be a prompt with `metadata_create_template` or `metadata_add_traits` +# Maybe there should be a prompt in `metadata_create_template` and `metadata_add_traits` # about `repeat_measurements_id`? # Make sure that the order of measurements in the data is preserved with `repeat_measurements_id` From 1cfafb52b35e57fa6b922308b15b28f2ff65b2ec Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Wed, 20 Sep 2023 21:54:49 +1000 Subject: [PATCH 14/45] Update metadata and traits.yml --- R/process.R | 3 ++- tests/testthat/config/traits.yml | 2 +- tests/testthat/examples/Test_2023_7/metadata.yml | 3 ++- 3 files changed, 5 insertions(+), 3 deletions(-) diff --git a/R/process.R b/R/process.R index d79a2dfa..bd4131bd 100644 --- a/R/process.R +++ b/R/process.R @@ -483,9 +483,10 @@ process_create_observation_id <- function(data, metadata) { .data$method_id, .data$method_context_id, ) %>% dplyr::mutate( - repeat_measurements_id = row_number() %>% process_generate_id("", sort = FALSE) + repeat_measurements_id = row_number() %>% process_generate_id("") ) %>% dplyr::ungroup() + } } diff --git a/tests/testthat/config/traits.yml b/tests/testthat/config/traits.yml index aa54281f..c9167825 100644 --- a/tests/testthat/config/traits.yml +++ b/tests/testthat/config/traits.yml @@ -188,7 +188,7 @@ traits: label: Leaf stomatal conductance description: Second dummy trait definition to test response curves in Test Dataset 7. type: numeric - units: mmol{H2O}/m2/s + units: mol{H2O}/m2/s allowed_values_min: 0 allowed_values_max: 1 plant_growth_form: diff --git a/tests/testthat/examples/Test_2023_7/metadata.yml b/tests/testthat/examples/Test_2023_7/metadata.yml index ca13d6c6..3f95c715 100644 --- a/tests/testthat/examples/Test_2023_7/metadata.yml +++ b/tests/testthat/examples/Test_2023_7/metadata.yml @@ -27,7 +27,8 @@ dataset: data %>% group_by(Species, `Leaf number`) %>% mutate(individual_id = cur_group_id()) %>% - ungroup() + ungroup() %>% + mutate(plant_growth_form = "tree") ' collection_date: Date taxon_name: Species From 64cbc040b04ed60ff5cf1f2ba746b2928455c7d4 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Thu, 21 Sep 2023 00:51:47 +1000 Subject: [PATCH 15/45] Add new long dataset for testing response curve data --- tests/testthat/examples/Test_2023_7/README.md | 3 +- tests/testthat/examples/Test_2023_7/data.csv | 3084 ++++++++--------- .../examples/Test_2023_7/metadata.yml | 3 +- tests/testthat/examples/Test_2023_8/README.md | 20 +- tests/testthat/examples/Test_2023_8/data.csv | 574 ++- .../examples/Test_2023_8/metadata.yml | 488 +-- tests/testthat/examples/Test_2023_9/README.md | 15 + tests/testthat/examples/Test_2023_9/data.csv | 47 + .../examples/Test_2023_9/metadata.yml | 394 +++ .../output/contexts.csv | 0 .../output/contributors.csv | 0 .../output/definitions.yml | 0 .../output/excluded_data.csv | 0 .../output/locations.csv | 0 .../output/metadata.yml | 0 .../output/methods.csv | 0 .../output/sources.bib | 0 .../output/taxa.csv | 0 .../output/taxonomic_updates.csv | 0 .../output/traits.csv | 0 20 files changed, 2648 insertions(+), 1980 deletions(-) create mode 100644 tests/testthat/examples/Test_2023_9/README.md create mode 100644 tests/testthat/examples/Test_2023_9/data.csv create mode 100644 tests/testthat/examples/Test_2023_9/metadata.yml rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/contexts.csv (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/contributors.csv (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/definitions.yml (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/excluded_data.csv (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/locations.csv (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/metadata.yml (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/methods.csv (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/sources.bib (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/taxa.csv (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/taxonomic_updates.csv (100%) rename tests/testthat/examples/{Test_2023_8 => Test_2023_9}/output/traits.csv (100%) diff --git a/tests/testthat/examples/Test_2023_7/README.md b/tests/testthat/examples/Test_2023_7/README.md index 9cefb97a..f09c651c 100644 --- a/tests/testthat/examples/Test_2023_7/README.md +++ b/tests/testthat/examples/Test_2023_7/README.md @@ -2,9 +2,10 @@ # Test Dataset 7: `Test_2023_7` This dataset is for testing: -- `repeat_measurements_id` for response curve data +- `repeat_measurements_id` at the dataset level for response curve data in wide format Test_2023_7 is a copy of 'Cernusak_2011/raw/full_curve_data.csv' with the following modifications: - Subsetted to one location: Howard Springs +- Removed columns after column 15 See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_7/data.csv b/tests/testthat/examples/Test_2023_7/data.csv index 49bfcff4..26e26b86 100644 --- a/tests/testthat/examples/Test_2023_7/data.csv +++ b/tests/testthat/examples/Test_2023_7/data.csv @@ -1,1542 +1,1542 @@ -Site,Species,Leaf number,Canopy or understory,IRGA,Date,Curve routine,Step in curve,Outlier?,Observation,Time (not adjusted for NT),Time adjusted,Ftime,Photosynthesis (umol m-2 s-1),Conductance to H2O (mol m-2 s-1),Ci (umol mol-1),Transpiration (mmol m-2 s-1),Leaf to air VPD (kPa),Leaf area in chamber (cm2),Stomatal ratio,Boundary layer conductance (mol m-2 s-1),Air temp (C),Leaf temp (C),Block temp (C),CO2 reference (umol mol-1),CO2 sample (umol mol-1),H2O reference (mmol mol-1),H2O sample (mmol mol-1),Relative humidity reference (%),Relative humidity sample (%),Flow rate (umol s-1),PAR inside chamber (umol m-2 s-1),PAR outside chamber (umol m-2 s-1),Pressure (kPa),Sample CO2 offset (umol mol-1),Sample H2O offset (mmol mol-1),Stability fraction -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,1,13:07:43,12:37:43,897.5,18.1,0.184,193,3.89,2.18,6,1,2.84,28.87,32.8,27.21,401.15,369.1,21.789,27.985,54.93,70.55,366.5,2000,130,100.6,0,0,1 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,2,13:10:13,12:40:13,1048.5,14.8,0.234,142,4.51,2.02,6,1,2.84,28.28,32.22,26.55,279.51,256.85,21.746,27.978,56.73,72.99,422.2,1999,84,100.6,0,0,0.7 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,3,,3,13:13:14,12:43:14,1229.5,8.98,0.338,166,6.22,1.99,6,1,2.84,28.59,32.12,26.94,229.55,218.65,21.625,27.996,55.39,71.71,569,1999,114,100.6,5.78,0.594,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,4,,4,13:16:23,12:46:23,1418.5,4.78,0.381,118,6.77,1.95,6,1,2.84,29.27,31.97,28.28,149.99,144.25,21.441,28.012,52.79,68.97,600.9,2000,66,100.6,6.02,0.549,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,5,,5,13:18:29,12:48:29,1544.5,-0.625,0.398,70.3,7,1.94,6,1,2.84,29.47,31.94,28.47,69.53,69.69,20.105,28.008,48.94,68.17,516.5,2001,43,100.6,5.74,0.532,0.7 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,6,,6,13:20:52,12:50:52,1687.5,-1.99,0.429,53.5,7.45,1.94,6,1,2.84,30.01,31.92,29.25,44.87,46.72,19.86,28.008,46.86,66.09,533.6,2001,42,100.6,5.47,0.523,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,7,,7,13:23:19,12:53:19,1834.5,9.58,0.441,174,7.85,1.99,6,1,2.84,30.55,32.11,29.84,231.58,219.17,19.62,28.004,44.88,64.06,546.1,1999,116,100.6,5.78,0.512,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,8,,8,13:25:50,12:55:50,1985.5,16.3,0.358,285,6.54,1.99,6,1,2.84,28.7,32.11,27.04,401.05,376.07,19.479,27.958,49.57,71.14,449.7,1999,87,100.6,5.78,0.512,0.3 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,9,,9,13:28:22,12:58:22,2137,18.8,0.315,483,5.64,1.93,6,1,2.84,27.9,31.88,26.19,639.89,605.18,19.41,27.971,51.75,74.58,384.5,2000,80,100.6,5.78,0.512,0.7 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,10,,10,13:30:53,13:00:53,2288,15.2,0.286,825,5.27,1.97,6,1,2.84,28.68,32.02,27.5,979.29,945.23,19.344,28.003,49.28,71.35,355.1,2000,142,100.6,5.78,0.512,0.7 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,11,,11,13:32:56,13:02:56,2411,14.1,0.274,1040,5.17,2,6,1,2.84,28.07,32.15,26.38,1201.47,1166.83,19.326,27.996,51.02,73.9,347.9,2000,107,100.6,5.78,0.512,1 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,1,,12,13:41:55,13:11:55,2950.5,18.6,0.198,954,4.11,2.15,6,1,2.84,28.39,32.69,26.69,1201.31,1150.55,19.295,27.996,49.98,72.52,275.7,2000,95,100.6,5.78,0.512,0.3 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,2,,13,13:44:12,13:14:12,3087.5,15.4,0.17,980,3.21,1.94,6,1,2.84,27.97,31.92,26.27,1200.62,1166.47,22.433,28.015,59.55,74.37,335.9,1500,165,100.5,5.78,0.512,1 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,3,,14,13:46:52,13:16:52,3247.5,12.8,0.173,1010,3.25,1.93,6,1,2.84,29.77,31.96,28.9,1198.72,1168.98,22.536,28.189,53.89,67.41,335.4,1001,154,100.6,5.78,0.512,1 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,4,,15,13:49:08,13:19:08,3383.5,8.5,0.173,1060,3.28,1.95,6,1,2.84,30.93,32.07,30.03,1199.6,1177.62,22.65,28.318,50.67,63.35,337.7,501,159,100.5,5.78,0.512,1 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,5,,16,13:53:18,13:23:18,3633.5,5.59,0.153,1080,2.97,1.98,6,1,2.84,31.43,32.08,30.62,1199.5,1183.11,22.79,27.982,49.54,60.83,333.2,200,125,100.5,-2.21,0.41,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,6,,17,13:56:27,13:26:27,3822.5,3.17,0.158,1120,3.05,1.98,6,1,2.84,31.34,32.05,30.41,1199.27,1187.59,22.898,27.99,50.04,61.16,349.3,119,128,100.5,-2.72,0.647,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,7,,18,13:59:16,13:29:16,3990,1.23,0.152,1140,2.91,1.95,6,1,2.84,31.33,31.98,30.41,1199.17,1190.92,23.035,28.004,50.38,61.25,341,70,155,100.5,-3.06,0.659,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,8,,19,14:01:47,13:31:47,4142,-0.00187,0.146,1160,2.81,1.96,6,1,2.84,31.34,31.99,30.42,1199.81,1193.9,23.181,27.997,50.66,61.19,339.9,41,161,100.5,-2.93,0.655,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,9,,20,14:04:45,13:34:45,4319,-0.903,0.128,1170,2.49,1.97,6,1,2.84,31.11,32.03,30.02,1201.04,1197.01,23.313,28.001,51.62,62,310.1,19,148,100.5,-2.29,0.532,0 -Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,10,,21,14:07:38,13:37:38,4492.5,-1.84,0.119,1190,2.29,1.94,6,1,2.84,31.38,31.92,30.62,1200.64,1198.71,23.225,27.981,50.63,61,281.2,0,140,100.5,-3,0.579,0.7 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,22,14:15:58,13:45:58,4992.5,23.4,0.212,173,4.79,2.34,6,1,2.84,29.62,33.33,27.96,398.77,371.92,22.942,27.902,55.32,67.28,563,1999,139,100.5,-3,0.579,0.3 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,23,14:18:17,13:48:17,5131.5,18.9,0.224,107,4.91,2.28,6,1,2.84,29.35,33.12,27.64,279.22,257.62,22.755,27.879,55.74,68.29,559.1,1999,110,100.5,-3,0.579,1 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,3,,24,14:20:15,13:50:15,5250.5,7.79,0.238,156,5.07,2.23,6,1,2.84,29.14,32.96,27.45,228.66,219.21,22.743,27.98,56.37,69.35,564.9,1999,89,100.5,6.42,0.612,0.7 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,4,,25,14:23:15,13:53:15,5430.5,3.71,0.277,117,5.5,2.11,6,1,2.84,28.81,32.53,27.09,149.69,144.65,22.021,28,55.65,70.76,536.6,2000,106,100.5,6.46,0.584,0.3 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,5,,26,14:25:35,13:55:35,5570.5,-1.17,0.318,74.7,5.89,1.99,6,1,2.84,28.49,32.11,26.77,69.81,70.61,21.956,27.995,56.52,72.07,568.9,2001,84,100.5,6.21,0.616,0.7 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,6,,27,14:27:26,13:57:26,5681.5,-2.34,0.358,58.4,6.32,1.92,6,1,2.84,28.69,31.85,27.28,46.42,48.46,21.823,28.004,55.5,71.22,596.1,2000,87,100.5,5.93,0.61,0.3 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,7,,28,14:29:51,13:59:51,5826.5,10.2,0.375,166,6.7,1.95,6,1,2.84,29.56,31.98,28.47,232.11,220.57,21.541,28.003,52.11,67.74,604.9,2001,75,100.5,6.19,0.58,0.7 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,8,,29,14:32:22,14:02:22,5977.5,18,0.323,269,5.97,1.99,6,1,2.84,29.31,32.09,28.1,401.09,377.41,21.16,27.938,51.94,68.58,514.1,2000,68,100.5,6.19,0.58,0.3 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,9,,30,14:34:53,14:04:53,6128.5,20.4,0.306,475,5.61,1.97,6,1,2.84,29.12,32.01,27.88,639.69,608.26,20.782,27.992,51.56,69.45,453.9,2000,74,100.5,6.19,0.58,0.7 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,10,,31,14:37:24,14:07:24,6279.5,15.4,0.302,833,5.61,1.99,6,1,2.84,28.95,32.08,27.45,979.25,951.13,20.591,27.98,51.58,70.09,442.9,2000,131,100.5,6.19,0.58,0.3 -Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,11,,32,14:39:55,14:09:55,6430.5,14.6,0.283,1050,5.36,2.01,6,1,2.84,28.44,32.17,26.74,1200.68,1170.87,20.539,27.984,53.01,72.23,419.6,1999,152,100.5,6.19,0.58,0.3 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,1,,1,14:46:48,13:16:48,1017,15.7,0.211,234,3.94,1.94,6,1,2.84,29.26,31.93,27.45,400.11,370.21,21.318,27.981,52.55,68.97,344.9,2001,1348,100.6,0.674,0.279,0.7 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,2,,2,14:49:49,13:19:49,1197,13.9,0.359,187,6.25,1.9,6,1,2.84,29.44,31.78,27.68,279.91,262.94,21.361,27.995,52.11,68.3,549.1,2002,1255,100.6,0.715,0.217,0 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,3,,3,14:52:31,13:22:31,1360,11.6,0.403,161,7.13,1.96,6,1,2.84,30.09,31.99,28.71,230.68,218.43,21.524,27.984,50.56,65.73,644,2000,344,100.6,0.686,0.186,0 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,4,,4,14:55:28,13:25:28,1537,6.27,0.422,113,7.22,1.9,6,1,2.84,29.42,31.8,27.7,150.1,143.6,21.748,27.991,53.09,68.33,674.5,2000,246,100.6,0.34,0.245,0.7 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,5,,5,14:57:14,13:27:14,1643,0.207,0.427,66.3,7.44,1.94,6,1,2.84,29.98,31.94,28.46,69.92,69.3,21.826,27.992,51.61,66.19,704.1,2000,251,100.6,0.0924,0.197,0.7 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,6,,6,15:00:14,13:30:14,1823,-1.96,0.504,47.3,8.59,1.94,6,1,2.84,30.39,31.95,29.09,40.18,41.56,20.795,27.994,48.03,64.66,696.2,2001,277,100.6,0.0118,0.21,0.3 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,7,,7,15:03:15,13:33:15,2003,11.8,0.425,161,7.61,1.99,6,1,2.84,30.31,32.12,28.9,230.62,217.51,20.799,27.987,48.24,64.92,617.1,1999,1614,100.6,0.544,0.21,0.3 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,8,,8,15:04:35,13:34:35,2083,21.5,0.371,260,6.7,1.98,6,1,2.84,29.66,32.06,27.79,400.09,373.69,20.814,27.97,50.12,67.35,546.1,2001,258,100.6,0.544,0.21,1 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,9,,9,15:06:49,13:36:49,2217,28.4,0.33,434,5.97,1.95,6,1,2.84,29.4,31.98,27.52,640.83,601.72,20.892,27.995,51.07,68.44,490.6,2000,305,100.6,0.544,0.21,1 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,10,,10,15:08:29,13:38:29,2317,27.8,0.329,762,5.87,1.93,6,1,2.84,29.53,31.9,28.04,979.59,938,20.89,28.007,50.68,67.95,481.1,2000,302,100.6,0.544,0.21,1 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,11,,11,15:10:59,13:40:59,2467.5,26.1,0.305,973,5.48,1.93,6,1,2.84,30.09,31.89,28.97,1200.02,1155.68,20.712,28.01,48.64,65.78,438.3,2001,220,100.6,0.544,0.21,0.3 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,1,,12,15:15:05,13:45:05,2713.5,31.8,0.282,914,5.2,1.96,6,1,2.84,29.39,31.97,27.52,1199.55,1143.26,20.317,27.855,49.67,68.09,402.7,1999,1227,100.6,0.544,0.21,1 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,2,,13,15:18:36,13:48:36,2924.5,28.1,0.272,934,5.09,1.98,6,1,2.84,30.54,32.1,29.29,1199.92,1146.04,20.161,28.019,46.15,64.13,377.8,1500,297,100.6,0.544,0.21,0.7 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,3,,14,15:20:41,13:50:41,3049.5,24.3,0.255,951,4.75,1.97,6,1,2.84,30.75,32.03,29.48,1199.99,1149.73,20.204,28,45.7,63.33,355.3,1000,317,100.6,0.544,0.21,1 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,4,,15,15:24:12,13:54:12,3260.5,18.9,0.218,971,4.12,1.97,6,1,2.84,31.18,32.04,30.06,1199.71,1153.2,20.123,28.005,44.4,61.8,305.2,501,227,100.6,0.544,0.21,0.3 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,5,,16,15:26:42,13:56:42,3410.5,8.82,0.187,1050,3.52,1.94,6,1,2.84,31.48,31.94,30.74,1199.86,1169.56,20.022,28.031,43.44,60.81,256,200,234,100.6,0.544,0.21,1 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,6,,17,15:29:55,13:59:55,3603.5,4.75,0.167,1090,3.17,1.94,6,1,2.84,31.73,31.95,31.04,1200,1177.56,19.843,27.997,42.45,59.89,227,120,195,100.6,0.544,0.21,1 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,7,,18,15:33:31,14:03:31,3819,2.88,0.146,1110,2.79,1.94,6,1,2.84,31.83,31.93,31.23,1200.55,1180.86,19.379,28.023,41.21,59.59,188,69,170,100.6,-2.37,0.145,0.3 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,8,,19,15:36:05,14:06:05,3974,0.87,0.128,1140,2.46,1.95,6,1,2.84,31.95,31.95,31.43,1201,1186.77,19.006,27.985,40.15,59.11,160,40,178,100.6,-2.36,0.1,0 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,9,,20,15:38:55,14:08:55,4143,-0.58,0.124,1160,2.37,1.93,6,1,2.84,31.92,31.92,31.43,1200.48,1191.33,18.626,28.017,39.4,59.26,147.1,20,174,100.6,-2.32,0.0542,0.3 -Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,10,,21,15:42:18,14:12:18,4347,-2.28,0.141,1190,2.78,2,6,1,2.84,32.05,32.15,31.43,1201.45,1197.79,18.53,27.99,38.92,58.79,171.4,1,244,100.6,-2.47,0.136,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,1,,1,17:09:50,15:39:50,186.5,9.91,0.0894,190,2.14,2.38,6,1,2.84,29.04,33.5,27.2,400.09,383.43,24.777,28.012,61.72,69.78,386.4,1999,74,100.4,0.24,0.33,0.7 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,2,,2,17:12:29,15:42:29,346.5,7.06,0.106,151,2.4,2.27,6,1,2.84,28.42,33.11,26.52,280.26,269.31,24.662,27.981,63.68,72.25,422.2,2001,96,100.4,0.969,0.265,0 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,3,,3,17:14:05,15:44:05,442.5,6.01,0.126,135,2.76,2.21,6,1,2.84,28.19,32.89,26.29,229.91,221.03,24.397,28.003,63.86,73.29,447.2,2001,143,100.4,0.519,0.351,0 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,4,,4,17:16:35,15:46:35,592.5,3.65,0.164,104,3.36,2.09,6,1,2.84,27.87,32.45,25.97,149.98,145.06,24.123,28.005,64.31,74.66,504.1,2000,66,100.4,0.495,0.346,0.7 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,5,,5,17:19:06,15:49:06,742.5,0.199,0.216,65.7,4.22,2.03,6,1,2.84,27.8,32.25,25.9,70.05,69.57,23.993,27.979,64.26,74.93,618.1,2001,66,100.4,0.314,0.331,0.7 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,6,,6,17:21:36,15:51:36,892.5,-1.04,0.272,49.3,5.05,1.97,6,1,2.84,27.71,31.99,25.81,43.54,44.21,23.938,27.965,64.43,75.27,731.4,2000,67,100.4,0.205,0.31,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,7,,7,17:24:00,15:54:00,1036.5,9.27,0.312,155,5.65,1.94,6,1,2.84,28.36,31.92,26.75,229.17,212.49,19.251,27.996,49.9,72.57,376.6,2000,66,100.4,0.659,0.298,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,8,,8,17:26:01,15:56:01,1157.5,15.9,0.212,232,4.13,2.02,6,1,2.84,28.07,32.2,26.19,400.4,369.54,20.86,27.97,54.98,73.72,339,2000,68,100.4,0.659,0.298,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,9,,9,17:28:02,15:58:02,1278.5,23,0.175,349,3.45,2.02,6,1,2.84,27.82,32.22,25.92,639.89,586.41,20.841,27.994,55.73,74.85,281.1,2000,72,100.4,0.659,0.298,0.7 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,10,,10,17:30:03,16:00:03,1399.5,26.8,0.159,603,3.12,2,6,1,2.84,27.68,32.13,25.77,980.63,910.18,20.761,27.974,55.98,75.44,252.2,2000,63,100.4,0.659,0.298,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,11,,11,17:32:04,16:02:04,1520.5,27.8,0.145,793,2.84,1.99,6,1,2.84,27.54,32.09,25.62,1199.38,1143.84,23.066,28.004,62.71,76.13,335.2,2001,73,100.4,0.659,0.298,0.7 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,1,,12,17:36:05,16:06:05,1762.5,28.8,0.134,749,2.92,2.21,6,1,2.84,28.7,32.88,26.87,1200.36,1141.82,22.799,27.982,57.93,71.1,329.1,2000,65,100.4,0.659,0.298,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,2,,13,17:38:26,16:08:26,1903,27,0.118,735,2.29,1.95,6,1,2.84,28.02,31.96,26.15,1199.89,1143.06,23.746,28.019,62.75,74.04,312.9,1501,73,100.4,0.659,0.298,1 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,3,,14,17:41:20,16:11:20,2077,23.4,0.103,739,2.03,1.97,6,1,2.84,29.98,32.02,28.9,1200.48,1143.87,23.684,28.015,55.89,66.12,272.7,1000,74,100.4,0.659,0.298,1 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,4,,15,17:44:21,16:14:21,2258,17.6,0.0858,780,1.71,1.98,6,1,2.84,30.94,32.09,30.06,1200.47,1147.78,23.542,28.021,52.59,62.6,222.8,500,76,100.4,0.659,0.298,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,5,,16,17:47:22,16:17:22,2439,8.63,0.0707,933,1.41,1.97,6,1,2.84,31.41,32.06,30.65,1200.96,1166.29,23.456,28.073,51.01,61.05,177.8,201,71,100.4,0.659,0.298,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,6,,17,17:49:58,16:19:58,2594.5,5.2,0.0664,1010,1.32,1.97,6,1,2.84,31.43,32.04,30.65,1201.04,1176.45,23.407,28.075,50.85,60.99,164.9,120,71,100.4,0.659,0.298,1 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,7,,18,17:52:56,16:22:56,2772,3.42,0.0607,1050,1.21,1.96,6,1,2.84,31.78,31.99,31.24,1201.59,1181.65,23.162,27.983,49.33,59.6,145.9,69,67,100.4,-3.18,0.261,0 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,8,,19,17:55:46,16:25:46,2943,1.63,0.0584,1100,1.17,1.97,6,1,2.84,31.48,32.03,30.64,1200.45,1187.31,23.08,28.016,49.99,60.68,137.8,40,79,100.4,-3.3,0.261,0.3 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,9,,20,17:58:23,16:28:23,3099,0.199,0.0559,1150,1.1,1.94,6,1,2.84,31.44,31.92,30.65,1200.76,1193.77,23.034,27.981,50,60.74,130,20,74,100.4,-3.11,0.134,0 -Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,10,,21,18:01:12,16:31:12,3269.5,-1.27,0.0639,1190,1.27,1.96,6,1,2.84,31.74,32.01,31.04,1201.33,1200.3,22.97,28,49.03,59.76,147.3,0,68,100.4,-3.96,0.253,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,1,,1,16:06:59,15:36:59,767,9.91,0.097,200,2.32,2.38,6,1,2.84,29.28,33.48,27.57,401.37,379.46,23.388,27.965,57.44,68.68,295.5,2000,36,100.4,6.48,0.591,0.7 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,2,,2,16:09:04,15:39:04,891,8.05,0.137,160,3.01,2.22,6,1,2.84,28.73,32.9,26.98,279.49,265.47,23.336,27.977,59.16,70.93,378.6,2000,67,100.4,6.71,0.573,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,3,,3,16:11:45,15:41:45,1053,7.93,0.2,147,3.97,2.05,6,1,2.84,28.34,32.32,26.6,231.63,220.77,23.224,27.985,60.2,72.54,486.5,2000,38,100.4,6.78,0.539,0 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,4,,4,16:14:27,15:44:27,1215,4.61,0.258,110,4.77,1.95,6,1,2.84,28.03,31.92,26.31,149.92,144.41,23.171,27.989,61.17,73.89,576.9,2000,41,100.3,6.35,0.576,0 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,5,,5,16:16:57,15:46:57,1365,-0.602,0.317,70.7,5.78,1.96,6,1,2.84,28.83,31.94,27.5,69.42,69.58,23.277,27.931,58.66,70.39,724.5,1999,30,100.4,5.93,0.59,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,6,,6,16:19:28,15:49:28,1516,-2.55,0.372,61.3,6.58,1.93,6,1,2.84,28.94,31.88,27.49,48.46,50.91,20.935,28.005,52.43,70.14,543,2000,45,100.3,6.01,0.514,0 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,7,,7,16:21:59,15:51:59,1666,11.5,0.41,162,7.28,1.96,6,1,2.84,29.52,31.99,28.28,231.13,218.36,21.077,27.989,51.03,67.77,614.3,2000,45,100.4,6.23,0.565,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,8,,8,16:24:00,15:54:00,1787,20.1,0.35,265,6.53,2.02,6,1,2.84,29.27,32.19,27.66,400.9,376.94,21.241,27.967,52.18,68.7,565.8,1999,47,100.4,6.23,0.565,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,9,,9,16:26:01,15:56:01,1908,24.6,0.303,448,5.66,1.99,6,1,2.84,28.58,32.1,26.86,640.55,607.17,21.423,27.98,54.78,71.55,503.4,2000,47,100.4,6.23,0.565,0.7 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,10,,10,16:28:02,15:58:02,2029,21.3,0.28,787,5.17,1.96,6,1,2.84,28.24,31.97,26.51,980.68,947.34,21.606,27.988,56.36,73.01,472.1,2000,48,100.4,6.23,0.565,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,11,,11,16:29:54,15:59:54,2141,18.4,0.261,1010,4.82,1.95,6,1,2.84,28.41,31.94,26.9,1201.04,1169.22,21.809,28.008,56.31,72.31,454,2000,51,100.3,6.23,0.565,1 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,1,,12,16:35:52,16:05:52,2499,22.9,0.221,947,4.39,2.06,6,1,2.84,28.71,32.35,27.03,1199.06,1159.6,21.985,27.991,55.76,71,426.1,2000,38,100.3,6.23,0.565,1 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,2,,13,16:38:52,16:08:52,2680,21.1,0.185,929,3.48,1.94,6,1,2.84,28.97,31.92,27.68,1199.11,1155.42,22.181,28.056,55.45,70.13,345.2,1500,39,100.3,6.23,0.565,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,3,,14,16:41:02,16:11:02,2809,17.9,0.151,938,2.94,1.98,6,1,2.84,30.17,32.04,29.2,1201.1,1171.1,23.995,28.003,55.98,65.33,427.2,1001,37,100.3,6.23,0.565,1 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,4,,15,16:43:59,16:13:59,2986.5,13.1,0.127,968,2.5,1.98,6,1,2.84,30.82,32.08,30.02,1200.93,1175.32,24.147,28.017,54.27,62.96,376.5,501,36,100.3,6.23,0.565,1 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,5,,16,16:47:29,16:17:29,3197,9.73,0.116,1010,2.24,1.94,6,1,2.84,30.96,31.91,30.22,1200.69,1179.6,24.267,27.972,54.11,62.38,351.9,201,35,100.4,-3.21,0.644,0 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,6,,17,16:51:11,16:21:11,3418.5,5.13,0.0982,1060,1.95,1.98,6,1,2.84,31.3,32.06,30.61,1200.47,1186.46,24.409,27.978,53.36,61.17,318.8,120,36,100.3,-3.01,0.48,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,7,,18,16:54:00,16:24:00,3587.5,2.98,0.102,1110,1.99,1.96,6,1,2.84,31.27,32,30.61,1201.05,1191.76,24.647,28.009,54,61.36,345.8,69,35,100.4,-4.03,0.645,0 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,8,,19,16:56:31,16:26:31,3738,0.769,0.103,1140,2,1.95,6,1,2.84,31.49,31.96,31,1199.47,1194.26,24.791,27.997,53.62,60.56,364.5,41,38,100.4,-4.09,0.656,0.3 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,9,,20,17:00:01,16:30:01,3948,0.124,0.105,1160,2.08,1.99,6,1,2.84,31.47,32.1,30.81,1201.07,1197.1,24.929,28,53.98,60.64,395.2,19,41,100.4,-4.21,0.614,0.7 -Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,10,,21,17:02:32,16:32:32,4099.5,-2.86,0.108,1200,2.12,1.96,6,1,2.84,31.42,32,30.8,1197.14,1197.64,24.836,28.011,53.95,60.85,389.2,0,39,100.4,-4.15,0.633,0.3 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,1,,22,18:12:18,16:42:18,3934.5,20.2,0.229,214,4.63,2.11,6,1,2.84,29.14,32.49,27.4,399.83,375.53,22.848,27.832,56.59,68.94,542.1,2002,100,100.4,-3.96,0.253,0.7 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,2,,23,18:14:48,16:44:48,4084.5,11.5,0.243,177,4.54,1.96,6,1,2.84,28.3,31.98,26.45,280.26,265.33,22.813,28.001,59.34,72.84,510.2,2000,108,100.4,0.387,0.279,0 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,3,,24,18:17:18,16:47:18,4235.5,9.04,0.272,155,5.07,1.97,6,1,2.84,28.97,32.03,27.53,230.12,218.51,22.39,28.024,56.03,70.12,524.6,2001,104,100.4,0.212,0.285,0.7 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,4,,25,18:19:49,16:49:49,4386.5,5.02,0.319,111,5.86,1.98,6,1,2.84,29.03,32.04,27.53,150.36,142.31,20.155,27.989,50.25,69.78,436.5,2001,73,100.4,0.136,0.292,0.7 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,5,,26,18:22:23,16:52:23,4540.5,0.353,0.38,65,6.79,1.96,6,1,2.84,29.06,31.98,27.53,69.75,68.77,20.167,28.012,50.19,69.72,504.4,2000,418,100.4,-0.126,0.319,0.3 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,6,,27,18:24:59,16:54:59,4696.5,-0.939,0.44,53.3,7.65,1.94,6,1,2.84,29.11,31.92,27.53,50.47,51.04,20.243,28.008,50.24,69.51,574.4,2000,471,100.5,-0.0793,0.308,0.7 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,7,,28,18:27:19,16:57:19,4836.5,10.6,0.44,169,7.75,1.96,6,1,2.84,29.51,32.01,28.11,230.89,218.35,20.308,28.001,49.24,67.9,587.5,1999,510,100.5,0.127,0.26,0.7 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,8,,29,18:29:20,16:59:20,4957.5,18.7,0.335,266,6.2,2,6,1,2.84,28.76,32.12,26.9,400.41,374.04,20.411,27.978,51.69,70.85,477.5,1998,206,100.5,0.127,0.26,0.3 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,9,,30,18:31:21,17:01:21,5079,23.6,0.296,445,5.43,1.96,6,1,2.84,28.36,31.98,26.49,639.36,600.75,20.409,27.98,52.89,72.51,418,2000,125,100.4,0.127,0.26,0.7 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,10,,31,18:33:22,17:03:22,5200,24.3,0.267,766,4.88,1.93,6,1,2.84,28.18,31.88,26.48,980.45,950.12,22.99,27.962,60.23,73.25,572.6,2000,442,100.4,0.127,0.26,0.7 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,11,,32,18:34:58,17:04:58,5295,23.8,0.26,975,4.83,1.96,6,1,2.84,28.45,31.98,26.75,1198.86,1167.71,23.021,27.986,59.37,72.18,567.3,2000,480,100.5,0.127,0.26,1 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,1,,33,18:39:41,17:09:41,5578.5,27.4,0.232,926,4.87,2.19,6,1,2.84,29.13,32.8,27.29,1200.05,1165.81,23.015,27.919,57.04,69.19,578.8,2000,395,100.4,0.127,0.26,0.3 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,2,,34,18:42:42,17:12:42,5759.5,25.6,0.189,898,3.6,1.97,6,1,2.84,28.46,31.96,26.58,1200.3,1160.37,23.15,27.852,59.67,71.79,446.8,1500,418,100.5,0.127,0.26,0.3 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,3,,35,18:45:43,17:15:43,5940.5,22.3,0.152,880,2.94,1.97,6,1,2.84,30.07,32.03,28.91,1200.88,1158.7,23.326,28.008,54.78,65.77,365.8,1001,304,100.4,0.127,0.26,0.3 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,4,,36,18:48:11,17:18:11,6088,16.8,0.132,920,2.55,1.96,6,1,2.84,31.01,32.01,30.07,1201.23,1164.71,23.51,28.099,52.33,62.54,324,501,394,100.5,0.127,0.26,1 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,5,,37,18:50:13,17:20:13,6210,7.71,0.119,1040,2.3,1.96,6,1,2.84,31.72,32.04,31.04,1200.52,1178.84,23.516,28.169,50.26,60.21,288.7,200,296,100.5,0.127,0.26,1 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,6,,38,18:53:48,17:23:48,6425.5,5.76,0.0971,1050,1.9,1.96,6,1,2.84,31.49,31.99,30.65,1201.24,1181.38,23.426,28.014,50.72,60.65,241.8,120,138,100.5,-2.61,0.0294,0 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,7,,39,18:56:19,17:26:19,6576.5,3.01,0.0941,1100,1.83,1.94,6,1,2.84,31.48,31.91,30.65,1200.21,1186.77,23.398,28.004,50.71,60.69,231.2,69,220,100.5,-3.26,0.114,0.7 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,8,,40,18:59:24,17:29:24,6761.5,1.43,0.088,1130,1.74,1.97,6,1,2.84,31.77,32.01,31.04,1200.87,1190.88,23.193,28.005,49.44,59.69,210.3,40,179,100.5,-3.55,0.0407,0 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,9,,41,19:03:00,17:33:00,6977.5,0.13,0.0754,1150,1.47,1.94,6,1,2.84,31.73,31.91,31.04,1200.45,1193.81,22.97,28.006,49.08,59.84,170.4,20,48,100.5,-3.36,-0.0865,0 -Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,10,,42,19:06:32,17:36:32,7189.5,-1.35,0.0726,1190,1.46,1.99,6,1,2.84,32.15,32.11,31.63,1200.37,1198.87,22.658,28,47.27,58.41,159.3,0,35,100.5,-3.83,0.103,0 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,22,17:10:40,16:40:40,4588,20.7,0.145,127,3.38,2.36,6,1,2.84,28.71,33.38,27.05,400.23,376.25,24.342,27.917,61.76,70.83,550.9,2000,44,100.4,-4.15,0.633,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,23,17:12:42,16:42:42,4709,15.4,0.188,112,4.09,2.24,6,1,2.84,28.08,32.93,26.37,283.18,257.86,21.742,27.852,57.24,73.32,390.3,2000,45,100.4,-4.15,0.633,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,3,Yes,24,17:14:43,16:44:43,4830,15.4,0.226,86.4,4.61,2.12,6,1,2.84,27.73,32.53,26.01,229.56,207.81,21.894,27.858,58.84,74.87,450.7,2000,45,100.4,-4.15,0.633,0.7 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,4,,25,17:17:05,16:47:05,4973,4.23,0.269,114,5.12,2.01,6,1,2.84,27.53,32.18,25.8,151.49,145.34,21.843,27.995,59.39,76.12,485,2001,42,100.4,5.89,0.585,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,5,,26,17:19:35,16:49:35,5123,-0.716,0.311,71.1,5.62,1.94,6,1,2.84,27.32,31.9,25.6,68.86,69.24,21.718,27.986,59.78,77.03,523,2000,43,100.4,5.88,0.592,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,6,,27,17:21:47,16:51:47,5255,-1.54,0.343,60.2,6.21,1.96,6,1,2.84,28.07,31.98,26.72,52.76,54.11,21.257,27.994,55.99,73.74,537.8,2000,41,100.4,5.59,0.576,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,7,,28,17:24:17,16:54:17,5405,9.61,0.369,168,6.61,1.95,6,1,2.84,28.35,31.96,27.11,232.18,220.91,21.461,28.004,55.63,72.59,589.3,1999,55,100.4,5.97,0.602,0 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,8,,29,17:26:07,16:56:07,5515,17.4,0.35,281,6.39,1.98,6,1,2.84,28.42,32.07,27.1,399.95,379.43,21.579,28.007,55.71,72.3,579.9,2000,57,100.4,5.34,0.597,0 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,9,,30,17:28:08,16:58:08,5636,19.4,0.322,490,5.95,1.99,6,1,2.84,28.17,32.09,26.7,640.09,614.37,21.528,27.982,56.38,73.29,538.1,1999,52,100.4,5.34,0.597,0.7 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,10,,31,17:30:09,17:00:09,5757,17.4,0.298,821,5.51,1.97,6,1,2.84,27.61,32.02,25.9,978.64,951.08,21.44,27.97,58.01,75.67,492.3,2001,51,100.4,5.34,0.597,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,11,,32,17:32:10,17:02:10,5878,15.6,0.28,1040,5.14,1.94,6,1,2.84,27.39,31.92,25.71,1201.57,1172.81,21.335,27.988,58.48,76.72,450.4,2001,50,100.4,5.34,0.597,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,1,,33,17:36:25,17:06:25,6133,18.9,0.245,993,4.97,2.13,6,1,2.84,28.31,32.59,26.64,1200.59,1162.88,20.607,27.997,53.53,72.72,392.3,1999,41,100.4,5.34,0.597,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,2,,34,17:39:26,17:09:26,6314,18.7,0.191,955,3.61,1.95,6,1,2.84,28.25,31.93,26.9,1201.17,1154.09,20.751,27.988,54.09,72.96,290.9,1501,41,100.4,5.34,0.597,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,3,,35,17:41:59,17:11:59,6466.5,16.7,0.161,943,3.1,1.96,6,1,2.84,29.86,32,29.05,1200.13,1151.4,20.794,28.015,49.39,66.54,250.1,1000,39,100.4,5.34,0.597,1 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,4,,36,17:45:00,17:15:00,6647.5,11.1,0.136,1000,2.64,1.97,6,1,2.84,31.01,32.04,30.43,1200.88,1174.42,23.243,28.042,51.69,62.36,321.3,500,43,100.4,5.34,0.597,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,5,,37,17:48:23,17:18:23,6851,8.05,0.12,1030,2.38,1.99,6,1,2.84,31.79,32.11,31.39,1200.73,1178.37,23.245,28.015,49.45,59.6,291.5,200,48,100.4,-4.01,0.581,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,6,,38,17:51:49,17:21:49,7057,4.97,0.106,1070,2.1,1.98,6,1,2.84,31.66,32.07,31.19,1200.79,1182.99,23.102,27.98,49.5,59.96,251.6,120,41,100.4,-4.26,0.605,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,7,,39,17:54:20,17:24:20,7207,2.52,0.0991,1110,1.96,1.98,6,1,2.84,31.66,32.04,31.19,1201.85,1188.67,22.819,27.996,48.9,59.99,220.8,71,43,100.4,-4.22,0.617,0.7 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,8,,40,17:56:54,17:26:54,7361,0.923,0.0904,1140,1.77,1.96,6,1,2.84,31.63,31.96,31.19,1199.59,1190,22.523,27.977,48.34,60.05,189.7,41,44,100.4,-4.15,0.602,0.3 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,9,,41,17:59:54,17:29:54,7542,-0.0273,0.0786,1160,1.57,1.98,6,1,2.84,31.92,32.05,31.59,1201.3,1194.21,22.151,28.004,46.78,59.14,156,19,317,100.4,-4.3,0.467,0 -Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,10,,42,18:02:39,17:32:39,7707,-1.15,0.0817,1180,1.63,1.99,6,1,2.84,31.82,32.09,31.39,1201.07,1197.95,21.919,28.007,46.55,59.47,156.6,0,289,100.4,-4.07,0.702,0 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,1,,1,15:23:17,14:53:17,870.5,8.01,0.0839,191,2.37,2.8,6,1,2.84,30.01,34.85,28.26,400.19,360.83,17.735,27.972,41.7,65.77,135.2,2001,34,100.3,-0.251,0.00597,1 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,2,,2,15:25:18,14:55:18,991.5,6.14,0.111,154,3,2.7,6,1,2.84,29.71,34.52,27.97,279.55,254.91,17.568,27.968,42.04,66.92,168.3,2000,45,100.3,-0.251,0.00597,0.7 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,3,,3,15:27:54,14:57:54,1148,4.83,0.129,142,3.37,2.62,6,1,2.84,29.45,34.26,27.71,229.36,211.62,17.495,27.985,42.49,67.96,187.3,2000,33,100.3,1.67,-0.262,0 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,4,,4,15:30:25,15:00:25,1299,2.27,0.147,110,3.73,2.56,6,1,2.84,29.29,34.07,27.54,149.41,141.24,17.395,27.989,42.65,68.62,205.3,1999,34,100.3,1.87,-0.241,0 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,5,,5,15:32:54,15:02:54,1448,-0.656,0.164,75.1,4.02,2.5,6,1,2.84,29.21,33.87,27.47,70.43,71.43,17.324,27.983,42.67,68.92,219.9,2001,33,100.2,1.64,-0.187,0.7 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,6,,6,15:35:29,15:05:29,1603,-1.99,0.192,59.1,4.53,2.42,6,1,2.84,28.99,33.61,27.26,39.24,43.59,17.302,27.993,43.14,69.79,247.4,2000,38,100.2,1.83,-0.0322,0 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,7,,7,15:38:01,15:08:01,1755,6.84,0.21,151,4.8,2.36,6,1,2.84,28.92,33.4,27.2,231.55,213.44,17.229,27.977,43.14,70.06,260.4,1999,35,100.3,1.04,-0.0734,0.7 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,8,,8,15:39:39,15:09:39,1852.5,12.8,0.202,247,4.6,2.35,6,1,2.84,28.84,33.36,27.13,401.35,366.65,17.234,27.97,43.36,70.36,250.1,2000,47,100.2,1.04,-0.0734,1 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,9,,9,15:41:40,15:11:40,1973.5,17.2,0.187,416,4.35,2.38,6,1,2.84,28.85,33.48,27.13,641.4,591.48,17.293,27.976,43.47,70.32,237.5,1999,36,100.2,1.04,-0.0734,0.7 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,10,,10,15:42:57,15:12:57,2050.5,15.6,0.18,750,4.21,2.39,6,1,2.84,28.82,33.49,27.09,979.43,928.46,17.283,27.979,43.53,70.47,229.5,2000,31,100.2,1.04,-0.0734,1 -Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,11,,11,15:44:58,15:14:58,2171.5,15.2,0.17,953,4,2.4,6,1,2.84,28.8,33.55,27.07,1198.77,1144.26,17.276,28.018,43.56,70.65,217.3,2000,42,100.2,1.04,-0.0734,0.3 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,1,,1,16:28:06,14:58:06,879,9.93,0.107,204,2.67,2.51,6,1,2.84,29.91,33.9,28.03,400.49,369.39,20.583,27.985,48.71,66.23,210.6,1999,144,100.3,-1.62,-0.132,0.7 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,2,,2,16:30:41,15:00:41,1033,6.27,0.124,169,2.98,2.42,6,1,2.84,29.58,33.6,27.69,279.33,261.97,20.873,28.006,50.37,67.58,243.8,1999,155,100.3,0.953,-0.213,0 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,3,,3,16:33:14,15:03:14,1187,5.61,0.16,152,3.66,2.33,6,1,2.84,29.34,33.31,27.44,230.9,218.53,21.124,27.985,51.67,68.45,311.1,2000,149,100.3,0.623,-0.122,0.3 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,4,,4,16:35:45,15:05:45,1338,2.97,0.195,112,4.3,2.28,6,1,2.84,29.29,33.13,27.38,148.83,143.02,21.235,28.011,52.09,68.71,370.3,2000,159,100.3,0.388,-0.0842,0.7 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,5,,5,16:38:19,15:08:19,1492,-0.101,0.234,69.3,4.91,2.19,6,1,2.84,29.08,32.83,27.17,71.4,71.04,21.139,28.009,52.48,69.53,416.8,1999,140,100.3,0.273,-0.0632,0.7 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,6,,6,16:40:50,15:10:50,1643,-1.49,0.272,49.4,5.42,2.11,6,1,2.84,28.86,32.51,26.96,39.78,41.44,21.081,27.982,53,70.36,458.3,1999,149,100.3,0.185,-0.109,0.7 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,7,,7,16:43:17,15:13:17,1790,7.71,0.306,169,5.84,2.04,6,1,2.84,28.74,32.27,26.86,230.39,219.36,21.051,28.007,53.29,70.9,489.4,1999,170,100.3,0.687,-0.119,0.3 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,8,,8,16:45:18,15:15:18,1910.5,14.7,0.28,277,5.43,2.05,6,1,2.84,28.72,32.32,26.83,400.53,378.82,21.179,28.007,53.68,70.99,464.1,2001,157,100.3,0.687,-0.119,0.3 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,9,,9,16:47:19,15:17:19,2032,20.2,0.243,445,4.84,2.09,6,1,2.84,28.78,32.45,26.89,638.74,605.45,21.239,28.02,53.64,70.76,416.5,2001,155,100.3,0.687,-0.119,0.7 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,10,,10,16:49:20,15:19:20,2153,21.2,0.216,743,4.42,2.12,6,1,2.84,28.87,32.59,26.99,979.63,939.73,21.274,28.028,53.47,70.45,382,2001,147,100.3,0.687,-0.119,0.7 -Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,11,,11,16:51:21,15:21:21,2274,20.2,0.189,936,3.87,2.11,6,1,2.84,28.69,32.5,26.79,1199.08,1153.69,21.035,27.954,53.43,71,326,2000,146,100.3,0.687,-0.119,0.3 -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,1,,20,17:48:16,16:18:16,5688.5,10.7,0.123,209,3.23,2.64,6,1,2.84,30.77,34.32,28.89,400.27,365.8,18.823,27.933,42.38,62.9,206.8,2000,115,100.3,-2.61,-0.113, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,2,,21,17:50:16,16:20:16,5809.5,6.83,0.117,151,2.84,2.42,6,1,2.84,29.68,33.56,27.78,279.75,255.1,18.872,27.868,45.26,66.83,183.9,1999,76,100.3,-2.61,-0.113, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,3,,22,17:52:51,16:22:51,5964,4.72,0.127,145,2.86,2.27,6,1,2.84,29.05,33.09,27.12,230.56,213.23,18.937,27.978,47.08,69.55,184.4,2000,115,100.3,0.836,-0.165, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,4,,23,17:55:32,16:25:32,6125,2.59,0.152,108,3.09,2.06,6,1,2.84,28.37,32.34,26.46,149.87,140.76,18.993,28.009,49.13,72.45,199.6,2001,201,100.3,0.652,-0.102, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,5,,24,17:58:12,16:28:12,6285,-0.124,0.194,68.5,3.61,1.92,6,1,2.84,28.32,31.82,26.75,69.95,69.62,18.96,28.007,49.19,72.66,232.7,1999,128,100.3,0.533,-0.0822, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,6,,25,18:00:51,16:30:51,6444,-1.27,0.235,50.1,4.4,1.96,6,1,2.84,29.29,31.96,28.12,40.04,42.35,18.889,28.007,46.3,68.65,281.6,2001,125,100.3,0.324,-0.117, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,7,,26,18:03:30,16:33:30,6602,7.1,0.261,162,4.94,1.99,6,1,2.84,29.64,32.09,28.51,230.73,215.11,18.793,27.977,45.16,67.24,313.6,1999,97,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,8,,27,18:05:04,16:35:04,6696,13.8,0.257,266,4.84,1.98,6,1,2.84,29.5,32.03,28.31,399.28,368.56,18.731,27.978,45.37,67.77,305,2000,85,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,9,,28,18:07:05,16:37:05,6817,19.1,0.235,437,4.49,2,6,1,2.84,29.47,32.11,28.18,639.77,593.26,18.66,27.999,45.27,67.93,280.3,1999,193,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,10,,29,18:09:06,16:39:06,6938,19.9,0.218,742,4.15,1.98,6,1,2.84,29.2,32.03,27.92,980.25,925.14,18.609,27.971,45.86,68.93,258.7,2001,89,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,11,,30,18:11:07,16:41:07,7059,19.4,0.202,942,3.86,1.98,6,1,2.84,29.18,32.03,27.92,1199.32,1139.7,18.563,27.964,45.81,69.01,239.6,2001,694,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,1,,31,18:13:42,16:43:42,7215,20.8,0.181,907,3.8,2.15,6,1,2.84,29.38,32.58,27.62,1199.38,1136.63,18.52,27.763,45.18,67.73,239.9,1999,90,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,2,,32,18:15:43,16:45:43,7336,20.7,0.169,890,3.22,1.95,6,1,2.84,29.34,31.87,28.33,1199.93,1128.03,18.534,27.807,45.32,67.99,202.8,1501,100,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,3,,33,18:17:44,16:47:44,7457,18.8,0.149,884,2.9,1.97,6,1,2.84,31.03,31.98,30.47,1199.79,1126.2,18.521,27.928,41.1,61.98,179.6,1001,86,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,4,,34,18:19:16,16:49:16,7548.5,15.2,0.138,916,2.68,1.96,6,1,2.84,32.18,32,32.03,1199.45,1133.02,18.545,28.037,38.55,58.29,164.9,500,144,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,5,,35,18:20:47,16:50:47,7640,7.83,0.127,1020,2.47,1.97,6,1,2.84,32.68,32.03,32.61,1199.49,1157.13,18.58,28.091,37.54,56.76,151.5,201,93,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,6,,36,18:22:38,16:52:38,7751,4.64,0.12,1070,2.38,2,6,1,2.84,32.2,32.12,31.42,1199.6,1169.38,18.623,28.049,38.66,58.23,147.3,120,309,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,7,,37,18:24:12,16:54:12,7845,2.25,0.118,1110,2.28,1.95,6,1,2.84,31.86,31.95,31.23,1199.76,1178.8,18.641,28.059,39.45,59.39,141.3,69,100,100.3,0.834,-0.13, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,8,,38,18:26:45,16:56:45,7998,1.25,0.104,1130,2.05,1.96,6,1,2.84,32.35,31.99,32.02,1199.77,1182.58,18.709,28.027,38.51,57.69,128.1,41,82,100.3,-2.41,-0.404, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,9,,39,18:28:52,16:58:52,8125,0.0385,0.102,1150,2,1.95,6,1,2.84,32.35,31.94,32.02,1199.68,1188.25,18.791,27.988,38.69,57.63,126.5,21,526,100.3,-2.68,-0.475, -Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,10,,40,18:31:28,17:01:28,8280.5,-1.62,0.0981,1190,1.94,1.97,6,1,2.84,32.51,32.01,32.22,1200.02,1196.59,18.746,27.991,38.25,57.12,122.3,0,318,100.3,-2.96,-0.439, -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,1,,12,16:46:03,16:16:03,5837,5.27,0.0499,176,1.46,2.86,6,1,2.84,30.09,35.05,28.37,400.23,360.75,18.322,27.984,42.86,65.46,88.2,2000,201,100.2,1.04,-0.0734,0.7 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,2,,13,16:48:04,16:18:04,5958,2.84,0.0503,156,1.38,2.68,6,1,2.84,29.19,34.46,27.45,279.64,256.88,18.409,27.969,45.35,68.91,84.2,2000,111,100.2,1.04,-0.0734,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,3,,14,16:50:51,16:20:51,6125,0.798,0.0156,119,0.398,2.47,6,1,2.84,28.37,33.79,26.61,229.74,208.11,18.536,28.032,47.88,72.41,24.4,1999,163,100.2,3.28,-0.71,0 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,4,,15,16:53:30,16:23:30,6284,1.25,0.0698,107,1.65,2.33,6,1,2.84,27.8,33.27,26.05,149.76,141.01,18.536,27.976,49.51,74.71,101.7,2001,234,100.2,1.99,-0.0793,0 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,5,,16,16:56:07,16:26:07,6441,-0.623,0.0817,81.1,1.81,2.2,6,1,2.84,27.34,32.83,25.58,68.69,71.37,18.471,28.012,50.7,76.88,110.7,2000,168,100.2,2.13,-0.0355,0 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,6,,17,16:58:44,16:28:44,6598,-1.32,0.0938,68.2,1.96,2.08,6,1,2.84,26.92,32.4,25.16,40.8,46.98,18.369,27.974,51.67,78.69,119.2,2000,122,100.2,2.15,-0.106,0.7 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,7,,18,17:00:45,16:30:45,6719,4.86,0.104,124,2.11,2.02,6,1,2.84,26.69,32.15,24.94,231.15,206.6,18.451,27.935,52.6,79.64,129.5,2000,91,100.2,2.15,-0.106,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,8,,19,17:02:46,16:32:46,6840,9.74,0.103,185,2.02,1.97,6,1,2.84,26.48,31.95,24.72,400.94,350.19,18.36,27.909,53.01,80.57,123.6,2000,52,100.2,2.15,-0.106,0.7 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,9,,20,17:04:47,16:34:47,6961.5,15.2,0.1,295,1.98,1.97,6,1,2.84,26.85,31.97,25.35,640.4,558.86,18.337,27.942,51.78,78.9,119.9,2000,62,100.2,2.15,-0.106,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,10,,21,17:06:48,16:36:48,7082.5,18.2,0.0954,540,1.9,1.99,6,1,2.84,26.91,32.06,25.35,979.76,876.2,18.321,27.989,51.56,78.77,114.9,1999,87,100.2,2.15,-0.106,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,11,,22,17:08:49,16:38:49,7203.5,18.2,0.088,718,1.76,1.99,6,1,2.84,26.6,32.06,24.85,1200.35,1087.01,18.297,27.952,52.46,80.14,106.5,1999,60,100.2,2.15,-0.106,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,1,,23,17:12:40,16:42:40,7433,18.3,0.0821,697,1.85,2.23,6,1,2.84,27.98,32.92,26.32,1199.66,1095.8,18.803,27.971,49.7,73.93,117.4,1999,50,100.2,2.15,-0.106,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,2,,24,17:14:41,16:44:41,7554,17,0.0717,661,1.42,1.95,6,1,2.84,27.24,31.93,25.53,1199.49,1078.01,18.975,27.98,52.38,77.23,91.7,1499,41,100.2,2.15,-0.106,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,3,,25,17:16:39,16:46:39,7672,15.3,0.0782,750,1.52,1.92,6,1,2.84,29.72,31.85,29.44,1200.48,1098.65,19.164,28.049,45.81,67.05,99.8,1000,43,100.2,2.15,-0.106,1 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,4,,26,17:18:40,16:48:40,7793,11.1,0.0713,834,1.42,1.97,6,1,2.84,31.23,32.08,30.82,1200.32,1120.12,19.495,28.213,42.72,61.83,95,501,40,100.2,2.15,-0.106,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,5,,27,17:20:35,16:50:35,7908,4.84,0.0683,1010,1.37,1.98,6,1,2.84,31.69,32.03,31.39,1200.66,1161.13,19.805,27.99,42.29,59.77,97.5,200,40,100.2,2.15,-0.106,1 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,6,,28,17:22:19,16:52:19,8012,1.91,0.0608,1090,1.23,1.99,6,1,2.84,31.88,32.09,31.59,1200.73,1178.49,20.097,28.012,42.45,59.17,90.6,120,42,100.2,2.15,-0.106,1 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,7,,29,17:24:29,16:54:29,8143,2.78,0.0569,1060,1.15,1.99,6,1,2.84,31.89,32.08,31.59,1200.88,1172.33,20.263,27.998,42.77,59.1,86.9,71,45,100.2,-16.8,-0.0412,0 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,8,,30,17:26:52,16:56:52,8286,1.26,0.0443,1100,0.894,1.98,6,1,2.84,31.88,32.02,31.59,1201.01,1180.53,20.284,27.986,42.85,59.12,67.7,41,45,100.2,-16.6,-0.318,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,9,,31,17:29:37,16:59:37,8451,0.242,0.04,1140,0.809,1.98,6,1,2.84,31.9,32.03,31.59,1201.42,1189.64,20.298,27.987,42.84,59.07,61.4,19,40,100.2,-17.1,-0.452,0.3 -Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,10,,32,17:32:27,17:02:27,8620,-0.725,0.0372,1190,0.748,1.96,6,1,2.84,31.86,31.98,31.59,1201.55,1199.53,19.503,28.013,41.26,59.26,51.3,0,24,100.2,-17.6,-0.365,0.7 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,1,,41,18:43:00,17:13:00,8972,8.84,0.0876,175,1.8,2.05,6,1,2.84,28.74,32.27,27.01,400.33,349.28,18.496,27.947,46.83,70.76,111.2,2001,67,100.3,-2.96,-0.439,0.7 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,2,,42,18:45:01,17:15:01,9093,6.39,0.104,138,1.99,1.92,6,1,2.84,28.63,31.84,27.76,280.39,246.29,18.444,28.023,47,71.41,121.1,2000,60,100.3,-2.96,-0.439,0.3 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,3,,43,18:47:02,17:17:02,9214,5.77,0.121,121,2.37,1.97,6,1,2.84,29.16,32.01,28,231,204.96,18.413,28.019,45.49,69.23,144.1,2001,58,100.3,-2.96,-0.439,0.7 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,4,,44,18:49:43,17:19:43,9375,2.6,0.15,107,2.92,1.98,6,1,2.84,29.27,32.03,28.32,150.21,140.06,18.408,27.987,45.2,68.72,177.8,2001,60,100.3,1.2,-0.2,0 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,5,,45,18:52:17,17:22:17,9530,-0.125,0.167,68.7,3.22,1.96,6,1,2.84,29.39,32,28.51,69.94,69.64,18.402,28.003,44.88,68.3,195.4,2000,60,100.3,0.808,-0.239,0.7 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,6,,46,18:54:23,17:24:23,9656,-1.28,0.185,52.9,3.5,1.95,6,1,2.84,29.39,31.93,28.51,39.52,42.71,18.385,28.007,44.83,68.29,211.9,2000,65,100.3,0.754,-0.226,0.7 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,7,,47,18:56:27,17:26:27,9780,6.35,0.199,151,3.73,1.94,6,1,2.84,29.53,31.9,28.71,230.31,211.26,18.323,28.008,44.32,67.75,224.7,2001,68,100.3,1.3,-0.19,0.3 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,8,,48,18:58:02,17:28:02,9874,12.6,0.203,249,3.87,1.97,6,1,2.84,29.95,32.03,29.3,400.46,364.3,18.277,28.007,43.17,66.15,231.8,2000,67,100.3,1.3,-0.19,1 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,9,,49,19:00:02,17:30:02,9995,19.4,0.192,395,3.71,1.99,6,1,2.84,29.67,32.08,28.63,639.21,581.46,18.289,27.977,43.9,67.15,223.5,1999,75,100.3,1.3,-0.19,0.3 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,10,,50,19:02:03,17:32:03,10116,22.5,0.181,673,3.49,1.98,6,1,2.84,29.37,32.03,28.32,980.57,907.66,18.307,27.953,44.71,68.27,210.8,1999,68,100.3,1.3,-0.19,0.3 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,11,,51,19:04:04,17:34:04,10237,23.1,0.171,859,3.27,1.96,6,1,2.84,29.22,31.96,28.29,1199.43,1118.22,18.332,27.98,45.15,68.92,197.5,1998,69,100.3,1.3,-0.19,0.3 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,1,,52,19:06:56,17:36:56,10409,24.4,0.157,822,3.17,2.05,6,1,2.84,28.92,32.27,27.15,1199.65,1113.75,18.389,27.871,46.1,69.87,195,2000,72,100.3,1.3,-0.19,0.3 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,2,,53,19:08:57,17:38:57,10530,22.6,0.15,825,2.82,1.92,6,1,2.84,30.26,31.88,29.87,1199.96,1108.82,18.43,28.134,42.75,65.26,169.7,1500,128,100.3,1.3,-0.19,0.7 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,3,,54,19:10:58,17:40:58,10651,19.3,0.137,849,2.62,1.93,6,1,2.84,31.32,31.96,30.7,1199.26,1114.2,18.493,28.238,40.39,61.67,156.9,1001,62,100.3,1.3,-0.19,0.3 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,4,,55,19:12:30,17:42:30,10742.5,14.4,0.131,917,2.52,1.94,6,1,2.84,32.51,31.91,32.62,1199.55,1132.4,18.516,28.033,37.81,57.24,154.2,501,57,100.3,1.3,-0.19,1 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,5,,56,19:14:15,17:44:15,10847.5,6.89,0.12,1030,2.36,1.97,6,1,2.84,33.07,32.05,32.87,1199.35,1159.16,18.532,28.097,36.67,55.6,143.6,201,84,100.3,1.3,-0.19,1 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,6,,57,19:15:48,17:45:48,10940.5,4,0.115,1080,2.24,1.97,6,1,2.84,33.08,32.02,33.19,1199.45,1170.87,18.646,28.048,36.88,55.47,139.1,121,112,100.4,1.3,-0.19,1 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,7,,58,19:17:54,17:47:54,11067,2.5,0.106,1100,2.08,1.96,6,1,2.84,33.11,32,33.19,1199.57,1176.98,18.788,28.022,37.1,55.33,131.6,70,56,100.3,-2.08,-0.358,1 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,8,,59,19:20:13,17:50:13,11206,1.07,0.0988,1130,1.94,1.96,6,1,2.84,33.1,31.97,33.19,1199.53,1183.37,18.941,27.984,37.42,55.28,124.9,41,52,100.4,-1.96,-0.62,0.7 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,9,,60,19:22:22,17:52:22,11335,-0.00138,0.0918,1150,1.8,1.95,6,1,2.84,33.09,31.95,33.19,1199.73,1188.73,19.016,28.013,37.58,55.36,116.5,20,65,100.4,-2,-0.738,0 -Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,10,,61,19:24:58,17:54:58,11491,-1.13,0.0931,1180,1.83,1.96,6,1,2.84,33.45,31.97,33.78,1199.68,1194.3,18.905,28.004,36.61,54.23,117,1,55,100.4,-2.96,-0.536,0.3 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,1,,33,17:44:39,17:14:39,9352,5.28,0.0562,199,1.3,2.27,6,1,2.84,27.98,32.38,26.37,400.27,362.21,17.592,25.967,46.52,68.67,90.7,1999,28,100.2,-0.186,-0.245,0.3 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,2,,34,17:46:40,17:16:40,9473,3.34,0.0607,160,1.32,2.14,6,1,2.84,26.92,31.88,25.3,280.6,256.63,17.645,25.991,49.66,73.15,92.1,2000,27,100.2,-0.186,-0.245,0.3 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,3,,35,17:49:15,17:19:15,9629,3.08,0.0748,137,1.62,2.15,6,1,2.84,27.65,31.92,26.52,229.27,210.62,17.386,25.991,46.88,70.07,110.2,2000,27,100.2,-0.0873,-0.0964,0 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,4,,36,17:51:54,17:21:54,9788,1.35,0.0726,106,1.58,2.15,6,1,2.84,27.8,31.94,26.72,149.95,140.92,17.15,25.99,45.82,69.44,104.4,2001,30,100.2,0.778,-0.362,0 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,5,,37,17:54:29,17:24:29,9942,-0.552,0.0864,78.7,1.87,2.15,6,1,2.84,27.79,31.93,26.72,68.77,70.84,17.021,25.984,45.52,69.49,121.7,2000,25,100.2,0.877,-0.105,0 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,6,,38,17:57:12,17:27:12,10106,-0.189,0.0155,66.6,0.347,2.18,6,1,2.84,27.95,31.96,26.91,44.83,49.03,17.523,25.776,46.41,68.27,24.6,2000,30,100.2,0.264,-0.961,0 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,7,,39,17:59:13,17:29:13,10227,4.19,0.079,117,1.72,2.16,6,1,2.84,27.83,31.97,26.72,231.19,209.31,17.927,25.988,47.84,69.35,124.8,1999,29,100.3,0.264,-0.961,0.3 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,8,,40,18:01:14,17:31:14,10348,7.95,0.0821,193,1.79,2.17,6,1,2.84,27.85,32,26.72,400.11,361.76,18.199,25.989,48.52,69.28,134.5,1999,28,100.3,0.264,-0.961,0.7 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,9,,41,18:03:15,17:33:15,10469,12.8,0.0829,313,1.82,2.18,6,1,2.84,27.85,32.03,26.72,640.94,581.85,18.436,25.994,49.13,69.28,140.5,2000,11,100.3,0.264,-0.961,0.3 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,10,,42,18:05:16,17:35:16,10590,14.2,0.0823,601,1.8,2.18,6,1,2.84,27.85,32.03,26.71,978.78,911.43,18.543,25.993,49.42,69.28,141.3,2000,11,100.3,0.264,-0.961,0.3 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,11,,43,18:07:17,17:37:17,10711,13.5,0.0815,828,1.79,2.18,6,1,2.84,27.85,32.04,26.72,1200.62,1134.69,18.595,25.991,49.56,69.28,141.3,2000,13,100.3,0.264,-0.961,0.3 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,1,,44,18:10:15,17:40:15,10889,13.4,0.0768,810,1.77,2.28,6,1,2.84,27.99,32.41,26.37,1199.38,1133.37,18.604,25.97,49.18,68.65,140.4,2000,13,100.3,0.264,-0.961,0.3 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,2,,45,18:12:08,17:42:08,11001.5,13.4,0.0794,821,1.7,2.12,6,1,2.84,29.1,31.84,28.75,1199.92,1131.03,18.578,26.021,46.06,64.52,133.3,1501,18,100.3,0.264,-0.961,1 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,3,,46,18:14:09,17:44:09,11122.5,11.5,0.0771,860,1.69,2.18,6,1,2.84,31.26,32.05,30.92,1200.44,1139.32,18.488,26.015,40.5,56.99,131.5,1000,9,100.3,0.264,-0.961,0.7 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,4,,47,18:15:41,17:45:41,11214.5,8.4,0.0763,935,1.64,2.13,6,1,2.84,32.49,31.89,32.97,1200.62,1151.82,18.447,26.034,37.68,53.17,126.5,501,18,100.3,0.264,-0.961,1 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,5,,48,18:17:12,17:47:12,11305.5,2.33,0.0741,1090,1.64,2.19,6,1,2.84,33.12,32.07,33.04,1201.01,1180.58,18.335,25.979,36.14,51.21,125.1,201,13,100.3,0.264,-0.961,1 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,6,,49,18:19:22,17:49:22,11436,3.79,0.0787,1060,1.72,2.17,6,1,2.84,32.96,32.01,33.15,1201.28,1174.27,18.194,25.989,36.19,51.7,129,120,11,100.3,-17.7,-0.425,0 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,7,,50,18:21:55,17:51:55,11589,2.23,0.0775,1090,1.7,2.17,6,1,2.84,33.24,32.02,33.54,1200.46,1180.01,18.033,26.009,35.31,50.93,124.2,71,11,100.3,-19,-0.169,0 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,8,,51,18:24:04,17:54:04,11717,0.847,0.0679,1120,1.49,2.17,6,1,2.84,33.26,32,33.54,1200.64,1186.1,17.916,25.99,35.05,50.85,107.9,41,10,100.3,-18.4,-0.409,0 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,9,,52,18:26:16,17:56:16,11850,0.122,0.0693,1150,1.52,2.17,6,1,2.84,33.27,32.01,33.54,1201.02,1190.27,17.754,25.992,34.72,50.83,108,19,11,100.3,-19.1,-0.149,0 -Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,10,,53,18:28:48,17:58:48,12002,-0.838,0.0619,1180,1.37,2.19,6,1,2.84,33.28,32.06,33.54,1201.12,1196.11,17.64,25.984,34.46,50.76,95.9,0,10,100.3,-19,-0.372,0.3 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,1,,62,19:32:57,18:02:57,11969,18.8,0.0525,464,1.16,2.17,6,1,2.84,28.69,32.01,27.52,1199.44,1072.37,18.777,25.95,47.72,65.95,94.5,2000,43,100.4,-2.96,-0.536,0.3 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,2,,63,19:34:36,18:04:36,12068,18.8,0.0529,465,1.15,2.14,6,1,2.84,30.48,31.9,30.28,1200,1069.36,18.731,26.025,42.92,59.63,92,1500,43,100.4,-2.96,-0.536,1 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,3,,64,19:36:27,18:06:27,12179,19.7,0.0555,466,1.23,2.19,6,1,2.84,31.86,32.07,31.64,1199.94,1071.71,18.659,25.974,39.53,55.03,98.5,1001,47,100.4,-2.96,-0.536,1 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,4,,65,19:38:18,18:08:18,12290,17.5,0.0552,539,1.22,2.18,6,1,2.84,32.71,32.04,32.54,1199.99,1082.61,18.594,26.007,37.54,52.51,96.1,501,35,100.4,-2.96,-0.536,1 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,5,,66,19:40:19,18:10:19,12411,11.5,0.0564,756,1.24,2.17,6,1,2.84,33.27,32.02,33.45,1199.84,1119.82,18.537,26.051,36.29,50.99,96.3,200,33,100.4,-2.96,-0.536,0.3 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,6,,67,19:42:11,18:12:11,12523,7.55,0.0548,882,1.2,2.16,6,1,2.84,33.41,32,33.77,1200.3,1142.84,18.486,26.028,35.9,50.54,93.2,120,32,100.4,-2.96,-0.536,1 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,7,,68,19:43:58,18:13:58,12630,4.69,0.0538,981,1.18,2.15,6,1,2.84,33.4,31.94,33.78,1200.5,1160.74,18.444,25.97,35.83,50.45,91.3,70,32,100.4,-2.96,-0.536,1 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,8,,69,19:45:56,18:15:56,12748,2.59,0.0522,1050,1.15,2.17,6,1,2.84,33.45,32,33.69,1200.22,1173.56,18.397,25.974,35.64,50.33,88.6,41,31,100.4,-2.96,-0.536,1 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,9,,70,19:48:35,18:18:35,12908,0.262,0.0145,1110,0.33,2.21,6,1,2.84,33.42,31.98,33.77,1200.44,1185.91,18.348,25.503,35.6,49.48,27,20,30,100.4,-1.75,-0.995,0 -Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,10,,71,19:51:16,18:21:16,13068,-0.227,0.0159,1180,0.352,2.15,6,1,2.84,33.41,31.94,33.78,1200.44,1196.11,18.313,25.947,35.56,50.38,27,1,27,100.4,-3.2,-0.916,0 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,1,,54,18:37:23,18:07:23,12516,16.8,0.0428,378,1.01,2.3,6,1,2.84,27.98,32.47,26.4,1199.85,1041.54,17.262,25.947,45.69,68.67,67.7,2000,26,100.3,-19,-0.372,0.3 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,2,,55,18:39:24,18:09:24,12637,16.5,0.0429,381,0.931,2.13,6,1,2.84,29.33,31.87,29.12,1200.12,1028.83,17.116,26.021,41.88,63.67,61.1,1500,26,100.3,-19,-0.372,0.3 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,3,,56,18:41:15,18:11:15,12748,15.6,0.0422,410,0.916,2.13,6,1,2.84,31.25,31.89,31.66,1200.64,1032.21,17.007,26.107,37.29,57.24,58.8,1000,21,100.3,-19,-0.372,1 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,4,,57,18:43:16,18:13:16,12869,13,0.0404,501,0.884,2.14,6,1,2.84,32.08,31.98,32.23,1200.64,1050.02,16.908,26.193,35.36,54.77,55.6,500,19,100.3,-19,-0.372,0.3 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,5,,58,18:45:17,18:15:17,12991,7.87,0.044,828,1.16,2.58,6,1,2.84,33.07,32.04,33.04,1200.99,1159.4,16.863,21.974,33.35,43.45,132.8,199,17,100.3,-19,-0.372,0.3 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,6,,59,18:46:49,18:16:49,13082,5.26,0.0428,926,1.12,2.57,6,1,2.84,33.15,32,33.54,1201.23,1170.25,16.828,21.985,33.13,43.28,127.3,121,16,100.3,-19,-0.372,1 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,7,,60,18:48:28,18:18:28,13181,2.81,0.0404,1020,1.05,2.56,6,1,2.84,33.17,31.98,33.54,1200.98,1180.51,16.781,21.985,33.01,43.25,118.9,70,15,100.3,-19,-0.372,1 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,8,,61,18:50:56,18:20:56,13330,1.56,0.0446,1080,1.16,2.56,6,1,2.84,33.16,31.95,33.54,1200.96,1187.37,16.732,21.98,32.93,43.26,129.7,41,14,100.3,-19.8,-0.0558,0 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,9,,62,18:53:36,18:23:36,13490,0.0163,0.041,1140,1.07,2.57,6,1,2.84,33.43,31.99,33.93,1200.98,1194.41,16.685,21.996,32.34,42.63,118.2,19,11,100.3,-19.5,-0.313,0 -Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,10,,63,18:56:12,18:26:12,13645.5,-1.35,0.0342,1220,0.905,2.59,6,1,2.84,33.48,32.1,33.93,1201.04,1202.66,16.639,22.013,32.17,42.55,98.8,0,9,100.3,-19.9,-0.0502,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,1,,1,14:14:55,12:44:55,1373,13.4,0.145,194,2.68,1.86,6,1,2.84,28.76,32.31,27.01,399.69,356.94,22.223,29.94,56.05,75.51,201.9,2000,90,100,1.06,0.167,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,2,,2,14:16:56,12:46:56,1494,8.65,0.142,141,2.44,1.73,6,1,2.84,27.79,31.84,26.25,279.84,248.25,21.913,29.977,58.5,80.02,175.8,1999,95,100,1.06,0.167,0.7 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,3,,3,14:18:56,12:48:56,1614,6.79,0.153,126,2.63,1.74,6,1,2.84,28.33,31.92,26.95,229.82,205.44,21.595,30.075,55.85,77.78,180.3,1999,93,100,1.06,0.167,1 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,4,,4,14:21:31,12:51:31,1770,3.83,0.176,96.9,3.05,1.77,6,1,2.84,28.53,32,27.15,149.52,137.05,21.293,29.99,54.41,76.63,204.3,1999,106,100,1.18,-0.131,0 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,5,,5,14:24:07,12:54:07,1926,0.267,0.227,64.8,3.81,1.75,6,1,2.84,28.7,31.9,27.34,69.96,68.68,21.05,30.009,53.29,75.97,247.4,2001,87,100,0.625,-0.0809,0.7 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,6,,6,14:26:41,12:56:41,2080,-1.29,0.277,49.3,4.6,1.75,6,1,2.84,29.4,31.93,28.33,40.34,42.6,20.792,30.019,50.52,72.95,290.4,2000,89,100,0.381,-0.000404,0.7 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,7,,7,14:28:42,12:58:42,2200.5,10.1,0.298,145,5.04,1.79,6,1,2.84,29.52,32.07,28.32,231.02,209.63,20.64,29.99,49.82,72.39,313.7,1999,141,100,0.381,-0.000404,0.7 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,8,,8,14:30:43,13:00:43,2321.5,19.7,0.291,232,4.96,1.8,6,1,2.84,28.75,32.1,26.9,400.18,358.27,20.593,29.964,51.98,75.64,307.8,2000,111,100,0.381,-0.000404,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,9,,9,14:32:43,13:02:43,2442,29,0.27,372,4.54,1.77,6,1,2.84,28.2,31.97,26.31,639.06,571.24,20.559,30.007,53.57,78.19,279.4,1999,135,100,0.381,-0.000404,0.7 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,10,,10,14:34:22,13:04:22,2540,32.2,0.265,668,4.43,1.76,6,1,2.84,28.04,31.95,26.15,980.46,900.82,20.548,30.001,54.03,78.89,272.9,1999,138,100,0.381,-0.000404,1 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,A/Ci,11,,11,14:36:22,13:06:22,2661,31.8,0.255,872,4.33,1.78,6,1,2.84,28.1,32.03,26.19,1199.02,1116.35,20.536,30.012,53.82,78.65,265.8,2001,137,100,0.381,-0.000404,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,1,,12,14:43:15,13:13:15,3074,35.9,0.195,759,4.07,2.14,6,1,2.84,29.66,33.32,27.82,1199.74,1103.06,20.619,30.064,49.35,71.96,250.6,2001,97,100,0.381,-0.000404,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,2,,13,14:45:16,13:15:16,3195,31.8,0.149,696,2.86,1.93,6,1,2.84,28.99,32.58,27.13,1199.76,1080.61,20.526,29.994,51.06,74.61,175.6,1499,109,100,0.381,-0.000404,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,3,,14,14:47:17,13:17:17,3315.5,27,0.123,677,2.17,1.77,6,1,2.84,29.04,31.95,27.35,1199.49,1066.38,20.406,29.946,50.62,74.28,132.2,999,85,100,0.381,-0.000404,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,4,,15,14:49:18,13:19:18,3436.5,19.3,0.105,773,1.83,1.74,6,1,2.84,30.84,31.9,30.32,1200.38,1103.7,21.968,30.035,49.14,67.18,132.4,501,102,100,0.381,-0.000404,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,5,,16,14:51:19,13:21:19,3557.5,8.71,0.0876,951,1.6,1.8,6,1,2.84,31.34,32.09,30.42,1200.37,1145.15,21.844,29.95,47.49,65.12,114.6,201,108,99.99,0.381,-0.000404,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,6,,17,14:52:55,13:22:55,3653.5,5.07,0.0801,1020,1.46,1.8,6,1,2.84,31.12,32.1,30.07,1200.58,1161.4,21.77,29.983,47.91,65.98,103.7,120,97,99.99,0.381,-0.000404,1 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,7,,18,14:55:31,13:25:31,3810,2.69,0.0615,1080,1.09,1.75,6,1,2.84,31.02,31.9,30.07,1200.35,1183.56,25.529,30.004,56.52,66.43,142.4,70,38,99.99,-1.92,-0.0159,0 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,8,,19,14:58:04,13:28:04,3963,1.02,0.0496,1120,0.897,1.77,6,1,2.84,31.38,31.98,30.65,1200.65,1189.15,25.209,30.005,54.66,65.06,108.9,40,71,99.99,-2.74,0.0972,0 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,9,,20,15:00:45,13:30:45,4124,-0.165,0.0287,1170,0.524,1.77,6,1,2.84,31.74,32,31.23,1200.91,1196.01,24.627,30.022,52.33,63.8,56.6,20,74,99.98,-2.81,-0.201,0.3 -Adelaide River,Corymbia latifolia,1,Canopy,Monash,6-Sep-08,Light,10,,21,15:03:39,13:33:39,4297,-0.305,0.00687,1230,0.146,2.05,6,1,2.84,31.75,31.96,31.24,1201.6,1204.56,23.978,27.207,50.93,57.79,26.3,1,98,99.98,-3.65,0.0494,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,1,,1,13:11:53,12:41:53,1420,6.76,0.0692,216,1.44,2.04,6,1,2.84,28.16,32.94,26.46,399.99,386.01,27.323,29.982,71.32,78.26,314.2,2001,84,99.97,4.48,0.156,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,2,,2,13:14:23,12:44:23,1571,3.52,0.065,174,1.28,1.93,6,1,2.84,27.55,32.55,25.83,279.62,269.85,26.854,29.982,72.63,81.09,237.5,1999,91,99.97,4.62,0.144,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,3,,3,13:16:53,12:46:53,1721,3.51,0.0947,157,1.75,1.84,6,1,2.84,27.16,32.22,25.46,231.38,223.38,26.48,29.965,73.26,82.9,293,1999,95,99.97,4.44,0.181,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,4,,4,13:19:05,12:49:05,1853,1.44,0.11,120,1.96,1.79,6,1,2.84,27,32.04,25.28,149.58,146.18,26.256,30.002,73.35,83.82,305.3,1999,90,99.96,3.94,0.14,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,5,,5,13:21:35,12:51:35,2003,-0.652,0.158,75.3,2.74,1.76,6,1,2.84,27.37,31.92,25.94,69.79,70.48,25.996,29.981,71.05,81.94,399.5,2000,87,99.96,3.06,0.173,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,6,,6,13:23:25,12:53:25,2113,-1.77,0.183,56,3.15,1.76,6,1,2.84,27.68,31.95,26.33,38.9,41.12,25.817,29.977,69.27,80.43,441.3,2000,92,99.94,2.55,0.09,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,7,,7,13:25:55,12:55:55,2263,6.25,0.232,172,4.1,1.84,6,1,2.84,27.78,32.21,26.1,231.58,223.85,25.683,29.973,68.54,79.99,556.3,2000,108,99.96,3.47,0.119,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,8,,8,13:28:24,12:58:24,2412,12.4,0.219,277,3.92,1.85,6,1,2.84,27.65,32.29,25.94,400.37,384.3,25.636,30.018,68.9,80.68,521.1,1999,120,99.96,4.28,0.168,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,9,,9,13:30:25,13:00:25,2533,18.6,0.202,442,3.74,1.91,6,1,2.84,27.74,32.47,26.02,639.75,614.44,25.591,29.993,68.42,80.19,494.9,2000,129,99.96,4.28,0.168,0.7 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,10,,10,13:32:27,13:02:27,2654,22,0.197,732,3.77,1.97,6,1,2.84,28.01,32.7,26.27,979.56,948.86,25.643,30.031,67.5,79.05,500.4,2001,158,99.95,4.28,0.168,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,A/Ci,11,,11,13:34:27,13:04:27,2775,22.4,0.172,910,3.43,2.03,6,1,2.84,28.19,32.94,26.46,1200.21,1165.22,25.667,30.065,66.87,78.32,453.3,1999,148,99.95,4.28,0.168,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,1,,12,13:39:28,13:09:28,3076,24.3,0.122,788,2.97,2.44,6,1,2.84,29.63,34.31,27.92,1199.39,1158.53,25.765,30.012,61.72,71.9,407.3,2001,137,99.94,4.28,0.168,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,2,,13,13:41:29,13:11:29,3197,20.9,0.0872,718,1.97,2.23,6,1,2.84,29.28,33.6,27.57,1199.12,1146.27,25.633,29.98,62.68,73.31,263.3,1500,132,99.94,4.28,0.168,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,3,,14,13:43:31,13:13:31,3318.5,17.8,0.0707,695,1.46,2.03,6,1,2.84,29.19,32.92,27.52,1198.74,1137.31,25.491,29.969,62.63,73.64,189.9,1000,144,99.93,4.28,0.168,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,4,,15,13:45:32,13:15:32,3439.5,12.2,0.0597,787,1.1,1.81,6,1,2.84,28.99,32.08,27.34,1199.9,1148.32,25.85,29.944,64.27,74.45,156.2,500,145,99.93,4.28,0.168,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,5,,16,13:47:33,13:17:33,3561,5.54,0.059,986,1.07,1.77,6,1,2.84,30.13,31.99,29.06,1200,1170.8,25.567,30.021,59.53,69.9,139.5,200,144,99.91,4.28,0.168,0.3 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,6,,17,13:49:50,13:19:50,3698,3.34,0.0599,1060,1.11,1.81,6,1,2.84,30.24,32.12,29.05,1199.88,1179.73,25.35,30.003,58.64,69.41,138.3,119,144,99.91,3.93,0.132,0.7 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,7,,18,13:52:33,13:22:33,3860.5,1.43,0.0524,1110,0.939,1.75,6,1,2.84,30.4,31.91,29.45,1199.8,1185.61,24.93,30.019,57.14,68.8,107.4,71,86,99.91,3.78,0.00108,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,8,,19,13:55:12,13:25:12,4019.5,0.391,0.0502,1140,0.905,1.76,6,1,2.84,30.81,31.94,30.03,1200.07,1190.74,24.405,29.986,54.65,67.14,94.4,41,93,99.91,2.51,0.0644,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,9,,20,13:57:49,13:27:49,4177,-0.655,0.0543,1180,0.99,1.78,6,1,2.84,31.24,32.02,30.61,1199.98,1196.58,23.858,30.01,52.11,65.55,93.7,19,100,99.92,2.06,0.297,0 -Adelaide River,Corymbia latifolia,2,Canopy,UWS,6-Sep-08,Light,10,,21,14:00:37,13:30:37,4345,-1.28,0.0409,1220,0.747,1.78,6,1,2.84,31.27,32.02,30.61,1200.9,1204.43,23.351,30.024,50.92,65.48,65.2,0,103,99.9,1.59,-0.271,0 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,1,,22,15:16:26,13:46:26,5064,5.69,0.0467,181,1.32,2.75,6,1,2.84,29.24,33.69,27.36,399.63,392.14,23.431,24.979,57.44,61.24,497.5,2001,93,99.94,0.0172,0.0436,0 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,2,,23,15:18:27,13:48:27,5185,4.35,0.055,137,1.51,2.68,6,1,2.84,28.9,33.45,26.99,280.04,274.79,23.381,25.001,58.44,62.49,543.8,2000,99,99.94,0.107,0.0551,0.7 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,3,,24,15:20:21,13:50:21,5300,3.67,0.0639,124,1.69,2.6,6,1,2.84,28.63,33.15,26.73,229.46,225.4,23.326,24.975,59.21,63.39,599.9,1998,94,99.94,0.105,0.0582,0 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,4,,25,15:22:27,13:52:27,5426,2.27,0.0786,95.5,2,2.52,6,1,2.84,28.37,32.86,26.46,150.84,147.9,22.747,24.98,58.62,64.37,524.3,2000,97,99.94,0.239,0.0462,0 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,5,,26,15:24:45,13:54:45,5564,-0.016,0.0912,67.8,2.25,2.44,6,1,2.84,28.15,32.62,26.23,70.41,70.25,22.606,25.013,59.01,65.29,545.7,2001,78,99.93,0.12,0.0558,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,6,,27,15:27:22,13:57:22,5721,-0.992,0.1,56.3,2.37,2.36,6,1,2.84,27.87,32.31,25.95,40.14,41.83,20.632,24.994,54.74,66.31,318,2001,84,99.93,0.0172,-0.0246,0 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,7,,28,15:29:53,13:59:53,5871,5.1,0.103,131,2.41,2.33,6,1,2.84,27.75,32.2,25.83,230.19,219.22,20.432,25.011,54.58,66.81,307.7,2000,81,99.92,0.755,0.0434,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,8,,29,15:32:24,14:02:24,6022,10.2,0.0912,186,2.15,2.34,6,1,2.84,27.68,32.24,25.78,398.74,381.26,21.671,24.982,58.13,67.01,379.9,2001,87,99.92,0.798,0.0625,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,9,,30,15:34:25,14:04:25,6143,16.7,0.0852,277,1.99,2.31,6,1,2.84,27.58,32.12,25.68,640.71,615.59,22.263,24.978,60.06,67.39,427.8,1999,84,99.92,0.798,0.0625,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,10,,31,15:36:26,14:06:26,6264,22.5,0.0809,462,1.92,2.35,6,1,2.84,27.7,32.25,25.8,981.47,944.86,22.178,24.991,59.43,66.97,398.4,1999,85,99.92,0.798,0.0625,0.7 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,A/Ci,11,,32,15:38:05,14:08:05,6363,25.2,0.0765,583,1.85,2.39,6,1,2.84,27.8,32.43,25.91,1199.57,1155.68,22.15,25.047,59.02,66.74,373.2,1999,88,99.92,0.798,0.0625,1 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,1,,33,15:44:46,14:14:46,6765,19.1,0.047,458,1.32,2.75,6,1,2.84,29.21,33.65,27.35,1200.42,1153.37,22.014,24.958,54.02,61.24,262.4,2000,83,99.92,0.798,0.0625,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,2,,34,15:46:47,14:16:47,6886,15.2,0.0359,425,0.911,2.47,6,1,2.84,28.61,32.71,26.72,1200.43,1142.18,21.804,24.991,55.42,63.52,167.3,1500,83,99.92,0.798,0.0625,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,3,,35,15:48:48,14:18:48,7007,14.2,0.0346,440,0.798,2.25,6,1,2.84,28.51,31.9,26.84,1200.35,1134.31,21.632,25.024,55.29,63.96,137.6,1001,70,99.91,0.798,0.0625,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,4,,36,15:50:49,14:20:49,7128,11.1,0.0327,559,0.757,2.26,6,1,2.84,30.69,31.93,30.15,1200.63,1140.75,21.337,25.026,48.1,56.41,120.1,501,57,99.91,0.798,0.0625,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,5,,37,15:52:50,14:22:50,7249,6.06,0.0267,754,0.63,2.29,6,1,2.84,31.32,32.06,30.65,1200.85,1156.97,21.03,24.996,45.73,54.36,92.9,201,51,99.91,0.798,0.0625,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,6,,38,15:54:28,14:24:28,7346,3.81,0.0241,873,0.571,2.3,6,1,2.84,31.49,32.08,30.85,1200.83,1166.9,20.798,25.016,44.8,53.88,79.1,120,53,99.91,0.798,0.0625,1 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,7,,39,15:56:29,14:26:29,7467,1.81,0.0212,1000,0.503,2.29,6,1,2.84,31.27,32.06,30.44,1201.06,1179.41,20.579,24.999,44.88,54.52,66.5,69,56,99.91,0.798,0.0625,0.3 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,8,,40,15:59:05,14:29:05,7624,0.853,0.0208,1080,0.489,2.28,6,1,2.84,31.37,32,30.66,1201.15,1187.03,20.311,25.007,44.05,54.23,60.9,40,59,99.9,-3.64,0.0175,0.7 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,9,,41,16:01:46,14:31:46,7785,-0.368,0.0188,1180,0.441,2.27,6,1,2.84,31.38,31.99,30.65,1200.11,1198.26,20.04,25.009,43.43,54.2,51.9,20,69,99.89,-3.81,-0.163,0.7 -Adelaide River,Corymbia latifolia,3,Canopy,Monash,6-Sep-08,Light,10,,42,16:04:22,14:34:22,7940,-1.88,0.025,1280,0.586,2.28,6,1,2.84,31.4,31.99,30.66,1200.44,1210.72,19.967,24.986,43.22,54.08,68.3,1,61,99.89,-3.49,-0.0143,0 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,1,Yes,22,14:12:53,13:42:53,5080,6.06,0.0766,248,2.23,2.86,6,1,2.84,29.4,34.04,27.71,399.76,392.6,22.739,24.976,55.18,60.6,581.9,2000,149,99.87,4.12,0.148,0.7 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,2,Yes,23,14:14:46,13:44:46,5194,3.23,0.0777,196,2.23,2.83,6,1,2.84,29.24,33.94,27.53,278.82,274.81,22.701,24.968,55.61,61.16,575.8,2000,150,99.87,3.95,0.138,0 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,3,,24,14:16:31,13:46:31,5299,2.88,0.0857,162,2.41,2.78,6,1,2.84,29.07,33.76,27.36,229.04,225.59,22.607,24.974,55.92,61.78,594.3,2001,147,99.87,3.7,0.123,0 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,4,,25,14:19:01,13:49:01,5448,1.64,0.132,121,3.45,2.63,6,1,2.84,28.84,33.26,27.15,149.88,147.84,21.754,24.963,54.52,62.57,629.6,1999,118,99.87,3.22,0.107,0 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,5,,26,14:21:08,13:51:08,5576,-0.825,0.17,74.8,4.26,2.55,6,1,2.84,28.68,32.97,26.98,69.2,69.64,21.57,25.008,54.56,63.25,724.1,2000,109,99.85,2.82,0.106,0.7 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,6,,27,14:22:45,13:52:45,5672,-2.18,0.188,59.1,4.58,2.5,6,1,2.84,28.58,32.81,26.89,39.9,41.48,21.441,24.988,54.53,63.55,756,2001,107,99.85,2.59,0.0948,0.7 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,7,,28,14:25:15,13:55:15,5823,5.62,0.182,161,4.38,2.46,6,1,2.84,28.45,32.68,26.77,231.86,221.42,18.256,25.017,46.79,64.12,378.7,1999,117,99.85,3.73,0.0897,0 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,8,,29,14:27:16,13:57:16,5944,11.1,0.152,243,3.75,2.5,6,1,2.84,28.48,32.79,26.79,401.3,378.11,18.191,24.972,46.55,63.89,323.9,1999,113,99.85,3.73,0.0897,0.7 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,9,,30,14:29:17,13:59:17,6065,17.2,0.135,370,3.39,2.52,6,1,2.84,28.47,32.89,26.76,641.47,601.39,18.117,25.016,46.38,64.04,287.6,2000,113,99.85,3.73,0.0897,0.3 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,10,,31,14:31:00,14:01:00,6167.5,21.8,0.126,603,3.15,2.52,6,1,2.84,28.41,32.87,26.71,978.9,922.64,18.011,25.014,46.27,64.27,263.1,2000,125,99.85,3.73,0.0897,1 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,A/Ci,11,,32,14:32:55,14:02:55,6282.5,22.5,0.12,788,3.07,2.56,6,1,2.84,28.52,33.01,26.83,1199.53,1138.43,17.987,25.028,45.92,63.89,255.1,1999,125,99.85,3.73,0.0897,1 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,1,,33,14:41:04,14:11:04,6772,22.3,0.0903,679,2.53,2.78,6,1,2.84,29.37,33.76,27.69,1198.82,1126.55,17.883,24.982,43.46,60.72,208.6,2001,93,99.84,3.73,0.0897,0.3 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,2,,34,14:43:05,14:13:05,6893,20.5,0.0828,674,2.13,2.54,6,1,2.84,28.95,32.95,27.28,1198.89,1118.17,17.667,24.989,44,62.24,170,1499,121,99.85,3.73,0.0897,0.3 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,3,,35,14:44:58,14:14:58,7005.5,18.2,0.0842,731,2.01,2.36,6,1,2.84,28.82,32.29,27.18,1198.91,1121.79,17.601,24.977,44.15,62.65,159.2,1001,105,99.84,3.73,0.0897,1 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,4,,36,14:46:29,14:16:29,7096.5,12.8,0.0848,854,1.91,2.24,6,1,2.84,29.83,31.86,28.88,1198.99,1138.35,17.497,25.062,41.39,59.29,148,500,95,99.84,3.73,0.0897,1 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,5,,37,14:48:20,14:18:20,7207.5,5.43,0.089,1030,2.04,2.27,6,1,2.84,31.2,31.98,30.59,1198.89,1168.48,17.262,25.004,37.78,54.72,154.1,201,91,99.83,3.73,0.0897,1 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,6,,38,14:49:59,14:19:59,7306.5,2.74,0.0918,1090,2.11,2.29,6,1,2.84,31.29,32.03,30.61,1199.18,1178.99,17.053,25.01,37.13,54.45,155.3,120,95,99.84,3.73,0.0897,1 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,7,,39,14:52:18,14:22:18,7446,1.27,0.0956,1120,2.19,2.28,6,1,2.84,31.32,32.01,30.61,1199.87,1185.04,16.802,25.007,36.52,54.35,156.4,71,101,99.83,2.26,0.17,0 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,8,,40,14:54:26,14:24:26,7574,-0.163,0.0961,1150,2.2,2.27,6,1,2.84,31.32,31.97,30.61,1200.07,1190.49,16.604,24.975,36.08,54.26,153.5,41,111,99.83,2.75,0.00431,0 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,9,,41,14:56:43,14:26:43,7711,-1.09,0.0911,1170,2.09,2.28,6,1,2.84,31.34,31.98,30.61,1200.24,1194.4,16.504,24.976,35.81,54.2,144.1,19,117,99.81,2.85,-0.26,0 -Adelaide River,Corymbia latifolia,4,Canopy,UWS,6-Sep-08,Light,10,,42,14:58:56,14:28:56,7843,-1.92,0.0983,1180,2.25,2.28,6,1,2.84,31.37,31.99,30.61,1200.46,1197.45,16.485,24.993,35.71,54.14,154.8,0,149,99.81,2.56,-0.163,0 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,1,,1,16:18:29,14:48:29,123.5,6.36,0.0584,185,1.53,2.57,6,1,2.84,29.51,33.05,27.8,400,373.76,19.32,24.975,46.59,60.22,158.4,1999,74,99.88,0.0305,0.0151,1 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,2,,2,16:21:07,14:51:07,281,4.39,0.0655,144,1.61,2.42,6,1,2.84,28.23,32.51,26.35,279.08,261.34,19.207,24.998,49.87,64.9,162.7,2000,72,99.88,2.39,-0.458,0 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,3,,3,16:23:38,14:53:38,433,3.63,0.0763,132,1.76,2.28,6,1,2.84,27.64,32.02,25.75,230.21,216.48,19.094,24.976,51.33,67.14,175.3,2001,79,99.88,1.11,-0.118,0.7 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,4,,4,16:26:09,14:56:09,584,2.21,0.102,103,2.32,2.27,6,1,2.84,28,31.98,26.37,149.68,143.03,19.088,25.004,50.24,65.82,229.1,1999,88,99.87,0.408,0.0492,0 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,5,,5,16:28:39,14:58:39,734,-0.0697,0.126,68.1,2.84,2.26,6,1,2.84,28.13,31.95,26.57,69.99,69.71,19.047,25.018,49.75,65.34,278.2,2000,98,99.87,0.042,0.049,0.7 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,6,,6,16:31:14,15:01:14,888,-1.19,0.159,52.8,3.59,2.29,6,1,2.84,28.22,32.06,26.56,40.3,42.03,19.158,24.987,49.77,64.91,360.4,1999,100,99.86,-0.0471,0.000643,0.3 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,7,,7,16:33:44,15:03:44,1038,6.87,0.183,149,4.06,2.28,6,1,2.84,27.95,32,26.07,230.77,219.49,19.242,24.998,50.79,65.98,413.1,2000,91,99.86,0.413,0.0281,0.3 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,8,,8,16:35:45,15:05:45,1159,13.4,0.171,234,3.86,2.3,6,1,2.84,27.97,32.09,26.08,400.11,377.73,19.327,25.002,50.96,65.92,397.6,2001,89,99.85,0.413,0.0281,0.7 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,9,,9,16:37:46,15:07:46,1280,19.5,0.154,375,3.52,2.31,6,1,2.84,28,32.13,26.11,640.5,605.22,19.413,25.009,51.09,65.82,367.7,1999,84,99.85,0.413,0.0281,0.7 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,10,,10,16:39:07,15:09:07,1361,21.8,0.148,663,3.46,2.36,6,1,2.84,28.12,32.31,26.24,981.16,940.08,19.49,25.024,50.92,65.38,365.6,2000,87,99.85,0.413,0.0281,1 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,A/Ci,11,,11,16:40:59,15:10:59,1473,21.1,0.136,859,3.25,2.41,6,1,2.84,28.29,32.47,26.4,1199.23,1156.73,19.571,24.995,50.65,64.68,350.7,2000,87,99.85,0.413,0.0281,1 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,1,,12,16:46:50,15:16:50,1825,24.6,0.109,732,2.88,2.65,6,1,2.84,29.44,33.31,27.62,1199.17,1147.88,19.82,24.986,47.98,60.48,326.5,2000,83,99.84,-1.41,-0.00438,0.3 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,2,,13,16:48:51,15:18:51,1946,23.4,0.0983,712,2.4,2.43,6,1,2.84,28.91,32.54,27.04,1199.1,1141.68,19.849,24.983,49.53,62.34,273.4,1501,85,99.84,-1.41,-0.00438,0.3 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,3,,14,16:50:37,15:20:37,2051.5,20.8,0.0897,724,2.04,2.26,6,1,2.84,29.34,31.93,27.97,1199,1139.5,19.899,25.019,48.45,60.91,233.3,1000,85,99.84,-1.41,-0.00438,1 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,4,,15,16:52:30,15:22:30,2164.5,15.5,0.08,795,1.83,2.27,6,1,2.84,30.68,31.95,29.69,1199.22,1149.03,19.917,25.009,44.89,56.37,210.5,501,84,99.83,-1.41,-0.00438,1 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,5,,16,16:54:30,15:24:30,2285,7.48,0.0705,956,1.65,2.3,6,1,2.84,30.83,32.08,29.62,1198.54,1170.48,20.2,24.987,45.14,55.84,201.2,201,94,99.83,-1.41,-0.00438,0.3 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,6,,17,16:56:32,15:26:32,2407,4.72,0.0641,1020,1.49,2.29,6,1,2.84,30.59,32.03,29.28,1200.86,1180.73,20.509,25.021,46.44,56.66,193.1,120,97,99.83,-2.76,0.000816,0 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,7,,18,16:59:07,15:29:07,2562,2.18,0.054,1080,1.27,2.3,6,1,2.84,30.62,32.08,29.29,1200.69,1187.33,20.521,24.999,46.41,56.54,165.7,70,92,99.83,-2.34,-0.12,0 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,8,,19,17:01:16,15:31:16,2691,0.609,0.048,1130,1.12,2.27,6,1,2.84,30.57,31.98,29.28,1200.55,1192.18,20.307,25.001,46.06,56.7,139,40,94,99.82,-2.72,-0.114,0 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,9,,20,17:03:27,15:33:27,2822,-0.445,0.0456,1170,1.07,2.29,6,1,2.84,30.83,32.03,29.69,1200.57,1196.68,20.145,25.01,45.01,55.88,128.2,20,88,99.83,-3.21,0.00295,0 -Adelaide River,Corymbia latifolia,5,Canopy,Monash,6-Sep-08,Light,10,,21,17:05:59,15:35:59,2974,-1.67,0.0393,1230,0.929,2.31,6,1,2.84,30.75,32.1,29.47,1200.29,1203.32,20.02,25.013,44.92,56.13,108.8,1,88,99.82,-3.31,-0.0376,0.7 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,1,,43,15:15:57,14:45:57,8864,6.09,0.0743,231,1.93,2.56,6,1,2.84,28.37,33,26.72,400.47,378.22,18.862,24.995,48.54,64.32,183.9,2000,41,99.81,3.92,0.146,0.7 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,2,,44,15:18:27,14:48:27,9015,4.54,0.104,186,2.56,2.45,6,1,2.84,27.8,32.63,26.09,279.82,266.88,18.814,25,50.05,66.51,242.3,1999,42,99.81,3.55,0.119,0.7 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,3,,45,15:20:58,14:50:58,9166,4.07,0.144,165,3.37,2.36,6,1,2.84,27.59,32.31,25.88,229.25,220.11,18.751,24.985,50.5,67.29,315.9,1999,70,99.81,3.34,0.122,0.7 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,4,,46,15:23:29,14:53:29,9317,1.84,0.173,122,3.95,2.33,6,1,2.84,27.6,32.18,25.87,148.61,144.66,18.682,24.992,50.3,67.3,366.5,1998,48,99.8,2.99,0.0388,0 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,5,,47,15:25:35,14:55:35,9443,-1.1,0.189,77.4,4.29,2.33,6,1,2.84,27.62,32.18,25.9,69.08,70.3,18.649,25.006,50.14,67.23,394.4,1999,73,99.79,2.45,0.0888,0.7 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,6,,48,15:28:05,14:58:05,9593,-2.33,0.207,60.8,4.79,2.39,6,1,2.84,27.87,32.39,26.15,40.89,43.74,18.705,24.982,49.57,66.2,446.3,2000,76,99.77,2.32,0.125,0 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,7,,49,15:30:44,15:00:44,9752,4.53,0.182,173,4.41,2.47,6,1,2.84,28.13,32.69,26.4,231.46,223.53,18.815,24.998,49.1,65.23,417.3,1999,79,99.78,3.68,-0.0268,0 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,8,,50,15:33:15,15:03:15,9903,8.72,0.149,272,3.81,2.58,6,1,2.84,28.36,33.09,26.62,400.23,383.55,18.916,25.006,48.7,64.38,366.3,2001,79,99.78,3.99,0.126,0.7 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,9,,51,15:35:16,15:05:16,10024,11.8,0.13,442,3.46,2.66,6,1,2.84,28.58,33.38,26.87,640.53,615.83,19.054,25.036,48.42,63.63,338.6,2000,73,99.78,3.99,0.126,0.3 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,10,,52,15:37:17,15:07:17,10145,11.3,0.113,749,3.08,2.73,6,1,2.84,28.72,33.6,26.98,980.47,952.69,19.119,25.003,48.22,63.06,306.6,2000,71,99.78,3.99,0.126,0.7 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,A/Ci,11,,53,15:39:18,15:09:18,10266,10.7,0.0935,933,2.61,2.76,6,1,2.84,28.75,33.72,27.01,1201.33,1169.61,19.154,25.01,48.21,62.94,260.5,2000,67,99.78,3.99,0.126,0.3 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,1,,54,15:43:00,15:13:00,10488,13.6,0.077,820,2.27,2.9,6,1,2.84,29.38,34.18,27.67,1199.8,1156.84,19.148,25.008,46.48,60.71,226.8,2001,61,99.77,3.1,0.19,0.3 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,2,,55,15:45:01,15:15:01,10609,14.1,0.0688,770,1.9,2.71,6,1,2.84,29.18,33.51,27.47,1199.39,1147.49,19.088,24.99,46.86,61.35,187.9,1500,61,99.77,3.1,0.19,0.3 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,3,,56,15:47:02,15:17:02,10730,12.8,0.0577,740,1.48,2.51,6,1,2.84,29.02,32.82,27.34,1199.31,1139.67,19.038,24.985,47.16,61.9,145.5,999,62,99.77,3.1,0.19,0.3 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,4,,57,15:49:03,15:19:03,10851,10.9,0.0532,771,1.27,2.34,6,1,2.84,28.96,32.19,27.31,1199.08,1139.89,19.021,24.978,47.3,62.11,124.7,500,64,99.77,3.1,0.19,0.3 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,5,,58,15:50:35,15:20:35,10942.5,5.89,0.0516,937,1.19,2.26,6,1,2.84,29.11,31.93,27.49,1199.23,1161.98,19.043,24.994,46.94,61.61,117.2,200,67,99.76,3.1,0.19,1 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,6,,59,15:52:30,15:22:30,11057.5,3.29,0.0491,1020,1.14,2.27,6,1,2.84,29.5,31.94,28.07,1199.06,1174.63,19.129,24.994,46.11,60.25,113.5,121,68,99.75,3.1,0.19,1 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,7,,60,15:54:39,15:24:39,11187,1.37,0.0511,1100,1.19,2.27,6,1,2.84,29.56,31.97,28.07,1199.42,1185.54,19.21,24.993,46.14,60.03,120.2,70,66,99.75,3.68,0.266,0 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,8,,61,15:56:59,15:26:59,11327,-0.234,0.044,1160,1.02,2.27,6,1,2.84,29.56,31.96,28.07,1199.02,1193.35,19.269,24.999,46.27,60.03,104.5,40,65,99.75,4.16,0.268,0.3 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,9,,62,15:59:15,15:29:15,11462,-1.19,0.0407,1200,0.946,2.27,6,1,2.84,29.68,31.94,28.27,1198.75,1199.12,19.201,25.011,45.78,59.64,95.2,19,64,99.75,4.15,0.27,0.3 -Adelaide River,Corymbia latifolia,6,Canopy,UWS,6-Sep-08,Light,10,,63,16:01:27,15:31:27,11594,-2.09,0.0363,1250,0.849,2.28,6,1,2.84,29.73,31.98,28.27,1198.91,1206.26,19.25,24.967,45.77,59.36,86.9,0,63,99.75,4.07,0.0434,0.3 -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,1,,1,14:50:40,14:20:40,1413.5,11.3,0.12,216,2.76,2.29,6,1,2.84,29.64,33.81,27.93,400.54,383.1,26.222,30.006,62.74,71.8,424.6,2000,353,99.86,4.26,0.108, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,2,,2,14:52:21,14:22:21,1514.5,7.92,0.131,159,2.88,2.2,6,1,2.84,29.26,33.49,27.53,279.03,267.04,26.119,29.979,63.88,73.32,434.9,2000,354,99.86,3.91,0.129, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,3,,3,14:54:52,14:24:52,1664.5,6.44,0.171,152,3.72,2.21,6,1,2.84,30.16,33.53,29.53,230.37,222.18,25.945,30.008,60.25,69.68,532.9,1999,350,99.86,3.89,0.155, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,4,,4,14:57:23,14:27:23,1815.5,3.58,0.216,113,5.03,2.39,6,1,2.84,31.39,34.15,30.8,150.71,146.59,25.359,30.012,54.89,64.96,628.7,2000,379,99.86,3.54,0.105, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,5,,5,14:59:07,14:29:07,1920.5,-0.657,0.237,72.6,5.36,2.34,6,1,2.84,30.51,33.98,28.84,70.19,70.66,21.263,30.012,48.4,68.31,356.3,1999,362,99.85,3.02,0.0963, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,6,,6,15:01:36,14:31:36,2069.5,-2.43,0.268,54.5,5.62,2.19,6,1,2.84,29.73,33.47,28.03,37.61,40.53,22.749,29.981,54.14,71.35,451.9,2001,354,99.84,2.64,0.0577, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,7,,7,15:03:37,14:33:37,2190.5,9.24,0.301,157,5.88,2.07,6,1,2.84,29.4,33.05,27.72,230.56,216.87,22.544,29.976,54.69,72.71,460.7,2001,369,99.85,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,8,,8,15:05:38,14:35:38,2311.5,21.4,0.307,236,5.71,1.98,6,1,2.84,29.06,32.71,27.41,400.61,367.78,22.256,29.98,55.06,74.16,430.1,2000,336,99.85,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,9,,9,15:07:39,14:37:39,2432.5,27.5,0.291,411,5.35,1.94,6,1,2.84,28.93,32.58,27.23,638.89,591.76,21.979,29.958,54.8,74.7,390.2,2001,293,99.85,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,10,,10,15:09:40,14:39:40,2553.5,29.1,0.258,696,4.71,1.91,6,1,2.84,28.66,32.47,26.97,976.37,915.77,21.689,29.971,54.91,75.87,331.3,2000,284,99.85,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,A/Ci,11,,11,15:11:41,14:41:41,2674.5,27.3,0.238,904,4.31,1.88,6,1,2.84,28.36,32.34,26.64,1198.02,1132.35,21.379,29.896,55.08,77.02,294.3,1999,266,99.84,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,1,,12,15:14:22,14:44:22,2834.5,28.6,0.221,875,4.34,2.03,6,1,2.84,29.35,32.88,27.7,1200.33,1128.6,20.925,29.954,50.9,72.86,280.1,2000,254,99.83,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,2,,13,15:16:23,14:46:23,2955.5,28.9,0.203,878,3.61,1.83,6,1,2.84,28.7,32.16,27.03,1202.87,1150.15,24.4,29.985,61.63,75.73,376.1,1499,257,99.83,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,3,,14,15:18:24,14:48:24,3076.5,23.5,0.199,933,3.43,1.77,6,1,2.84,29.99,31.96,29.09,1200.9,1163.33,25.466,30.016,59.72,70.39,439.2,1001,241,99.83,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,4,,15,15:20:25,14:50:25,3197.5,15.3,0.187,1000,3.22,1.76,6,1,2.84,31.25,31.99,30.62,1200.45,1170.17,25.175,30.149,54.91,65.75,377.1,501,243,99.83,3.78,0.0997, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,5,,16,15:22:56,14:52:56,3348.5,7.78,0.174,1070,3.13,1.83,6,1,2.84,32.06,32.17,31.59,1201.34,1181.71,24.796,29.988,51.65,62.47,350.8,199,248,99.82,1.19,0.138, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,6,,17,15:24:58,14:54:58,3471.5,3.79,0.159,1110,2.83,1.81,6,1,2.84,31.33,32.1,30.41,1200.8,1186.61,24.531,29.982,53.26,65.09,302.5,120,242,99.82,2.36,0.00221, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,7,,18,15:27:26,14:57:26,3619.5,1.49,0.146,1140,2.58,1.77,6,1,2.84,31.26,31.97,30.41,1200.94,1190.42,24.229,29.991,52.81,65.37,260.2,71,225,99.81,2.28,0.0616, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,8,,19,15:29:57,14:59:57,3770.5,0.217,0.131,1160,2.32,1.78,6,1,2.84,31.61,31.98,31,1200.93,1192.73,23.795,29.979,50.85,64.07,218.6,41,242,99.82,1.62,0.161, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,9,,20,15:32:00,15:02:00,3893.5,-0.768,0.115,1170,2.05,1.77,6,1,2.84,31.61,31.96,31,1201.28,1195.74,23.451,29.993,50.11,64.09,182,19,255,99.82,1.35,0.139, -Adelaide River,Eucalyptus tectifica,1,Canopy,UWS,5-Sep-08,Light,10,,21,15:34:31,15:04:31,4044.5,-1.68,0.094,1190,1.67,1.76,6,1,2.84,31.6,31.94,31,1201.02,1199.64,23.052,30.002,49.3,64.17,140,0,255,99.82,1.37,-0.0369, -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,1,,1,15:55:11,14:25:11,1498,15.7,0.16,199,3.41,2.16,6,1,2.84,29.82,33.37,27.94,399.9,373.62,24.884,30.003,58.96,71.09,387.4,2001,56,99.94,-1.33,-0.0879,1 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,2,,2,15:56:56,14:26:56,1604,9.93,0.17,158,3.5,2.09,6,1,2.84,29.34,33.13,27.45,279.61,263.29,24.898,30.008,60.68,73.13,399,2001,109,99.94,0.126,0.0625,0.7 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,3,,3,15:58:32,14:28:32,1700,8.03,0.18,136,3.63,2.05,6,1,2.84,29.13,33,27.22,229.75,216.94,24.892,30.006,61.39,74,413.1,2000,108,99.94,0.113,0.032,0.3 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,4,,4,16:01:03,14:31:03,1851,4.6,0.211,101,4.25,2.08,6,1,2.84,29.17,33.08,27.27,148.66,142.25,24.915,29.993,61.29,73.78,486.7,2000,88,99.93,-0.0639,0.0492,0.3 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,5,,5,16:03:02,14:33:02,1969,0.316,0.232,64.8,4.54,2.03,6,1,2.84,29.11,32.9,27.18,70.1,69.38,24.934,29.978,61.57,74.02,523.5,2000,90,99.93,-0.173,0.045,0.7 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,6,,6,16:05:20,14:35:20,2108,-1.61,0.249,50.8,4.7,1.97,6,1,2.84,28.98,32.7,27.07,39.62,41.19,24.912,29.987,61.96,74.58,539,2001,84,99.93,-0.203,-0.0245,0 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,7,,7,16:07:51,14:37:51,2259,10.8,0.276,144,4.96,1.89,6,1,2.84,28.8,32.41,26.87,230.12,217.28,24.785,29.984,62.3,75.37,555.2,2000,90,99.93,0.29,0.000115,0.3 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,8,,8,16:09:18,14:39:18,2345.5,21.4,0.286,226,4.98,1.84,6,1,2.84,28.61,32.23,26.72,400.33,365.27,22.722,30.005,57.74,76.25,398,1999,94,99.93,0.29,0.000115,1 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,9,,9,16:10:54,14:40:54,2441.5,33.8,0.299,373,5.09,1.81,6,1,2.84,28.59,32.11,26.69,640.29,584.88,22.56,29.998,57.41,76.34,398.6,2001,92,99.93,0.29,0.000115,1 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,10,,10,16:12:54,14:42:54,2562.5,38.4,0.28,648,4.71,1.77,6,1,2.84,28.35,31.98,26.45,980.73,909.05,22.302,29.973,57.53,77.32,357.6,1999,81,99.92,0.29,0.000115,0.3 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,A/Ci,11,,11,16:14:55,14:44:55,2683.5,36.9,0.261,848,4.43,1.78,6,1,2.84,28.4,32.03,26.53,1199.41,1121.75,22.053,30.022,56.73,77.23,323.8,2000,93,99.92,0.29,0.000115,0.3 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,1,,12,16:17:35,14:47:35,2843,38.2,0.249,826,4.74,1.99,6,1,2.84,29.67,32.75,27.87,1199.45,1121.7,21.757,29.97,52.01,71.64,335.9,2001,49,99.91,0.29,0.000115,0.3 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,2,,13,16:19:36,14:49:36,2964,37.3,0.226,834,3.89,1.78,6,1,2.84,28.91,32.01,27.06,1200.05,1144.47,24.972,29.992,62.37,74.9,451.1,1499,92,99.91,0.29,0.000115,0.7 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,3,,14,16:21:35,14:51:35,3082.5,30.8,0.227,888,3.83,1.75,6,1,2.84,30.24,31.92,29.13,1200.4,1149.64,24.675,30.03,57.07,69.46,416.2,1001,98,99.91,0.29,0.000115,1 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,4,,15,16:23:36,14:53:36,3203.5,19.3,0.207,977,3.47,1.73,6,1,2.84,31.65,31.89,31.28,1200.51,1166.94,25.383,30.211,54.16,64.46,417.8,501,39,99.91,0.29,0.000115,0.3 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,5,,16,16:26:07,14:56:07,3354,9.59,0.18,1060,3.16,1.8,6,1,2.84,32.25,32.07,31.62,1200.81,1178.79,24.947,30.02,51.45,61.91,363,200,95,99.91,-3.63,-0.0724,0 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,6,,17,16:28:36,14:58:36,3504,5.33,0.177,1100,3.14,1.8,6,1,2.84,31.57,32.1,30.45,1201.13,1185.5,24.736,29.993,53.03,64.3,347.3,120,79,99.9,-3.22,-0.0437,0 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,7,,18,16:31:07,15:01:07,3655,2.37,0.172,1130,2.97,1.76,6,1,2.84,31.47,31.92,30.46,1201.41,1190.06,24.478,30.008,52.77,64.7,312.5,70,41,99.9,-3.47,-0.0203,0 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,8,,19,16:33:38,15:03:38,3806,0.199,0.157,1160,2.75,1.77,6,1,2.84,32.21,31.97,31.63,1200.09,1192.42,24.113,29.99,49.85,62,272.2,41,35,99.9,-3.73,-0.0596,0.3 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,9,,20,16:36:13,15:06:13,3960,-1.11,0.143,1170,2.48,1.75,6,1,2.84,32.2,31.89,31.62,1200.56,1195.76,23.756,29.986,49.14,62.03,231.5,20,35,99.9,-3.65,-0.152,0 -Adelaide River,Eucalyptus tectifica,2,Canopy,Monash,5-Sep-08,Light,10,,21,16:38:48,15:08:48,4115,-2.6,0.133,1200,2.39,1.8,6,1,2.84,32.63,32.07,32.21,1201.08,1200.32,23.338,29.991,47.1,60.53,208.8,1,56,99.89,-4.13,-0.19,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,1,,22,17:02:51,15:32:51,5559,19,0.217,216,4.58,2.18,6,1,2.84,29.13,32.71,27.32,399.66,376.05,22.909,27.977,56.48,68.97,526.6,2002,101,99.88,-0.513,0.00329,0.7 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,2,,23,17:04:53,15:34:53,5680,12.3,0.223,156,4.46,2.07,6,1,2.84,28.41,32.34,26.52,279.83,257.77,20.9,27.995,53.72,71.96,366.4,2001,100,99.88,-0.513,0.00329,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,3,,24,17:07:01,15:37:01,5809,9.72,0.252,142,4.76,1.97,6,1,2.84,27.95,31.97,26.05,230.44,213.69,20.789,28.002,54.89,73.93,384.5,1999,108,99.87,0.837,0.0113,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,4,,25,17:09:36,15:39:36,5964,5.78,0.332,106,6.06,1.96,6,1,2.84,28.79,31.94,27.35,149.13,140.92,20.706,27.996,52.06,70.39,485.2,1999,112,99.87,0.632,0.0144,0 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,5,,26,17:12:11,15:42:11,6119,0.556,0.414,65.2,7.37,1.96,6,1,2.84,29.04,31.93,27.53,70.92,69.82,20.657,28.018,51.17,69.4,583.5,1999,105,99.87,0.433,0.0051,0.7 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,6,,27,17:14:42,15:44:42,6270,-1.74,0.462,47,8.17,1.98,6,1,2.84,29.4,31.99,27.93,40.33,41.63,20.607,27.992,50.01,67.94,645.5,1998,118,99.87,0.255,-0.0576,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,7,,28,17:17:13,15:47:13,6421,12.4,0.493,165,8.67,1.98,6,1,2.84,29.48,32.02,27.92,230.36,217.71,20.555,28.009,49.65,67.65,678.5,1999,135,99.86,0.723,-0.0502,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,8,,29,17:19:14,15:49:14,6542,21.2,0.381,256,7.16,2.04,6,1,2.84,28.93,32.24,27.06,399.87,365.74,18.019,28.002,44.91,69.8,418.1,2000,120,99.86,0.723,-0.0502,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,9,,30,17:21:15,15:51:15,6663,26.6,0.248,377,4.94,2.08,6,1,2.84,28.46,32.35,26.57,640.04,577.71,17.793,27.953,45.58,71.6,283.7,2001,116,99.86,0.723,-0.0502,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,10,,31,17:23:16,15:53:16,6784,29.5,0.198,615,4.03,2.09,6,1,2.84,28.22,32.39,26.32,980.05,892.97,17.598,27.927,45.71,72.54,227.8,2001,113,99.86,0.723,-0.0502,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,A/Ci,11,,32,17:25:17,15:55:17,6905,28.6,0.17,818,3.39,2.03,6,1,2.84,27.87,32.15,25.98,1200.51,1133.67,21.097,27.888,55.92,73.93,291.2,2000,116,99.86,0.723,-0.0502,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,1,,33,17:30:31,16:00:31,7219,31.6,0.163,763,3.56,2.22,6,1,2.84,29.03,32.84,27.24,1200.03,1124.03,20.523,27.908,50.86,69.16,280.9,1999,92,99.86,0.723,-0.0502,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,2,,34,17:32:33,16:02:33,7340,29.5,0.152,759,2.95,1.96,6,1,2.84,28.32,31.9,26.5,1200.11,1113.36,20.282,27.877,52.39,72.01,226.6,1501,91,99.86,0.723,-0.0502,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,3,,35,17:34:18,16:04:18,7445,25.6,0.144,787,2.76,1.94,6,1,2.84,30.19,31.84,29.59,1200.73,1115.27,20.032,28.006,46.45,64.94,201.5,1000,90,99.86,0.723,-0.0502,1 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,4,,36,17:36:01,16:06:01,7548,17.8,0.131,873,2.57,1.97,6,1,2.84,31.61,32.02,31.06,1201.04,1131.37,19.818,28.193,42.38,60.29,178.7,501,91,99.86,0.723,-0.0502,1 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,5,,37,17:38:02,16:08:02,7669.5,8.15,0.122,1020,2.4,1.97,6,1,2.84,31.81,32.03,31.23,1201.29,1161.05,19.582,28.171,41.39,59.55,163.1,200,90,99.86,0.723,-0.0502,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,6,,38,17:39:37,16:09:37,7764,4.27,0.116,1070,2.29,1.98,6,1,2.84,31.85,32.07,31.23,1200.28,1172.98,19.447,28.173,41.03,59.44,153,121,88,99.86,0.723,-0.0502,1 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,7,,39,17:41:42,16:11:42,7890,2.61,0.105,1100,2.1,1.99,6,1,2.84,31.86,32.06,31.23,1200.42,1178.78,19.305,28.009,40.71,59.06,141,69,83,99.86,-2.23,-0.174,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,8,,40,17:43:53,16:13:53,8020.5,1.09,0.0998,1130,1.99,1.98,6,1,2.84,31.85,32.01,31.23,1200.79,1184.96,19.156,28.019,40.4,59.09,130.7,40,78,99.86,-2.36,-0.256,0.3 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,9,,41,17:46:11,16:16:11,8159,-0.0694,0.0943,1150,1.88,1.98,6,1,2.84,31.85,32.01,31.23,1201.18,1190.52,19.012,27.992,40.1,59.04,122.4,20,79,99.87,-2.65,-0.281,0.7 -Adelaide River,Eucalyptus tectifica,3,Canopy,Monash,5-Sep-08,Light,10,,42,17:48:48,16:18:48,8316,-1.34,0.0871,1180,1.72,1.96,6,1,2.84,31.82,31.91,31.23,1201.54,1197.57,18.778,27.986,39.67,59.13,109,1,85,99.86,-2.7,-0.423,0.7 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,1,,22,16:00:10,15:30:10,5583.5,12.3,0.152,227,3.72,2.46,6,1,2.84,29.26,33.68,27.58,399.3,375.26,21.599,27.924,52.79,68.25,343.1,2000,161,99.8,3.81,0.149,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,2,,23,16:02:10,15:32:10,5703.5,7.96,0.16,171,3.74,2.37,6,1,2.84,28.81,33.4,27.12,279.44,263.28,21.433,28.006,53.78,70.27,332.3,1999,233,99.8,4.15,0.146,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,3,,24,16:04:41,15:34:41,5854.5,6.99,0.199,152,4.47,2.31,6,1,2.84,28.62,33.16,26.93,231.39,219.04,21.257,27.988,53.93,71.01,387.4,2001,289,99.79,4.05,0.0983,0.7 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,4,,25,16:07:12,15:37:12,6005.5,3.83,0.264,114,5.83,2.32,6,1,2.84,28.74,33.21,27.05,149.42,143.8,21.171,27.993,53.32,70.5,498.4,2000,59,99.79,3.55,0.128,0 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,5,,26,16:09:50,15:39:50,6163.5,-0.265,0.318,69.1,6.84,2.3,6,1,2.84,28.85,33.13,27.18,70.45,70.23,21.139,27.997,52.9,70.06,581.9,2000,92,99.79,3.04,0.0739,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,6,,27,16:12:21,15:42:21,6314.5,-2.1,0.374,49.1,7.88,2.28,6,1,2.84,29.04,33.09,27.37,39.24,40.83,21.152,28.004,52.35,69.31,670.2,2000,364,99.78,2.78,0.0984,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,7,,28,16:14:19,15:44:19,6432.5,9.19,0.382,170,8.01,2.28,6,1,2.84,29.15,33.08,27.49,230.45,220.72,21.102,28.009,51.91,68.9,676.3,2000,1158,99.78,3.99,0.0958,0 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,8,,29,16:16:20,15:46:20,6553,16.1,0.293,263,6.47,2.34,6,1,2.84,29.13,33.28,27.44,400,371.51,18.328,27.997,45.13,68.95,390.3,2000,109,99.78,3.99,0.0958,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,9,,30,16:18:21,15:48:21,6674,19.4,0.183,389,4.3,2.39,6,1,2.84,28.95,33.48,27.27,639.74,587.68,18.111,28.023,45.06,69.73,253.1,1999,153,99.78,3.99,0.0958,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,10,,31,16:20:22,15:50:22,6795,21.3,0.144,643,3.41,2.38,6,1,2.84,28.72,33.42,27.01,980.36,921.34,20,27.99,50.44,70.59,248.9,2002,98,99.78,3.99,0.0958,0.7 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,A/Ci,11,,32,16:22:23,15:52:23,6916,20.3,0.13,837,3.02,2.34,6,1,2.84,28.47,33.26,26.77,1199.97,1135.99,20.045,27.957,51.27,71.51,222.6,1999,70,99.78,3.99,0.0958,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,1,,33,16:25:54,15:55:54,7127.5,22.2,0.125,796,3.08,2.45,6,1,2.84,29.12,33.63,27.46,1200.72,1128.88,19.508,27.874,48.06,68.66,214.5,2000,61,99.78,3.99,0.0958,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,2,,34,16:27:36,15:57:36,7229,22.2,0.12,777,2.69,2.24,6,1,2.84,28.71,32.89,27.01,1201.08,1118.57,19.244,27.826,48.56,70.22,183,1501,65,99.78,3.99,0.0958,1 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,3,,35,16:29:37,15:59:37,7350,19.7,0.113,791,2.23,1.97,6,1,2.84,28.45,31.9,27.5,1201.47,1110.88,18.938,27.793,48.51,71.2,146.8,1001,69,99.78,3.99,0.0958,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,4,,36,16:31:38,16:01:38,7471,14,0.106,872,2.09,1.97,6,1,2.84,30.49,31.95,29.84,1199.42,1124.03,18.669,27.993,42.51,63.75,130.4,501,59,99.78,3.99,0.0958,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,5,,37,16:33:39,16:03:39,7592.5,6.41,0.1,1020,2,1.98,6,1,2.84,30.97,32.01,30.22,1199.78,1156.86,18.441,27.993,40.85,62.01,122,200,59,99.78,3.99,0.0958,0.7 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,6,,38,16:35:12,16:05:12,7685,3.51,0.096,1070,1.93,1.99,6,1,2.84,31.11,32.04,30.42,1200.06,1170.08,18.277,28.006,40.17,61.54,115.5,120,55,99.78,3.99,0.0958,1 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,7,,39,16:36:47,16:06:47,7780,1.63,0.0936,1110,1.88,1.99,6,1,2.84,31.14,32.04,30.41,1200.76,1179.97,18.134,28.007,39.79,61.46,110.9,71,54,99.78,3.99,0.0958,1 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,8,,40,16:39:04,16:09:04,7917.5,0.438,0.0836,1140,1.67,1.98,6,1,2.84,31.13,31.98,30.41,1200.66,1185.67,17.927,27.989,39.36,61.46,96.9,41,56,99.78,2.37,-0.0645,0.3 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,9,,41,16:41:20,16:11:20,8053.5,-0.538,0.0952,1160,1.89,1.97,6,1,2.84,31.13,31.95,30.41,1201.24,1191.66,17.756,28.021,38.99,61.53,107.1,19,60,99.79,1.96,-0.264,0 -Adelaide River,Eucalyptus tectifica,4,Canopy,UWS,5-Sep-08,Light,10,,42,16:44:01,16:14:01,8214.5,-1.64,0.093,1190,1.83,1.95,6,1,2.84,31.11,31.89,30.41,1201.73,1198.51,17.629,28.026,38.76,61.61,102.6,0,55,99.78,1.62,-0.413,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,1,,43,18:01:03,16:31:03,9051,15.9,0.166,198,3.88,2.37,6,1,2.84,28.81,32.34,27.02,400.44,369.02,18.122,24.995,45.49,62.75,330.2,2000,77,99.86,-0.506,-0.0392,0.7 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,2,,44,18:03:04,16:33:04,9172,11.9,0.199,150,4.39,2.27,6,1,2.84,28.12,31.94,26.28,279.86,259.05,18.077,24.889,47.24,65.04,377,1999,54,99.86,-0.506,-0.0392,0.7 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,3,,45,18:05:35,16:35:35,9323,9.95,0.249,141,5.41,2.28,6,1,2.84,29.32,31.99,28.11,231.14,216.3,17.969,25.01,43.81,60.98,449.7,1999,60,99.86,0.474,-0.0624,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,4,,46,18:08:06,16:38:06,9474,5.71,0.304,105,6.42,2.25,6,1,2.84,29.4,31.9,28.11,149.9,142.39,17.896,24.99,43.41,60.62,529.6,1999,74,99.86,0.439,-0.0901,0 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,5,,47,18:10:37,16:40:37,9625,0.418,0.356,64.3,7.37,2.24,6,1,2.84,29.73,31.87,28.51,69.71,68.79,17.863,25.004,42.52,59.52,603.6,1999,63,99.86,0.22,-0.107,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,6,,48,18:13:08,16:43:08,9776,-1.57,0.405,45.9,8.33,2.26,6,1,2.84,30.07,31.92,28.89,39.47,40.56,17.823,24.986,41.6,58.32,680,2001,54,99.86,-0.0306,-0.107,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,7,,49,18:15:38,16:45:38,9926,13,0.441,158,8.95,2.26,6,1,2.84,30.52,31.92,29.49,230.65,218.08,17.698,25.009,40.27,56.9,715.8,2001,58,99.86,0.34,-0.124,0 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,8,,50,18:17:40,16:47:40,10047,23.6,0.398,257,8.35,2.3,6,1,2.84,30.55,32.09,29.48,400.12,375.73,17.591,25.012,39.95,56.8,658.2,1999,56,99.87,0.34,-0.124,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,9,,51,18:19:41,16:49:41,10168.5,29.7,0.307,413,6.62,2.3,6,1,2.84,29.19,32.07,27.34,639.97,600.99,17.514,24.983,43.02,61.37,518.4,2001,46,99.86,0.34,-0.124,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,10,,52,18:21:42,16:51:42,10289.5,29.1,0.273,719,5.85,2.26,6,1,2.84,29.03,31.95,27.53,980.85,934.94,17.433,25.012,43.2,61.98,451.4,2000,45,99.86,0.34,-0.124,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,A/Ci,11,,53,18:23:38,16:53:38,10405,27.5,0.259,931,5.59,2.27,6,1,2.84,29,31.97,27.53,1200.28,1153.17,17.448,25.005,43.34,62.11,432.7,1999,49,99.87,0.34,-0.124,1 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,1,,54,18:27:45,16:57:45,10653,33.5,0.251,878,5.73,2.39,6,1,2.84,29.34,32.35,27.54,1200.54,1147.02,17.397,24.853,42.37,60.53,449.8,2000,81,99.87,-2.57,-0.138,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,2,,55,18:29:19,16:59:19,10746,33.5,0.238,862,5.09,2.23,6,1,2.84,29.71,31.84,28.76,1200.86,1140.03,17.357,25.039,41.38,59.69,387.8,1501,81,99.87,-2.57,-0.138,1 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,3,,56,18:30:51,17:00:51,10838,28.3,0.217,883,4.73,2.25,6,1,2.84,31.67,31.92,31.25,1198.62,1142.16,17.328,25.05,36.93,53.39,358,1001,79,99.87,-2.57,-0.138,1 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,4,,57,18:32:52,17:02:52,10959.5,20.4,0.197,939,4.41,2.3,6,1,2.84,32.37,32.06,31.66,1199.37,1154,17.282,24.944,35.39,51.08,337,500,75,99.87,-2.57,-0.138,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,5,,58,18:34:53,17:04:53,11080.5,9.37,0.178,1040,3.99,2.3,6,1,2.84,32.5,32.05,31.86,1199.65,1171.82,17.25,24.96,35.08,50.76,302.7,200,75,99.87,-2.57,-0.138,0.7 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,6,,59,18:36:54,17:06:54,11201.5,5.52,0.165,1080,3.68,2.28,6,1,2.84,32.51,32,32.01,1199.66,1178.23,17.191,25.004,34.94,50.82,275.9,121,71,99.87,-2.57,-0.138,0.3 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,7,,60,18:39:28,17:09:28,11356,2.9,0.148,1110,3.32,2.27,6,1,2.84,32.5,31.97,32.01,1199.86,1183.17,17.086,25.006,34.75,50.85,245.3,69,73,99.87,-3.14,-0.178,0.7 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,8,,61,18:41:59,17:11:59,11507,1.06,0.14,1130,3.16,2.28,6,1,2.84,32.51,32,32.01,1199.79,1187.33,17.001,24.987,34.55,50.79,231.8,40,61,99.88,-3.33,-0.109,0.7 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,9,,62,18:44:42,17:14:42,11670,-0.221,0.125,1150,2.85,2.28,6,1,2.84,32.49,32.02,32.01,1200.34,1191.11,16.902,24.985,34.38,50.82,206.1,20,68,99.88,-3.31,-0.149,0.7 -Adelaide River,Eucalyptus tectifica,5,Canopy,Monash,5-Sep-08,Light,10,,63,18:47:26,17:17:26,11833,-1.66,0.113,1180,2.59,2.29,6,1,2.84,32.49,32.05,32.01,1200.55,1195.9,16.82,24.978,34.23,50.83,185.9,1,62,99.88,-3.28,-0.156,0.3 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,1,,43,16:58:04,16:28:04,9056.5,12.1,0.143,216,3.49,2.46,6,1,2.84,28.89,32.63,27.33,399.49,368.64,17.095,24.933,42.7,62.28,260.4,2000,36,99.79,3.64,0.138,1 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,2,,44,17:00:38,16:30:38,9211.5,9.09,0.178,165,4.11,2.36,6,1,2.84,27.88,32.31,26.18,279.64,259.47,17.059,25.012,45.16,66.21,302.3,1999,48,99.78,3.46,0.121,0.7 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,3,,45,17:02:47,16:32:47,9340.5,7.67,0.204,145,4.48,2.27,6,1,2.84,27.48,31.95,25.76,231.14,215.38,17.025,25.001,46.14,67.76,328.8,1999,56,99.78,3.19,0.103,0 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,4,,46,17:05:23,16:35:23,9495.5,4.21,0.242,107,5.27,2.27,6,1,2.84,28.12,31.97,26.72,149.3,141.6,17.01,24.998,44.42,65.27,385.9,2000,73,99.77,2.91,0.0437,0 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,5,,47,17:07:53,16:37:53,9646.5,-0.037,0.287,67.6,6.12,2.26,6,1,2.84,28.15,31.91,26.71,70.48,69.95,17.02,24.985,44.35,65.11,449.8,2000,49,99.78,2.39,0.0724,0.3 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,6,,48,17:10:24,16:40:24,9796.5,-2.03,0.322,50.4,6.78,2.25,6,1,2.84,28.57,31.91,27.3,38.84,40.96,17.011,25.01,43.26,63.6,496,2000,36,99.77,2.15,0.016,0.7 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,7,,49,17:12:21,16:42:21,9914.5,10.5,0.348,158,7.28,2.26,6,1,2.84,29,31.93,27.89,232.34,218.65,17,25.017,42.17,62.06,531,2001,45,99.79,3.1,0.072,0.7 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,8,,50,17:13:40,16:43:40,9993,19.8,0.358,266,7.46,2.26,6,1,2.84,29.05,31.92,27.88,401.04,376.12,16.985,25.02,42.02,61.9,543.3,2000,45,99.78,3.1,0.072,1 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,9,,51,17:15:40,16:45:40,10114,24.7,0.317,449,6.83,2.3,6,1,2.84,29.08,32.08,27.88,640.27,605.34,16.956,25.023,41.88,61.8,495.3,2000,49,99.78,3.1,0.072,0.7 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,10,,52,17:17:42,16:47:42,10235,24.8,0.247,732,5.46,2.31,6,1,2.84,28.17,32.07,26.48,980.85,936.19,16.942,24.899,44.12,64.84,401.7,1999,69,99.79,3.1,0.072,0.3 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,A/Ci,11,,53,17:19:34,16:49:34,10347,24,0.224,929,4.94,2.28,6,1,2.84,27.77,31.98,26.1,1200.06,1151.01,16.96,24.909,45.19,66.37,363.5,1999,383,99.78,3.1,0.072,1 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,1,,54,17:23:30,16:53:30,10583.5,27.3,0.215,890,5.39,2.58,6,1,2.84,29.34,33.08,27.7,1199.72,1149.44,17.084,24.976,41.55,60.75,399.4,2000,59,99.79,1.78,0.114,0.3 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,2,,55,17:25:31,16:55:31,10704.5,26.9,0.201,876,4.56,2.34,6,1,2.84,28.61,32.21,26.93,1199.7,1142.27,17.051,24.993,43.28,63.43,335.7,1501,52,99.79,1.78,0.114,0.3 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,3,,56,17:27:14,16:57:14,10807,23,0.184,895,4.01,2.24,6,1,2.84,30.02,31.85,29.52,1200.01,1143.72,17.04,25.023,39.87,58.54,294.1,1000,56,99.79,1.78,0.114,1 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,4,,57,17:29:15,16:59:15,10928,15.5,0.169,963,3.8,2.29,6,1,2.84,31.29,32.02,30.56,1199.64,1156.87,17.004,24.968,37,54.33,279.4,501,54,99.79,1.78,0.114,0.3 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,5,,58,17:31:16,17:01:16,11049,6.46,0.155,1060,3.52,2.31,6,1,2.84,31.75,32.08,31.19,1199.64,1174.95,16.977,24.97,35.98,52.92,257.4,200,58,99.79,1.78,0.114,0.7 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,6,,59,17:33:53,17:03:53,11206.5,3.73,0.135,1090,3.06,2.29,6,1,2.84,31.5,32.02,30.8,1199.86,1179.99,16.934,25.003,36.41,53.76,221.6,120,58,99.79,2.39,-0.051,0 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,7,,60,17:36:29,17:06:29,11362.5,1.56,0.124,1120,2.82,2.28,6,1,2.84,31.61,32.01,31,1199.49,1184.99,16.851,24.984,36,53.38,202.7,71,55,99.8,2.13,0.00537,0.3 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,8,,61,17:38:42,17:08:42,11494.5,0.296,0.115,1140,2.63,2.28,6,1,2.84,31.61,32.01,31,1199.56,1188.59,16.786,25,35.86,53.4,187.3,41,55,99.8,2.1,-0.0631,0 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,9,,62,17:41:13,17:11:13,11646.5,-0.583,0.108,1160,2.48,2.29,6,1,2.84,31.61,32.04,31,1199.65,1191.47,16.674,25.007,35.63,53.43,174.4,19,55,99.8,1.69,0.121,0 -Adelaide River,Eucalyptus tectifica,6,Canopy,UWS,5-Sep-08,Light,10,,63,17:43:51,17:13:51,11803.5,-1.48,0.0921,1180,2.12,2.28,6,1,2.84,31.6,32.02,31,1199.9,1195.59,16.56,25.016,35.41,53.49,146.7,0,61,99.8,1.78,-0.129,0 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,1,,1,16:21:07,14:51:07,859,9.47,0.105,209,3.31,3.14,6,1,2.84,31.17,34.98,29.3,400.41,373.58,16.894,24.995,37.06,54.83,239.4,2001,109,99.94,-3.26,0.042,1 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,2,,2,16:23:41,14:53:41,1012.5,6.32,0.127,171,3.88,3.05,6,1,2.84,30.92,34.68,29.03,279.78,263.88,16.811,25.003,37.41,55.64,277,2001,94,99.94,-0.793,0.0295,0.7 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,3,,3,16:26:12,14:56:12,1164.5,5.5,0.155,149,4.5,2.95,6,1,2.84,30.68,34.33,28.78,229.61,217.39,16.697,24.981,37.67,56.36,317.9,2001,76,99.94,-0.894,0.0791,0.3 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,4,,4,16:28:44,14:58:44,1315.5,2.99,0.181,109,5.1,2.88,6,1,2.84,30.58,34.12,28.72,149.51,143.15,16.509,25.015,37.45,56.75,350.6,1999,81,99.93,-0.838,0.077,0.7 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,5,,5,16:31:17,15:01:17,1469.5,-0.0823,0.208,67.1,5.74,2.84,6,1,2.84,30.61,34.01,28.74,70.08,69.59,16.365,25.02,37.06,56.66,387.7,2000,87,99.93,-1.03,0.0823,0.3 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,6,,6,16:33:09,15:03:09,1581.5,-1.42,0.223,49.5,6.02,2.8,6,1,2.84,30.54,33.86,28.68,38.94,40.7,16.212,25.01,36.86,56.86,400.6,1999,91,99.93,-1.05,0.0785,0.3 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,7,,7,16:35:43,15:05:43,1735.5,7.15,0.241,159,6.4,2.77,6,1,2.84,30.51,33.73,28.64,230.47,218.24,16.056,24.984,36.58,56.91,419.4,2000,92,99.92,-0.733,0.0107,0.3 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,8,,8,16:36:54,15:06:54,1806,14.4,0.246,261,6.46,2.74,6,1,2.84,30.39,33.62,28.51,400.25,376.05,15.933,24.977,36.54,57.27,417.8,2000,94,99.93,-0.733,0.0107,1 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,9,,9,16:38:55,15:08:55,1927,22.1,0.242,422,6.37,2.74,6,1,2.84,30.39,33.66,28.54,639.95,601.62,15.821,25.019,36.27,57.36,405.3,2000,99,99.92,-0.733,0.0107,0.7 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,10,,10,16:40:56,15:10:56,2048,25.9,0.226,698,6.07,2.79,6,1,2.84,30.47,33.8,28.64,980.35,931.29,15.779,24.984,36.02,57.03,385.9,1998,99,99.92,-0.733,0.0107,0.7 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,A/Ci,11,,11,16:42:21,15:12:21,2133,25.8,0.219,899,6,2.83,6,1,2.84,30.62,33.95,28.75,1199.71,1148.02,15.752,25,35.66,56.6,379.7,2000,95,99.91,-0.733,0.0107,1 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,1,,12,16:44:51,15:14:51,2283.5,25.7,0.205,886,5.68,2.85,6,1,2.84,30.63,34.01,28.74,1199.51,1145.87,15.77,25.003,35.68,56.56,360,2000,81,99.91,-0.733,0.0107,0.3 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,2,,13,16:46:52,15:16:52,2405,24.8,0.193,880,5.09,2.71,6,1,2.84,30.56,33.54,28.71,1199.56,1142.8,15.789,24.996,35.85,56.76,323.5,1501,77,99.91,-0.733,0.0107,0.7 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,3,,14,16:48:54,15:18:54,2526,21.8,0.179,894,4.49,2.56,6,1,2.84,30.53,33.03,28.72,1199.27,1142.52,15.782,24.993,35.91,56.87,285.2,1000,101,99.92,-0.733,0.0107,0.7 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,4,,15,16:50:55,15:20:55,2647,15.7,0.165,948,3.84,2.37,6,1,2.84,30.33,32.35,28.54,1199.52,1149.34,15.645,24.98,35.99,57.46,240.7,500,92,99.9,-0.733,0.0107,0.3 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,5,,16,16:52:50,15:22:50,2762,7.44,0.158,1050,3.51,2.25,6,1,2.84,30.55,31.91,29.14,1199.58,1167.84,15.584,24.998,35.4,56.79,218.1,201,97,99.9,-0.733,0.0107,1 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,6,,17,16:54:51,15:24:51,2883,3.75,0.151,1090,3.41,2.29,6,1,2.84,30.8,32.02,29.28,1199.05,1177,15.54,24.977,34.8,55.94,211.3,120,98,99.89,-0.733,0.0107,0.3 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,7,,18,16:57:26,15:27:26,3037.5,2.21,0.147,1110,3.37,2.32,6,1,2.84,30.99,32.17,29.5,1199.21,1181.15,15.41,24.993,34.15,55.38,205.6,69,100,99.89,-3.72,0.00929,0 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,8,,19,16:59:42,15:29:42,3174.5,0.47,0.14,1140,3.23,2.34,6,1,2.84,30.65,32.21,28.94,1199.24,1186.12,15.371,24.979,34.72,56.43,196.9,40,98,99.89,-3.61,-0.0197,0.7 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,9,,20,17:02:25,15:32:25,3337.5,-0.843,0.137,1160,3.09,2.28,6,1,2.84,30.41,32.02,28.69,1199.47,1190.45,15.426,25.012,35.33,57.28,188.7,20,98,99.89,-3.28,-0.011,0.7 -Daly River,Corymbia latifolia,1,Canopy,Monash,8-Sep-08,Light,10,,21,17:04:58,15:34:58,3490.5,-2.28,0.129,1180,2.92,2.28,6,1,2.84,30.4,32.01,28.68,1199.55,1195.44,15.369,25.01,35.22,57.32,177,1,92,99.88,-3.67,-0.0169,0.3 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,1,,1,15:17:33,14:47:33,808.5,11.3,0.185,260,5.5,3.04,6,1,2.84,30.82,34.62,29.13,400.62,378.67,16.175,24.997,36.18,55.91,365,2000,93,99.87,6.4,0.183,1 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,2,,2,15:19:12,14:49:12,908.5,7.84,0.197,186,5.84,3.04,6,1,2.84,30.83,34.64,29.12,279.28,264.55,16.045,24.975,35.87,55.84,382.4,2000,82,99.87,4.46,0.164,0 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,3,,3,15:21:40,14:51:40,1056.5,6.08,0.214,160,6.23,3,6,1,2.84,30.79,34.51,29.07,229.15,217.94,15.819,24.98,35.45,55.98,398.2,2001,100,99.87,4.14,0.178,0 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,4,,4,15:23:41,14:53:41,1177.5,2.55,0.226,120,6.45,2.95,6,1,2.84,30.72,34.36,28.99,150.42,145.23,15.625,25.001,35.15,56.25,402.2,2000,109,99.86,3.65,0.163,0 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,5,,5,15:26:23,14:56:23,1339.5,-1.01,0.246,72.7,6.98,2.96,6,1,2.84,30.79,34.36,29.08,68.41,69.15,15.461,24.974,34.64,55.94,429,2001,93,99.86,3.08,0.171,0 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,6,,6,15:28:07,14:58:07,1443.5,-2.16,0.248,61.7,6.9,2.9,6,1,2.84,30.65,34.19,28.92,46.84,49.45,15.355,25.014,34.67,56.49,418,2001,95,99.85,2.94,0.088,0.7 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,7,,7,15:30:38,15:00:38,1594.5,6.92,0.264,165,7.16,2.84,6,1,2.84,30.52,33.97,28.8,231.38,219.47,15.186,24.983,34.55,56.84,427.7,2000,94,99.85,4.03,0.118,0 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,8,,8,15:32:39,15:02:39,1715.5,14,0.26,268,6.95,2.8,6,1,2.84,30.35,33.83,28.66,400.07,375.7,15.012,24.969,34.48,57.35,408.3,2000,90,99.85,4.03,0.118,0.3 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,9,,9,15:34:40,15:04:40,1837,22.3,0.25,423,6.73,2.81,6,1,2.84,30.3,33.86,28.59,640.14,599.78,14.909,24.964,34.35,57.52,391.8,2000,89,99.85,4.03,0.118,0.7 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,10,,10,15:36:41,15:06:41,1958,24.8,0.235,711,6.45,2.85,6,1,2.84,30.36,34.01,28.66,980.31,930.54,14.82,24.97,34.02,57.32,371.6,1999,108,99.85,4.03,0.118,0.3 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,A/Ci,11,,11,15:38:42,15:08:42,2079,23.2,0.22,919,6.18,2.9,6,1,2.84,30.42,34.17,28.72,1199.72,1148.43,14.785,24.98,33.82,57.13,354.5,1999,98,99.84,4.03,0.118,0.7 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,1,,12,15:42:41,15:12:41,2317.5,24.7,0.201,885,5.9,3.01,6,1,2.84,30.74,34.54,29.06,1199.84,1143.43,14.665,25.001,32.94,56.16,334.1,2000,87,99.84,4.36,0.151,0.7 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,2,,13,15:44:42,15:14:42,2438.5,24.5,0.19,873,5.36,2.88,6,1,2.84,30.8,34.12,29.09,1199.92,1139.4,14.694,25.007,32.89,55.97,303.9,1500,105,99.84,4.36,0.151,0.3 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,3,,14,15:46:43,15:16:43,2559.5,21.5,0.178,891,4.6,2.64,6,1,2.84,30.48,33.28,28.8,1200.01,1138.38,14.629,24.976,33.34,56.92,259.8,1000,91,99.83,4.36,0.151,0.3 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,4,,15,15:48:44,15:18:44,2680.5,15.5,0.167,949,3.96,2.41,6,1,2.84,30.18,32.48,28.56,1200.32,1146.29,14.576,24.995,33.8,57.96,222.6,500,87,99.83,4.36,0.151,0.3 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,5,,16,15:50:45,15:20:45,2801.5,6.81,0.158,1050,3.55,2.28,6,1,2.84,29.99,31.98,28.38,1200.55,1167.53,14.548,24.985,34.09,58.55,199.2,200,87,99.81,4.36,0.151,0.3 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,6,,17,15:52:46,15:22:46,2922.5,3.96,0.152,1090,3.42,2.29,6,1,2.84,30.69,32.04,29.45,1200.47,1175.44,14.591,25.045,32.85,56.39,191.4,119,89,99.81,4.36,0.151,0.3 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,7,,18,15:55:04,15:25:04,3060.5,1.42,0.142,1120,3.28,2.33,6,1,2.84,30.38,32.16,28.82,1200.62,1183.43,14.603,24.977,33.47,57.24,185,70,93,99.82,4.25,0.0243,0 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,8,,19,15:57:12,15:27:12,3188.5,-0.298,0.138,1150,3.18,2.32,6,1,2.84,30.26,32.14,28.69,1200.79,1189.09,14.575,24.987,33.64,57.67,178.5,40,86,99.82,4.21,0.0866,0 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,9,,20,15:59:20,15:29:20,3315.5,-1.14,0.129,1160,2.98,2.32,6,1,2.84,30.24,32.14,28.65,1200.94,1192.29,14.564,24.993,33.65,57.75,167.2,19,88,99.82,4.3,-0.0384,0 -Daly River,Corymbia latifolia,2,Canopy,UWS,8-Sep-08,Light,10,,21,16:01:56,15:31:56,3472,-2.04,0.123,1180,2.78,2.27,6,1,2.84,30.12,31.97,28.57,1201.2,1196.3,14.643,24.987,34.07,58.13,157.3,0,83,99.81,4.02,-0.0381,0 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,1,,22,17:17:11,15:47:11,4223.5,9.96,0.125,223,3.91,3.13,6,1,2.84,31.07,34.94,29.19,400.23,370.53,15.094,25.014,33.28,55.15,230.6,1999,58,99.87,-1.61,0.0487,0.7 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,2,,23,17:19:49,15:49:49,4381.5,6.92,0.153,174,4.72,3.11,6,1,2.84,31.14,34.85,29.23,278.74,261.29,15.138,24.981,33.25,54.87,280.3,2001,54,99.87,-0.564,0.089,0 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,3,,24,17:22:23,15:52:23,4534.5,5.67,0.179,154,5.43,3.09,6,1,2.84,31.26,34.81,29.37,229.89,217.15,15.15,24.984,33.04,54.5,322.7,2001,57,99.87,-0.436,0.0427,0.7 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,4,,25,17:25:01,15:55:01,4693.5,2.92,0.203,112,6.13,3.1,6,1,2.84,31.44,34.85,29.56,149.62,143.29,15.049,25.008,32.48,53.97,359.8,2001,53,99.86,-0.627,0.0883,0.3 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,5,,26,17:27:35,15:57:35,4847.5,-0.201,0.217,68.5,6.46,3.07,6,1,2.84,31.4,34.72,29.51,70.87,70.47,15,24.99,32.46,54.07,378.2,1999,60,99.87,-0.721,0.0332,0.7 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,6,,27,17:30:14,16:00:14,5005.5,-1.48,0.231,50.6,6.75,3.03,6,1,2.84,31.35,34.6,29.46,40.12,41.98,14.736,24.985,31.98,54.22,385.5,2000,56,99.87,-0.81,0.078,0.3 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,7,,28,17:32:52,16:02:52,5164.5,6.49,0.225,159,6.41,2.94,6,1,2.84,30.99,34.32,29.1,230.35,217.42,14.747,24.996,32.66,55.36,365.8,2001,55,99.86,-0.598,0.0741,0 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,8,,29,17:34:53,16:04:53,5285.5,12.9,0.21,255,6.08,2.98,6,1,2.84,31.04,34.43,29.15,400.74,374.22,14.615,24.998,32.28,55.21,342.5,1999,55,99.86,-0.598,0.0741,0.7 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,9,,30,17:36:54,16:06:54,5406.5,19.6,0.199,405,5.78,2.99,6,1,2.84,31.01,34.46,29.13,639.99,597.3,14.572,24.998,32.24,55.31,324.5,1999,9,99.86,-0.598,0.0741,0.7 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,10,,31,17:38:55,16:08:55,5528,23.4,0.188,674,5.61,3.04,6,1,2.84,31.09,34.65,29.21,980.22,925.03,14.465,25.007,31.85,55.07,311.1,2000,8,99.86,-0.598,0.0741,0.3 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,A/Ci,11,,32,17:40:57,16:10:57,5649,23.3,0.177,866,5.42,3.12,6,1,2.84,31.25,34.89,29.37,1199.06,1139.9,14.427,25.02,31.48,54.59,299.2,1999,7,99.87,-0.598,0.0741,0.7 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,1,,33,17:43:22,16:13:22,5794,23.8,0.164,841,5.18,3.21,6,1,2.84,31.5,35.18,29.61,1200.51,1138.09,14.382,25.001,30.95,53.8,285.4,2000,34,99.87,-0.598,0.0741,0.3 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,2,,34,17:45:23,16:15:23,5915,22.8,0.148,825,4.5,3.07,6,1,2.84,31.49,34.73,29.61,1200.59,1132.71,14.345,25.003,30.88,53.83,246.8,1500,28,99.87,-0.598,0.0741,0.3 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,3,,35,17:47:24,16:17:24,6036.5,19.8,0.134,837,3.81,2.86,6,1,2.84,31.31,34.05,29.47,1200.08,1130.79,14.313,24.985,31.14,54.35,209,1001,35,99.87,-0.598,0.0741,0.3 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,4,,36,17:49:25,16:19:25,6158,14.4,0.121,897,3.19,2.64,6,1,2.84,31.09,33.28,29.28,1200.34,1137.69,14.184,25.007,31.24,55.09,172.2,501,29,99.86,-0.598,0.0741,0.3 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,5,,37,17:51:26,16:21:26,6279,7.45,0.113,1000,2.82,2.5,6,1,2.84,30.89,32.79,29.14,1200.25,1157.78,14.101,24.99,31.41,55.67,151.3,201,33,99.86,-0.598,0.0741,0.3 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,6,,38,17:53:08,16:23:08,6380,4.22,0.107,1060,2.64,2.46,6,1,2.84,30.82,32.64,29.08,1200.13,1169.02,14.019,24.98,31.36,55.88,141,120,29,99.87,-0.598,0.0741,1 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,7,,39,17:54:41,16:24:41,6473,2.1,0.104,1100,2.48,2.38,6,1,2.84,30.6,32.38,28.86,1200.31,1177.35,13.921,24.987,31.53,56.59,131.1,71,26,99.87,-0.598,0.0741,1 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,8,,40,17:56:48,16:26:48,6600.5,1.05,0.0916,1120,2.16,2.34,6,1,2.84,30.44,32.22,28.72,1200.31,1181.25,13.873,25.017,31.7,57.16,113.1,39,25,99.87,-2.64,-0.253,0.7 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,9,,41,17:59:10,16:29:10,6742.5,0.0317,0.0837,1140,1.92,2.28,6,1,2.84,30.2,31.98,28.48,1200.26,1186.4,13.751,24.981,31.86,57.88,100.2,20,25,99.86,-2.78,-0.443,0 -Daly River,Corymbia latifolia,3,Canopy,Monash,8-Sep-08,Light,10,,42,18:01:46,16:31:46,6898.5,-0.929,0.0865,1170,1.99,2.28,6,1,2.84,30.61,32.01,29.09,1200.62,1192.13,13.574,24.976,30.73,56.54,102.3,1,48,99.86,-3.89,-0.128,0 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,1,,22,16:14:09,15:44:09,4204.5,12.6,0.216,259,6.24,2.98,6,1,2.84,30.77,34.44,29.1,400.04,374.49,14.592,24.995,32.7,56.02,351,2000,100,99.8,4.63,0.16,1 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,2,,23,16:16:09,15:46:09,4325.5,7.61,0.214,192,6.27,3.02,6,1,2.84,30.9,34.58,29.23,279.98,263.95,14.444,25.018,32.13,55.65,346.6,2001,127,99.8,4.64,0.0807,0.7 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,3,,24,16:18:15,15:48:15,4451.5,5.92,0.227,163,6.67,3.04,6,1,2.84,31,34.63,29.31,229.49,217.35,14.285,24.998,31.61,55.31,364.1,1999,108,99.79,4.28,0.178,0 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,4,,25,16:20:12,15:50:12,4568.5,2.53,0.234,119,6.81,3.02,6,1,2.84,30.97,34.57,29.28,149.62,143.89,14.138,25,31.33,55.39,366.6,1999,108,99.79,3.89,0.0977,0 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,5,,26,16:22:05,15:52:05,4681.5,-1.08,0.243,75.1,7.02,3.01,6,1,2.84,30.99,34.52,29.32,70.2,71.12,14.003,24.991,31,55.33,373.6,1999,139,99.79,3.28,0.0909,0.7 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,6,,27,16:24:32,15:54:32,4828.5,-1.82,0.259,64.1,7.35,2.97,6,1,2.84,30.94,34.41,29.22,52.68,54.87,13.892,25.016,30.83,55.52,386.5,2000,106,99.78,3.1,0.16,0 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,7,,28,16:26:57,15:56:57,4973.5,6.71,0.267,166,7.41,2.91,6,1,2.84,30.83,34.18,29.14,231.46,218.52,13.768,24.974,30.75,55.78,386.7,2000,127,99.8,4.41,0.0924,0.3 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,8,,29,16:28:18,15:58:18,5054,14.5,0.272,267,7.45,2.88,6,1,2.84,30.77,34.09,29.11,400.79,374.03,13.73,24.982,30.77,55.99,387.3,2001,131,99.79,4.41,0.0924,1 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,9,,30,16:30:18,16:00:18,5175,22.2,0.27,432,7.32,2.85,6,1,2.84,30.68,33.99,28.99,640.37,598.35,13.704,25.003,30.88,56.34,379.2,2001,133,99.8,4.41,0.0924,0.7 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,10,,31,16:32:19,16:02:19,5296,25.1,0.257,721,6.98,2.84,6,1,2.84,30.54,33.96,28.87,980.52,927.98,13.673,24.996,31.06,56.77,360.6,1999,128,99.79,4.41,0.0924,0.7 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,A/Ci,11,,32,16:34:21,16:04:21,5417,23.7,0.239,927,6.65,2.89,6,1,2.84,30.58,34.12,28.89,1200.55,1145.7,13.638,24.993,30.91,56.64,342.5,2000,106,99.79,4.41,0.0924,0.3 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,1,,33,16:37:58,16:07:58,5633.5,24.9,0.22,898,6.41,3,6,1,2.84,30.88,34.52,29.18,1200.87,1142.07,13.625,25.021,30.34,55.71,328.9,2000,104,99.8,4.41,0.0924,0.7 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,2,,34,16:39:59,16:09:59,5754,25.2,0.212,887,5.94,2.89,6,1,2.84,30.94,34.15,29.26,1201.15,1138.21,13.625,25.027,30.24,55.54,304.8,1499,119,99.8,4.41,0.0924,0.7 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,3,,35,16:42:00,16:12:00,5876,22.1,0.2,905,5.31,2.73,6,1,2.84,30.89,33.59,29.23,1201.21,1139.32,13.62,24.983,30.32,55.61,273.2,1001,116,99.8,4.41,0.0924,0.3 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,4,,36,16:43:50,16:13:50,5985.5,15.4,0.19,968,4.77,2.57,6,1,2.84,30.87,33.03,29.24,1200.95,1149.78,13.573,24.978,30.25,55.66,244.9,500,108,99.8,4.41,0.0924,1 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,5,,37,16:45:51,16:15:51,6106.5,6.75,0.18,1060,4.25,2.41,6,1,2.84,30.58,32.46,28.97,1201.18,1168.78,13.494,24.956,30.58,56.55,217,199,103,99.79,4.41,0.0924,0.3 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,6,,38,16:47:39,16:17:39,6214.5,3.65,0.173,1100,3.97,2.34,6,1,2.84,30.37,32.2,28.8,1201.22,1176.51,13.437,24.933,30.81,57.18,201.9,121,101,99.79,4.41,0.0924,1 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,7,,39,16:50:05,16:20:05,6361.5,1.19,0.161,1130,3.65,2.3,6,1,2.84,30.22,32.07,28.64,1201.19,1183.28,13.4,24.979,30.99,57.76,184.6,70,86,99.79,4.84,0.0196,0 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,8,,40,16:52:14,16:22:14,6490.5,-0.231,0.155,1140,3.42,2.24,6,1,2.84,30.1,31.86,28.57,1198.76,1185.45,13.379,24.987,31.15,58.18,172.6,40,80,99.79,4.53,-0.00783,0 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,9,,41,16:54:21,16:24:21,6616.5,-1.25,0.148,1160,3.33,2.27,6,1,2.84,30.43,31.97,29.04,1198.89,1189.15,13.343,25.017,30.5,57.18,166.9,19,75,99.79,4.45,-0.00279,0 -Daly River,Corymbia latifolia,4,Canopy,UWS,8-Sep-08,Light,10,,42,16:56:52,16:26:52,6767.5,-2.3,0.14,1180,3.14,2.27,6,1,2.84,30.78,31.94,29.64,1199.09,1193.58,13.346,24.99,29.9,55.99,157.5,0,71,99.79,3.82,0.0276,0 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,1,,1,17:05:58,15:35:58,1210.5,7.92,0.0929,209,2.97,3.17,6,1,2.84,31.08,35.06,29.19,400.29,364.73,13.581,25,29.99,55.2,152,2000,72,100.1,-2.16,-0.0452,0.7 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,2,,2,17:08:00,15:38:00,1331.5,5.74,0.109,160,3.45,3.15,6,1,2.84,31.17,35.01,29.29,280.13,257.52,13.551,25.015,29.77,54.96,175.9,2000,70,100.1,-2.16,-0.0452,0.7 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,3,,3,17:10:41,15:40:41,1493.5,4.71,0.144,151,4.41,3.1,6,1,2.84,31.22,34.83,29.32,230.55,215.39,13.481,24.998,29.52,54.74,223.8,2001,71,100.1,0.134,0.0162,0.7 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,4,,4,17:13:22,15:43:22,1654.5,2.58,0.177,112,5.27,3.04,6,1,2.84,31.28,34.66,29.4,150.43,142.91,13.413,25.008,29.27,54.58,266.1,1999,70,100,0.0475,0.0168,0.7 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,5,,5,17:15:53,15:45:53,1805.5,-0.358,0.211,69.1,6.2,3.03,6,1,2.84,31.4,34.62,29.53,69.79,69.65,13.329,25.009,28.89,54.21,310.5,2000,72,100,-0.201,0.00945,0.7 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,6,,6,17:18:25,15:48:25,1957.5,-1.16,0.242,56,6.96,3,6,1,2.84,31.49,34.53,29.61,49.01,50.41,13.201,24.995,28.48,53.92,345.1,2000,70,100.1,-0.342,0.0279,0.7 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,7,,7,17:21:06,15:51:06,2118.5,6.88,0.261,161,7.35,2.95,6,1,2.84,31.47,34.37,29.59,230.27,216.05,12.966,24.988,28,53.97,357.5,1999,65,100.1,0.0849,-0.0174,0.7 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,8,,8,17:22:32,15:52:32,2203.5,14.2,0.261,262,7.37,2.96,6,1,2.84,31.49,34.39,29.64,399.84,371.22,12.86,24.996,27.73,53.9,355.5,1999,64,100.1,0.0849,-0.0174,1 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,9,,9,17:24:32,15:54:32,2324.5,21.7,0.244,416,7.08,3.02,6,1,2.84,31.59,34.61,29.72,639.88,593.86,12.752,25.006,27.34,53.62,337.9,2001,66,100,0.0849,-0.0174,0.3 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,10,,10,17:26:33,15:56:33,2445,25.9,0.215,672,6.37,3.07,6,1,2.84,31.57,34.74,29.69,980.89,917.52,12.614,25.006,27.08,53.69,300.6,2000,66,100,0.0849,-0.0174,0.3 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,A/Ci,11,,11,17:28:35,15:58:35,2566.5,26.4,0.187,837,5.67,3.1,6,1,2.84,31.49,34.85,29.61,1199.55,1125.52,12.5,25,26.96,53.91,265.3,2001,66,100,0.0849,-0.0174,0.3 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,1,,12,17:36:02,16:06:02,3014.5,28,0.132,694,4.22,3.22,6,1,2.84,31.47,35.21,29.59,1199.8,1095.46,11.826,24.972,25.53,53.92,187.8,1999,64,100,-0.971,0.0108,0.3 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,2,,13,17:37:42,16:07:42,3114,25.9,0.119,685,3.68,3.09,6,1,2.84,31.48,34.8,29.61,1200.2,1089.74,11.713,24.975,25.28,53.91,162.2,1500,65,100,-0.971,0.0108,1 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,3,,14,17:39:42,16:09:42,3235,22,0.102,684,2.96,2.9,6,1,2.84,31.31,34.19,29.45,1200.35,1083.13,11.567,25.013,25.2,54.49,129,1001,65,100,-0.971,0.0108,0.3 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,4,,15,17:41:43,16:11:43,3355.5,16.2,0.0872,746,2.42,2.75,6,1,2.84,31.26,33.68,29.46,1200.32,1091.89,11.406,24.997,24.92,54.62,104.1,501,67,100,-0.971,0.0108,0.3 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,5,,16,17:43:45,16:13:45,3477,8.08,0.0735,903,1.97,2.65,6,1,2.84,31.21,33.33,29.43,1200.42,1126.85,11.276,25,24.71,54.78,84,201,65,100,-0.971,0.0108,0.3 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,6,,17,17:45:46,16:15:46,3598,5.04,0.0656,972,1.74,2.62,6,1,2.84,31.15,33.22,29.39,1200.94,1143.6,11.139,24.998,24.49,54.95,73.6,119,63,100,-0.971,0.0108,0.3 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,7,,18,17:47:47,16:17:47,3719.5,2.64,0.0583,1040,1.65,2.78,6,1,2.84,31.05,33.11,29.31,1201.18,1167.37,11.036,22.981,24.4,50.8,81,70,63,100,-0.971,0.0108,0.7 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,8,,19,17:49:33,16:19:33,3825,1.05,0.0524,1090,1.47,2.76,6,1,2.84,30.99,33.03,29.23,1201.19,1177.83,10.948,23.014,24.29,51.07,71.5,40,63,100,-0.971,0.0108,1 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,9,,20,17:52:14,16:22:14,3986.5,-0.021,0.0173,1140,0.487,2.73,6,1,2.84,30.88,32.92,29.13,1201.86,1187.52,10.75,22.993,24,51.34,23.3,20,61,100,-0.86,-0.772,0 -Daly River,Corymbia latifolia,5,Canopy,Monash,9-Sep-08,Light,10,,21,17:55:17,16:25:17,4168.5,-0.255,0.00787,1190,0.266,3.28,6,1,2.84,30.83,32.84,29.1,1200.91,1199.27,10.556,17.297,23.63,38.72,23.3,1,58,100,-2.26,0.0699,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,1,,2,16:02:22,15:32:22,1303,4.75,0.0744,254,2.57,3.39,6,1,2.84,30.99,35.76,29.3,399.92,376.09,14.541,24.983,32.24,55.4,143.9,2000,85,99.99,3.27,0.196,1 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,2,,3,16:04:59,15:34:59,1460,3.3,0.0869,189,2.97,3.38,6,1,2.84,31.01,35.72,29.3,279.22,264.13,14.308,25.012,31.68,55.39,162.5,2001,84,99.98,2.53,0.0889,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,3,,4,16:07:33,15:37:33,1615,3.15,0.114,163,3.82,3.34,6,1,2.84,30.99,35.58,29.29,231.22,219.56,14.071,24.964,31.19,55.34,205,1999,84,99.98,2.01,0.258,0 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,4,,5,16:10:27,15:40:27,1789,1.34,0.143,121,4.65,3.27,6,1,2.84,31,35.38,29.3,149.17,144.22,13.824,25.004,30.64,55.42,243.4,2000,85,99.97,1.95,0.256,0 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,5,,6,16:12:58,15:42:58,1940,-0.798,0.166,75.1,5.32,3.26,6,1,2.84,31.13,35.35,29.45,69.99,70.91,13.683,25.007,30.09,54.99,274.9,1999,86,99.97,1.71,0.194,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,6,,7,16:15:33,15:45:33,2095,-1.48,0.182,52,5.75,3.22,6,1,2.84,31.14,35.23,29.44,38.14,40.7,13.517,24.997,29.71,54.94,293.2,2001,83,99.96,1.39,0.0496,0 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,7,,8,16:17:28,15:47:28,2210,4.2,0.197,175,6.18,3.21,6,1,2.84,31.22,35.2,29.55,231.84,221.11,13.39,25.01,29.3,54.72,311,2000,78,99.97,2.32,0.239,0 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,8,,9,16:19:28,15:49:28,2330.5,8.77,0.188,282,5.96,3.24,6,1,2.84,31.3,35.3,29.63,400.62,378.32,13.268,25.016,28.91,54.51,296.7,1999,75,99.98,2.32,0.239,0.7 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,9,,10,16:21:29,15:51:29,2451.5,13.4,0.164,437,5.36,3.31,6,1,2.84,31.34,35.49,29.66,639.5,601.9,13.161,24.983,28.61,54.3,265.1,2000,78,99.98,2.32,0.239,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,10,,11,16:23:30,15:53:30,2572,16.1,0.147,700,4.81,3.3,6,1,2.84,31.22,35.46,29.51,979.85,927.46,13.012,24.976,28.47,54.65,235.4,2000,77,99.96,2.32,0.239,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,A/Ci,11,,12,16:25:31,15:55:31,2693,17.1,0.13,863,4.36,3.35,6,1,2.84,31.26,35.65,29.58,1199.84,1136.76,12.861,25.021,28.08,54.64,209.9,1999,78,99.98,2.32,0.239,0.7 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,1,,13,16:30:00,16:00:00,2962,18.2,0.107,787,3.71,3.44,6,1,2.84,31.35,35.91,29.64,1199.55,1122.74,12.586,25.001,27.34,54.3,174.9,2001,66,99.96,0.775,0.294,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,2,,14,16:32:01,16:02:01,3083,16.8,0.0953,775,3.14,3.26,6,1,2.84,31.32,35.36,29.62,1199.71,1116.37,12.427,24.99,27.04,54.37,146.2,1501,68,99.96,0.775,0.294,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,3,,15,16:34:02,16:04:02,3203.5,14.7,0.0835,774,2.59,3.06,6,1,2.84,31.2,34.72,29.52,1199.56,1110.97,12.275,24.98,26.9,54.73,119.3,1000,66,99.96,0.775,0.294,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,4,,16,16:36:03,16:06:03,3324.5,11.2,0.0738,821,2.13,2.84,6,1,2.84,31.03,33.98,29.37,1199.76,1115.62,12.144,24.963,26.87,55.23,97.2,500,64,99.95,0.775,0.294,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,5,,17,16:38:04,16:08:04,3445.5,5.78,0.0647,949,1.79,2.72,6,1,2.84,30.94,33.59,29.31,1199.74,1141.67,12.025,24.997,26.73,55.57,80.8,200,63,99.96,0.775,0.294,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,6,,18,16:39:52,16:09:52,3553,3.48,0.0594,1010,1.63,2.68,6,1,2.84,30.89,33.45,29.28,1199.64,1155.56,11.953,24.994,26.65,55.72,72.9,120,62,99.96,0.775,0.294,1 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,7,,19,16:41:45,16:11:45,3666,1.68,0.0522,1070,1.42,2.66,6,1,2.84,30.85,33.38,29.25,1199.49,1167.9,11.862,24.986,26.51,55.83,63.3,70,61,99.96,0.775,0.294,1 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,8,,20,16:44:20,16:14:20,3822,0.721,0.0496,1100,1.43,2.81,6,1,2.84,30.7,33.2,29.12,1200.57,1181.09,11.701,22.98,26.38,51.81,74.1,40,61,99.96,0.00638,0.231,0.3 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,9,,21,16:47:04,16:17:04,3986,-0.0957,0.014,1150,0.416,2.87,6,1,2.84,30.65,33.13,29.05,1200.18,1189.76,11.574,22.199,26.15,50.16,22.9,19,61,99.94,0.998,-0.572,0 -Daly River,Corymbia latifolia,6,Canopy,UWS,9-Sep-08,Light,10,,22,16:49:42,16:19:42,4143,-1.02,0.0451,1180,1.27,2.76,6,1,2.84,30.58,33.03,29.01,1200.51,1195.82,11.352,23.008,25.76,52.2,64,0,61,99.95,-0.455,0.267,0 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,1,,1,12:26:49,11:56:49,270,19.1,0.532,286,9.45,2.03,6,1,2.84,30.05,32.17,28.47,400.35,363.54,12.875,27.85,30.18,65.29,368,2000,157,100.2,5.37,0.124,0.7 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,2,,2,12:28:34,11:58:34,374.5,12.2,0.527,205,9.04,1.96,6,1,2.84,29.22,31.86,27.6,279.63,254.89,12.751,27.753,31.36,68.25,351.4,2001,153,100.1,5.37,0.124,1 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,3,,3,12:30:38,12:00:38,499,10.2,0.528,167,9.01,1.95,6,1,2.84,29.69,31.91,28.46,229.63,208.57,12.654,27.972,30.28,66.93,342.9,2001,519,100.1,3.33,0.0757,0 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,4,,4,12:32:46,12:02:46,627,5.01,0.528,118,9.12,1.97,6,1,2.84,29.97,32.01,28.86,150.2,139.25,12.555,27.985,29.57,65.91,344.7,2000,149,100.1,2.96,0.066,0 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,5,,5,12:34:34,12:04:34,735,-0.72,0.531,69.7,9.1,1.96,6,1,2.84,29.94,31.96,28.85,69.27,69.42,12.476,28.013,29.43,66.08,341.5,2001,157,100.1,2.53,0.0529,0.3 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,6,,6,12:36:17,12:06:17,838,-2.92,0.535,51.9,9.16,1.96,6,1,2.84,29.93,31.96,28.86,38.81,43.24,12.386,28.018,29.22,66.1,341.8,2000,499,100.1,2.28,0.0582,0.3 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,7,,7,12:37:39,12:07:39,919.5,9.99,0.549,170,9.29,1.95,6,1,2.84,29.94,31.91,28.85,230.38,209.59,12.293,28.014,28.99,66.06,344.6,2001,1765,100.1,2.28,0.0582,1 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,8,,8,12:39:15,12:09:15,1015.5,20.1,0.559,283,9.48,1.96,6,1,2.84,30.46,31.95,29.65,400.54,360.11,12.148,28.022,27.81,64.14,348.4,1999,862,100.1,2.28,0.0582,1 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,9,,9,12:41:16,12:11:16,1136.5,26.8,0.572,481,9.87,2,6,1,2.84,30.58,32.09,29.64,639.82,585.68,12.054,28.005,27.4,63.65,360.8,1999,1774,100.1,2.28,0.0582,0.3 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,10,,10,12:43:16,12:13:16,1256.5,27.6,0.584,804,10.1,2.01,6,1,2.84,29.78,32.11,28.12,980.57,920.74,12.097,27.976,28.79,66.58,370.2,2000,1787,100.1,2.28,0.0582,1 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,A/Ci,11,,11,12:45:16,12:15:16,1377.5,27.2,0.583,1010,9.86,1.96,6,1,2.84,29.51,31.96,28.08,1200.11,1136.86,12.177,27.954,29.43,67.57,364.6,1999,1798,100.1,2.28,0.0582,0.3 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,1,,12,12:52:00,12:22:00,1780,29.9,0.558,1000,9.85,2.03,6,1,2.84,29.99,32.22,28.4,1199.3,1136.04,13.236,27.97,31.11,65.74,389.9,2000,1745,100.1,2.28,0.0582,0.7 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,2,,13,12:53:36,12:23:36,1876,26.8,0.54,1010,9.04,1.92,6,1,2.84,30.78,31.81,30.14,1199.99,1137.26,13.168,28.031,29.59,62.98,354.7,1500,1502,100.1,2.28,0.0582,1 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,3,,14,12:55:37,12:25:37,1997,22.8,0.515,1030,8.91,1.97,6,1,2.84,32.5,32.03,31.95,1199.75,1146.11,14.053,28.126,28.63,57.31,369.1,1000,494,100.1,2.28,0.0582,0.3 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,4,,15,12:57:12,12:27:12,2092,15,0.505,1070,8.65,1.94,6,1,2.84,33.63,31.91,33.83,1200.52,1158.74,13.999,28.048,26.77,53.64,359.2,501,1309,100.1,2.28,0.0582,1 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,5,,16,12:59:11,12:29:11,2211,5.07,0.48,1120,8.51,2,6,1,2.84,33.98,32.09,33.72,1201.24,1175.54,13.905,28.004,26.08,52.52,351.8,201,1814,100.1,2.28,0.0582,1 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,6,,17,13:01:06,12:31:06,2326,1.91,0.459,1130,8.21,2,6,1,2.84,33.23,32.1,32.55,1200.41,1179.85,13.861,28.002,27.1,54.74,338.6,120,1810,100.1,2.28,0.0582,1 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,7,,18,13:03:51,12:33:51,2491.5,-0.362,0.433,1150,7.79,2,6,1,2.84,33.17,32.09,32.56,1200.35,1183.8,13.876,28.024,27.22,54.97,321.3,71,1826,100.1,2.79,0.0578,0.7 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,8,,19,13:06:20,12:36:20,2640.5,-2.17,0.421,1160,7.64,2.01,6,1,2.84,33.07,32.13,32.36,1200.14,1186.99,13.85,28.007,27.33,55.26,314.7,41,1596,100.1,3.42,0.0431,0.7 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,9,,20,13:09:01,12:39:01,2800.5,-3.07,0.407,1160,7.32,1.98,6,1,2.84,32.74,32.01,31.97,1200.24,1188.99,13.787,27.998,27.71,56.26,300.3,19,1811,100.1,3.4,0.145,0 -Daly River,Eucalyptus tetrodonta,1,Canopy,UWS,8-Sep-08,Light,10,,21,13:11:25,12:41:25,2945,-4.01,0.401,1170,7.29,2,6,1,2.84,32.78,32.09,31.97,1200.29,1190.87,13.72,28.005,27.51,56.15,297.6,0,1816,100,3.57,0.146,0.3 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,1,,1,13:33:24,12:03:24,220.5,25.4,0.619,275,10.5,1.99,6,1,2.84,30.78,32.09,29.66,400.39,363.1,14.967,28.007,33.67,63.01,470,1999,87,100.2,-1.29,-0.0554,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,2,,2,13:34:26,12:04:26,282.5,17.8,0.627,193,10.5,1.97,6,1,2.84,30.73,32.01,29.66,279.66,253.56,14.962,28,33.75,63.16,469.7,2002,71,100.2,-1.29,-0.0554,1 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,3,,3,13:35:39,12:05:39,355.5,14.3,0.629,160,10.5,1.96,6,1,2.84,30.71,31.97,29.68,229.7,208.64,14.966,27.99,33.81,63.23,469.2,2000,77,100.2,-1.29,-0.0554,1 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,4,,4,13:37:31,12:07:31,468.5,6.92,0.635,115,10.5,1.96,6,1,2.84,30.69,31.94,29.67,150.07,139.43,15.002,27.983,33.91,63.26,472.9,2001,79,100.2,0.361,-0.106,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,5,,5,13:39:08,12:09:08,565.5,0.425,0.64,65.4,10.7,1.97,6,1,2.84,31.17,31.99,30.46,70.26,68.8,14.977,28.012,32.95,61.63,476.6,2000,78,100.2,0.184,-0.0783,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,6,,6,13:41:01,12:11:01,678,-2.19,0.65,47.7,11,2,6,1,2.84,31.28,32.13,30.46,40.58,42.67,15.01,28,32.81,61.21,493.8,1999,56,100.2,0.149,-0.106,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,7,,7,13:43:25,12:13:25,822.5,13,0.68,169,11.1,1.95,6,1,2.84,31.12,31.92,30.26,230.25,211.66,14.968,28.004,33.02,61.78,495.4,1999,79,100.2,0.439,-0.0917,0.3 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,8,,8,13:45:26,12:15:26,943.5,23.6,0.696,291,11.4,1.97,6,1,2.84,31.18,31.99,30.26,400.33,367.5,14.916,28.019,32.78,61.58,507.2,2000,83,100.2,0.439,-0.0917,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,9,,9,13:47:22,12:17:22,1059,30.1,0.716,498,11.8,1.99,6,1,2.84,31.14,32.08,30.01,639.55,597.08,14.902,28.018,32.84,61.75,525,2001,84,100.2,0.439,-0.0917,1 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,10,,10,13:49:22,12:19:22,1179,29.5,0.72,826,11.9,1.99,6,1,2.84,31.14,32.08,30.05,979.87,933.87,14.945,28.016,32.94,61.75,528.9,2001,87,100.2,0.439,-0.0917,1 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,A/Ci,11,,11,13:51:22,12:21:22,1300,28.3,0.716,1040,11.8,1.99,6,1,2.84,31.03,32.07,29.67,1198.87,1151.29,14.974,28.012,33.19,62.09,527.6,2001,89,100.2,0.439,-0.0917,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,1,,12,13:54:59,12:24:59,1516.5,31.7,0.688,1020,11.4,1.99,6,1,2.84,30.8,32.05,29.37,1200.15,1147.09,14.847,27.984,33.36,62.87,506.5,2000,78,100.2,0.439,-0.0917,0.3 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,2,,13,13:56:33,12:26:33,1610,29.2,0.647,1030,10.6,1.93,6,1,2.84,31.98,31.89,31.71,1200.52,1146.46,14.64,28.069,30.75,58.96,459,1501,72,100.2,0.439,-0.0917,1 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,3,,14,13:58:34,12:28:34,1731,24.1,0.58,1040,9.85,1.97,6,1,2.84,32.94,32.06,32.61,1200.58,1149.65,14.377,28.145,28.6,55.99,417.4,1001,66,100.2,0.439,-0.0917,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,4,,15,14:00:07,12:30:07,1824,16.1,0.533,1070,9.13,1.96,6,1,2.84,33.26,32.03,32.79,1200.79,1159.26,14.357,28.182,28.05,55.05,385.2,501,85,100.2,0.439,-0.0917,1 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,5,,16,14:02:05,12:32:05,1942,5.26,0.494,1120,8.58,1.96,6,1,2.84,33.85,32.06,33.79,1200.81,1175.05,14.237,28.238,26.91,53.38,357.2,200,77,100.2,0.439,-0.0917,1 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,6,,17,14:04:29,12:34:29,2085.5,3.88,0.458,1120,8.18,2,6,1,2.84,33.52,32.11,33.18,1200.67,1177.2,14.187,27.999,27.32,53.92,345.3,121,83,100.2,-3.71,-0.133,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,7,,18,14:07:06,12:37:06,2242,1.1,0.434,1140,7.78,1.99,6,1,2.84,33.37,32.07,32.99,1200.54,1181.87,14.265,27.981,27.7,54.34,330.9,69,80,100.2,-4.07,-0.108,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,8,,19,14:09:39,12:39:39,2395,-0.453,0.418,1150,7.54,2,6,1,2.84,33.26,32.09,32.79,1200.53,1184.54,14.187,28.014,27.71,54.72,317.9,41,85,100.1,-4.42,-0.117,0.3 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,9,,20,14:12:20,12:42:20,2557,-1.7,0.399,1160,7.09,1.95,6,1,2.84,32.93,31.94,32.41,1201,1187.36,14.008,28.005,27.88,55.74,295.4,21,82,100.1,-4.13,-0.0924,0.7 -Daly River,Eucalyptus tetrodonta,2,Canopy,Monash,8-Sep-08,Light,10,,21,14:14:40,12:44:40,2697,-3.51,0.388,1170,6.97,1.97,6,1,2.84,32.82,31.99,32.21,1200.8,1190.82,13.893,27.996,27.82,56.06,288.4,1,82,100.1,-4.03,-0.0989,0.7 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,1,,43,18:29:36,16:59:36,8567.5,13.4,0.171,212,4.84,2.88,6,1,2.84,30.44,34.1,28.58,400.19,357.04,11.546,25,26.38,57.12,210.3,2000,95,99.85,-1.38,0.0691,1 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,2,,44,18:31:28,17:01:28,8679.5,8.66,0.174,158,4.8,2.81,6,1,2.84,30.09,33.87,28.2,279.56,250.89,11.418,25.011,26.63,58.33,206.4,2001,308,99.85,-1.38,0.0691,1 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,3,,45,18:33:29,17:03:29,8800.5,6.9,0.187,138,5.1,2.79,6,1,2.84,30.01,33.82,28.13,230.17,208.27,11.334,25.005,26.55,58.58,218.3,1999,668,99.85,-1.38,0.0691,0.7 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,4,,46,18:35:44,17:05:44,8936.5,3.24,0.211,107,5.76,2.81,6,1,2.84,30.14,33.88,28.26,148.7,139.1,11.652,25.009,27.09,58.13,252.4,1999,541,99.85,-0.272,0.0567,0.7 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,5,,47,18:38:25,17:08:25,9096.5,-0.441,0.249,70.9,6.82,2.86,6,1,2.84,30.45,34.05,28.57,71.24,71.16,12.107,25.004,27.65,57.09,309.4,2000,655,99.84,-0.44,0.0254,0.7 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,6,,48,18:41:02,17:11:02,9254.5,-2.28,0.301,53.8,8.23,2.9,6,1,2.84,30.87,34.17,28.98,39.84,42.93,12.113,25.007,27.01,55.77,373.5,2000,597,99.85,-0.665,0.0284,0.7 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,7,,49,18:43:33,17:13:33,9405.5,9.4,0.352,158,9.29,2.84,6,1,2.84,30.98,33.99,29.1,230.13,213.54,11.78,24.991,26.11,55.39,411.5,2001,538,99.85,-0.364,0.00172,0.7 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,8,,50,18:45:34,17:15:34,9526.5,19.2,0.381,264,9.78,2.79,6,1,2.84,30.98,33.82,29.12,400.7,368.76,11.634,24.991,25.78,55.39,428.2,2000,481,99.85,-0.364,0.00172,0.7 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,9,,51,18:47:35,17:17:35,9647.5,26.9,0.397,450,10.2,2.8,6,1,2.84,31.07,33.83,29.21,640.29,595.33,11.482,24.999,25.31,55.11,439.4,2000,559,99.85,-0.364,0.00172,0.7 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,10,,52,18:49:12,17:19:12,9744,28,0.401,764,10.3,2.82,6,1,2.84,31.21,33.92,29.35,979.75,928.86,11.375,25.009,24.88,54.7,443.8,1999,555,99.86,-0.364,0.00172,1 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,A/Ci,11,,53,18:51:12,17:21:12,9865,28.1,0.397,970,10.2,2.82,6,1,2.84,31.22,33.91,29.34,1200.11,1145.41,11.307,25.008,24.72,54.68,436.6,1999,435,99.86,-0.364,0.00172,0.3 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,1,,54,18:56:24,17:26:24,10175.5,31.3,0.338,925,8.97,2.85,6,1,2.84,31.09,33.99,29.24,1200.28,1135.79,11.353,24.955,25,54.95,386,2001,331,99.86,-0.364,0.00172,0.3 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,2,,55,18:58:25,17:28:25,10296.5,28.7,0.29,913,7.55,2.75,6,1,2.84,31,33.65,29.16,1200.26,1131.09,11.291,24.952,24.99,55.23,323.2,1501,247,99.86,-0.364,0.00172,0.3 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,3,,56,19:00:26,17:30:26,10417.5,24.4,0.251,918,6.3,2.62,6,1,2.84,30.93,33.23,29.12,1200.04,1129.4,11.243,24.985,24.98,55.52,268,1001,381,99.86,-0.364,0.00172,0.3 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,4,,57,19:02:27,17:32:27,10538.5,16.1,0.215,969,5.08,2.45,6,1,2.84,30.68,32.61,28.9,1199.99,1138.92,11.177,25.003,25.19,56.36,214.9,501,273,99.86,-0.364,0.00172,0.3 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,5,,58,19:04:28,17:34:28,10659.5,6.15,0.187,1060,4.25,2.33,6,1,2.84,30.45,32.19,28.7,1199.94,1162.54,11.004,24.976,25.13,57.04,177.9,200,183,99.87,-0.364,0.00172,0.3 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,6,,59,19:06:29,17:36:29,10780.5,2.76,0.167,1100,3.74,2.28,6,1,2.84,30.28,32,28.53,1200.07,1172.29,10.837,25.008,24.99,57.67,154.4,120,153,99.87,-0.364,0.00172,0.3 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,7,,60,19:09:12,17:39:12,10944.5,0.919,0.151,1130,3.35,2.24,6,1,2.84,30.13,31.87,28.4,1200.48,1179.11,10.643,24.983,24.76,58.13,136.7,70,365,99.87,-2.77,0.0374,0 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,8,,61,19:11:39,17:41:39,11090.5,-0.765,0.141,1150,3.19,2.28,6,1,2.84,30.74,32.01,29.29,1200.79,1186.7,10.51,25.014,23.62,56.22,128.7,40,331,99.88,-3.43,0.0227,0 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,9,,62,19:14:23,17:44:23,11254.5,-2.15,0.131,1180,3.01,2.32,6,1,2.84,30.51,32.14,28.8,1200.7,1193.54,10.411,25.016,23.7,56.94,120.4,20,243,99.88,-3.15,0.0319,0.3 -Daly River,Eucalyptus tetrodonta,3,Canopy,Monash,8-Sep-08,Light,10,,63,19:17:00,17:47:00,11412.5,-3.52,0.123,1210,2.76,2.24,6,1,2.84,30.15,31.87,28.46,1201.54,1202.65,10.345,25.015,24.04,58.13,109.9,0,180,99.88,-3.04,-0.105,0.3 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,1,,43,17:25:32,16:55:32,8488,12.6,0.196,241,5.18,2.71,6,1,2.84,30.13,33.54,28.53,400.58,363.72,12.163,25.016,28.28,58.16,235.7,2000,79,99.78,4.53,0.157,1 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,2,,44,17:27:25,16:57:25,8601,7.63,0.196,180,5.12,2.68,6,1,2.84,29.62,33.41,27.98,278.54,255.43,12.054,24.965,28.86,59.77,232.1,2000,83,99.78,4.53,0.157,1 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,3,,45,17:29:45,16:59:45,8741.5,5.99,0.206,154,5.35,2.67,6,1,2.84,29.54,33.39,27.89,229.51,211.88,12.073,24.994,29.04,60.12,242.2,1999,128,99.77,3.92,0.181,0 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,4,,46,17:32:20,17:02:20,8896.5,2.55,0.218,115,5.78,2.74,6,1,2.84,29.84,33.65,28.2,148.67,141.06,12.281,25.019,29.03,59.13,265.6,2000,129,99.76,3.84,0.0709,0 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,5,,47,17:34:54,17:04:54,9050.5,-1.09,0.24,75.3,6.56,2.84,6,1,2.84,30.24,33.97,28.59,69.74,70.95,12.581,25.004,29.05,57.74,309.1,1999,132,99.76,3.44,0.0442,0.3 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,6,,48,17:37:29,17:07:29,9204.5,-1.53,0.268,69.4,7.28,2.85,6,1,2.84,30.5,34,28.84,60.76,62.62,12.653,24.987,28.79,56.85,345.2,1999,122,99.76,3.43,0.0788,0.7 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,7,,49,17:39:59,17:09:59,9355.5,7.58,0.294,162,7.86,2.83,6,1,2.84,30.68,33.93,29.03,231.02,216.09,12.657,24.982,28.5,56.25,372.9,1999,107,99.77,4.63,0.14,0 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,8,,50,17:41:26,17:11:26,9442,16.7,0.302,258,8,2.81,6,1,2.84,30.74,33.86,29.1,400.61,369.47,12.627,24.989,28.35,56.11,378.6,1999,104,99.77,4.63,0.14,1 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,9,,51,17:43:16,17:13:16,9552,26.7,0.309,417,8.16,2.81,6,1,2.84,30.83,33.87,29.19,640.99,592.02,12.661,25.003,28.28,55.85,387,1999,103,99.78,4.63,0.14,1 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,10,,52,17:44:38,17:14:38,9634,31.5,0.31,703,8.22,2.82,6,1,2.84,30.9,33.92,29.26,978.9,918.71,12.665,25.01,28.17,55.64,389.5,2001,98,99.78,4.63,0.14,1 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,A/Ci,11,,53,17:45:57,17:15:57,9713,30.9,0.309,915,8.25,2.84,6,1,2.84,30.97,33.96,29.34,1199.98,1137.87,12.622,25.021,27.96,55.43,389.1,2000,96,99.78,4.63,0.14,1 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,1,,54,17:52:37,17:22:37,10113.5,34.2,0.281,868,7.76,2.91,6,1,2.84,31.17,34.21,29.55,1199.22,1127.34,12.333,25.003,27.02,54.78,358.4,2000,73,99.79,4.63,0.14,0.3 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,2,,55,17:54:38,17:24:38,10234.5,30.5,0.261,879,6.89,2.76,6,1,2.84,31.08,33.72,29.48,1198.75,1126.27,12.276,24.996,27.03,55.03,316.9,1500,76,99.79,4.63,0.14,0.3 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,3,,56,17:56:39,17:26:39,10355.5,25.9,0.247,905,6.15,2.6,6,1,2.84,30.99,33.13,29.42,1198.91,1128.64,12.167,24.984,26.92,55.28,280.8,1000,78,99.79,4.63,0.14,0.7 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,4,,57,17:58:40,17:28:40,10476.5,17.2,0.226,968,5.29,2.43,6,1,2.84,30.86,32.55,29.31,1198.91,1140.64,12.085,25.017,26.95,55.79,239.2,501,65,99.79,4.63,0.14,0.3 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,5,,58,18:00:41,17:30:41,10597.5,7.31,0.207,1060,4.61,2.3,6,1,2.84,30.58,32.05,29.06,1199,1162.16,11.876,24.94,26.9,56.49,206.3,200,53,99.79,4.63,0.14,0.3 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,6,,59,18:02:42,17:32:42,10718.5,4,0.19,1090,4.24,2.29,6,1,2.84,31.04,32.03,29.82,1199.37,1170.26,11.591,25.019,25.58,55.2,184.7,121,50,99.79,4.63,0.14,0.3 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,7,,60,18:04:32,17:34:32,10828,1.51,0.178,1120,3.96,2.28,6,1,2.84,31.04,32,29.82,1200.04,1178.21,11.346,25.004,25.04,55.19,169.7,70,59,99.8,4.63,0.14,1 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,8,,61,18:07:01,17:37:01,10976.5,-0.231,0.165,1140,3.72,2.3,6,1,2.84,31.06,32.06,29.83,1201.31,1185.36,11.138,24.979,24.56,55.08,157.1,40,60,99.8,5.42,0.206,0.7 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,9,,62,18:09:33,17:39:33,11129.5,-0.349,0.147,1150,3.34,2.31,6,1,2.84,30.68,32.1,29.19,1206.46,1190.93,11.068,25.008,24.94,56.35,140.2,19,63,99.8,5.25,0.173,0.3 -Daly River,Eucalyptus tetrodonta,4,Canopy,UWS,8-Sep-08,Light,10,,63,18:12:09,17:42:09,11285.5,-2.39,0.128,1180,2.85,2.24,6,1,2.84,30.43,31.84,29.04,1200.56,1195.45,11.007,25.01,25.16,57.16,118.9,0,53,99.8,5.81,-0.0718,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,1,,22,18:21:53,16:51:53,5765.5,13.9,0.187,227,5.94,3.27,6,1,2.84,30.39,33.74,28.51,400.98,368.8,8.35,19.997,19.17,45.9,300.1,2000,26,100,-0.498,0.0273,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,2,,23,18:23:54,16:53:54,5886.5,10.7,0.245,174,7.42,3.17,6,1,2.84,30.32,33.41,28.43,280.58,260.18,8.269,19.993,19.06,46.09,371.9,1999,27,100,-0.498,0.0273,0.7 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,3,,24,18:25:55,16:55:55,6007.5,8.11,0.275,148,6.99,2.68,6,1,2.84,30.26,33.43,28.35,230.78,207.11,8.141,25.001,18.82,57.81,242.4,2000,25,100,-0.498,0.0273,0.7 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,4,,25,18:28:39,16:58:39,6171.5,3.89,0.304,111,7.52,2.63,6,1,2.84,30.14,33.29,28.25,150.41,138.98,8.044,25.029,18.73,58.27,258.9,1999,25,100,0.272,-0.0166,0.7 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,5,,26,18:31:19,17:01:19,6331.5,-0.406,0.353,68.5,8.36,2.56,6,1,2.84,30.05,33.03,28.17,69.71,69.34,7.987,25.01,18.69,58.52,287.4,2000,25,100,-0.0399,-0.0226,0.7 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,6,,27,18:33:55,17:03:55,6487.5,-0.763,0.39,62.6,8.89,2.5,6,1,2.84,29.96,32.81,28.07,61.21,61.63,7.922,25.015,18.64,58.86,304.3,2000,20,100,-0.0818,-0.0505,0.7 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,7,,28,18:35:47,17:05:47,6598.5,9.35,0.41,161,9.14,2.46,6,1,2.84,29.93,32.65,28.05,230.87,209.28,7.872,24.97,18.55,58.85,312.8,2001,26,100,-0.0818,-0.0505,1 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,8,,29,18:37:48,17:07:48,6720,18.2,0.376,258,8.46,2.45,6,1,2.84,29.82,32.65,27.94,400.52,356.28,7.831,25.001,18.57,59.29,288.4,2000,25,100,-0.0818,-0.0505,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,9,,30,18:39:49,17:09:49,6841,25.5,0.331,416,7.71,2.5,6,1,2.84,29.79,32.83,27.91,640.35,571.88,7.78,25.004,18.49,59.42,261.7,1999,27,100,-0.0818,-0.0505,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,10,,31,18:41:50,17:11:50,6962,28.5,0.298,695,7.21,2.57,6,1,2.84,29.86,33.06,27.98,981.1,895.3,7.737,24.97,18.31,59.08,244.8,1999,41,100,-0.0818,-0.0505,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,A/Ci,11,,32,18:43:31,17:13:31,7062.5,28.4,0.271,881,6.76,2.63,6,1,2.84,29.92,33.26,28.02,1199.63,1105.73,7.724,24.977,18.22,58.91,229.3,2000,39,100,-0.0818,-0.0505,1 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,1,,33,18:48:19,17:18:19,7351.5,31.6,0.233,815,6.28,2.8,6,1,2.84,30.5,33.87,28.62,1200.2,1091.52,7.687,25,17.54,57.04,212.2,2001,19,100,-0.582,-0.0756,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,2,,34,18:50:20,17:20:20,7472.5,28.9,0.213,814,5.45,2.65,6,1,2.84,30.3,33.34,28.44,1200.95,1087.27,7.648,24.982,17.65,57.64,183.9,1501,23,100,-0.582,-0.0756,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,3,,35,18:52:21,17:22:21,7593.5,25.2,0.191,822,4.56,2.46,6,1,2.84,30.01,32.66,28.17,1201.38,1083.79,7.629,24.995,17.9,58.64,153.6,1001,25,100,-0.582,-0.0756,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,4,,36,18:54:22,17:24:22,7714.5,18.4,0.173,879,3.88,2.29,6,1,2.84,29.86,32.05,28.07,1199.2,1095.24,7.632,24.971,18.06,59.09,130.9,500,24,100,-0.582,-0.0756,0.3 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,5,,37,18:56:06,17:26:06,7818,8.92,0.163,1000,3.61,2.25,6,1,2.84,30.75,31.93,29.49,1199.4,1134.95,7.638,25.045,17.18,56.34,121.2,200,23,100,-0.582,-0.0756,1 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,6,,38,18:57:38,17:27:38,7910,5.07,0.156,1060,3.48,2.27,6,1,2.84,30.85,31.99,29.49,1199.25,1152.57,7.635,25.067,17.08,56.07,116.7,121,23,100,-0.582,-0.0756,1 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,7,,39,18:59:30,17:29:30,8022,2.2,0.156,1100,3.49,2.28,6,1,2.84,30.85,31.99,29.48,1199.62,1167.64,7.616,24.965,17.03,55.83,117.6,70,21,100,-0.582,-0.0756,1 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,8,,40,19:01:13,17:31:13,8125,0.328,0.152,1130,3.4,2.27,6,1,2.84,30.98,31.99,29.68,1200.36,1177.59,7.614,25.034,16.9,55.56,114.3,40,22,100,-0.582,-0.0756,1 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,9,,41,19:03:43,17:33:43,8274.5,-0.916,0.152,1150,3.38,2.27,6,1,2.84,31.01,31.97,29.68,1200.34,1184.05,7.592,24.979,16.83,55.37,113.9,20,19,100,-1.98,0.00944,0 -Daly River,Eucalyptus tetrodonta,5,Canopy,Monash,9-Sep-08,Light,10,,42,19:06:28,17:36:28,8439.5,-2.33,0.146,1180,3.25,2.26,6,1,2.84,31.08,31.96,29.87,1201.38,1192.86,7.606,25.015,16.78,55.2,109.2,1,19,100,-2.22,-0.00267,0.3 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,1,Yes,23,17:17:37,16:47:37,5818.5,5.52,0.0599,206,2.34,3.84,6,1,2.84,30.52,35.59,28.82,400.84,374.34,10.488,20.002,23.87,45.51,144.9,2000,40,99.91,1.69,0.166,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,2,,24,17:20:13,16:50:13,5975,3.69,0.0708,166,2.76,3.84,6,1,2.84,30.52,35.59,28.78,280.48,264.8,10.412,20.003,23.7,45.53,169.3,2000,40,99.92,2.61,-0.0863,0 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,3,,25,17:22:49,16:52:49,6131,3.46,0.0917,144,3.5,3.78,6,1,2.84,30.52,35.41,28.78,229.59,217.69,10.321,19.991,23.49,45.51,212.7,2000,45,99.92,2.25,-0.0155,0 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,4,,26,17:25:27,16:55:27,6289,1.35,0.102,112,3.37,3.28,6,1,2.84,30.49,35.41,28.75,148.63,140.46,10.287,24.999,23.46,57,133.9,1999,42,99.92,1.98,-0.219,0 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,5,,27,17:28:14,16:58:14,6456,-0.947,0.128,79.3,4.11,3.21,6,1,2.84,30.38,35.19,28.65,68.66,71.05,10.329,24.98,23.7,57.33,164.2,2001,34,99.93,1.38,-0.00564,0.3 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,6,,28,17:30:57,17:00:57,6619,-1.86,0.15,63.9,4.68,3.14,6,1,2.84,30.33,34.97,28.6,40.8,46.11,10.226,24.974,23.53,57.46,185.7,2000,44,99.92,1.09,0.0397,0 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,7,,29,17:32:58,17:02:58,6740,5.64,0.167,145,5.05,3.07,6,1,2.84,30.26,34.72,28.54,230.94,210.63,10.071,24.977,23.27,57.7,198.2,2000,38,99.93,1.09,0.0397,0.3 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,8,,30,17:34:37,17:04:37,6838.5,12.2,0.168,221,5.03,3.03,6,1,2.84,30.17,34.63,28.46,401.27,358.16,9.946,24.996,23.09,58.04,195.4,2000,30,99.93,1.09,0.0397,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,9,,31,17:36:38,17:06:38,6959.5,19.9,0.165,344,4.94,3.03,6,1,2.84,30.13,34.62,28.41,641.13,569.37,9.822,24.997,22.87,58.2,190.2,1999,24,99.93,1.09,0.0397,0.3 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,10,,32,17:38:39,17:08:39,7080.5,23.6,0.162,607,4.86,3.04,6,1,2.84,30.11,34.64,28.39,979.17,889.21,9.724,24.996,22.66,58.26,186.2,1999,17,99.93,1.09,0.0397,0.3 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,A/Ci,11,,33,17:40:33,17:10:33,7194.5,23.3,0.159,811,4.76,3.04,6,1,2.84,30.09,34.64,28.37,1200.17,1105.62,9.649,24.996,22.51,58.31,181.6,2001,31,99.93,1.09,0.0397,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,1,,34,17:43:46,17:13:46,7387,26,0.161,781,4.91,3.08,6,1,2.84,30.31,34.78,28.59,1200.36,1098.8,9.486,24.987,21.86,57.59,185.3,1999,57,99.94,-1.04,0.28,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,2,,35,17:45:28,17:15:28,7489,23.9,0.16,803,4.56,2.89,6,1,2.84,30.26,34.15,28.54,1200.44,1099.38,9.435,24.98,21.81,57.74,171.5,1501,52,99.94,-1.04,0.28,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,3,,36,17:47:10,17:17:10,7591,20.7,0.155,836,4.09,2.68,6,1,2.84,30.09,33.41,28.41,1200.76,1102.53,9.41,24.965,21.95,58.24,154,1000,50,99.93,-1.04,0.28,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,4,,37,17:49:11,17:19:11,7712,15.4,0.15,902,3.64,2.46,6,1,2.84,29.97,32.67,28.31,1200.38,1114.8,9.362,24.997,22,58.75,136.3,501,54,99.95,-1.04,0.28,0.7 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,5,,38,17:50:53,17:20:53,7814,7.61,0.147,1020,3.41,2.35,6,1,2.84,29.89,32.25,28.25,1200.82,1146.75,9.343,24.939,22.06,58.89,127.8,200,54,99.94,-1.04,0.28,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,6,,39,17:52:39,17:22:39,7920,4.36,0.146,1070,3.3,2.29,6,1,2.84,29.82,32.06,28.21,1200.98,1160.98,9.302,25.013,22.05,59.3,122.9,121,52,99.95,-1.04,0.28,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,7,,40,17:54:23,17:24:23,8024,1.99,0.142,1110,3.21,2.28,6,1,2.84,29.84,32.03,28.23,1200.72,1171.71,9.228,25.017,21.85,59.23,118.8,70,56,99.96,-1.04,0.28,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,8,,41,17:55:55,17:25:55,8116,0.39,0.146,1130,3.29,2.29,6,1,2.84,30.06,32.02,28.47,1199.68,1178.67,9.161,24.953,21.42,58.35,121.9,40,58,99.95,-1.04,0.28,1 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,9,,42,17:58:28,17:28:28,8270,-0.632,0.136,1150,3.07,2.28,6,1,2.84,30.39,32.01,29.06,1200,1184.03,9.07,24.987,20.81,57.33,112.9,19,53,99.95,-1.41,-0.23,0 -Daly River,Eucalyptus tetrodonta,6,Canopy,UWS,9-Sep-08,Light,10,,43,18:00:46,17:30:46,8408,-1.58,0.131,1170,2.96,2.28,6,1,2.84,30.42,32.01,29.05,1200.62,1189.81,8.965,24.985,20.53,57.21,108.2,0,51,99.95,-1.83,-0.375,0.7 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,1,,22,17:18:57,15:48:57,4248,7.55,0.0704,180,2.44,3.37,6,1,2.84,30.61,34.65,28.74,399.95,370.33,13.639,22.014,30.48,49.19,171.3,1999,57,98.6,0.982,-0.0811,1 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,2,,23,17:21:31,15:51:31,4402.5,5.04,0.0855,155,2.98,3.4,6,1,2.84,30.72,34.75,28.85,280.1,263.26,13.557,21.99,30.11,48.83,207.4,2000,63,98.6,2,0.141,0 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,3,,24,17:24:09,15:54:09,4560.5,4.27,0.0996,137,3.45,3.39,6,1,2.84,30.75,34.72,28.85,230.18,217.51,13.489,21.99,29.9,48.75,237.8,2001,56,98.6,1.59,0.213,0 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,4,,25,17:26:47,15:56:47,4718.5,2.25,0.12,106,4.12,3.38,6,1,2.84,30.79,34.68,28.92,149.89,143.82,13.405,22.003,29.65,48.66,281,2000,61,98.6,1.34,0.218,0.7 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,5,,26,17:29:18,15:59:18,4869.5,-0.313,0.146,69.3,4.95,3.37,6,1,2.84,30.86,34.66,28.98,69.73,69.68,13.345,21.983,29.39,48.41,336.5,2001,61,98.59,0.951,0.191,0.7 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,6,,27,17:31:49,16:01:49,5020.5,-2.35,0.173,67.4,5.77,3.35,6,1,2.84,30.95,34.58,29.09,44.68,47.87,13.28,21.986,29.1,48.18,388.8,2000,55,98.59,0.764,0.187,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,7,,28,17:34:19,16:04:19,5170.5,6.66,0.192,150,6.41,3.38,6,1,2.84,31.15,34.69,29.28,230.18,218.95,13.281,22.016,28.78,47.71,430.6,2001,56,98.59,1.6,0.156,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,8,,29,17:36:21,16:06:21,5291.5,13.6,0.176,229,5.94,3.4,6,1,2.84,31.22,34.77,29.34,399.85,376.06,13.27,22.025,28.64,47.53,398.2,1999,63,98.59,1.6,0.156,0.7 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,9,,30,17:38:22,16:08:22,5412.5,21.7,0.156,338,5.34,3.42,6,1,2.84,31.23,34.82,29.37,639.39,597.59,13.246,22.023,28.57,47.49,357.1,1999,25,98.59,1.6,0.156,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,10,,31,17:40:23,16:10:23,5533.5,28.7,0.143,545,5.01,3.47,6,1,2.84,31.34,34.98,29.47,981.41,921.99,13.243,21.988,28.38,47.13,336,2000,46,98.59,1.6,0.156,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,A/Ci,11,,32,17:42:24,16:12:24,5654.5,31.3,0.133,686,4.71,3.5,6,1,2.84,31.36,35.06,29.49,1200.35,1130.18,13.212,22.033,28.28,47.16,313.1,2000,57,98.59,1.6,0.156,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,1,,33,17:45:21,16:15:21,5832.5,32.1,0.125,646,4.49,3.55,6,1,2.84,31.49,35.24,29.6,1200.43,1126.34,13.254,22.005,28.17,46.77,300.9,2001,55,98.59,1.6,0.156,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,2,,34,17:47:22,16:17:22,5953,28.5,0.111,648,3.85,3.41,6,1,2.84,31.46,34.78,29.6,1200.39,1123.86,13.239,22,28.18,46.83,257.7,1502,36,98.59,1.6,0.156,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,3,,35,17:49:23,16:19:23,6074,24.3,0.101,678,3.33,3.25,6,1,2.84,31.42,34.26,29.59,1200.48,1125.31,13.26,21.999,28.3,46.95,223.7,1001,37,98.59,1.6,0.156,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,4,,36,17:51:23,16:21:23,6194.5,17.2,0.092,781,2.91,3.09,6,1,2.84,31.39,33.73,29.61,1200.36,1137.64,13.281,21.994,28.38,47,195.7,501,43,98.59,1.6,0.156,0.3 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,5,,37,17:53:08,16:23:08,6299,8.37,0.0858,949,2.62,2.99,6,1,2.84,31.31,33.35,29.55,1200.43,1161.63,13.286,21.989,28.53,47.22,176.6,200,39,98.59,1.6,0.156,1 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,6,,38,17:54:59,16:24:59,6410,4.81,0.0818,1020,2.47,2.95,6,1,2.84,31.25,33.21,29.51,1200.09,1172.36,13.303,21.984,28.66,47.35,166.6,120,34,98.59,1.6,0.156,1 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,7,,39,17:57:18,16:27:18,6549.5,2.35,0.0753,1070,2.22,2.87,6,1,2.84,31.06,32.95,29.32,1200.14,1180.06,13.232,21.996,28.82,47.91,148.3,71,34,98.59,2.06,0.0972,0 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,8,,40,17:59:26,16:29:26,6677.5,0.574,0.0715,1120,2.08,2.83,6,1,2.84,30.96,32.83,29.24,1200.22,1187.02,13.201,22.022,28.91,48.23,138.3,39,41,98.59,1.85,0.0447,0 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,9,,41,18:01:44,16:31:44,6815.5,-0.714,0.0697,1150,2.04,2.85,6,1,2.84,31.01,32.87,29.29,1200.18,1192.61,13.207,22.005,28.85,48.07,136,20,37,98.59,1.86,0.067,0.7 -Dry Creek,Corymbia terminalis,1,Canopy,Monash,12-Sep-08,Light,10,,42,18:04:21,16:34:21,6972.5,-2,0.0654,1190,1.9,2.82,6,1,2.84,30.93,32.79,29.21,1200.19,1198.84,13.164,21.997,28.88,48.25,126.3,1,37,98.58,1.76,-0.225,0.7 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,1,,22,16:13:34,15:43:34,4011,7.25,0.0775,203,2.76,3.46,6,1,2.84,31.04,34.93,29.37,400.1,372.91,13.147,22.003,28.65,47.95,182.6,1999,113,98.53,0.463,0.141,0.7 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,2,,23,16:16:10,15:46:10,4166.5,3.6,0.0712,169,2.57,3.5,6,1,2.84,31.04,35.06,29.36,279.57,264.15,12.919,21.981,28.16,47.91,166.4,2000,107,98.53,2.54,0.0424,0 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,3,,24,16:18:40,15:48:40,4315.5,2.62,0.0726,149,2.64,3.53,6,1,2.84,31.11,35.16,29.42,229.76,218.37,12.785,21.998,27.75,47.74,168.3,2000,106,98.53,2.52,-0.0733,0 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,4,,25,16:21:07,15:51:07,4464,0.924,0.0758,117,2.74,3.51,6,1,2.84,31.06,35.11,29.36,149.6,145,12.662,21.997,27.56,47.87,172.5,1999,117,98.53,2.12,-0.151,0 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,5,,26,16:23:56,15:53:56,4633,-0.88,0.0924,83.4,3.34,3.53,6,1,2.84,31.15,35.17,29.47,70.49,72.34,12.553,22.004,27.18,47.64,207.5,2000,117,98.52,1.43,-0.0284,0.3 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,6,,27,16:26:32,15:56:32,4789,-1.8,0.112,66.2,3.98,3.5,6,1,2.84,31.18,35.06,29.49,38.75,42.75,12.47,22.006,26.96,47.57,245.1,2001,116,98.5,1.18,-0.0292,0 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,7,,28,16:29:08,15:59:08,4945,4.44,0.124,149,4.34,3.47,6,1,2.84,31.18,34.95,29.51,231.39,219.19,12.39,21.99,26.78,47.53,265.1,1999,112,98.52,2.28,0.0424,0 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,8,,29,16:31:09,16:01:09,5066,9.4,0.112,217,3.97,3.49,6,1,2.84,31.23,35.03,29.56,400.62,373.69,12.393,21.994,26.71,47.41,242.4,1999,111,98.52,2.28,0.0424,0.7 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,9,,30,16:33:10,16:03:10,5187,15.5,0.101,314,3.65,3.52,6,1,2.84,31.29,35.12,29.59,641.18,593.5,12.385,21.996,26.61,47.26,222.6,2000,101,98.52,2.28,0.0424,0.7 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,10,,31,16:34:56,16:04:56,5292.5,22.1,0.0934,476,3.35,3.51,6,1,2.84,31.23,35.08,29.56,980.21,906.32,12.361,21.994,26.63,47.39,204.2,1999,107,98.51,2.28,0.0424,1 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,A/Ci,11,,32,16:36:56,16:06:56,5413.5,25.3,0.0903,601,3.27,3.54,6,1,2.84,31.32,35.18,29.64,1199.51,1112.44,12.378,22.005,26.54,47.19,199.4,1999,105,98.52,2.28,0.0424,0.3 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,1,,33,16:40:10,16:10:10,5606,26.3,0.0912,605,3.5,3.75,6,1,2.84,31.38,35.23,29.7,1200.09,1132.78,12.384,20.019,26.47,42.78,269.4,2001,105,98.52,2.28,0.0424,1 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,2,,34,16:42:00,16:12:00,5716,24.1,0.0856,617,3.19,3.63,6,1,2.84,31.4,34.85,29.72,1200.07,1132.95,12.412,19.979,26.5,42.65,247.8,1501,108,98.52,2.28,0.0424,1 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,3,,35,16:44:01,16:14:01,5837,20.5,0.0769,645,2.74,3.47,6,1,2.84,31.32,34.32,29.68,1200.01,1133.59,12.417,19.973,26.63,42.83,213.4,1001,102,98.52,2.28,0.0424,0.3 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,4,,36,16:46:02,16:16:02,5958.5,14.4,0.0709,761,2.41,3.31,6,1,2.84,31.21,33.79,29.6,1199.86,1144.95,12.413,20.003,26.79,43.17,187,501,108,98.52,2.28,0.0424,0.3 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,5,,37,16:48:02,16:18:02,6079,6.26,0.0669,958,2.22,3.23,6,1,2.84,31.17,33.5,29.59,1199.87,1168.75,12.358,20.003,26.72,43.25,170.8,201,100,98.52,2.28,0.0424,0.3 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,6,,38,16:49:37,16:19:37,6173,3.02,0.0643,1040,2.1,3.17,6,1,2.84,31.07,33.3,29.5,1199.89,1179.34,12.297,19.991,26.74,43.47,160.4,120,103,98.52,2.28,0.0424,1 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,7,,39,16:51:50,16:21:50,6307,0.22,0.00973,1090,0.318,3.11,6,1,2.84,30.97,33.11,29.39,1200.21,1185.33,12.283,20.049,26.87,43.86,24,71,103,98.5,1.45,-0.73,0 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,8,,40,16:54:13,16:24:13,6450,0.195,0.0626,1130,1.97,3.05,6,1,2.84,30.73,32.88,29.17,1200.15,1189.97,12.247,19.986,27.17,44.33,149.4,40,101,98.52,-1.16,0.224,0 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,9,,41,16:56:26,16:26:26,6583,-0.95,0.0564,1160,1.75,3.02,6,1,2.84,30.66,32.76,29.11,1199.96,1194.85,12.319,19.987,27.44,44.51,134.6,19,102,98.52,-0.854,-0.0131,0 -Dry Creek,Corymbia terminalis,2,Canopy,UWS,12-Sep-08,Light,10,,42,16:58:56,16:28:56,6732,-1.98,0.058,1190,1.8,3,6,1,2.84,30.63,32.72,29.08,1200.09,1199.37,12.461,19.984,27.78,44.56,140.4,0,99,98.51,-1.07,0.0231,0 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,1,,43,18:15:21,16:45:21,7632,7.8,0.0741,188,2.97,3.89,6,1,2.84,31.35,35.66,29.45,400.42,378.62,12.908,20.008,27.65,42.87,245.6,1999,23,98.59,2.23,0.178,1 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,2,,44,18:17:43,16:47:43,7774.5,5.11,0.0781,146,3.07,3.83,6,1,2.84,31.14,35.49,29.23,280.39,266.21,12.806,20.012,27.76,43.38,250.9,2001,21,98.59,2.07,0.159,1 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,3,,45,18:20:14,16:50:14,7925.5,4.46,0.0932,130,3.56,3.74,6,1,2.84,30.95,35.21,29.04,230.3,219.33,12.683,19.992,27.8,43.83,286.6,1999,19,98.59,1.86,0.197,0 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,4,,46,18:22:44,16:52:44,8075.5,2.43,0.117,102,4.34,3.68,6,1,2.84,30.84,34.99,28.94,149.72,144.41,12.606,19.985,27.8,44.08,346,2000,23,98.59,1.51,0.2,0.3 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,5,,47,18:25:14,16:55:14,8225.5,-0.349,0.149,69.2,5.38,3.61,6,1,2.84,30.79,34.8,28.9,69.5,69.47,12.562,20.005,27.79,44.26,425.1,2001,25,98.6,1.14,0.186,0.7 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,6,,48,18:27:48,16:57:48,8378.5,-1.25,0.182,57.3,6.32,3.51,6,1,2.84,30.67,34.46,28.79,47.65,48.79,12.523,20.011,27.89,44.56,496.6,1999,19,98.6,1.08,0.201,0.3 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,7,,49,18:30:20,17:00:20,8531.5,7.58,0.201,145,6.78,3.43,6,1,2.84,30.56,34.2,28.67,229.79,219.5,12.475,20.011,27.97,44.86,528.6,2001,20,98.6,1.72,0.171,0.7 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,8,,50,18:32:21,17:02:21,8652.5,15.6,0.189,221,6.36,3.42,6,1,2.84,30.46,34.16,28.59,400.42,378.56,12.439,20.002,28.04,45.09,494.8,1999,18,98.61,1.72,0.171,0.7 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,9,,51,18:34:22,17:04:22,8773.5,24.9,0.173,333,5.9,3.43,6,1,2.84,30.44,34.2,28.56,640.1,602.47,12.355,19.996,27.89,45.14,453.8,2000,18,98.61,1.72,0.171,0.3 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,10,,52,18:36:23,17:06:23,8894.5,32.2,0.161,549,5.49,3.42,6,1,2.84,30.38,34.17,28.5,980.77,927.23,12.276,19.993,27.81,45.28,418.4,1999,18,98.61,1.72,0.171,0.7 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,A/Ci,11,,53,18:38:25,17:08:25,9015.5,34.5,0.152,705,5.24,3.44,6,1,2.84,30.35,34.22,28.47,1198.86,1137.37,12.203,19.991,27.68,45.34,395.3,2001,17,98.61,1.72,0.171,0.3 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,1,,54,18:41:15,17:11:15,9185.5,35.3,0.145,674,5.03,3.47,6,1,2.84,30.45,34.32,28.57,1200.3,1134.75,12.123,19.997,27.35,45.11,375.6,2001,17,98.61,1.72,0.171,0.7 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,2,,55,18:43:16,17:13:16,9306.5,31.6,0.13,677,4.32,3.31,6,1,2.84,30.33,33.79,28.47,1200.39,1132.16,12.054,19.984,27.38,45.39,320.4,1500,19,98.61,1.72,0.171,0.3 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,3,,56,18:45:17,17:15:17,9427.5,26.6,0.115,701,3.64,3.13,6,1,2.84,30.17,33.17,28.34,1200.68,1131.99,12.04,20.01,27.59,45.86,268.5,1001,20,98.61,1.72,0.171,0.3 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,4,,57,18:47:17,17:17:17,9548.5,17.9,0.101,805,3.04,2.95,6,1,2.84,30.02,32.54,28.23,1200,1142.99,12.049,20.005,27.85,46.24,224.4,501,18,98.61,1.72,0.171,0.3 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,5,,58,18:49:18,17:19:18,9669,8.63,0.0924,960,2.65,2.82,6,1,2.84,29.86,32.07,28.1,1199.89,1164.03,12.034,19.988,28.07,46.63,196,201,19,98.61,1.72,0.171,0.3 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,6,,59,18:51:19,17:21:19,9790,5.07,0.0862,1030,2.44,2.78,6,1,2.84,29.9,31.92,28.16,1200.02,1173.53,11.996,19.991,27.93,46.55,179.8,121,21,98.61,1.72,0.171,0.7 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,7,,60,18:53:23,17:23:23,9914.5,2.23,0.0804,1080,2.29,2.79,6,1,2.84,30.46,31.96,29.09,1200.21,1182.54,11.963,20.002,26.96,45.09,167.7,70,24,98.61,2.22,0.0632,0.7 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,8,,61,18:55:43,17:25:43,10053.5,0.598,0.0773,1120,2.2,2.78,6,1,2.84,30.48,31.94,29.08,1200.35,1188.25,11.896,20.019,26.79,45.07,159.1,40,21,98.62,1.86,0.0396,0 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,9,,62,18:57:48,17:27:48,10179.5,-0.611,0.0773,1150,2.19,2.78,6,1,2.84,30.48,31.9,29.08,1200.54,1192.91,11.826,20,26.63,45.04,157.7,20,22,98.62,1.69,0.0692,0 -Dry Creek,Corymbia terminalis,3,Canopy,Monash,12-Sep-08,Light,10,,63,19:00:14,17:30:14,10325.5,-1.94,0.0729,1190,2.09,2.81,6,1,2.84,30.76,32,29.48,1200.74,1198.47,11.742,19.982,26.02,44.28,149.3,1,21,98.62,1.36,-0.171,0.3 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,1,Yes,43,17:12:13,16:42:13,7529.5,4.79,0.0577,225,2.19,3.67,6,1,2.84,30.83,34.97,29.14,399.68,379,12.086,19.993,26.65,44.08,163.1,2000,102,98.53,2.11,0.195,1 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,2,,44,17:14:49,16:44:49,7686,3.05,0.0629,174,2.35,3.62,6,1,2.84,30.65,34.8,28.95,280.01,266.81,11.705,19.981,26.07,44.51,167.1,2000,104,98.52,2.08,0.0749,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,3,,45,17:17:24,16:47:24,7841,2.48,0.0728,153,2.68,3.58,6,1,2.84,30.56,34.69,28.86,229.26,219.4,11.545,19.995,25.86,44.78,186.8,2000,98,98.52,1.89,0.0958,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,4,,46,17:20:01,16:50:01,7997,0.992,0.0875,118,3.17,3.54,6,1,2.84,30.48,34.54,28.79,148.78,144.89,11.645,19.973,26.21,44.95,223.7,1999,96,98.53,1.66,0.00435,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,5,,47,17:22:34,16:52:34,8151,-1.08,0.11,82.2,3.92,3.52,6,1,2.84,30.49,34.48,28.8,68.78,70.48,11.824,19.98,26.58,44.92,282.9,2000,96,98.53,1.25,0.214,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,6,,48,17:25:04,16:55:04,8301,-2,0.124,67.3,4.34,3.47,6,1,2.84,30.44,34.32,28.75,40.25,43.68,11.921,19.996,26.87,45.08,315.8,2001,95,98.52,1.01,0.192,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,7,,49,17:27:26,16:57:26,8443,4.62,0.126,151,4.33,3.41,6,1,2.84,30.34,34.11,28.65,232.89,222.36,11.968,19.986,27.15,45.34,317.9,2001,101,98.54,1.7,0.078,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,8,,50,17:29:27,16:59:27,8564,9.48,0.116,226,4.01,3.42,6,1,2.84,30.33,34.16,28.64,401.44,379,11.965,19.986,27.16,45.37,294.3,2001,101,98.54,1.7,0.078,0.7 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,9,,51,17:31:24,17:01:24,8680.5,15.8,0.109,336,3.78,3.42,6,1,2.84,30.3,34.15,28.62,641.45,602.25,11.95,19.983,27.16,45.42,276.4,2001,100,98.54,1.7,0.078,1 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,10,,52,17:33:14,17:03:14,8790.5,21.3,0.102,536,3.53,3.41,6,1,2.84,30.24,34.12,28.56,980.27,923.12,11.964,20.017,27.29,45.66,257.4,2000,100,98.54,1.7,0.078,1 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,A/Ci,11,,53,17:35:15,17:05:15,8912,23.3,0.0957,681,3.32,3.4,6,1,2.84,30.17,34.09,28.49,1199.67,1132.68,11.953,20.012,27.37,45.82,242,2001,98,98.54,1.7,0.078,0.3 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,1,,54,17:39:22,17:09:22,9158,25.2,0.0939,635,3.29,3.43,6,1,2.84,30.28,34.19,28.59,1199.32,1126.45,11.88,20.005,27.04,45.54,237.8,2001,95,98.54,-1.02,0.228,1 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,2,,55,17:41:23,17:11:23,9279.5,22.8,0.0854,638,2.87,3.29,6,1,2.84,30.2,33.72,28.53,1200.23,1124.63,11.821,20.001,27.03,45.73,206.5,1500,94,98.54,-1.02,0.228,0.3 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,3,,56,17:43:24,17:13:24,9400.5,19.4,0.0773,667,2.48,3.14,6,1,2.84,30.08,33.19,28.44,1200.18,1125.61,11.818,19.991,27.2,46.02,178.7,1000,93,98.54,-1.02,0.228,0.3 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,4,,57,17:45:25,17:15:25,9521.5,13.7,0.0694,768,2.11,2.97,6,1,2.84,29.91,32.59,28.3,1200.15,1136.85,11.809,19.974,27.45,46.43,152.2,501,92,98.54,-1.02,0.228,0.3 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,5,,58,17:47:26,17:17:26,9642.5,6.31,0.0625,946,1.84,2.86,6,1,2.84,29.79,32.2,28.2,1200.1,1161.37,11.75,20.007,27.51,46.84,130.8,201,91,98.54,-1.02,0.228,0.7 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,6,,59,17:48:58,17:18:58,9734.5,3.43,0.0579,1020,1.67,2.8,6,1,2.84,29.65,31.99,28.08,1200.25,1172.82,11.661,19.998,27.52,47.19,117.8,120,89,98.54,-1.02,0.228,1 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,7,,60,17:51:07,17:21:07,9864,1.5,0.0532,1080,1.53,2.78,6,1,2.84,29.98,31.91,28.66,1200.43,1181.86,11.577,19.989,26.8,46.27,106.7,70,87,98.54,-1.5,0.0367,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,8,,61,17:53:19,17:23:19,9996,0.117,0.0484,1130,1.4,2.8,6,1,2.84,30.15,31.96,28.85,1199.97,1188.92,11.467,19.978,26.3,45.82,96.7,40,87,98.54,-1.6,-0.108,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,9,,62,17:55:46,17:25:46,10143,-0.809,0.0521,1160,1.51,2.81,6,1,2.84,30.29,32.03,29.05,1200.12,1194.39,11.459,19.986,26.07,45.46,104.2,19,85,98.55,-2.36,0.214,0 -Dry Creek,Corymbia terminalis,4,Canopy,UWS,12-Sep-08,Light,10,,63,17:58:19,17:28:19,10295,-1.61,0.044,1200,1.27,2.78,6,1,2.84,30.3,31.98,29.05,1200.16,1200.82,11.471,20.159,26.08,45.83,85.7,0,84,98.54,-2.5,-0.262,0 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,1,,1,12:37:12,11:07:12,201,14.6,0.171,225,3.42,2.02,6,1,2.84,29.21,32.09,27.51,399.99,378.3,23.419,27.974,57.11,68.21,438.4,1999,40,99.24,3.14,0.286,0.7 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,2,,2,12:39:29,11:09:29,338,9.39,0.169,163,3.27,1.95,6,1,2.84,29.01,31.84,27.73,278.93,263.49,23.225,28.01,57.28,69.08,398.1,2000,56,99.25,2.95,0.26,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,3,,3,12:41:21,11:11:21,450,7.49,0.179,142,3.52,2,6,1,2.84,29.56,32,28.52,230.04,218.11,23.055,28.001,55.09,66.9,415.3,1999,49,99.24,2.63,0.249,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,4,,4,12:43:09,11:13:09,558,4.01,0.19,104,3.73,2,6,1,2.84,29.59,32.02,28.51,150.23,143.87,22.943,28.009,54.71,66.79,429.1,1999,85,99.24,2.35,0.204,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,5,,5,12:45:44,11:15:44,713,0.213,0.213,66.5,4.14,1.99,6,1,2.84,29.38,31.98,28.12,71.1,70.47,22.949,27.998,55.41,67.6,478,2000,70,99.24,2.07,0.254,0.7 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,6,,6,12:48:15,11:18:15,864,-1.29,0.232,49.7,4.47,1.99,6,1,2.84,29.52,31.97,28.32,40.35,41.63,22.969,28.01,54.99,67.06,516.6,2000,72,99.24,1.86,0.205,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,7,,7,12:50:32,11:20:32,1001,8.65,0.25,155,4.76,1.98,6,1,2.84,29.53,31.93,28.31,231.16,220.57,22.946,27.997,54.89,66.98,549.8,2000,78,99.23,2.68,0.232,0.7 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,8,,8,12:52:09,11:22:09,1097.5,17.5,0.246,246,4.68,1.97,6,1,2.84,29.65,31.91,28.52,399.88,378.44,22.962,28.006,54.56,66.55,540.5,2000,69,99.23,2.68,0.232,1 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,9,,9,12:53:45,11:23:45,1193.5,27.1,0.231,388,4.51,2.01,6,1,2.84,29.84,32.05,28.47,639.35,605.16,22.957,27.981,53.97,65.78,523,1999,59,99.23,2.68,0.232,1 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,10,,10,12:55:46,11:25:46,1314.5,33.6,0.21,635,4.12,2.01,6,1,2.84,29.34,32.06,27.91,980.71,934.25,23.016,27.984,55.69,67.71,483.4,1998,70,99.23,2.68,0.232,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,A/Ci,11,,11,12:57:47,11:27:47,1436,34.3,0.193,815,3.8,2.01,6,1,2.84,29.14,32.02,27.72,1199.76,1148.42,23.057,27.966,56.42,68.43,451.9,2000,81,99.23,2.68,0.232,0.7 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,1,,12,13:00:20,11:30:20,1589,34.2,0.179,790,3.64,2.07,6,1,2.84,29.28,32.21,27.55,1199.4,1146.34,23.006,27.89,55.84,67.69,434.3,2001,71,99.22,2.68,0.232,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,2,,13,13:02:21,11:32:21,1710,30.9,0.159,786,3.16,2,6,1,2.84,30.02,32.01,28.85,1199.38,1143.52,22.984,27.959,53.46,65.03,370.2,1499,67,99.22,2.68,0.232,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,3,,14,13:04:22,11:34:22,1831,26.3,0.142,803,2.85,2.02,6,1,2.84,30.81,32.09,29.9,1199.27,1145.83,23.032,28.041,51.2,62.33,331.7,1000,75,99.22,2.68,0.232,0.7 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,4,,15,13:06:23,11:36:23,1952,18,0.122,876,2.43,1.99,6,1,2.84,31.52,32,30.85,1198.82,1154.57,23.091,28.113,49.29,60.01,282.4,501,66,99.23,2.68,0.232,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,5,,16,13:08:24,11:38:24,2073,8.72,0.104,998,2.1,1.99,6,1,2.84,32,32.04,31.43,1199.74,1172.07,23.1,28.158,48,58.51,242.5,200,61,99.23,2.68,0.232,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,6,,17,13:10:25,11:40:25,2193.5,4.91,0.0885,1050,1.77,1.97,6,1,2.84,32.1,31.96,31.63,1199.76,1179.12,23.099,28.17,47.74,58.22,203.5,120,58,99.22,2.68,0.232,0.3 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,7,,18,13:13:01,11:43:01,2350,2.85,0.0693,1080,1.43,2.02,6,1,2.84,32.03,32.09,31.43,1199.67,1183.45,23.047,28.017,47.82,58.13,168,70,69,99.22,1.68,0.0349,0 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,8,,19,13:15:40,11:45:40,2508,1.22,0.0554,1110,1.12,1.98,6,1,2.84,31.95,31.92,31.43,1199.5,1187.89,23.016,27.987,47.97,58.33,131.9,41,77,99.22,1.96,-0.118,0 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,9,,20,13:17:43,11:47:43,2632,0.258,0.0543,1150,1.13,2.02,6,1,2.84,32.35,32.07,32.03,1199.66,1192.29,22.936,27.98,46.72,57,130.2,20,67,99.21,0.726,0.113,0 -Dry Creek,Corymbia terminalis,7,Canopy,Monash,13-Sep-08,Light,10,,21,13:20:15,11:50:15,2783,-1.22,0.0469,1200,0.975,2.02,6,1,2.84,31.76,32.07,31.04,1199.46,1199.72,22.953,27.983,48.34,58.94,113.1,0,65,99.21,1.37,0.111,0.7 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,1,,1,11:31:44,11:01:44,432.5,8.24,0.0858,209,1.86,2.13,6,1,2.84,28.94,32.48,27.26,400.25,376.65,23.191,27.973,57.4,69.23,227.3,1999,76,99.18,0.584,0.143,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,2,,2,11:34:04,11:04:04,573,4.83,0.0788,155,1.6,1.99,6,1,2.84,28.11,31.95,26.42,279.07,262.39,23.067,28,59.91,72.72,188.7,2000,95,99.18,0.571,0.165,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,3,,3,11:36:34,11:06:34,723.5,4.42,0.0911,138,1.81,1.96,6,1,2.84,28.51,31.84,27.29,230.62,223.52,25.384,27.97,64.39,70.95,408.6,2000,96,99.17,0.358,0.155,0 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,4,,4,11:38:07,11:08:07,816.5,2.24,0.0984,105,1.99,2,6,1,2.84,28.85,32.01,27.69,149.95,146.4,25.28,27.995,62.87,69.63,428.3,1999,79,99.17,0.272,0.15,0 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,5,,5,11:40:37,11:10:37,966.5,-0.285,0.117,71.4,2.39,2.03,6,1,2.84,28.92,32.11,27.68,69.66,69.8,25.309,27.995,62.69,69.35,519.6,1999,63,99.16,0.111,0.138,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,6,,6,11:43:06,11:13:06,1115.5,-1.2,0.138,52.7,2.76,2,6,1,2.84,28.66,31.98,27.29,38.64,39.67,25.411,27.932,63.91,70.25,639.4,2000,77,99.15,0.0137,0.138,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,7,,7,11:45:33,11:15:33,1261.5,6.61,0.162,148,3.19,1.99,6,1,2.84,28.81,31.95,27.49,231.04,222.77,24.497,28.003,61.08,69.82,531.3,2000,97,99.16,0.34,0.145,0 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,8,,8,11:48:02,11:18:02,1411.5,12.7,0.153,234,3.06,2.01,6,1,2.84,28.96,32.03,27.68,400.26,383.8,24.457,27.978,60.44,69.15,507.4,2002,100,99.15,-0.0576,0.154,0 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,9,,9,11:49:54,11:19:54,1522.5,18.4,0.133,367,2.69,2.02,6,1,2.84,28.96,32.08,27.68,641.27,613.59,24.412,28.025,60.32,69.24,434.4,2000,71,99.15,-0.0576,0.154,1 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,10,,10,11:51:55,11:21:55,1643.5,22.5,0.12,607,2.42,2,6,1,2.84,28.26,31.99,26.55,980.33,943.57,24.417,27.913,62.86,71.86,404.6,2000,62,99.16,-0.0576,0.154,0.7 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,A/Ci,11,,11,11:53:45,11:23:45,1753.5,22.5,0.109,786,2.2,1.99,6,1,2.84,28.35,31.95,27.1,1199.97,1158.11,24.404,27.967,62.49,71.61,359.6,2001,92,99.15,-0.0576,0.154,1 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,1,,12,11:57:10,11:27:10,1959.5,22.8,0.0993,741,2.11,2.1,6,1,2.84,28.91,32.36,27.26,1199.8,1152.83,24.153,27.978,59.86,69.34,322.4,1999,78,99.15,-0.0576,0.154,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,2,,13,11:59:11,11:29:11,2080.5,21.7,0.0898,719,1.81,1.99,6,1,2.84,29.01,31.95,27.68,1200.19,1147.24,24.067,27.993,59.3,68.97,269.5,1500,51,99.15,-0.0576,0.154,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,3,,14,12:01:01,11:31:01,2190,18.8,0.0811,739,1.66,2.01,6,1,2.84,29.91,32.04,28.85,1200.05,1150.21,24.101,27.994,56.38,65.49,249,1000,81,99.15,-0.0576,0.154,1 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,4,,15,12:02:42,11:32:42,2291,13,0.0698,821,1.43,2,6,1,2.84,30.66,32.01,29.81,1199.96,1158.02,24.002,27.981,53.79,62.7,209.6,500,74,99.15,-0.0576,0.154,1 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,5,,16,12:04:43,11:34:43,2412,5.73,0.0558,970,1.15,2.01,6,1,2.84,30.99,32.04,30.21,1199.81,1173.53,23.858,28.014,52.46,61.6,161.7,201,72,99.15,-0.0576,0.154,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,6,,17,12:07:08,11:37:08,2557.5,4.22,0.0453,987,0.926,1.98,6,1,2.84,30.97,31.93,30.21,1199.84,1174.23,23.666,28.007,52.09,61.65,124.4,120,50,99.14,-4.51,0.143,0 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,7,,18,12:09:56,11:39:56,2724.5,2.05,0.0345,1050,0.713,2,6,1,2.84,31.01,31.99,30.21,1200.14,1187.37,24.95,28.011,54.81,61.53,135.8,71,91,99.14,-3.9,0.00279,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,8,,19,12:12:27,11:42:27,2876.5,1.21,0.0402,1110,0.829,1.99,6,1,2.84,31.23,31.97,30.6,1200.5,1192.71,25.128,27.985,54.5,60.69,169.2,41,66,99.14,-5.36,0.182,0 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,9,,20,12:14:42,11:44:42,3011.5,-0.136,0.0294,1170,0.615,2.01,6,1,2.84,31.26,32.04,30.6,1200.64,1197.45,24.804,27.976,53.7,60.57,113,19,66,99.13,-5.31,0.221,0.3 -Dry Creek,Corymbia terminalis,8,Canopy,UWS,13-Sep-08,Light,10,,21,12:17:21,11:47:21,3169.5,-1.31,0.0292,1240,0.614,2.02,6,1,2.84,31.03,32.08,30.22,1201.01,1204.19,24.662,27.978,54.1,61.37,107.9,0,49,99.13,-4.6,0.293,0.7 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,1,,1,11:05:41,9:35:41,438,14.2,0.186,229,2.91,1.59,6,1,2.84,30.56,31.95,30.3,400.07,365.81,25.682,32.005,57.89,72.14,267.4,2000,65,99.18,2.42,0.147,1 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,2,,2,11:07:42,9:37:42,559.5,8.32,0.218,184,4.1,1.93,6,1,2.84,31.21,31.78,31.73,280.57,255.8,17.502,28.034,38.02,60.9,227,2001,67,99.18,2.42,0.147,0.3 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,3,,3,11:09:01,9:39:01,638.5,6.6,0.203,148,3.99,2.01,6,1,2.84,31.43,32.08,31.12,230.04,209.49,17.385,28.109,37.3,60.31,217.2,2000,68,99.18,2.42,0.147,1 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,4,,4,11:11:17,9:41:17,774,3.37,0.209,107,4.12,2.02,6,1,2.84,31.27,32.06,31.23,148.75,138.24,17.316,27.989,37.5,60.61,224.9,1999,71,99.18,1.87,0.134,0.7 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,5,,5,11:13:16,9:43:16,893,-0.113,0.216,68.9,4.19,1.99,6,1,2.84,30.43,31.99,29.86,70.8,70.33,17.299,28.009,39.3,63.63,228.4,2000,71,99.18,1.68,0.132,0.7 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,6,,6,11:15:50,9:45:50,1048,-1.42,0.226,52.6,4.41,2.01,6,1,2.84,31.4,32.05,31.43,40.43,43.5,17.25,27.994,37.08,60.17,239.6,1999,75,99.18,1.49,0.116,0.7 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,7,,7,11:18:33,9:48:33,1211,7.03,0.231,153,4.49,2.01,6,1,2.84,31.31,32.03,31.22,230.64,210.72,17.107,28.01,36.95,60.51,240.1,2001,74,99.17,2.09,0.0925,0.7 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,8,,8,11:20:16,9:50:16,1313.5,14.2,0.228,243,4.45,2.01,6,1,2.84,31.3,32.06,31.24,400.62,360.36,17.003,28.004,36.74,60.52,235.9,1999,79,99.18,2.09,0.0925,1 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,9,,9,11:22:07,9:52:07,1425,22.1,0.218,394,4.27,2.02,6,1,2.84,30.83,32.06,30.44,640.21,584.01,18.482,27.971,41.04,62.1,262.6,2000,81,99.18,2.09,0.0925,1 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,10,,10,11:23:58,9:53:58,1536,28.2,0.207,670,4.09,2.02,6,1,2.84,30.8,32.07,30.46,980.02,928.23,21.53,27.963,47.87,62.18,370.9,1999,80,99.18,2.09,0.0925,1 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,A/Ci,11,,11,11:25:59,9:55:59,1657,29.6,0.201,859,3.95,2.01,6,1,2.84,30.53,32.04,30.07,1199.41,1142.62,21.599,27.993,48.77,63.2,360.6,2000,80,99.17,2.09,0.0925,0.7 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,1,,1,11:30:33,10:00:33,142.5,30.8,0.194,838,3.8,1.99,6,1,2.84,30.15,31.99,29.46,1199.38,1139.8,21.748,28.007,50.2,64.65,354.1,2000,84,99.17,2.09,0.0925,1 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,2,,2,11:32:08,10:02:08,237.5,27.4,0.188,863,3.59,1.95,6,1,2.84,31.61,31.82,31.95,1199.22,1142.63,21.744,28.01,46.18,59.48,334.4,1501,90,99.17,2.09,0.0925,1 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,3,,3,11:34:09,10:04:09,359,22.2,0.17,912,3.38,2.01,6,1,2.84,32.64,32.02,32.66,1199.34,1165.36,23.705,27.974,47.5,56.05,461.3,1000,91,99.17,2.09,0.0925,0.3 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,4,,4,11:36:10,10:06:10,480,14.7,0.161,985,3.2,2.01,6,1,2.84,32.85,32.02,32.97,1199.4,1174.41,23.758,27.961,47.02,55.34,444.2,500,90,99.17,2.09,0.0925,0.3 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,5,,5,11:38:11,10:08:11,601.5,7.19,0.157,1070,3.11,1.99,6,1,2.84,33.47,31.97,33.77,1199.31,1184.06,23.772,28.012,45.46,53.57,427.6,200,90,99.17,-0.0787,0.125,0 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,6,,6,11:40:41,10:10:41,751.5,4.13,0.15,1100,2.95,1.98,6,1,2.84,33.48,31.92,33.76,1199.22,1187.92,23.736,27.984,45.35,53.47,405.5,120,86,99.17,-0.238,0.0905,0 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,7,,7,11:43:09,10:13:09,899.5,1.8,0.143,1130,2.86,2.01,6,1,2.84,33.71,32.03,33.94,1198.73,1190.56,23.633,27.996,44.58,52.81,381.8,71,93,99.17,-0.534,0.0309,0 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,8,,8,11:45:13,10:15:13,1023.5,0.585,0.146,1150,2.86,1.97,6,1,2.84,33.74,31.88,34.16,1198.9,1192.52,23.558,27.997,44.37,52.73,376.2,40,89,99.17,-0.775,0.125,0 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,9,,9,11:47:43,10:17:43,1173.5,-0.425,0.139,1160,2.79,2.01,6,1,2.84,33.95,32.04,34.34,1198.65,1193.7,23.394,28.015,43.54,52.13,352,21,89,99.17,-1.1,0.0739,0 -Dry Creek,Eucalyptus tetrodonta,1,Canopy,Monash,12-Sep-08,Light,10,,10,11:49:58,10:19:58,1308.5,-2.03,0.139,1180,2.77,1.99,6,1,2.84,33.44,31.99,33.56,1198.99,1196.73,23.286,28.021,44.6,53.67,340.6,0,94,99.16,-0.29,0.0802,0.3 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,1,,1,10:03:43,9:33:43,350.5,11.3,0.144,241,2.28,1.59,6,1,2.84,29.38,31.93,28.66,400.23,380.54,28.395,31.976,68.45,77.08,370.1,1999,186,99.1,-1.41,0.0409,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,2,,2,10:05:45,9:35:45,471.5,6.99,0.163,179,3.23,2,6,1,2.84,30.19,31.99,29.83,280.4,257.92,18.967,27.988,43.65,64.41,208.7,2000,56,99.1,-1.41,0.0409,0.3 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,3,,3,10:07:36,9:37:36,583,5.05,0.162,155,3.23,2.01,6,1,2.84,30.08,32.03,29.64,230.33,213.42,18.759,28.013,43.44,64.87,203.7,2000,60,99.1,-1.16,0.0289,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,4,,4,10:09:24,9:39:24,690,2.38,0.167,114,3.37,2.03,6,1,2.84,30.1,32.12,29.64,150.73,142.59,18.655,27.986,43.14,64.71,210.8,1999,215,99.1,-0.986,0.0447,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,5,,5,10:12:01,9:42:01,847.5,-0.727,0.167,76,3.27,1.98,6,1,2.84,29.67,31.92,29.06,69.61,71.08,18.528,27.98,43.93,66.34,201.7,2001,61,99.1,-0.874,-0.109,0.3 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,6,,6,10:14:42,9:44:42,1009.5,-1.7,0.17,59.5,3.34,1.98,6,1,2.84,30.17,31.93,29.84,39.7,44.38,18.241,27.998,42.02,64.5,199.5,2001,57,99.1,-1.41,-0.841,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,7,,7,10:17:18,9:47:18,1165.5,5.07,0.178,158,3.54,2.02,6,1,2.84,30.35,32.06,30.03,229.22,212.21,17.949,27.999,40.91,63.82,205.2,2000,56,99.1,-0.614,-0.24,0.7 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,8,,8,10:19:20,9:49:20,1286.5,11.1,0.172,251,3.41,2,6,1,2.84,30.1,32.03,29.64,399.36,370.74,20.372,28.027,47.11,64.81,259.7,2000,57,99.1,-0.614,-0.24,0.7 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,9,,9,10:21:21,9:51:21,1407.5,17.5,0.161,408,3.2,2.01,6,1,2.84,29.69,32.02,29.05,640.91,607.81,22.71,28.007,53.77,66.31,352.2,2000,57,99.06,-0.614,-0.24,0.3 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,10,,10,10:23:22,9:53:22,1528.5,20.9,0.153,682,3.09,2.03,6,1,2.84,29.83,32.08,29.26,980.29,937.5,22.548,27.962,52.95,65.66,333.3,1999,56,99.1,-0.614,-0.24,0.3 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,A/Ci,11,,11,10:25:23,9:55:23,1649.5,22.4,0.146,863,2.93,2.02,6,1,2.84,29.57,32.04,28.86,1202.07,1152.53,22.449,27.938,53.52,66.6,311.7,2000,79,99.09,-0.614,-0.24,0.7 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,1,,12,10:27:52,9:57:52,1799.5,23,0.143,845,2.95,2.06,6,1,2.84,29.34,32.22,28.25,1199.97,1147.84,22.308,27.973,53.89,67.58,304.1,1999,84,99.09,-0.614,-0.24,0.3 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,2,,13,10:29:53,9:59:53,1920.5,20.8,0.136,859,2.73,2,6,1,2.84,30.73,32.01,30.39,1199.91,1146.71,22.103,28.008,49.31,62.48,269.6,1500,64,99.09,-0.614,-0.24,0.7 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,3,,14,10:31:55,10:01:55,2042,16.2,0.125,924,2.52,2,6,1,2.84,31.22,31.98,30.77,1199.91,1174.25,24.661,27.931,53.5,60.6,449,999,65,99.09,-0.614,-0.24,0.3 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,4,,15,10:34:03,10:04:03,2170.5,15.5,0.132,946,2.67,2.02,6,1,2.84,32.6,32.07,32.76,1200.44,1176.96,24.716,27.984,49.59,56.15,477.2,501,66,99.09,-7.98,-0.00543,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,5,,16,10:36:32,10:06:32,2319.5,7.17,0.125,1050,2.52,2.01,6,1,2.84,32.96,32.04,33.15,1200.21,1186.67,24.733,27.998,48.61,55.02,450,200,63,99.09,-8.01,0.0148,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,6,,17,10:39:02,10:09:02,2469.5,3.92,0.117,1100,2.36,2,6,1,2.84,32.98,32.01,33.16,1200.45,1190.56,24.623,27.994,48.34,54.95,407.8,121,75,99.09,-8.07,0.00349,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,7,,18,10:41:03,10:11:03,2590.5,1.35,0.115,1130,2.3,1.98,6,1,2.84,32.83,31.94,32.95,1199.54,1192.96,24.395,27.99,48.31,55.43,372.7,70,77,99.09,-7.99,0.0163,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,8,,19,10:43:33,10:13:33,2740.5,0.121,0.112,1150,2.29,2.02,6,1,2.84,33.4,32.08,33.74,1200.2,1195.13,24.044,27.99,46.12,53.69,338.7,41,61,99.09,-8.06,0.00872,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,9,,20,10:45:57,10:15:57,2884.5,-0.983,0.11,1170,2.25,2.03,6,1,2.84,33.06,32.11,33.15,1200.13,1196.82,23.777,28.002,46.48,54.74,310,19,62,99.09,-8.35,-0.00182,0 -Dry Creek,Eucalyptus tetrodonta,2,Canopy,UWS,12-Sep-08,Light,10,,21,10:48:22,10:18:22,3029.5,-1.66,0.109,1180,2.23,2.03,6,1,2.84,33.02,32.09,33.15,1199.27,1197.22,23.622,27.988,46.28,54.83,298.1,0,73,99.09,-8.23,0.0343,0.3 -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,1,,1,12:08:55,10:38:55,189.5,10.8,0.11,202,2.22,2.01,6,1,2.84,29.12,32.02,27.9,400.11,374.64,23.264,27.983,56.94,68.49,274.7,2000,104,99.15,-0.29,0.0802, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,2,,2,12:11:02,10:41:02,317.5,5.45,0.106,172,2.09,1.96,6,1,2.84,29.17,31.85,28.11,278.62,264.12,23.072,27.982,56.34,68.33,248.2,2000,104,99.15,3.65,-0.0577, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,3,,3,12:13:25,10:43:25,460.5,4.64,0.124,151,2.48,1.99,6,1,2.84,29.45,31.96,28.51,230.32,219.39,22.924,28.009,55.06,67.28,284.4,2001,104,99.15,2.58,0.17, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,4,,4,12:15:34,10:45:34,589.5,2.23,0.133,112,2.65,1.98,6,1,2.84,29.1,31.95,27.91,149.03,143.8,22.848,28.014,55.99,68.65,299,2001,106,99.15,2.19,0.202, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,5,,5,12:18:04,10:48:04,739.5,-0.292,0.154,71.9,3.05,2,6,1,2.84,29.37,31.99,28.31,70.92,71.06,22.72,28.009,54.83,67.59,336.7,2001,107,99.14,1.78,0.258, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,6,,6,12:20:34,10:50:34,889.5,-1.12,0.171,50.9,3.39,2.01,6,1,2.84,29.42,32.03,28.32,39.74,41.34,22.654,28.002,54.49,67.36,370,1999,106,99.14,1.44,0.239, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,7,,7,12:23:05,10:53:05,1040.5,5.39,0.186,165,3.69,2.02,6,1,2.84,29.49,32.06,28.32,230.13,220.73,22.572,28.003,54.1,67.11,396.3,1999,110,99.14,2.32,0.225, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,8,,8,12:25:27,10:55:27,1182.5,11,0.175,264,3.53,2.04,6,1,2.84,29.11,32.13,27.72,400.12,380.75,22.603,27.981,55.36,68.53,382.8,1999,103,99.14,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,9,,9,12:27:28,10:57:28,1303,16.9,0.158,411,3.13,2,6,1,2.84,28.87,32.01,27.53,640.42,606.93,22.563,28.004,56.03,69.54,336,2000,106,99.13,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,10,,10,12:29:26,10:59:26,1421,21.6,0.149,664,2.97,2,6,1,2.84,28.9,32.02,27.54,980.25,933.36,22.469,28.013,55.71,69.46,312.5,2000,108,99.13,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,A/Ci,11,,11,12:31:27,11:01:27,1542,23,0.14,840,2.81,2,6,1,2.84,28.89,32,27.54,1199.84,1145.94,22.4,28.012,55.56,69.48,291.7,1999,106,99.13,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,1,,12,12:36:59,11:06:59,1874,23.5,0.129,805,2.72,2.1,6,1,2.84,28.89,32.36,27.1,1200,1142.12,22.238,27.977,55.16,69.39,276.1,2001,110,99.12,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,2,,13,12:39:00,11:09:00,1995,21.4,0.123,819,2.45,1.98,6,1,2.84,29.68,31.94,28.78,1200.76,1140.88,22.122,28.003,52.44,66.38,242.5,1499,107,99.12,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,3,,14,12:41:01,11:11:01,2116,18.1,0.113,844,2.24,1.96,6,1,2.84,31.11,31.91,30.83,1200.01,1140.69,21.928,28.178,47.86,61.51,208.9,1000,113,99.12,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,4,,15,12:43:02,11:13:02,2237,12.5,0.105,922,2.12,1.99,6,1,2.84,31.87,32.05,31.43,1200.27,1153.15,21.739,28.217,45.46,59.01,190.5,501,116,99.11,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,5,,16,12:45:02,11:15:02,2357,5.55,0.0986,1040,2.01,2.01,6,1,2.84,32.22,32.14,31.69,1200.4,1173.25,21.604,28.307,44.28,58.02,174.7,200,115,99.1,2.69,0.281, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,6,,17,12:47:07,11:17:07,2482.5,3.39,0.0908,1080,1.86,2.01,6,1,2.84,31.63,32.03,30.84,1200.55,1180.63,21.562,27.998,45.69,59.33,168.2,119,113,99.1,1.92,0.0118, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,7,,18,12:49:26,11:19:26,2621.5,1.62,0.0867,1120,1.74,1.97,6,1,2.84,31.68,31.88,31.04,1200.72,1186.6,21.511,27.998,45.45,59.15,156.3,71,115,99.09,1.65,-0.0928, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,8,,19,12:51:43,11:21:43,2758.5,0.402,0.08,1140,1.65,2.03,6,1,2.84,32.28,32.1,31.83,1200.87,1191.1,21.382,28.006,43.67,57.2,145.7,41,116,99.08,1.07,-0.422, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,9,,20,12:53:55,11:23:55,2890.5,-0.581,0.0826,1170,1.68,1.99,6,1,2.84,32.12,31.96,31.63,1200.19,1194.33,21.257,27.976,43.82,57.67,145.6,21,115,99.08,0.478,-0.25, -Dry Creek,Eucalyptus tetrodonta,3,Canopy,Monash,12-Sep-08,Light,10,,21,12:56:31,11:26:31,3045,-1.75,0.0865,1190,1.74,1.98,6,1,2.84,31.99,31.91,31.43,1200.52,1199.14,21.183,27.985,43.98,58.1,149.5,0,113,99.08,0.337,-0.0918, -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,1,Yes,1,11:05:37,10:35:37,181,16.5,0.182,210,3.64,2.03,6,1,2.84,29.55,32.04,28.65,399.06,373.83,22.846,27.831,54.51,66.41,425.6,2000,115,99.07,-8.23,0.0343,0.7 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,2,,2,11:08:04,10:38:04,327,7.22,0.181,192,3.58,2,6,1,2.84,29.62,31.99,28.86,279.22,266.56,22.589,27.976,53.68,66.48,387.6,2000,118,99.07,-0.784,-0.00645,0.3 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,3,,3,11:09:49,10:39:49,433,5.5,0.187,164,3.64,1.98,6,1,2.84,29.49,31.93,28.67,230.46,220.5,22.422,28.007,53.69,67.06,379.8,2000,133,99.07,-0.549,-0.0551,0.7 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,4,,4,11:11:24,10:41:24,528,2.41,0.193,120,3.79,2,6,1,2.84,29.51,31.99,28.67,150,145.36,22.233,28.005,53.17,66.97,383,1999,108,99.07,-0.564,-0.0161,0.3 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,5,,5,11:13:29,10:43:29,653,-0.754,0.199,73.8,3.93,2.01,6,1,2.84,29.53,32.03,28.67,69.06,69.81,22.01,28.002,52.58,66.9,382.1,1999,122,99.07,-0.74,-0.0741,0.3 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,6,,6,11:15:04,10:45:04,748,-2.05,0.213,54.5,4.21,2.03,6,1,2.84,29.56,32.11,28.67,36.85,39.67,21.874,28.011,52.16,66.8,400.4,1999,112,99.06,-0.683,0.0134,0 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,7,,7,11:17:03,10:47:03,867,5.99,0.221,169,4.32,2.01,6,1,2.84,29.43,32.03,28.47,231.97,221.6,21.735,27.992,52.22,67.25,402.3,1999,127,99.06,-0.676,0.0101,0.3 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,8,,8,11:18:20,10:48:20,943,11.9,0.223,279,4.35,2.01,6,1,2.84,29.44,32.01,28.47,401.04,380.84,21.692,27.998,52.1,67.25,402.6,2000,129,99.06,-0.676,0.0101,1 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,9,,9,11:19:51,10:49:51,1034,17.7,0.222,456,4.35,2.01,6,1,2.84,29.36,32.03,28.28,640.51,609.74,21.612,27.996,52.13,67.53,397.2,2001,131,99.06,-0.676,0.0101,1 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,10,,10,11:21:51,10:51:51,1155,20.3,0.208,747,4.13,2.03,6,1,2.84,29.13,32.11,27.84,980.44,941.76,21.556,27.985,52.69,68.4,375,2001,109,99.06,-0.676,0.0101,0.3 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,A/Ci,11,,11,11:23:52,10:53:52,1275.5,21,0.2,943,3.91,1.99,6,1,2.84,29.03,31.98,27.88,1200.64,1156.7,21.486,28.017,52.85,68.91,349,2000,124,99.06,-0.676,0.0101,0.3 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,1,,12,11:27:18,10:57:18,1482,21.8,0.195,928,3.92,2.04,6,1,2.84,28.87,32.13,27.23,1199.25,1153.26,21.277,27.923,52.81,69.3,344,2000,114,99.06,-0.676,0.0101,0.3 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,2,,13,11:29:02,10:59:02,1585,20,0.187,939,3.61,1.96,6,1,2.84,29.68,31.83,28.87,1199.39,1152.51,21.185,28.003,50.16,66.31,308.6,1501,122,99.05,-0.676,0.0101,1 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,3,,14,11:30:34,11:00:34,1677.5,17.1,0.179,960,3.48,1.97,6,1,2.84,31.11,31.93,30.82,1199.48,1155.6,21.123,28.151,46.07,61.41,288.7,1000,119,99.05,-0.676,0.0101,1 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,4,,15,11:32:32,11:02:32,1795.5,11.1,0.167,1020,3.29,1.99,6,1,2.84,31.77,32.05,31.39,1199.49,1165.81,21.009,28.232,44.15,59.32,265.9,501,117,99.04,-0.676,0.0101,1 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,5,,16,11:35:03,11:05:03,1946,5.89,0.158,1080,3.13,2,6,1,2.84,32.08,31.98,31.79,1199.28,1177.03,20.912,27.981,43.18,57.78,258.2,201,91,99.04,-5.52,-0.0398,0 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,6,,17,11:37:34,11:07:34,2098,3.54,0.155,1110,3.04,1.97,6,1,2.84,32.31,31.89,32.18,1199.18,1181.48,20.655,27.992,42.09,57.05,241.6,121,115,99.04,-6.21,0.000566,0.3 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,7,,18,11:39:46,11:09:46,2229,1.46,0.156,1130,3.16,2.03,6,1,2.84,32.68,32.12,32.56,1199.47,1186.71,20.489,28.011,40.9,55.92,245.2,71,109,99.03,-6.23,0.0229,0 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,8,,19,11:42:22,11:12:22,2386,-0.0264,0.162,1150,3.26,2.02,6,1,2.84,32.2,32.08,31.79,1199.82,1190.46,20.33,28.018,41.67,57.43,247,41,107,99.02,-5.94,0.103,0 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,9,,20,11:44:34,11:14:34,2518,-1.03,0.161,1160,3.21,2.01,6,1,2.84,31.95,32.05,31.39,1199.6,1192.67,20.294,28.03,42.21,58.3,242.2,19,114,99.01,-5.61,0.0636,0 -Dry Creek,Eucalyptus tetrodonta,4,Canopy,UWS,12-Sep-08,Light,10,,21,11:46:44,11:16:44,2647,-1.98,0.16,1180,3.17,1.99,6,1,2.84,32.01,31.96,31.59,1199.62,1195.03,20.148,27.994,41.74,58,235.5,0,112,99,-5.63,0.0843,0 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,1,,1,10:06:07,8:36:07,147,11,0.108,198,1.76,1.61,6,1,2.84,31.5,32.03,31.32,399.82,374.42,28.257,31.964,60.4,68.33,276.3,2001,35,99.21,2.6,0.0501,1 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,2,,2,10:07:57,8:37:57,257.5,6.99,0.115,158,1.88,1.62,6,1,2.84,31.48,32.08,31.64,280.21,264.89,28.301,32.018,60.55,68.5,293.2,2000,44,99.21,2.41,0.158,0 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,3,,3,10:09:59,8:39:59,379.5,5.3,0.112,134,1.79,1.58,6,1,2.84,30.98,31.94,30.86,229.82,217.37,28.209,31.997,62.11,70.45,274.1,1999,39,99.21,2.82,0.0939,0.7 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,4,,4,10:11:46,8:41:46,486.5,2.74,0.127,104,1.99,1.57,6,1,2.84,31.06,31.87,31.05,149.63,143.59,28.138,31.993,61.69,70.14,300.4,2001,46,99.22,2.31,0.183,0 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,5,,5,10:13:43,8:43:43,603.5,-0.0818,0.126,69.3,2,1.59,6,1,2.84,31.33,31.95,31.45,70.16,70.04,28.024,31.994,60.48,69.05,293.2,2001,48,99.22,2.07,0.107,0.7 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,6,,6,10:16:14,8:46:14,754.5,-1.08,0.145,52.4,2.29,1.58,6,1,2.84,31.44,31.91,31.63,39.37,41.23,27.803,31.977,59.64,68.59,318.4,2000,43,99.22,1.95,0.182,0 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,7,,7,10:18:44,8:48:44,904.5,6.44,0.156,145,2.5,1.62,6,1,2.84,31.4,32.06,31.44,230.97,218.88,27.792,31.99,59.74,68.77,346.6,1999,46,99.22,2.46,0.147,0.3 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,8,,8,10:20:45,8:50:45,1025,13.5,0.163,230,2.59,1.6,6,1,2.84,31.05,32.01,30.92,400.4,376.92,27.941,32.005,61.28,70.2,370.7,2000,45,99.23,2.46,0.147,0.7 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,9,,9,10:22:15,8:52:15,1115,21.5,0.158,360,2.48,1.58,6,1,2.84,31.21,31.94,31.3,639.15,600.58,27.989,32.022,60.84,69.61,357.5,2001,33,99.22,2.46,0.147,1 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,10,,10,10:24:16,8:54:16,1236,27.6,0.137,569,2.2,1.6,6,1,2.84,31.4,32.02,31.44,980.47,924.22,28,32.04,60.21,68.89,315.6,2000,33,99.23,2.46,0.147,0.3 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,A/Ci,11,,11,10:26:17,8:56:17,1357,28.9,0.118,703,1.91,1.6,6,1,2.84,31.26,32.03,31.24,1199.33,1133.39,28.103,32.026,60.91,69.42,282.7,2001,38,99.23,2.46,0.147,0.3 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,1,,12,10:31:32,9:01:32,1672.5,27.8,0.0984,639,1.59,1.59,6,1,2.84,31.17,31.98,31.04,1200.24,1127.8,28.25,32.017,61.55,69.76,245.2,1999,61,99.23,2.46,0.147,0.3 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,2,,13,10:33:23,9:03:23,1783,24.8,0.0869,632,1.41,1.6,6,1,2.84,32.15,32,32.44,1200.42,1124.59,28.092,32.022,57.9,66.01,209,1500,57,99.24,2.46,0.147,1 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,3,,14,10:35:21,9:05:21,1901,22.1,0.0767,628,1.27,1.62,6,1,2.84,32.75,32.11,33.2,1200.37,1123.49,28.071,32.091,55.93,63.94,183.7,1000,56,99.24,2.46,0.147,1 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,4,,15,10:37:22,9:07:22,2022,16,0.0681,727,1.12,1.6,6,1,2.84,32.93,32.01,33.4,1200.14,1135.97,28.008,32.018,55.23,63.14,161.7,500,51,99.24,2.46,0.147,0.3 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,5,,16,10:38:55,9:08:55,2115,7.76,0.0633,937,1.04,1.6,6,1,2.84,33.13,32,33.58,1199.99,1164.81,28.053,31.998,54.69,62.38,153,199,52,99.24,2.46,0.147,1 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,6,,17,10:40:54,9:10:54,2234,4.77,0.0623,1020,1.03,1.6,6,1,2.84,33.15,32.02,33.58,1199.88,1176.64,28.145,32.004,54.84,62.36,154.4,120,60,99.24,2.46,0.147,1 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,7,,18,10:42:57,9:12:57,2357.5,2.96,0.0574,1070,0.937,1.59,6,1,2.84,33.14,31.96,33.58,1199.91,1182.88,28.227,32.022,55.01,62.41,143.4,71,54,99.24,0.598,0.111,0.7 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,8,,19,10:45:16,9:15:16,2496.5,1.34,0.059,1120,0.959,1.58,6,1,2.84,33.25,31.93,33.78,1199.66,1189.73,28.27,31.982,54.76,61.94,150.1,40,59,99.24,0.405,0.106,0.3 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,9,,20,10:47:33,9:17:33,2632.5,0.145,0.0591,1160,0.975,1.6,6,1,2.84,33.41,32.01,33.97,1199.11,1193.97,28.286,31.991,54.3,61.42,152.9,21,59,99.25,0.33,0.0998,0.7 -Dry Creek,Eucalyptus tetrodonta,7,Canopy,Monash,13-Sep-08,Light,10,,21,10:49:59,9:19:59,2778.5,-1.14,0.0579,1200,0.958,1.61,6,1,2.84,33.21,32.04,33.57,1199.22,1199.19,28.293,32.024,54.92,62.16,149.1,0,65,99.25,0.381,-0.0449,0.3 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,1,,1,9:04:22,8:34:22,186.5,5.95,0.0602,214,1.24,2,6,1,2.84,31.12,31.99,31.39,400.35,384.69,25.062,27.991,54.71,61.1,246.1,1999,64,99.14,-2.98,0.0135,0 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,2,,2,9:06:42,8:36:42,326.5,3.61,0.0604,165,1.26,2.03,6,1,2.84,30.93,32.1,31.01,279.95,270.26,24.991,27.989,55.13,61.74,244.5,1999,68,99.14,-1.82,-0.0601,0.3 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,3,,3,9:08:57,8:38:57,461.5,2.82,0.0663,148,1.34,1.97,6,1,2.84,30.81,31.89,31,231.02,223.64,24.892,27.974,55.29,62.13,253.7,2001,66,99.15,-1.57,-0.0595,0 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,4,,4,9:11:05,8:41:05,589.5,0.927,0.0665,120,1.35,1.98,6,1,2.84,31.45,31.93,31.96,149.68,146.98,24.824,27.978,53.16,59.91,249.8,2002,64,99.14,-1.46,-0.0202,0.7 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,5,,5,9:13:35,8:43:35,739.5,-0.461,0.0643,80.4,1.33,2.02,6,1,2.84,31.29,32.08,31.59,70.31,71.23,24.71,27.969,53.42,60.46,238.8,1999,71,99.15,-1.34,-0.148,0.7 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,6,,6,9:16:03,8:46:03,887.5,-1.21,0.0816,63.2,1.85,2.22,6,1,2.84,30.81,32.11,30.82,39.92,40.81,24.674,26.072,54.83,57.93,771.9,1999,73,99.14,-1.23,-0.0102,0.3 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,7,,7,9:18:33,8:48:33,1037.5,3.09,0.0758,149,1.51,1.95,6,1,2.84,30.42,31.8,30.42,229.71,222.1,24.726,27.987,56.18,63.59,269.6,2001,71,99.15,-1.58,-0.0107,0 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,8,,8,9:21:03,8:51:03,1187.5,7.26,0.0794,225,1.63,2.02,6,1,2.84,31.28,32.07,31.59,401.06,384.89,24.762,28.015,53.56,60.6,292.8,1999,79,99.15,-2.74,-0.011,0 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,9,,9,9:23:04,8:53:04,1308.5,11.2,0.0736,350,1.5,1.99,6,1,2.84,30.86,31.96,31.01,640.33,614.26,24.787,27.928,54.91,61.87,278.4,2001,76,99.16,-2.74,-0.011,1 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,10,,10,9:25:05,8:55:05,1429.5,14.9,0.0681,561,1.4,2,6,1,2.84,31.12,32.01,31.4,980.12,942.37,24.837,28,54.21,61.12,257.4,1999,74,99.16,-2.74,-0.011,0.3 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,A/Ci,11,,11,9:27:06,8:57:06,1550,16.6,0.0658,715,1.36,2.01,6,1,2.84,30.98,32.05,31.25,1200.48,1158.24,24.925,27.992,54.84,61.59,258.4,2000,51,99.16,-2.74,-0.011,0.3 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,1,,12,9:29:04,8:59:04,1668,16.6,0.0641,705,1.32,2,6,1,2.84,30.89,32.01,31,1200.38,1158.05,24.983,27.978,55.25,61.87,256.4,2000,64,99.16,-2.74,-0.011,1 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,2,,13,9:31:05,9:01:05,1789,15.3,0.0598,710,1.23,2,6,1,2.84,31.91,32.02,32.43,1200.56,1157.04,24.975,28.082,52.13,58.62,230.3,1500,62,99.16,-2.74,-0.011,0.3 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,3,,14,9:33:06,9:03:06,1910,13.2,0.0562,747,1.15,1.98,6,1,2.84,32.73,31.96,33.54,1200.38,1161.2,25.023,28.022,49.85,55.83,222.9,1000,65,99.17,-2.74,-0.011,0.7 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,4,,15,9:35:07,9:05:07,2031,9.28,0.0539,858,1.11,2.01,6,1,2.84,32.85,32.01,33.4,1200.69,1172.65,25.094,27.956,49.67,55.33,226.5,500,65,99.16,-2.74,-0.011,0.7 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,5,,16,9:37:37,9:07:37,2181.5,6.02,0.0525,959,1.08,2,6,1,2.84,33.65,31.99,34.52,1200.07,1181.08,25.262,27.995,47.82,52.99,230.3,200,69,99.17,-10.3,-0.00512,0 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,6,,17,9:39:42,9:09:42,2306.5,4.33,0.058,1030,1.2,2.02,6,1,2.84,33.86,32.07,34.71,1199.96,1186.71,25.314,28.006,47.35,52.39,260.5,121,69,99.17,-10.7,0.0696,0 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,7,,18,9:42:12,9:12:12,2456.5,1.97,0.0514,1090,1.06,2.01,6,1,2.84,33.96,32.01,34.91,1198.89,1190.87,25.394,27.955,47.23,51.99,241.8,70,70,99.17,-10.4,0.0279,0 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,8,,19,9:44:42,9:14:42,2606.5,0.836,0.0499,1130,1.01,1.97,6,1,2.84,33.9,31.88,34.91,1199.38,1194.05,25.455,28.014,47.5,52.28,230.1,39,65,99.18,-10.2,-0.0208,0.3 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,9,,20,9:47:28,9:17:28,2772.5,-0.0277,0.0571,1160,1.17,2,6,1,2.84,33.62,31.99,34.31,1198.86,1195.88,25.518,27.989,48.4,53.08,276.4,19,62,99.18,-9.86,-0.0737,0.7 -Dry Creek,Eucalyptus tetrodonta,8,Canopy,UWS,13-Sep-08,Light,10,,21,9:49:57,9:19:57,2921.5,0.175,0.0521,1150,1.06,1.97,6,1,2.84,33.34,31.9,33.92,1202,1198.81,25.696,27.97,49.5,53.88,271.5,0,50,99.18,-9.82,-0.02,0 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,1,,1,12:37:32,12:07:32,313.5,4.5,0.0475,216,1.74,3.51,6,1,2.84,30.89,35.87,29.18,400.59,388.16,20.4,24.471,44.83,53.77,250.1,1999,44,98.53,2.22,0.186,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,2,,2,12:39:30,12:09:30,431.5,2.71,0.0487,168,1.77,3.49,6,1,2.84,30.76,35.77,29.03,278.88,271.22,20.204,24.352,44.73,53.91,250.2,2001,50,98.54,2.2,0.184,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,3,,3,12:41:22,12:11:22,542.5,2.08,0.0508,148,1.85,3.5,6,1,2.84,30.87,35.81,29.17,231.06,225.07,20.075,24.408,44.17,53.7,250.1,2000,57,98.53,2.04,0.182,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,4,,4,12:43:14,12:13:14,655.5,0.853,0.0547,114,1.98,3.48,6,1,2.84,30.95,35.79,29.26,149.51,146.77,19.972,24.603,43.73,53.87,250.1,2000,61,98.52,1.78,0.172,0.7 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,5,,5,12:45:11,12:15:11,772.5,-0.58,0.0611,81.3,2.19,3.45,6,1,2.84,30.99,35.84,29.27,69.22,70.25,19.873,24.997,43.42,54.62,250.1,1999,78,98.53,1.46,0.164,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,6,,6,12:46:56,12:16:56,877.5,-1.26,0.0666,68.6,2.33,3.38,6,1,2.84,30.84,35.66,29.1,38.17,40.96,19.704,25.151,43.42,55.43,250.2,2000,51,98.52,1.32,0.159,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,7,,7,12:48:50,12:18:50,991.5,3.03,0.0705,143,2.45,3.35,6,1,2.84,30.83,35.63,29.11,231.92,223.34,19.601,25.32,43.22,55.82,250.1,2000,49,98.51,1.97,0.175,0.7 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,8,,8,12:51:21,12:21:21,1142.5,5.78,0.0618,216,2.22,3.46,6,1,2.84,30.88,35.76,29.18,401.69,385.78,19.51,24.694,42.9,54.3,250.1,2000,49,98.5,2.26,0.19,0.3 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,9,,9,12:53:51,12:23:51,1292.5,8.77,0.0507,308,1.92,3.63,6,1,2.84,31.07,36.06,29.34,640.86,616.98,19.495,23.982,42.39,52.14,250,2000,60,98.5,1.98,0.198,0.7 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,10,,10,12:55:40,12:25:40,1401.5,12.6,0.0455,451,1.76,3.7,6,1,2.84,31.13,36.16,29.4,980.19,945.87,19.463,23.576,42.17,51.08,250.1,2000,57,98.49,1.28,0.207,0.3 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,11,,11,12:58:10,12:28:10,1551.5,13.9,0.0408,553,1.62,3.8,6,1,2.84,31.32,36.35,29.59,1200.05,1162.07,19.356,23.158,41.5,49.65,250.1,1999,89,98.49,0.383,0.221,0.7 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,A/Ci,12,,12,13:01:24,12:31:24,1745.5,15.8,0.0376,708,1.53,3.89,6,1,2.84,31.5,36.53,29.78,1501.01,1457.84,19.318,22.905,40.99,48.6,250.1,2000,62,98.48,-0.927,0.233,0.7 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,1,,13,13:03:15,12:33:15,1856,15.2,0.0364,711,1.51,3.95,6,1,2.84,31.61,36.68,29.89,1499.62,1457.93,19.316,22.845,40.72,48.16,250.1,2000,80,98.47,-0.927,0.233,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,2,,14,13:04:56,12:34:56,1957,14.1,0.0348,735,1.38,3.79,6,1,2.84,31.67,36.14,29.96,1499.81,1461.11,19.309,22.553,40.57,47.39,250.1,1501,70,98.47,-0.927,0.233,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,3,,15,13:06:27,12:36:27,2048,12.5,0.033,783,1.26,3.65,6,1,2.84,31.71,35.6,30.04,1499.66,1465.21,19.266,22.225,40.38,46.59,250.1,999,49,98.46,-0.927,0.233,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,4,,16,13:08:03,12:38:03,2144,9.8,0.031,892,1.13,3.48,6,1,2.84,31.67,34.96,30.02,1499.35,1471.85,19.222,21.875,40.38,45.95,250.1,500,57,98.45,-0.927,0.233,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,5,,17,13:10:07,12:40:07,2268.5,5.59,0.0284,1090,0.99,3.34,6,1,2.84,31.55,34.37,29.93,1499.33,1482.41,19.193,21.516,40.6,45.51,250.1,201,70,98.45,-1.42,0.232,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,6,,18,13:12:08,12:42:08,2389.5,3.51,0.0266,1200,0.912,3.27,6,1,2.84,31.42,34.09,29.83,1499.3,1487.61,19.165,21.307,40.84,45.4,250.1,121,61,98.45,-1.47,0.234,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,7,,19,13:14:09,12:44:09,2510.5,1.86,0.0253,1300,0.861,3.26,6,1,2.84,31.38,34,29.79,1499.01,1491.47,19.15,21.172,40.9,45.22,250,70,63,98.45,-1.74,0.227,1 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,8,,20,13:16:10,12:46:10,2631.5,0.632,0.0246,1370,0.843,3.27,6,1,2.84,31.42,34.02,29.85,1499.26,1494.73,19.151,21.13,40.81,45.03,250.1,40,58,98.45,-1.6,0.228,0.7 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,9,,21,13:18:10,12:48:10,2751.5,-0.416,0.0242,1440,0.827,3.26,6,1,2.84,31.39,33.96,29.82,1498.82,1496.85,19.085,21.027,40.73,44.88,250.1,19,57,98.45,-1.46,0.23,0.7 -Sturt Plains,Eucalyptus coolibah,1,Canopy,UWS,15-Sep-08,Light,10,,22,13:20:11,12:50:11,2871.5,-1.1,0.0242,1490,0.828,3.27,6,1,2.84,31.41,33.95,29.84,1499.02,1498.69,18.928,20.873,40.34,44.48,250.1,0,69,98.44,-1.72,0.232,0.7 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,1,,1,13:41:41,12:11:41,297.5,3.56,0.0293,181,0.857,2.79,6,1,2.84,30.79,35.43,28.88,400.26,390.9,28.407,30.405,62.87,67.29,249.7,2001,40,98.63,1.79,0.353,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,2,,2,13:43:35,12:13:35,411.5,2.31,0.0301,140,0.865,2.74,6,1,2.84,30.65,35.27,28.74,279.96,273.85,28.317,30.334,63.14,67.64,249.6,2001,53,98.62,1.57,0.348,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,3,,3,13:45:26,12:15:26,522.5,1.74,0.0322,130,0.922,2.73,6,1,2.84,30.67,35.26,28.76,230.31,225.64,28.314,30.463,63.07,67.86,249.6,2001,55,98.62,1.54,0.348,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,4,,4,13:47:21,12:17:21,636.5,0.787,0.0357,105,1.02,2.71,6,1,2.84,30.7,35.27,28.8,148.71,146.46,28.27,30.635,62.87,68.13,249.7,2000,77,98.62,1.29,0.345,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,5,,5,13:49:14,12:19:14,750.5,-0.296,0.0411,79.7,1.16,2.7,6,1,2.84,30.76,35.28,28.85,70.95,71.46,28.136,30.835,62.34,68.32,249.7,2000,45,98.61,0.968,0.357,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,6,,6,13:51:17,12:21:17,873.5,-0.79,0.0456,68.2,1.27,2.66,6,1,2.84,30.61,35.18,28.72,40.8,42.57,27.942,30.891,62.43,69.02,249.7,2000,72,98.61,0.815,0.359,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,7,,7,13:53:48,12:23:48,1024.5,2.67,0.0519,131,1.42,2.62,6,1,2.84,30.61,35.15,28.72,230.25,223.06,27.871,31.171,62.28,69.65,249.6,1999,51,98.6,1.7,0.358,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,8,,8,13:55:55,12:25:55,1151.5,5.79,0.0514,189,1.45,2.7,6,1,2.84,30.8,35.38,28.92,400.5,385.24,27.757,31.126,61.37,68.82,249.7,2000,39,98.59,1.9,0.345,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,9,,9,13:57:56,12:27:56,1272.5,9.5,0.0474,269,1.38,2.78,6,1,2.84,30.94,35.52,29.03,640.01,615.13,27.527,30.739,60.37,67.42,249.6,2001,39,98.59,1.9,0.345,0.7 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,10,,10,13:59:01,12:29:01,1336.5,14,0.0446,405,1.31,2.82,6,1,2.84,30.95,35.53,29.04,982.18,945.62,27.358,30.418,59.97,66.68,249.7,1999,38,98.59,1.9,0.345,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,11,Yes,11,14:00:06,12:30:06,1401.5,10.9,0.0419,704,1.26,2.86,6,1,2.84,31.02,35.58,29.12,1201.58,1171.79,27.202,30.13,59.37,65.76,249.7,2000,40,98.58,1.9,0.345,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,A/Ci,12,,12,14:03:27,12:33:27,1602.5,17.8,0.0346,569,1.1,3.03,6,1,2.84,31.28,35.9,29.38,1499.53,1452.9,26.89,29.457,57.82,63.34,249.7,2000,39,98.57,0.947,0.298,0.7 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,1,,13,14:05:19,12:35:19,1714.5,17,0.0324,556,1.05,3.09,6,1,2.84,31.38,36,29.48,1499.61,1455.08,26.766,29.221,57.22,62.47,249.7,2000,38,98.57,0.947,0.298,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,2,,14,14:07:20,12:37:20,1835.5,15.7,0.0297,556,0.917,2.94,6,1,2.84,31.38,35.44,29.5,1499.6,1458.7,26.764,28.903,57.22,61.79,249.7,1500,40,98.56,0.947,0.298,0.7 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,3,,15,14:09:21,12:39:21,1956.5,13.6,0.027,601,0.782,2.76,6,1,2.84,31.33,34.81,29.5,1499.22,1463.77,26.848,28.674,57.57,61.49,249.6,1000,37,98.55,0.947,0.298,0.7 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,4,,16,14:10:53,12:40:53,2048.5,10.9,0.025,721,0.684,2.61,6,1,2.84,31.34,34.23,29.54,1499,1470.5,26.824,28.421,57.48,60.91,249.7,501,32,98.55,0.947,0.298,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,5,,17,14:12:53,12:42:53,2169.5,6.56,0.0217,943,0.569,2.5,6,1,2.84,31.22,33.73,29.44,1498.64,1480.85,26.764,28.093,57.74,60.6,249.7,201,50,98.55,-0.612,0.268,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,6,,18,14:14:53,12:44:53,2289.5,4.45,0.0187,1050,0.477,2.43,6,1,2.84,31.06,33.44,29.31,1498.92,1486.52,26.734,27.848,58.2,60.62,249.7,121,43,98.55,-0.729,0.246,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,7,,19,14:16:53,12:46:53,2409.5,2.56,0.0185,1210,0.469,2.41,6,1,2.84,31.02,33.3,29.29,1500.06,1492.22,26.628,27.722,58.1,60.49,249.7,70,42,98.55,-0.84,0.254,0.7 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,8,,20,14:18:53,12:48:53,2529.5,0.998,0.0175,1350,0.441,2.4,6,1,2.84,31,33.23,29.3,1500.11,1496.12,26.506,27.537,57.89,60.14,249.7,40,39,98.54,-0.715,0.235,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,9,,21,14:20:53,12:50:53,2649.5,0.049,0.0176,1430,0.448,2.43,6,1,2.84,31.05,33.26,29.34,1500.11,1498.38,26.326,27.374,57.35,59.63,249.7,20,36,98.54,-1.11,0.244,1 -Sturt Plains,Eucalyptus coolibah,2,Canopy,Monash,15-Sep-08,Light,10,,22,14:22:53,12:52:53,2768.5,-1.14,0.0169,1550,0.435,2.44,6,1,2.84,31.1,33.28,29.4,1499.84,1501.02,26.25,27.267,57.02,59.23,249.7,1,34,98.54,-1.21,0.237,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,1,,23,13:37:04,13:07:04,3885.5,3.42,0.0712,289,2.83,3.83,6,1,2.84,33.08,37.14,31.36,399.98,389.13,18.978,25.602,36.79,49.64,250.1,2001,33,98.41,3.5,0.194,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,2,,24,13:39:09,13:09:09,4010.5,1.63,0.0708,220,2.84,3.87,6,1,2.84,33.17,37.21,31.44,279.4,273.62,18.82,25.471,36.31,49.14,250.1,2001,32,98.4,3.35,0.195,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,3,,25,13:40:48,13:10:48,4109.5,0.994,0.0707,189,2.85,3.89,6,1,2.84,33.2,37.22,31.47,229.67,225.74,18.661,25.334,35.94,48.79,250.1,2001,34,98.4,3.2,0.181,0.7 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,4,,26,13:42:48,13:12:48,4229.5,-0.167,0.0708,144,2.88,3.92,6,1,2.84,33.29,37.3,31.58,150.25,149.62,18.533,25.273,35.52,48.43,250.1,1999,19,98.4,2.9,0.179,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,5,,27,13:44:48,13:14:48,4349.5,-1.44,0.0711,98.9,2.89,3.92,6,1,2.84,33.22,37.23,31.49,68.65,71.6,18.318,25.081,35.23,48.24,250.2,2001,16,98.39,2.36,0.166,0.7 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,6,,28,13:46:30,13:16:30,4450.5,-1.82,0.0711,81.3,2.81,3.82,6,1,2.84,32.87,36.83,31.16,39.35,43.43,18.105,24.69,35.51,48.42,250.1,1999,17,98.39,2.1,0.164,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,7,,29,13:48:26,13:18:26,4567.5,1.38,0.0712,182,2.77,3.76,6,1,2.84,32.61,36.55,30.89,231.82,227,17.869,24.357,35.58,48.49,250.1,2000,15,98.38,2.91,0.174,0.7 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,8,,30,13:50:16,13:20:16,4677.5,3.66,0.0694,282,2.72,3.77,6,1,2.84,32.52,36.51,30.82,400.69,389.37,17.691,24.051,35.39,48.11,250.1,2000,17,98.38,3.28,0.179,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,9,,31,13:52:46,13:22:46,4827.5,6.92,0.0662,417,2.58,3.76,6,1,2.84,32.31,36.31,30.59,641.4,620.95,17.476,23.522,35.37,47.61,250.1,2001,17,98.38,2.87,0.177,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,10,,32,13:54:35,13:24:35,4936.5,10.9,0.065,626,2.55,3.78,6,1,2.84,32.33,36.37,30.61,980.7,948.81,17.503,23.484,35.39,47.49,250.1,2000,18,98.37,2.03,0.19,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,11,,33,13:56:53,13:26:53,5074.5,13,0.0646,773,2.52,3.76,6,1,2.84,32.21,36.25,30.47,1200.44,1162.28,17.455,23.358,35.54,47.56,250.1,2001,30,98.37,0.904,0.197,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,A/Ci,12,,34,13:58:53,13:28:53,5193.5,14.7,0.0639,1000,2.48,3.74,6,1,2.84,32.13,36.18,30.4,1501.34,1457.4,17.403,23.227,35.59,47.5,250,2000,21,98.36,0.904,0.197,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,1,,35,14:02:02,13:32:02,5382.5,15.4,0.0631,982,2.43,3.71,6,1,2.84,31.91,35.99,30.18,1500.17,1454.86,17.256,22.953,35.72,47.51,250.1,1999,21,98.36,-0.533,0.201,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,2,,36,14:03:34,13:33:34,5474.5,14.5,0.062,1000,2.31,3.6,6,1,2.84,31.9,35.55,30.19,1500.23,1457.36,17.214,22.634,35.67,46.9,250.1,1500,24,98.36,-0.533,0.201,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,3,,37,14:05:06,13:35:06,5566.5,13,0.0603,1040,2.16,3.45,6,1,2.84,31.76,34.98,30.08,1500.16,1461.37,17.181,22.25,35.87,46.45,250.1,1001,16,98.36,-0.533,0.201,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,4,,38,14:06:38,13:36:38,5658.5,9.78,0.0589,1130,2.04,3.34,6,1,2.84,31.74,34.52,30.1,1500.21,1469.56,17.132,21.924,35.82,45.83,250.1,501,18,98.35,-0.533,0.201,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,5,,39,14:08:38,13:38:38,5778.5,5.38,0.0575,1250,1.94,3.26,6,1,2.84,31.68,34.17,30.06,1500.16,1480.35,17.103,21.662,35.88,45.44,250.1,201,18,98.35,-1.66,0.198,0.7 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,6,,40,14:10:39,13:40:39,5900.5,3.15,0.056,1320,1.88,3.23,6,1,2.84,31.6,33.97,29.99,1500.14,1485.9,16.963,21.368,35.74,45.02,250,121,375,98.34,-1.7,0.191,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,7,,41,14:12:44,13:42:44,6025.5,1.44,0.0555,1370,1.84,3.2,6,1,2.84,31.51,33.8,29.91,1500.1,1490.08,16.866,21.184,35.71,44.86,250,70,237,98.34,-2.01,0.196,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,8,,42,14:14:45,13:44:45,6146.5,0.114,0.0548,1410,1.8,3.17,6,1,2.84,31.4,33.66,29.83,1500.39,1493.66,16.796,21.027,35.79,44.81,250.1,40,41,98.34,-2.08,0.198,0.7 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,9,,43,14:16:45,13:46:45,6266.5,-0.709,0.0545,1440,1.83,3.25,6,1,2.84,31.67,33.96,30.1,1500.66,1495.78,16.883,21.189,35.42,44.45,250.1,19,29,98.34,-2.1,0.194,1 -Sturt Plains,Eucalyptus coolibah,3,Canopy,UWS,15-Sep-08,Light,10,,44,14:18:46,13:48:46,6387.5,-1.94,0.0545,1470,1.88,3.32,6,1,2.84,31.99,34.26,30.42,1500.91,1498.82,17.005,21.405,35.03,44.1,250.2,0,34,98.33,-1.54,0.192,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,1,Yes,23,14:41:10,13:11:10,3865.5,2.51,0.0279,230,0.996,3.39,6,1,2.84,32.44,36.93,30.51,399.6,392.63,27.081,29.405,54.48,59.16,249.7,2001,88,98.5,1.17,0.278,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,2,,24,14:43:07,13:13:07,3983.5,1.38,0.0275,180,0.969,3.35,6,1,2.84,32.38,36.79,30.45,278.64,274.67,27.035,29.296,54.57,59.14,249.6,2000,100,98.5,1.04,0.286,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,3,,25,14:44:57,13:14:57,4093.5,0.972,0.0284,161,0.991,3.32,6,1,2.84,32.27,36.67,30.35,229.87,227,26.914,29.224,54.67,59.36,249.7,2000,118,98.49,1.04,0.288,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,4,,26,14:46:52,13:16:52,4208.5,0.279,0.031,126,1.08,3.32,6,1,2.84,32.38,36.74,30.47,148.9,147.85,26.836,29.367,54.17,59.28,249.6,2001,88,98.49,0.807,0.281,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,5,,27,14:48:40,13:18:40,4315.5,-0.481,0.0332,91,1.14,3.26,6,1,2.84,32.22,36.52,30.3,71.18,72.14,26.643,29.297,54.26,59.67,249.7,2001,93,98.49,0.462,0.294,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,6,,28,14:50:44,13:20:44,4440.5,-0.822,0.0354,76.6,1.18,3.16,6,1,2.84,31.87,36.18,29.97,40.42,42.27,26.353,29.097,54.75,60.46,249.6,2001,86,98.48,0.412,0.292,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,7,,29,14:53:14,13:23:14,4589.5,1.66,0.0382,146,1.25,3.11,6,1,2.84,31.66,35.94,29.78,230.46,225.8,25.913,28.825,54.49,60.61,249.6,1999,72,98.47,1.14,0.271,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,8,,30,14:55:23,13:25:23,4719.5,3.73,0.0361,208,1.19,3.13,6,1,2.84,31.61,35.88,29.71,401.24,391.15,25.618,28.394,54.02,59.87,249.7,1999,136,98.47,1.42,0.264,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,9,,31,14:57:52,13:27:52,4868.5,6.16,0.0323,291,1.09,3.2,6,1,2.84,31.64,35.94,29.75,640.21,623.76,25.362,27.903,53.38,58.73,249.6,2000,106,98.46,1.59,0.253,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,10,,32,14:59:31,13:29:31,4966.5,9.54,0.0315,428,1.07,3.24,6,1,2.84,31.66,35.99,29.76,980.42,955.02,25.176,27.684,52.91,58.18,249.6,2001,85,98.46,1.59,0.253,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,11,,33,15:01:32,13:31:32,5087.5,11,0.0295,524,1.01,3.26,6,1,2.84,31.57,35.91,29.68,1199.7,1170.49,24.899,27.263,52.59,57.59,249.6,1999,86,98.46,1.59,0.253,0.7 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,A/Ci,12,,34,15:03:33,13:33:33,5208.5,12.9,0.029,687,1,3.29,6,1,2.84,31.57,35.92,29.7,1498.98,1464.53,24.598,26.94,51.97,56.92,249.7,1999,83,98.46,1.59,0.253,0.7 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,1,,35,15:06:40,13:36:40,5395.5,12.6,0.0272,658,0.951,3.32,6,1,2.84,31.51,35.87,29.65,1500.55,1466.82,24.244,26.47,51.39,56.1,249.6,1999,66,98.45,0.968,0.22,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,2,,36,15:08:11,13:38:11,5486.5,12.2,0.027,682,0.908,3.2,6,1,2.84,31.54,35.43,29.66,1500.8,1468.29,24.139,26.264,51.09,55.59,249.6,1501,59,98.45,0.968,0.22,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,3,,37,15:09:45,13:39:45,5580.5,11.2,0.026,721,0.835,3.05,6,1,2.84,31.48,34.86,29.64,1500.76,1470.9,23.957,25.912,50.86,55.01,249.6,1001,105,98.44,0.968,0.22,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,4,,38,15:11:16,13:41:16,5671.5,9.22,0.0243,808,0.74,2.9,6,1,2.84,31.43,34.26,29.61,1500.68,1475.91,23.882,25.614,50.84,54.53,249.7,500,74,98.44,0.968,0.22,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,5,,39,15:13:16,13:43:16,5792.5,6.12,0.0229,996,0.67,2.78,6,1,2.84,31.36,33.81,29.55,1500.84,1483.75,23.849,25.418,50.99,54.35,249.7,201,584,98.43,0.448,0.204,0.7 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,6,,40,15:15:17,13:45:17,5912.5,4.09,0.0217,1120,0.623,2.74,6,1,2.84,31.25,33.57,29.48,1500.84,1488.78,23.751,25.209,51.09,54.23,249.6,120,556,98.43,0.319,0.204,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,7,,41,15:17:17,13:47:17,6033.5,2.3,0.0209,1250,0.589,2.69,6,1,2.84,31.09,33.33,29.33,1501.12,1493.49,23.601,24.982,51.21,54.21,249.6,69,58,98.43,0.363,0.205,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,8,,42,15:19:17,13:49:17,6153.5,0.979,0.0204,1350,0.584,2.73,6,1,2.84,31.19,33.45,29.45,1500.98,1496.52,23.516,24.884,50.76,53.71,249.6,40,93,98.43,0.364,0.202,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,9,,43,15:21:17,13:51:17,6273.5,-0.124,0.0203,1440,0.601,2.82,6,1,2.84,31.51,33.77,29.77,1500.94,1499.07,23.5,24.907,49.81,52.79,249.6,20,74,98.43,0.202,0.203,1 -Sturt Plains,Eucalyptus coolibah,4,Canopy,Monash,15-Sep-08,Light,10,,44,15:23:17,13:53:17,6393.5,-1.34,0.0202,1530,0.618,2.91,6,1,2.84,31.79,34.05,30.05,1500.88,1501.87,23.383,24.831,48.79,51.81,249.7,1,68,98.42,0.0228,0.209,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,1,,45,14:37:37,14:07:37,7518.5,3.44,0.0516,257,2.4,4.45,6,1,2.84,32.93,37.88,31.22,400.12,389.63,16.339,21.975,31.91,42.92,250.1,2001,84,98.29,3.12,0.189,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,2,,46,14:39:36,14:09:36,7637.5,1.67,0.0505,203,2.34,4.44,6,1,2.84,32.77,37.75,31.06,279.82,274.28,16.18,21.678,31.9,42.74,250.1,2000,81,98.29,2.8,0.183,0.7 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,3,,47,14:41:26,14:11:26,7747.5,0.977,0.0504,179,2.32,4.41,6,1,2.84,32.61,37.61,30.9,229.39,225.78,16.062,21.51,31.95,42.78,250.1,2000,101,98.28,2.55,0.181,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,4,,48,14:43:19,14:13:19,7859.5,-0.381,0.0506,150,2.32,4.38,6,1,2.84,32.52,37.51,30.8,148.72,148.81,15.942,21.379,31.86,42.73,250.1,2000,97,98.28,2.56,0.168,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,5,,49,14:45:20,14:15:20,7981.5,-1.55,0.0506,115,2.26,4.28,6,1,2.84,32.15,37.12,30.44,69.09,72.41,15.76,21.068,32.16,42.99,250.1,1999,124,98.28,1.7,0.169,0.7 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,6,,50,14:46:57,14:16:57,8078.5,-1.77,0.0516,95.7,2.29,4.26,6,1,2.84,32.07,37.05,30.36,41.07,45.06,15.642,21.025,32.07,43.11,250.1,1999,103,98.28,1.45,0.166,0.7 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,7,,51,14:49:28,14:19:28,8229.5,1.4,0.0524,170,2.31,4.22,6,1,2.84,31.92,36.92,30.2,232.08,227.45,15.488,20.909,32.03,43.23,250.1,2000,102,98.28,2.08,0.179,0.7 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,8,,52,14:51:25,14:21:25,8346.5,3.91,0.0515,243,2.24,4.17,6,1,2.84,31.68,36.67,29.96,400.46,388.99,15.345,20.599,32.16,43.17,250.1,2000,105,98.29,2.25,0.188,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,9,,53,14:53:53,14:23:53,8494.5,7.35,0.0501,347,2.15,4.12,6,1,2.84,31.44,36.45,29.73,639.97,619.14,15.216,20.281,32.33,43.09,250.1,2000,104,98.27,1.77,0.184,0.7 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,10,,54,14:55:42,14:25:42,8603.5,12,0.0497,506,2.12,4.09,6,1,2.84,31.27,36.3,29.55,979.95,946.44,15.144,20.132,32.49,43.19,250.1,2001,98,98.26,0.877,0.181,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,11,,55,14:57:29,14:27:29,8710,14.2,0.0495,631,2.1,4.07,6,1,2.84,31.15,36.2,29.44,1199.73,1159.7,15.057,19.999,32.51,43.18,250.1,2001,96,98.26,0.877,0.181,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,A/Ci,12,,56,14:59:14,14:29:14,8815,16.4,0.0492,832,2.09,4.07,6,1,2.84,31.11,36.16,29.4,1500.32,1453.64,14.951,19.859,32.36,42.98,250,1999,98,98.26,0.877,0.181,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,1,,57,15:05:29,14:35:29,9190,17.9,0.0491,780,2.09,4.09,6,1,2.84,31.07,36.17,29.35,1499.75,1449.5,14.77,19.695,32.04,42.73,250.1,2000,99,98.25,-1.97,0.19,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,2,,58,15:07:00,14:37:00,9281.5,16.7,0.049,824,2.02,3.95,6,1,2.84,31.17,35.7,29.47,1499.76,1452.74,14.761,19.507,31.84,42.08,250.1,1501,170,98.25,-1.97,0.19,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,3,,59,15:08:32,14:38:32,9373.5,15,0.0488,883,1.93,3.8,6,1,2.84,31.26,35.17,29.57,1499.66,1456.9,14.752,19.301,31.66,41.43,250.1,1000,94,98.25,-1.97,0.19,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,4,,60,15:10:11,14:40:11,9472.5,11.1,0.0484,1020,1.84,3.65,6,1,2.84,31.33,34.6,29.67,1499.79,1466.65,14.764,19.085,31.55,40.79,250.1,500,98,98.25,-1.97,0.19,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,5,,61,15:12:12,14:42:12,9593.5,5.44,0.0477,1220,1.75,3.53,6,1,2.84,31.31,34.14,29.68,1499.69,1480.42,14.724,18.846,31.5,40.32,250.1,201,96,98.25,-2.39,0.188,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,6,,62,15:14:13,14:44:13,9714.5,2.91,0.0472,1300,1.71,3.49,6,1,2.84,31.29,33.96,29.68,1499.81,1486.71,14.719,18.751,31.52,40.16,250.1,121,94,98.24,-2.4,0.195,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,7,,63,15:16:21,14:46:21,9842.5,1.17,0.0463,1370,1.64,3.41,6,1,2.84,31.04,33.62,29.45,1499.62,1490.95,14.692,18.553,31.91,40.3,250.1,70,87,98.24,-2.86,0.196,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,8,,64,15:18:22,14:48:22,9963.5,-0.0971,0.0457,1410,1.6,3.38,6,1,2.84,30.94,33.46,29.36,1499.57,1494.06,14.645,18.418,32.01,40.25,250.1,40,87,98.24,-3.05,0.185,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,9,,65,15:20:23,14:50:23,10084.5,-1,0.0451,1450,1.56,3.32,6,1,2.84,30.72,33.22,29.15,1499.93,1496.74,14.585,18.253,32.27,40.39,250.1,19,83,98.23,-2.95,0.19,1 -Sturt Plains,Eucalyptus coolibah,5,Canopy,UWS,15-Sep-08,Light,10,,66,15:22:24,14:52:24,10205.5,-1.87,0.0446,1490,1.51,3.27,6,1,2.84,30.53,32.99,28.97,1499.97,1499.02,14.517,18.085,32.47,40.45,250,0,83,98.23,-3.17,0.189,0.7 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,1,Yes,45,15:41:53,14:11:53,7509.5,2.26,0.0218,207,0.878,3.81,6,1,2.84,32.6,37.13,30.7,400.01,393.75,23.708,25.762,47.22,51.31,249.7,2000,157,98.39,1.23,0.299,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,2,Yes,46,15:43:53,14:13:53,7629.5,1.18,0.0216,173,0.876,3.84,6,1,2.84,32.55,37.08,30.66,278.94,275.53,23.303,25.354,46.55,50.65,249.6,2001,148,98.38,1.09,0.306,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,3,,47,15:45:45,14:15:45,7741.5,0.819,0.0219,155,0.893,3.87,6,1,2.84,32.53,37.08,30.64,230.17,227.71,22.955,25.047,45.9,50.08,249.7,2000,160,98.38,1.07,0.302,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,4,,48,15:47:41,14:17:41,7857.5,0.168,0.0226,127,0.913,3.82,6,1,2.84,32.39,36.86,30.5,148.66,147.93,22.592,24.732,45.52,49.83,249.7,2001,125,98.37,0.913,0.301,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,5,,49,15:49:37,14:19:37,7973.5,-0.504,0.0242,100,0.966,3.79,6,1,2.84,32.23,36.7,30.34,71.03,72.07,22.244,24.51,45.23,49.84,249.5,2000,125,98.37,0.722,0.305,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,6,,50,15:51:39,14:21:39,8095.5,-0.791,0.0274,84.7,1.08,3.75,6,1,2.84,32.07,36.55,30.18,40.34,42.13,21.914,24.445,44.96,50.16,249.6,2000,143,98.37,0.555,0.292,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,7,,51,15:54:09,14:24:09,8245.5,1.57,0.0324,137,1.24,3.65,6,1,2.84,31.86,36.24,29.95,230.9,226.45,21.464,24.374,44.57,50.61,249.7,2001,260,98.37,1.31,0.288,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,8,,52,15:56:14,14:26:14,8370.5,3.75,0.0319,183,1.2,3.6,6,1,2.84,31.57,35.97,29.67,401,390.85,21.122,23.948,44.58,50.55,249.6,2001,151,98.37,1.65,0.27,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,9,,53,15:58:44,14:28:44,8520.5,6.37,0.0295,247,1.13,3.64,6,1,2.84,31.51,35.91,29.62,639.92,622.92,20.752,23.397,43.94,49.54,249.6,1999,146,98.36,1.8,0.255,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,10,,54,15:59:49,14:29:49,8585,9.7,0.0285,367,1.09,3.64,6,1,2.84,31.44,35.86,29.55,982.15,956.32,20.611,23.176,43.83,49.28,249.6,2000,181,98.36,1.8,0.255,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,11,,55,16:01:23,14:31:23,8679.5,11.6,0.0275,439,1.05,3.63,6,1,2.84,31.26,35.73,29.36,1201.73,1170.86,20.429,22.888,43.88,49.17,249.6,2000,199,98.35,1.9,0.236,0.7 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,A/Ci,12,,56,16:02:28,14:32:28,8744.5,14.3,0.0271,552,1.03,3.61,6,1,2.84,31.19,35.63,29.29,1501.31,1463.39,20.296,22.712,43.77,48.98,249.6,2000,145,98.35,1.9,0.236,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,1,,57,16:08:38,14:38:38,9114,14.2,0.0261,524,1.02,3.71,6,1,2.84,31.14,35.69,29.25,1500.28,1462.66,19.554,21.943,42.28,47.44,249.7,2001,178,98.34,0.99,0.226,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,2,,58,16:10:10,14:40:10,9206,13.5,0.0254,543,0.949,3.56,6,1,2.84,31.11,35.15,29.24,1500.48,1464.6,19.434,21.665,42.09,46.92,249.6,1500,158,98.34,0.99,0.226,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,3,,59,16:11:42,14:41:42,9298,12.7,0.0249,587,0.898,3.43,6,1,2.84,31.16,34.65,29.29,1500.55,1466.87,19.331,21.442,41.76,46.33,249.6,1001,119,98.34,0.99,0.226,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,4,,60,16:13:14,14:43:14,9390,10.6,0.0241,705,0.829,3.28,6,1,2.84,31.14,34.07,29.32,1500.5,1472.15,19.211,21.162,41.54,45.75,249.6,500,194,98.34,0.99,0.226,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,5,,61,16:15:15,14:45:15,9511.5,6.91,0.0227,926,0.755,3.17,6,1,2.84,31.05,33.59,29.26,1500.28,1480.98,19.065,20.841,41.44,45.3,249.6,201,256,98.33,0.336,0.212,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,6,,62,16:17:16,14:47:16,9632.5,4.62,0.0217,1070,0.715,3.15,6,1,2.84,31.02,33.44,29.25,1500.39,1486.72,18.919,20.602,41.19,44.86,249.6,121,112,98.33,0.258,0.207,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,7,,63,16:19:17,14:49:17,9753.5,2.71,0.0206,1210,0.676,3.14,6,1,2.84,30.99,33.28,29.23,1500.48,1491.53,18.671,20.263,40.71,44.18,249.6,69,143,98.33,0.0513,0.206,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,8,,64,16:21:18,14:51:18,9874.5,1.17,0.0193,1320,0.631,3.12,6,1,2.84,30.81,33.07,29.07,1500.33,1495.26,18.4,19.886,40.54,43.81,249.6,40,92,98.33,0.0867,0.203,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,9,,65,16:23:17,14:53:17,9993.5,0.0433,0.0185,1420,0.602,3.11,6,1,2.84,30.7,32.93,28.95,1500.36,1498.09,18.107,19.526,40.16,43.3,249.6,20,178,98.33,-0.00539,0.207,1 -Sturt Plains,Eucalyptus coolibah,6,Canopy,Monash,15-Sep-08,Light,10,,66,16:25:17,14:55:17,10113.5,-0.995,0.0175,1510,0.565,3.09,6,1,2.84,30.55,32.73,28.8,1500.46,1500.81,17.853,19.185,39.93,42.91,249.6,1,135,98.33,0.109,0.198,1 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,1,,1,9:17:52,7:47:52,454.5,11.7,0.124,210,3.26,2.6,6,1,2.84,31.76,32.01,32.03,400.2,380.13,17.125,22.055,35.81,46.12,387.8,2000,0,98.5,2.61,0.0377,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,2,,2,9:19:41,7:49:41,563.5,8.27,0.128,150,3.38,2.63,6,1,2.84,31.77,32.07,32.03,280.36,266.23,16.916,22.004,35.37,46.01,389.4,1999,0,98.57,2.03,0.0451,0 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,3,,3,9:21:24,7:51:24,666.5,6.57,0.134,130,3.53,2.62,6,1,2.84,31.44,32.05,31.44,230.47,219.32,16.773,22.023,35.75,46.93,394.9,1999,0,98.58,2,0.0478,0 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,4,,4,9:23:15,7:53:15,777.5,3.38,0.144,99.6,3.74,2.6,6,1,2.84,31.52,31.98,31.63,149.79,144.14,16.696,21.967,35.44,46.62,416.4,2000,0,98.61,1.88,0.0355,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,5,,5,9:25:45,7:55:45,926.5,0.185,0.16,64.5,4.11,2.59,6,1,2.84,31.78,31.93,32.03,69.98,69.36,16.67,22.007,34.86,46.02,452.1,2000,0,98.6,1.54,0.0504,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,6,,6,9:28:15,7:58:15,1076.5,-1.08,0.177,50.3,4.55,2.6,6,1,2.84,31.73,31.98,31.83,40.85,41.92,16.658,22.009,34.93,46.15,499,2000,0,98.59,1.39,0.048,0.7 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,7,,7,9:30:44,8:00:44,1226.5,7.82,0.192,144,4.91,2.6,6,1,2.84,31.76,31.98,31.84,230.64,220.6,16.614,22.028,34.76,46.09,532.1,2000,0,98.54,1.95,0.0413,0 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,8,,8,9:33:19,8:03:19,1380.5,15.5,0.193,232,4.93,2.6,6,1,2.84,31.81,32.03,31.83,400.46,380.75,16.616,22.101,34.71,46.16,527.8,2000,0,98.67,2.44,0.0225,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,9,,9,9:35:20,8:05:20,1501.5,22.9,0.181,376,4.73,2.64,6,1,2.84,31.57,32.11,31.21,639.67,610.18,16.672,21.96,35.3,46.49,524.6,1999,0,98.68,2.44,0.0225,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,10,,10,9:36:53,8:06:53,1594.5,25.3,0.173,665,4.49,2.62,6,1,2.84,31.28,32.04,31.05,981.1,946.34,16.824,21.994,36.17,47.28,509.4,2000,0,98.55,2.44,0.0225,1 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,A/Ci,11,,11,9:38:54,8:08:54,1715.5,25.4,0.139,814,3.68,2.63,6,1,2.84,30.63,32.07,30.06,1201.33,1161.26,17.12,21.981,38.19,49.04,443.9,1999,0,98.54,2.44,0.0225,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,1,,12,9:41:59,8:11:59,1901.5,24.9,0.105,718,2.77,2.61,6,1,2.84,29.67,31.98,28.67,1196.28,1150.45,17.419,21.847,41.14,51.6,367.3,1999,0,98.74,2.44,0.0225,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,2,,13,9:44:00,8:14:00,2022.5,24,0.0857,650,2.25,2.58,6,1,2.84,31.16,31.9,31.06,1200.41,1148.84,17.719,21.991,38.39,47.65,309.7,1501,0,98.64,2.44,0.0225,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,3,,14,9:46:02,8:16:02,2143,19.6,0.0708,662,1.9,2.61,6,1,2.84,31.93,32.03,31.92,1199.36,1152.92,18.062,22.022,37.46,45.67,280.9,1000,0,98.62,2.44,0.0225,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,4,,15,9:48:03,8:18:03,2264.5,13.2,0.0598,763,1.6,2.6,6,1,2.84,32.67,32,32.73,1199.37,1163.97,18.391,22.071,36.59,43.91,254.9,501,0,98.67,2.44,0.0225,0.7 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,5,,16,9:50:44,8:20:44,2426,6.9,0.0487,899,1.31,2.62,6,1,2.84,32.9,32.04,33,1195.55,1174.39,18.719,21.938,36.83,43.16,239.4,199,0,98.84,0.322,0.043,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,6,,17,9:53:15,8:23:15,2576.5,3.98,0.0398,970,1.07,2.59,6,1,2.84,32.85,31.93,32.99,1193.48,1178.2,18.841,21.884,37.2,43.21,205.5,121,0,98.93,0.675,-0.0199,0 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,7,,18,9:55:46,8:25:46,2728.5,2.6,0.0374,1030,1.02,2.63,6,1,2.84,33.16,32.09,33.39,1201.62,1190,18.97,22.004,36.7,42.57,197,70,0,98.64,-0.187,0.0625,0 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,8,,19,9:57:50,8:27:50,2852.5,0.591,0.0332,1110,0.899,2.61,6,1,2.84,32.7,32.03,32.6,1199.26,1193.5,19.001,22.044,37.72,43.76,173.3,40,0,98.61,0.29,0.0784,0.3 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,9,,20,10:00:27,8:30:27,3009.5,-0.339,0.0281,1170,0.762,2.6,6,1,2.84,32.78,31.97,32.8,1199.78,1197.63,19.211,22.007,37.95,43.47,159.8,20,0,98.56,0.0638,-0.0344,0 -Sturt Plains,Eucalyptus pruinosa,1,Canopy,Monash,15-Sep-08,Light,10,,21,10:02:59,8:32:59,3161.5,-1.88,0.0296,1250,0.803,2.61,6,1,2.84,32.8,32.03,32.79,1196.1,1199.33,19.246,22,38,43.44,171,0,0,98.66,0.0582,0.113,0 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,1,,1,8:11:45,7:41:45,245,7.67,0.0733,193,1.94,2.58,6,1,2.84,30.97,31.89,31.47,400.52,376.29,16.52,21.983,36.14,48.09,208.1,2000,68,98.55,-3.98,-0.0402,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,2,,2,8:13:51,7:43:51,371,4.66,0.0694,147,1.88,2.64,6,1,2.84,31.3,32.11,31.6,281.22,265.99,16.55,21.98,35.54,47.2,203.1,2000,77,98.55,-2.04,-0.0314,0 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,3,,3,8:16:33,7:46:33,533,1.92,0.0377,128,1.01,2.58,6,1,2.84,30.77,31.99,30.82,230.24,218.33,16.709,22.211,36.98,49.15,107.7,2000,81,98.55,-0.0296,-0.815,0 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,4,,4,8:19:03,7:49:03,683,1.68,0.0829,106,2.21,2.61,6,1,2.84,30.77,32.02,30.82,150.07,145.26,16.837,22.019,37.26,48.72,250.4,1999,85,98.54,-1.26,-0.0935,0 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,5,,5,8:21:34,7:51:34,834,-0.519,0.0948,76.4,2.5,2.6,6,1,2.84,30.77,31.95,30.82,69.87,70.56,17.024,21.982,37.67,48.64,296.5,2000,93,98.55,-1.21,-0.0368,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,6,,6,8:24:04,7:54:04,984,-1.41,0.11,61.5,2.9,2.61,6,1,2.84,30.82,32,30.82,40.5,42.61,17.319,21.98,38.22,48.5,365.2,1999,101,98.55,-1.19,-0.0533,0.7 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,7,,7,8:26:34,7:56:34,1134,5.57,0.125,140,3.28,2.6,6,1,2.84,30.86,31.98,30.82,230.38,221.57,17.527,22.016,38.59,48.48,429,2000,190,98.56,-1.52,-0.0209,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,8,,8,8:29:03,7:59:03,1283,11.2,0.129,227,3.38,2.6,6,1,2.84,30.85,31.95,30.82,400.51,384.58,17.786,21.979,39.19,48.43,472.5,1999,123,98.58,-2.45,-0.0187,0 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,9,,9,8:31:04,8:01:04,1403.5,15.9,0.12,377,3.17,2.61,6,1,2.84,30.86,32.02,30.82,640.44,617.8,18.057,21.987,39.77,48.43,473.5,1999,113,98.57,-2.45,-0.0187,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,10,,10,8:33:05,8:03:05,1524.5,16,0.104,665,2.78,2.64,6,1,2.84,30.59,32.11,30.18,979.84,955.18,18.379,21.966,41.11,49.13,455.2,2000,138,98.57,-2.45,-0.0187,0.7 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,A/Ci,11,,11,8:35:06,8:05:06,1645.5,15.9,0.0794,799,2.13,2.62,6,1,2.84,30.14,32.06,29.84,1200.48,1171.41,18.681,21.971,42.87,50.42,380.1,1999,508,98.57,-2.45,-0.0187,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,1,,12,8:40:04,8:10:04,1944,19.4,0.0523,518,1.4,2.6,6,1,2.84,29.13,31.95,28.47,1199.63,1157.47,19.169,21.925,46.64,53.34,299,2000,571,98.59,-8.83,0.0541,1 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,2,,13,8:42:05,8:12:05,2064.5,16.9,0.047,539,1.28,2.63,6,1,2.84,31.08,32.09,30.74,1199.69,1159.94,19.292,21.995,41.96,47.84,277.8,1501,774,98.59,-8.83,0.0541,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,3,,14,8:43:37,8:13:37,2156.5,14.6,0.0423,566,1.14,2.59,6,1,2.84,31.7,31.95,31.99,1199.56,1161.96,19.378,22.006,40.69,46.2,253.7,1001,800,98.59,-8.83,0.0541,1 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,4,,15,8:45:14,8:15:14,2253,9.9,0.038,709,1.03,2.62,6,1,2.84,32.52,32.05,32.51,1199.52,1172.6,19.554,22,39.2,44.1,247.7,501,768,98.59,-8.83,0.0541,1 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,5,,16,8:47:44,8:17:44,2404,4.61,0.0283,876,0.765,2.59,6,1,2.84,32.16,31.96,32.17,1199.14,1183.65,19.905,22.008,40.72,45.02,213.4,200,720,98.59,-8.72,0.0391,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,6,,17,8:50:14,8:20:14,2554,3.15,0.028,960,0.76,2.6,6,1,2.84,32.83,32,33.15,1198.77,1187.88,20.014,22.013,39.43,43.37,223.2,119,674,98.59,-9.26,0.0277,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,7,,18,8:52:17,8:22:17,2677,1.02,0.0196,1060,0.535,2.62,6,1,2.84,32.86,32.05,33.15,1198.58,1192.23,19.993,22.003,39.32,43.27,156.2,69,743,98.59,-9.21,0.0534,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,8,,19,8:54:52,8:24:52,2832,-0.0629,0.024,1150,0.654,2.61,6,1,2.84,32.01,32.01,31.78,1199.7,1197.53,20.05,21.981,41.37,45.35,198.7,39,669,98.59,-8.43,0.128,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,9,,20,8:56:56,8:26:56,2956,-0.757,0.0164,1220,0.443,2.58,6,1,2.84,32.05,31.91,31.98,1199.58,1200.49,20.261,22.016,41.71,45.32,148.1,20,595,98.6,-7.95,0.0683,0.3 -Sturt Plains,Eucalyptus pruinosa,2,Canopy,UWS,15-Sep-08,Light,10,,21,8:59:18,8:29:18,3098,-1.5,0.0161,1300,0.438,2.6,6,1,2.84,32.09,31.99,31.98,1199.12,1202.56,20.497,22.008,42.12,45.22,170.1,0,526,98.6,-7.91,0.0928,0.3 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,1,,22,10:10:52,8:40:52,3634,14.3,0.219,248,5.57,2.61,6,1,2.84,31.53,32.02,31.23,399.4,373.09,13.207,21.983,28.03,46.65,372.5,2000,261,98.68,2.18,0.0858,0.7 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,2,,23,10:12:37,8:42:37,3739.5,9.66,0.213,175,5.41,2.6,6,1,2.84,31.48,32,31.24,279.83,261.26,13.138,22.019,27.96,46.85,357.7,2000,724,98.68,1.72,0.0485,0.3 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,3,,24,10:14:19,8:44:19,3841.5,7.37,0.213,149,5.49,2.64,6,1,2.84,31.54,32.12,31.24,230.06,216.16,13.263,21.977,28.14,46.63,369.5,1999,775,98.68,1.82,0.0486,0.7 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,4,,25,10:15:51,8:45:51,3933.5,3.9,0.215,106,5.49,2.62,6,1,2.84,31.26,32.06,30.84,150.19,142.62,13.325,22.007,28.72,47.44,371.3,1999,824,98.68,1.69,0.0566,0.7 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,5,,26,10:18:04,8:48:04,4066.5,0.127,0.221,66,5.63,2.61,6,1,2.84,30.9,32.01,30.27,70.69,69.88,13.43,21.991,29.55,48.38,385.7,2000,799,98.68,1.45,0.0273,0.7 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,6,,27,10:20:36,8:50:36,4218.5,-1.28,0.234,49.3,5.88,2.59,6,1,2.84,30.87,31.93,30.27,40.34,41.88,13.41,21.99,29.56,48.47,402.1,1999,846,98.69,1.35,0.0306,0.7 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,7,,28,10:23:10,8:53:10,4372.5,8,0.252,155,6.34,2.6,6,1,2.84,30.93,31.99,30.27,230.81,218.13,13.608,21.985,29.9,48.3,443.9,1999,855,98.69,1.86,0.0644,0 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,8,,29,10:24:42,8:54:42,4464,15.6,0.256,258,6.41,2.59,6,1,2.84,30.92,31.96,30.27,400.31,376.79,13.79,21.983,30.31,48.32,458.9,2000,683,98.69,1.86,0.0644,1 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,9,,30,10:26:42,8:56:42,4585,22.8,0.244,422,6.14,2.6,6,1,2.84,31.14,32.01,30.43,640.49,604.56,13.907,22.037,30.18,47.82,443,2000,434,98.69,1.86,0.0644,0.3 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,10,,31,10:28:44,8:58:44,4706,25.1,0.214,699,5.5,2.63,6,1,2.84,31.04,32.1,30.46,980.75,934.91,13.885,22.028,30.3,48.08,396.1,2000,567,98.69,1.86,0.0644,0.7 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,A/Ci,11,,32,10:30:45,9:00:45,4827,25.1,0.18,865,4.66,2.63,6,1,2.84,30.48,32.08,29.68,1199.96,1145.21,13.794,21.984,31.09,49.54,333.8,2000,136,98.69,1.86,0.0644,0.3 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,1,,33,10:33:43,9:03:43,5004.5,26.1,0.14,777,3.67,2.62,6,1,2.84,29.58,32.04,28.25,1199.77,1129.68,13.646,21.955,32.38,52.1,258.9,2000,126,98.7,0.681,0.017,0.3 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,2,,34,10:35:44,9:05:44,5125.5,23.5,0.113,739,2.96,2.59,6,1,2.84,31.01,31.95,30.74,1199.95,1121.65,13.553,22.022,29.63,48.15,205.2,1501,128,98.7,0.681,0.017,0.3 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,3,,35,10:37:45,9:07:45,5246.5,19.6,0.0933,734,2.46,2.59,6,1,2.84,31.59,32,31.16,1199.35,1119.58,13.529,22.109,28.62,46.77,168.2,1001,134,98.7,0.681,0.017,0.3 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,4,,36,10:39:19,9:09:19,5340.5,13.9,0.0822,814,2.18,2.59,6,1,2.84,32.6,32.02,32.58,1199.59,1133.08,13.491,22.161,26.95,44.28,147.2,501,274,98.71,0.681,0.017,1 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,5,,37,10:41:20,9:11:20,5461.5,6.18,0.0638,953,1.69,2.58,6,1,2.84,32.34,31.99,32.17,1199.32,1155.98,13.36,22.179,27.09,44.98,112.6,200,564,98.71,0.681,0.017,0.3 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,6,,38,10:43:13,9:13:13,5574.5,3.64,0.0567,1020,1.52,2.6,6,1,2.84,32.44,32.07,32.22,1199.52,1167.19,13.306,22.188,26.83,44.74,100.4,119,162,98.71,0.681,0.017,1 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,7,,39,10:45:14,9:15:14,5695.5,1.73,0.0505,1070,1.34,2.58,6,1,2.84,32.26,31.97,32.01,1199.51,1177.24,13.341,22.174,27.18,45.18,89.2,70,160,98.71,0.681,0.017,0.7 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,8,,40,10:47:25,9:17:25,5827.5,0.422,0.0415,1120,1.11,2.59,6,1,2.84,32.51,31.95,32.41,1199.41,1185.56,13.339,21.993,26.79,44.17,75.3,40,486,98.71,0.595,-0.234,0 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,9,,41,10:50:00,9:20:00,5982.5,-0.504,0.0404,1160,1.1,2.62,6,1,2.84,32.58,32.06,32.41,1199.31,1192.78,13.283,22.004,26.57,44.02,73.8,20,194,98.71,0.334,-0.0996,0.7 -Sturt Plains,Eucalyptus pruinosa,3,Canopy,Monash,15-Sep-08,Light,10,,42,10:52:41,9:22:41,6143.5,-0.507,0.0126,1210,0.356,2.69,6,1,2.84,32.58,32.1,32.41,1199.37,1201.24,13.208,21.354,26.42,42.72,25.6,0,224,98.71,-0.0559,-0.584,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,1,,22,9:08:37,8:38:37,3657,7.37,0.0893,233,2.39,2.63,6,1,2.84,30.26,32.09,29.63,399.94,382,16.925,21.998,38.6,50.17,276.9,1999,179,98.61,-2.15,-0.0114,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,2,,23,9:11:07,8:41:07,3807,4.73,0.0951,176,2.53,2.62,6,1,2.84,30.38,32.04,30.03,278.66,267.65,16.961,22,38.41,49.82,294.8,2000,179,98.61,-0.983,0.0285,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,3,,24,9:13:37,8:43:37,3957,3.95,0.103,151,2.74,2.62,6,1,2.84,30.43,32.06,30.03,230.66,222.24,17.027,21.984,38.46,49.65,324.5,1999,180,98.61,-0.751,-0.0304,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,4,,25,9:16:07,8:46:07,4107,1.93,0.118,113,3.11,2.62,6,1,2.84,30.45,32.04,30.04,149.91,146.08,17.085,21.979,38.54,49.58,373.3,2000,196,98.62,-0.707,0.0446,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,5,,26,9:18:47,8:48:47,4267,-0.653,0.132,74.5,3.47,2.63,6,1,2.84,30.5,32.09,30.03,68.88,69.45,17.22,22.001,38.73,49.48,426.4,1999,293,98.61,-0.711,-0.114,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,6,,27,9:20:28,8:50:28,4367,-1.87,0.15,57.3,3.88,2.59,6,1,2.84,29.97,31.96,29.25,36.29,38.43,17.309,22.008,40.13,51.03,484.1,2001,419,98.6,-0.777,0.025,0.7 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,7,,28,9:22:57,8:52:57,4517,6.13,0.166,154,4.3,2.61,6,1,2.84,30.9,32.02,30.62,231.49,223.74,17.408,22.015,38.27,48.4,548.2,1999,663,98.63,-0.935,0.0123,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,8,,29,9:25:27,8:55:27,4667,12.6,0.18,254,4.68,2.63,6,1,2.84,30.99,32.1,30.62,400.17,386.1,17.544,22.002,38.38,48.14,615.9,2000,462,98.62,-1.64,0.0291,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,9,,30,9:27:56,8:57:56,4816,19.1,0.182,419,4.7,2.62,6,1,2.84,30.59,32.06,30.03,639.63,618.74,17.651,22.012,39.5,49.26,633.1,1999,464,98.63,-2.76,0.0264,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,10,,31,9:30:27,9:00:27,4966,21.1,0.167,703,4.37,2.63,6,1,2.84,30.09,32.08,29.24,980.35,951.21,17.043,21.977,39.24,50.6,519.7,2000,567,98.63,-4.93,0.0258,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,A/Ci,11,,32,9:32:57,9:02:57,5117,20.5,0.144,882,3.78,2.63,6,1,2.84,30.02,32.09,29.26,1199.49,1165.32,16.933,22.009,39.16,50.9,436.5,2000,178,98.63,-6.85,0.0652,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,1,,33,9:35:29,9:05:29,5269,20.2,0.124,848,3.3,2.63,6,1,2.84,29.57,32.1,28.42,1199.1,1160.6,16.788,21.969,39.84,52.14,373.9,1999,243,98.66,-6.85,0.0652,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,2,,34,9:37:12,9:07:12,5371,18.6,0.11,836,2.88,2.58,6,1,2.84,30.62,31.93,30.23,1199.9,1158.78,16.75,22.014,37.43,49.19,320.7,1501,596,98.64,-6.85,0.0652,1 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,3,,35,9:39:13,9:09:13,5492,16.5,0.099,842,2.63,2.62,6,1,2.84,31.43,32.05,31.01,1199.88,1160.14,16.73,21.968,35.7,46.88,295.1,1000,201,98.64,-6.85,0.0652,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,4,,36,9:41:14,9:11:14,5613.5,10.9,0.0899,923,2.39,2.61,6,1,2.84,32.25,32.01,32.18,1199.65,1168.93,16.77,21.994,34.16,44.8,268.3,501,370,98.64,-6.85,0.0652,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,5,,37,9:43:45,9:13:45,5764,5.08,0.0791,1030,2.14,2.65,6,1,2.84,32.9,32.16,32.95,1199.69,1180.5,16.73,22.01,32.84,43.21,237.7,201,254,98.64,-7.61,0.114,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,6,,38,9:46:15,9:16:15,5915,2.49,0.0653,1070,1.76,2.62,6,1,2.84,32.36,32.04,32.17,1199.44,1185.28,16.658,21.979,33.72,44.48,193.8,120,301,98.64,-7.2,0.127,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,7,,39,9:48:47,9:18:47,6066,0.777,0.0574,1120,1.53,2.59,6,1,2.84,32.3,31.94,32.18,1199.02,1189.66,16.58,21.975,33.68,44.64,166.6,70,203,98.65,-7.04,0.126,0 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,8,,40,9:50:49,9:20:49,6189,-0.231,0.0521,1150,1.39,2.59,6,1,2.84,32.3,31.96,32.17,1199.08,1193.33,16.534,22.01,33.58,44.7,149.3,39,204,98.65,-7.31,0.117,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,9,,41,9:52:52,9:22:52,6311,-0.94,0.0486,1180,1.31,2.61,6,1,2.84,32.32,32.01,32.17,1199.21,1196.51,16.481,21.992,33.43,44.61,139.4,20,215,98.65,-7.21,0.138,0.3 -Sturt Plains,Eucalyptus pruinosa,4,Canopy,UWS,15-Sep-08,Light,10,,42,9:55:14,9:25:14,6454,-0.93,0.0233,1210,0.633,2.61,6,1,2.84,32.35,32.09,32.18,1199.6,1201.15,16.527,22.197,33.47,44.95,65.5,0,239,98.64,-7.29,-0.583,0 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,1,,43,11:10:30,9:40:30,7212.5,12.5,0.12,199,2.95,2.44,6,1,2.84,28.98,32.12,27.25,400.37,384.14,20.58,23.997,50.56,58.95,505.3,1999,190,98.72,2.4,0.135,0.7 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,2,,44,11:12:09,9:42:09,7311.5,7.72,0.12,154,2.9,2.39,6,1,2.84,28.9,31.96,27.53,278.92,268.64,20.584,24.009,50.82,59.28,495.6,2001,204,98.72,2.63,0.114,0 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,3,,45,11:14:39,9:44:39,7461.5,6.47,0.134,135,3.22,2.4,6,1,2.84,28.7,31.98,27.11,229.97,222.36,20.679,24.012,51.64,59.96,566.2,2001,207,98.72,2.34,0.127,0.3 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,4,,46,11:17:09,9:47:09,7611.5,3.81,0.154,98.7,3.71,2.43,6,1,2.84,28.74,32.08,27.14,148.99,145.17,20.836,24.022,51.91,59.85,682.3,2001,211,98.72,2.01,0.13,0 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,5,,47,11:19:37,9:49:37,7759.5,0.385,0.176,63.9,4.15,2.39,6,1,2.84,28.75,31.99,27.14,70.76,70.23,21.004,24.172,52.3,60.19,767,2000,198,98.72,1.63,0.137,1 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,6,,48,11:21:21,9:51:21,7863.5,-1.06,0.194,47.7,4.46,2.34,6,1,2.84,28.76,31.94,27.14,39.52,40.21,21.129,24.535,52.6,61.08,766.2,2001,202,98.72,1.47,0.145,1 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,7,,49,11:23:51,9:53:51,8013.5,8.42,0.207,147,4.72,2.33,6,1,2.84,29.24,31.98,27.93,230.29,222.86,21.147,24.759,51.18,59.92,765.1,2000,229,98.72,2.21,0.128,1 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,8,,50,11:25:52,9:55:52,8134,15.9,0.191,227,4.57,2.43,6,1,2.84,29.19,32.09,27.74,400.07,379.43,18.786,24.02,45.61,58.31,511.8,2000,245,98.72,2.21,0.128,0.7 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,9,,51,11:27:53,9:57:53,8255,24,0.164,341,3.93,2.4,6,1,2.84,28.47,31.98,26.61,639.85,604.93,18.881,23.963,47.8,60.66,452.5,2000,237,98.73,2.21,0.128,0.3 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,10,,52,11:29:54,9:59:54,8376,29,0.137,548,3.33,2.42,6,1,2.84,28.93,32.03,27.54,981.29,930.34,18.806,23.958,46.34,59.04,378.6,1999,267,98.73,2.21,0.128,0.3 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,A/Ci,11,,53,11:31:55,10:01:55,8497,29.8,0.121,696,2.97,2.43,6,1,2.84,28.46,32.06,26.62,1199.35,1141.02,18.828,23.923,47.68,60.58,341,1999,282,98.73,2.21,0.128,0.3 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,1,,54,11:41:49,10:11:49,9091.5,28.3,0.0919,596,2.41,2.57,6,1,2.84,29.09,32.6,27.3,1199.08,1140.6,19.564,23.985,47.79,58.59,318.8,2001,251,98.73,3.34,0.178,0.3 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,2,,55,11:43:50,10:13:50,9212.5,26.6,0.0856,595,2.08,2.38,6,1,2.84,29.09,31.91,27.93,1199.04,1140.43,19.931,24.024,48.69,58.69,297,1500,262,98.73,3.34,0.178,0.3 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,3,,56,11:45:51,10:15:51,9333.5,21.8,0.0791,657,1.95,2.41,6,1,2.84,30.8,32.04,30.07,1198.7,1144.53,19.793,24.079,43.81,53.3,266.1,1000,270,98.73,3.34,0.178,0.3 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,4,,57,11:47:27,10:17:27,9429,15.6,0.0742,772,1.83,2.4,6,1,2.84,31.51,32.04,30.8,1198.93,1154.86,19.712,24.144,41.9,51.32,241.3,500,335,98.73,3.34,0.178,1 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,5,,58,11:49:21,10:19:21,9543,7.4,0.0692,955,1.71,2.41,6,1,2.84,31.6,32.07,30.84,1198.77,1173,19.627,24.196,41.51,51.17,218.9,200,251,98.73,3.34,0.178,1 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,6,,59,11:51:35,10:21:35,9677.5,4.83,0.063,1010,1.54,2.39,6,1,2.84,31.54,31.93,30.84,1198.65,1178.63,19.462,24.001,41.3,50.93,199.3,120,215,98.73,1.3,0.12,0 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,7,,60,11:53:44,10:23:44,9806.5,2.23,0.0559,1070,1.39,2.41,6,1,2.84,31.96,32.02,31.43,1198.78,1185.18,19.242,23.996,39.88,49.73,171.3,70,253,98.73,1.68,-0.048,0 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,8,,61,11:56:22,10:26:22,9963.5,0.517,0.0383,1120,0.955,2.41,6,1,2.84,31.53,32.05,30.65,1198.94,1189.99,19.059,24.107,40.46,51.18,110.8,40,1082,98.73,2.36,-0.412,0 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,9,,62,11:58:42,10:28:42,10104.5,-0.381,0.0561,1160,1.39,2.41,6,1,2.84,31.36,32.01,30.45,1199,1194.34,19.068,24.006,40.89,51.48,165.2,21,1657,98.73,1.3,0.129,0 -Sturt Plains,Eucalyptus pruinosa,5,Canopy,Monash,15-Sep-08,Light,10,,63,12:01:19,10:31:19,10261.5,-1.7,0.0526,1200,1.3,2.39,6,1,2.84,31.8,31.94,31.24,1199.01,1199.58,18.942,24.015,39.6,50.21,149.5,1,1670,98.73,1.33,-0.16,0 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,1,,43,10:05:41,9:35:41,7081,11.8,0.184,253,4.17,2.3,6,1,2.84,29.14,31.96,27.52,400.38,374.09,17,25.004,41.36,60.84,304.9,2000,202,98.65,-0.0286,0.0155,0 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,2,,44,10:08:33,9:38:33,7253,6.76,0.151,179,3.53,2.33,6,1,2.84,29.44,32.08,28.28,279.84,261.94,17,25.009,40.66,59.82,257.6,2000,215,98.64,0.384,-0.057,0 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,3,,45,10:10:30,9:40:30,7370,5.14,0.154,153,3.6,2.34,6,1,2.84,29.06,32.1,27.69,229.71,216.32,17.046,24.978,41.66,61.04,265.3,1999,222,98.65,0.203,0.0774,0 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,4,,46,10:13:02,9:43:02,7522,2.38,0.161,113,3.72,2.33,6,1,2.84,28.59,32.07,26.91,149.32,143.03,17.175,25.021,43.14,62.85,277.7,1999,229,98.65,0.293,0.0606,0 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,5,,47,10:15:33,9:45:33,7672,-0.552,0.175,73,3.97,2.29,6,1,2.84,28.39,31.94,26.71,69.83,70.37,17.312,25.002,44,63.54,301.7,2000,228,98.65,0.163,0.103,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,6,,48,10:18:03,9:48:03,7823,-1.74,0.194,56.2,4.41,2.31,6,1,2.84,28.93,31.98,27.5,40.22,42.93,17.457,24.981,42.99,61.52,343.1,2000,222,98.64,0.0924,0.0756,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,7,,49,10:20:34,9:50:34,7973,6.6,0.208,157,4.69,2.3,6,1,2.84,29.18,31.96,27.89,230.8,218.26,17.495,25.007,42.47,60.71,364.8,1999,256,98.65,0.294,0.0887,0 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,8,,50,10:22:47,9:52:47,8107,13.2,0.198,251,4.57,2.35,6,1,2.84,29.28,32.14,27.88,401.25,376.55,17.574,24.976,42.42,60.28,361.3,2000,264,98.65,-0.116,0.0868,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,9,,51,10:24:48,9:54:48,8227.5,19,0.164,383,3.77,2.32,6,1,2.84,28.64,32.01,26.97,639.58,597.14,17.617,24.961,44.13,62.53,300.4,2001,234,98.66,-0.116,0.0868,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,10,,52,10:26:49,9:56:49,8348.5,23.4,0.137,604,3.18,2.31,6,1,2.84,28.74,31.99,27.29,979.62,917.59,17.612,24.929,43.86,62.09,254.3,2001,276,98.65,-0.116,0.0868,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,A/Ci,11,,53,10:28:41,9:58:41,8460,24.4,0.121,757,2.86,2.35,6,1,2.84,28.8,32.12,27.31,1200.33,1128.06,17.629,24.942,43.74,61.88,229,1999,256,98.65,-0.116,0.0868,1 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,1,,54,10:37:05,10:07:05,8965,24,0.088,660,2.29,2.55,6,1,2.84,29.38,32.87,27.76,1200.35,1146.34,20.454,24.991,49.08,59.97,295.4,2001,213,98.67,-3.83,0.18,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,2,,55,10:39:06,10:09:06,9086,21.2,0.0802,675,1.92,2.33,6,1,2.84,28.71,32.07,27.06,1200.5,1143.74,20.399,24.936,50.88,62.2,247.1,1500,208,98.66,-3.83,0.18,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,3,,56,10:41:08,10:11:08,9207,18.1,0.0735,718,1.72,2.28,6,1,2.84,30.05,31.91,29.49,1200.26,1155.66,21.323,25.048,49.23,57.82,269.9,1000,201,98.65,-3.83,0.18,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,4,,57,10:43:09,10:13:09,9328.5,12.7,0.0675,816,1.6,2.31,6,1,2.84,30.79,32.03,30.03,1199.86,1162.94,21.169,25.112,46.84,55.57,237.4,500,221,98.65,-3.83,0.18,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,5,,58,10:44:53,10:14:53,9432.5,5.8,0.0644,990,1.54,2.32,6,1,2.84,31.13,32.11,30.41,1199.92,1179.24,21.067,25.143,45.72,54.56,221,200,213,98.65,-3.83,0.18,1 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,6,,59,10:47:36,10:17:36,9596,3.27,0.0529,1040,1.25,2.3,6,1,2.84,30.84,31.95,30.02,1199.95,1184.09,20.893,24.976,46.1,55.11,179.7,120,191,98.65,-2.94,-0.279,0 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,7,,60,10:50:08,10:20:08,9747,1.62,0.0564,1100,1.34,2.29,6,1,2.84,31.09,31.94,30.41,1200.16,1189.51,20.66,24.991,44.95,54.37,180.4,70,194,98.66,-5.39,0.166,0 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,8,,61,10:52:11,10:22:11,9871,0.163,0.0526,1140,1.26,2.31,6,1,2.84,31.14,32.01,30.41,1200.28,1194.13,20.468,24.998,44.41,54.24,162.4,39,223,98.65,-5.24,0.163,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,9,,62,10:54:20,10:24:20,10000,-0.773,0.0565,1170,1.35,2.32,6,1,2.84,30.71,32.04,29.62,1200.36,1197.41,20.374,24.977,45.31,55.54,171.9,19,242,98.66,-4.98,0.218,0.3 -Sturt Plains,Eucalyptus pruinosa,6,Canopy,UWS,15-Sep-08,Light,10,,63,10:56:22,10:26:22,10122,-1.83,0.0544,1210,1.29,2.3,6,1,2.84,30.85,31.95,30.02,1200.34,1201.36,20.374,24.974,44.94,55.09,164,0,241,98.66,-4.43,0.201,0 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,1,,1,9:15:53,8:15:53,179.5,11,0.104,182,2.71,2.59,6,1,2.84,32.76,31.29,34.6,401.43,367.5,12.509,20.038,24.94,39.95,212,2001,123,99.38,3.14,0.0622,0.3 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,2,,2,9:17:57,8:17:57,303,7.07,0.106,142,2.96,2.79,6,1,2.84,34.51,32,36.52,279.91,261.57,13.219,20,23.9,36.16,256.7,2000,109,99.38,3.21,-0.111,0.3 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,3,,3,9:20:01,8:20:01,427,4.87,0.115,113,3.21,2.78,6,1,2.84,33.82,31.97,35.34,200.58,189.73,13.775,20.002,25.87,37.57,303.3,2001,104,99.38,3.08,-0.0618,0.3 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,4,,4,9:22:01,8:22:01,548,2.69,0.131,95,3.61,2.76,6,1,2.84,33.82,31.9,35.34,139.5,134.31,14.199,19.984,26.67,37.54,367.4,1999,120,99.37,2.95,-0.00243,0 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,5,,5,9:24:04,8:24:04,671,0.706,0.147,72.1,4.03,2.77,6,1,2.84,34.31,31.94,36.12,85.13,83.68,14.517,19.995,26.54,36.56,432.6,2001,109,99.37,2.68,0.0151,0.3 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,6,,6,9:26:04,8:26:04,791,-1.13,0.159,51.2,4.38,2.79,6,1,2.84,34.23,32.01,35.93,40.26,41.41,14.777,20.012,27.13,36.74,492,1999,105,99.36,2.55,-0.00403,0.7 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,7,,7,9:28:03,8:28:03,910,6.18,0.172,125,4.67,2.77,6,1,2.84,33.79,31.93,35.17,200.96,193.26,14.999,19.982,28.22,37.59,551.3,2000,91,99.35,3.01,-0.00783,0 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,8,,8,9:30:04,8:30:04,1031,15.3,0.174,220,4.79,2.8,6,1,2.84,34.19,32.03,35.78,399.89,382.19,15.173,20.012,27.91,36.81,581.7,2000,87,99.34,3.29,-0.0519,0 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,9,,9,9:31:34,8:31:34,1121.5,22.7,0.17,329,4.68,2.79,6,1,2.84,33.82,32.01,35.14,599.97,574.02,15.305,19.987,28.75,37.54,587.6,2000,97,99.33,3.29,-0.0519,0.7 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,10,,10,9:33:06,8:33:06,1212.5,24.3,0.16,535,4.44,2.81,6,1,2.84,33.73,32.07,34.96,850.2,821.02,15.436,19.98,29.14,37.72,574.9,1999,87,99.33,3.29,-0.0519,0.3 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,A/Ci,11,Yes,11,9:34:37,8:34:37,1304,18.4,0.151,923,4.18,2.79,6,1,2.84,33.63,32.02,34.74,1200.25,1174.94,15.572,20.017,29.55,37.99,552.9,2001,104,99.34,3.29,-0.0519,0.3 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,1,,12,9:38:55,8:38:55,1561.5,23.3,0.124,810,3.38,2.73,6,1,2.84,34.08,31.79,36.03,1201.12,1167.5,15.918,20,29.46,37.02,487,2000,114,99.34,3.29,-0.0519,1 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,2,,13,9:40:01,8:40:01,1627.5,21.7,0.109,792,3.05,2.79,6,1,2.84,34.65,32.02,36.39,1201.3,1167.05,15.999,20.042,28.68,35.93,443.2,1501,117,99.33,3.29,-0.0519,1 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,3,,14,9:42:02,8:42:02,1748.5,20.2,0.0905,754,2.54,2.77,6,1,2.84,34.09,31.94,35.42,1200.25,1164.59,16.179,20.011,29.92,37.01,389,1101,124,99.32,3.29,-0.0519,0.3 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,4,,15,9:44:03,8:44:03,1869.5,18.2,0.0783,740,2.2,2.77,6,1,2.84,34.54,31.94,36.3,1200.65,1165.01,16.354,20.045,29.5,36.15,350.1,801,131,99.31,3.29,-0.0519,0.7 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,5,,16,9:45:05,8:45:05,1931.5,14.8,0.0716,786,2.03,2.78,6,1,2.84,35.09,32,37.31,1200.7,1169.1,16.434,20.083,28.75,35.14,326.5,500,129,99.31,3.29,-0.0519,1 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,6,,17,9:47:04,8:47:04,2050.5,9.3,0.0622,887,1.75,2.76,6,1,2.84,34.83,31.93,36.7,1200.69,1177.82,16.611,20.066,29.48,35.61,298.1,250,156,99.31,3.29,-0.0519,1 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,7,,18,9:49:34,8:49:34,2201,5.01,0.0549,987,1.55,2.76,6,1,2.84,34.39,31.91,35.94,1200.09,1185.47,16.745,19.989,30.45,36.35,281.3,99,5,99.31,1.04,-0.0181,0 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,8,,19,9:51:49,8:51:49,2336,3.68,0.0492,1020,1.41,2.79,6,1,2.84,33.75,32,34.74,1200.05,1187.79,16.839,19.996,31.74,37.69,262,70,5,99.31,1.61,-0.00469,0 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,9,,20,9:53:53,8:53:53,2460,2.01,0.0433,1060,1.23,2.76,6,1,2.84,33.44,31.91,34.35,1199.9,1191.16,16.99,20.018,32.59,38.4,238.4,41,7,99.33,1.95,-0.083,0 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,10,,21,9:55:30,8:55:30,2557,0.899,0.0426,1110,1.21,2.77,6,1,2.84,33.68,31.94,34.76,1199.92,1194.27,17.13,19.991,32.42,37.83,249.2,21,5,99.34,1.8,-0.00349,0 -Boulia,Corymbia aparrerinja,1,Canopy,Monash,7-Dec-2008,Light,11,,22,9:57:30,8:57:30,2677,-0.195,0.0373,1150,1.07,2.78,6,1,2.84,33.7,31.97,34.76,1199.29,1196.56,17.371,20.007,32.84,37.82,237.7,1,7,99.35,1.51,-0.076,0.7 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,1,,23,10:06:04,9:06:04,3191,8.33,0.0776,195,2.02,2.56,6,1,2.84,33.12,31.91,34.16,399.69,382.72,18.332,22.016,35.8,43,321.7,1999,147,99.36,3.43,0.0247,0 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,2,,24,10:08:12,9:08:12,3319,5.51,0.0795,147,2.1,2.61,6,1,2.84,33,32.06,33.79,280,269.65,18.481,21.985,36.35,43.24,352.1,1999,164,99.36,3.89,-0.166,0 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,3,,25,10:10:12,9:10:12,3439,4.03,0.0979,119,2.55,2.58,6,1,2.84,32.74,31.97,33.4,199.81,193.66,18.597,21.985,37.12,43.88,441.3,1999,194,99.35,3.35,0.0164,0.7 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,4,,26,10:12:18,9:12:18,3565,2.31,0.113,97.4,2.94,2.59,6,1,2.84,33.09,32.01,33.97,139.29,136.16,18.676,21.995,36.54,43.04,520.4,2000,179,99.35,3.06,0.00467,0.3 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,5,,27,10:14:18,9:14:18,3685,0.775,0.133,71.2,3.46,2.61,6,1,2.84,33.15,32.06,33.97,85.3,84.26,18.709,22.002,36.48,42.9,615.9,1999,174,99.36,2.84,0.0502,0.3 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,6,,28,10:16:18,9:16:18,3804,-1.24,0.151,52.2,3.91,2.61,6,1,2.84,33.14,32.08,33.97,39.65,40.54,18.835,21.991,36.76,42.92,727.2,1999,207,99.37,2.69,0.0417,0.7 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,7,,29,10:18:18,9:18:18,3925,5.65,0.168,132,4.25,2.57,6,1,2.84,32.87,31.93,33.57,199.82,194.92,18.914,22.053,37.47,43.69,794,1999,219,99.37,3.32,0.031,0.7 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,8,,30,10:20:10,9:20:10,4037,14.3,0.175,238,4.39,2.55,6,1,2.84,32.93,31.96,33.58,400.36,388.27,19.043,22.291,37.61,44.03,793.7,2001,230,99.37,3.78,0.0222,1 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,9,,31,10:22:10,9:22:10,4157,20.3,0.166,357,4.19,2.56,6,1,2.84,33.14,32,33.98,599.29,582.1,19.179,22.275,37.42,43.46,793.2,2000,264,99.36,4.05,0.0187,1 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,10,,32,10:24:09,9:24:09,4276,22,0.145,549,3.7,2.57,6,1,2.84,32.57,31.99,32.99,850.93,831.99,19.373,22.11,39.03,44.55,792.5,1999,346,99.36,3.86,0.0256,1 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,A/Ci,11,,33,10:25:40,9:25:40,4367,21.1,0.127,847,3.02,2.38,6,1,2.84,32.61,31.95,33.23,1201.17,1163.11,19.475,24.021,39.14,48.28,388.6,2000,367,99.37,3.86,0.0256,0.3 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,1,,34,10:28:04,9:28:04,4511,23.5,0.105,745,2.5,2.38,6,1,2.84,32.57,31.98,32.99,1199.81,1152.72,19.702,24.064,39.69,48.48,336.2,2000,8,99.36,3.86,0.0256,0.3 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,2,,35,10:30:05,9:30:05,4632,22.7,0.0823,659,1.99,2.38,6,1,2.84,32.73,32,33.4,1200.01,1147.28,19.979,24.08,39.9,48.09,284.1,1500,18,99.36,3.86,0.0256,0.3 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,3,,36,10:32:06,9:32:06,4753,20.8,0.0676,612,1.64,2.38,6,1,2.84,32.72,32,33.27,1200.21,1148.74,20.442,24.085,40.83,48.11,264,1101,13,99.36,3.86,0.0256,0.3 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,4,,37,10:33:26,9:33:26,4833,18.5,0.0605,619,1.45,2.35,6,1,2.84,32.95,31.89,33.83,1200.02,1151.41,20.688,24.106,40.8,47.54,248.9,801,25,99.36,3.86,0.0256,1 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,5,,38,10:35:26,9:35:26,4953.5,14.3,0.0534,700,1.36,2.48,6,1,2.84,33.1,31.95,33.58,1199.59,1175.09,20.926,22.965,40.93,44.92,389.5,501,32,99.36,3.86,0.0256,0.7 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,6,,39,10:37:03,9:37:03,5050,10.2,0.0472,788,1.21,2.49,6,1,2.84,33.28,32.01,33.98,1199.72,1180.2,21.016,22.996,40.68,44.52,357.8,250,38,99.36,2.56,0.0386,0.3 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,7,,40,10:39:33,9:39:33,5200,4.84,0.0398,947,1.02,2.48,6,1,2.84,33.28,31.97,33.98,1199.64,1188.41,21.161,23.005,40.96,44.53,322.9,100,43,99.36,2.43,0.00146,0.7 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,8,,41,10:42:03,9:42:03,5350,3.52,0.0364,989,0.932,2.49,6,1,2.84,33.19,31.99,33.78,1199.68,1190.24,21.159,23.015,41.16,44.77,294.4,70,47,99.35,2.16,0.0537,0 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,9,,42,10:44:32,9:44:32,5499,1.83,0.031,1050,0.796,2.49,6,1,2.84,33.17,31.98,33.77,1199.83,1193.03,21.091,22.992,41.09,44.79,245.5,41,59,99.35,2.31,-0.0105,0.3 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,10,,43,10:47:03,9:47:03,5650,0.964,0.0317,1100,0.817,2.49,6,1,2.84,33.31,32.02,33.95,1200.27,1195.5,21.038,23.001,40.66,44.45,243.9,20,61,99.35,2.16,0.0667,0 -Boulia,Corymbia aparrerinja,2,Canopy,Monash,7-Dec-2008,Light,11,,44,10:49:44,9:49:44,5811,-0.471,0.0256,1180,0.66,2.49,6,1,2.84,33.41,32.02,34.17,1200.08,1199.04,20.96,23.054,40.28,44.31,184.8,1,57,99.35,1.73,-0.239,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,1,,1,10:34:57,9:34:57,554.5,8.15,0.0704,186,1.7,2.37,6,1,2.84,31.29,31.92,31.05,400.54,385.77,21.201,23.983,45.98,52.01,357.4,2000,104,99.45,1.33,0.348,0 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,2,,2,10:36:58,9:36:58,674.5,5.33,0.0734,143,1.77,2.37,6,1,2.84,31.56,31.94,31.44,279.58,270.01,21.166,24.011,45.21,51.28,364.1,2000,83,99.45,1.53,0.265,0 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,3,,3,10:38:57,9:38:57,794.5,3.67,0.086,118,2.08,2.38,6,1,2.84,31.8,31.99,31.84,199.97,194.16,21.129,24.018,44.51,50.59,420.7,2000,105,99.46,1.23,0.336,0 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,4,,4,10:41:04,9:41:04,920.5,2.2,0.0994,95.7,2.41,2.4,6,1,2.84,31.63,32.06,31.45,139.87,136.82,21.174,24.01,45.03,51.06,497.4,1999,104,99.46,1.21,0.294,0.7 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,5,,5,10:43:10,9:43:10,1047.5,0.676,0.118,71.8,2.79,2.35,6,1,2.84,31.33,31.86,31.05,85.25,84.34,21.323,24.017,46.14,51.97,605.9,2000,65,99.45,1.04,0.323,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,6,,6,10:45:10,9:45:10,1167.5,-1.22,0.133,53.6,3.17,2.39,6,1,2.84,31.87,32.01,31.83,39.3,40.21,21.4,23.984,44.9,50.33,718.9,1999,66,99.45,1.01,0.327,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,7,,7,10:47:10,9:47:10,1287.5,5.47,0.146,126,3.45,2.38,6,1,2.84,31.86,31.95,31.83,199.95,195.19,21.382,23.99,44.88,50.35,775,1999,62,99.45,1.21,0.334,0.7 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,8,,8,10:49:10,9:49:10,1407.5,13.9,0.151,223,3.58,2.39,6,1,2.84,32.01,32,32.01,400.28,388.41,21.263,23.979,44.26,49.91,771.2,2001,58,99.44,1.2,0.308,0.7 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,9,,9,10:51:09,9:51:09,1526.5,21,0.145,321,3.46,2.39,6,1,2.84,31.8,32.03,31.63,599.62,580.44,21.205,24.012,44.66,50.57,721,1999,58,99.43,1.06,0.312,0 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,10,,10,10:52:40,9:52:40,1617,25.9,0.137,484,3.27,2.41,6,1,2.84,31.8,32.07,31.63,850.81,825.24,21.157,24.016,44.55,50.57,670.3,1999,59,99.43,1.06,0.312,0.7 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,A/Ci,11,,11,10:54:11,9:54:11,1708,26.1,0.129,796,3.1,2.41,6,1,2.84,31.79,32.08,31.41,1200.27,1171.3,21.068,24.015,44.39,50.6,615.4,2000,60,99.44,1.06,0.312,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,1,,12,10:57:20,9:57:20,1897.5,27.3,0.109,716,2.63,2.4,6,1,2.84,31.43,32.01,31.05,1200.74,1167.19,21.11,23.944,45.41,51.51,544.1,1998,58,99.44,1.06,0.312,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,2,,13,10:59:21,9:59:21,2018.5,25.3,0.0922,676,2.21,2.38,6,1,2.84,31.79,31.94,31.63,1200.72,1163.08,21.056,23.977,44.37,50.52,443.7,1501,58,99.44,1.06,0.312,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,3,,14,11:01:22,10:01:22,2139.5,22.8,0.078,645,1.89,2.38,6,1,2.84,32.32,31.98,32.41,1200.49,1158.39,20.917,24.022,42.78,49.13,355.8,1101,70,99.44,1.06,0.312,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,4,,15,11:03:23,10:03:23,2261,20.1,0.0668,630,1.63,2.39,6,1,2.84,32.33,32,32.42,1199.9,1155.74,20.831,24.026,42.57,49.09,297.9,801,62,99.43,1.06,0.312,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,5,,16,11:05:24,10:05:24,2382,16.2,0.0589,674,1.44,2.39,6,1,2.84,32.5,32.02,32.61,1199.7,1158.41,20.799,24.044,42.11,48.68,259.9,501,62,99.43,1.06,0.312,0.3 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,6,,17,11:06:57,10:06:57,2474,10.4,0.0539,816,1.32,2.4,6,1,2.84,32.77,32.06,33,1199.77,1169.91,20.845,24.07,41.57,48,240.5,251,65,99.43,1.06,0.312,1 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,7,,18,11:09:38,10:09:38,2635.5,2.81,0.0234,945,0.578,2.38,6,1,2.84,32.52,32.01,32.61,1199.77,1180.23,20.919,24.079,42.3,48.69,107.1,100,93,99.42,-0.0578,-0.0666,0 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,8,,19,11:12:00,10:12:00,2777.5,4.04,0.0422,985,1.04,2.39,6,1,2.84,32.52,32.01,32.61,1199.54,1183.7,20.959,24.003,42.38,48.53,199.9,70,133,99.41,-2.74,0.295,0 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,9,,20,11:14:32,10:14:32,2929.5,2.18,0.0387,1050,0.936,2.35,6,1,2.84,32.58,31.86,32.79,1199.55,1188.53,20.946,24.002,42.19,48.35,179.3,41,85,99.41,-2.58,0.332,0 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,10,,21,11:16:04,10:16:04,3021.5,1.04,0.0362,1100,0.891,2.39,6,1,2.84,32.87,32.01,33.2,1199.56,1192.07,20.911,24.008,41.46,47.59,168.5,21,80,99.42,-3.01,0.319,0 -Boulia,Corymbia aparrerinja,3,Canopy,Monash,8-Dec-2008,Light,11,,22,11:17:56,10:17:56,3133.5,-0.298,0.0339,1160,0.847,2.42,6,1,2.84,32.93,32.1,33.19,1199.46,1196.8,20.908,23.983,41.3,47.38,161.3,0,153,99.42,-3.1,0.33,0 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,1,,23,11:27:08,10:27:08,3685.5,8.4,0.0834,204,1.97,2.33,6,1,2.84,31.27,32.16,30.64,399.46,380.51,21.028,25.008,45.62,54.25,289.9,2000,93,99.41,0.593,0.37,0 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,2,,24,11:29:05,10:29:05,3802.5,5.29,0.0837,155,1.93,2.28,6,1,2.84,31.15,31.95,30.66,278.81,266.45,20.99,25.005,45.87,54.64,281.4,1999,91,99.41,0.986,0.333,0 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,3,,25,11:31:10,10:31:10,3927.5,3.52,0.0961,125,2.22,2.29,6,1,2.84,31.43,32.01,31.05,198.53,191.21,20.978,25.003,45.12,53.77,323.2,1999,92,99.4,0.704,0.394,0 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,4,,26,11:33:17,10:33:17,4053.5,2.05,0.104,98.8,2.41,2.3,6,1,2.84,31.53,32.02,31.24,139.91,135.76,20.891,24.995,44.65,53.43,344,2000,86,99.4,0.967,0.202,0 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,5,,27,11:35:20,10:35:20,4177.5,0.509,0.13,75.1,2.97,2.29,6,1,2.84,31.32,31.99,30.87,85.76,84.66,20.8,24.98,44.99,54.03,415.3,2000,86,99.4,0.717,0.337,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,6,,28,11:37:21,10:37:21,4298.5,-1.19,0.15,52.7,3.4,2.28,6,1,2.84,31.31,31.95,30.85,39.83,41.18,20.737,24.983,44.89,54.08,468.1,1999,83,99.4,0.542,0.341,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,7,,29,11:39:20,10:39:20,4417.5,5.34,0.171,135,3.81,2.26,6,1,2.84,31.42,31.89,31.05,200.41,193.2,20.6,25.005,44.32,53.8,505.4,2000,107,99.4,0.808,0.351,0 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,8,,30,11:41:24,10:41:24,4541.5,13.4,0.172,238,3.83,2.26,6,1,2.84,31.56,31.89,31.24,399.99,381.42,20.335,24.99,43.39,53.33,481.4,2000,431,99.4,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,9,,31,11:42:55,10:42:55,4632.5,19.8,0.156,340,3.53,2.28,6,1,2.84,31.72,31.98,31.44,599.93,569.48,20.19,25.003,42.7,52.88,429.7,2000,234,99.4,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,10,,32,11:44:26,10:44:26,4723.5,24.3,0.135,485,3.09,2.29,6,1,2.84,31.48,32,31.03,851.01,807.71,20.161,25.033,43.22,53.66,370.8,2000,566,99.4,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,A/Ci,11,,33,11:45:57,10:45:57,4814.5,25.8,0.114,738,2.64,2.3,6,1,2.84,31.25,32.05,30.65,1201.47,1147.5,20.196,25.016,43.86,54.32,320.2,2000,525,99.39,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,1,,34,11:52:39,10:52:39,5216.5,23.4,0.0728,602,1.85,2.5,6,1,2.84,30.75,31.99,29.89,1200.3,1164.52,20.368,22.897,45.52,51.17,428.8,2001,20,99.38,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,2,,35,11:54:40,10:54:40,5337.5,20.9,0.0627,580,1.6,2.5,6,1,2.84,31.39,32.02,30.85,1199.99,1159.79,20.193,22.949,43.5,49.43,339.9,1500,10,99.38,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,3,,36,11:56:41,10:56:41,5458.5,18.8,0.0546,560,1.39,2.49,6,1,2.84,31.56,31.97,31.05,1200.02,1155.89,20.027,22.961,42.74,49,277.5,1101,71,99.38,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,4,,37,11:58:42,10:58:42,5579.5,16.7,0.0483,556,1.24,2.5,6,1,2.84,31.6,32.03,31.05,1200.11,1152.39,19.781,22.97,42.1,48.89,227.8,799,88,99.38,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,5,,38,12:00:43,11:00:43,5700.5,13.7,0.0429,597,1.1,2.48,6,1,2.84,31.74,31.99,31.24,1199.96,1150.89,19.532,23.037,41.25,48.65,183.2,500,1889,99.38,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,6,,39,12:02:44,11:02:44,5821.5,9.34,0.0367,707,0.943,2.49,6,1,2.84,32.01,32.02,31.63,1200.22,1157.15,19.202,23.006,39.95,47.86,145.3,250,680,99.38,0.791,0.321,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,7,,40,12:05:22,11:05:22,5978.5,4.7,0.0283,866,0.757,2.59,6,1,2.84,32,32,31.63,1200.19,1177.44,18.974,21.988,39.49,45.76,147.4,100,665,99.38,-0.986,0.172,0 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,8,,41,12:07:53,11:07:53,6129.5,3.24,0.0245,922,0.659,2.6,6,1,2.84,32.02,32.03,31.63,1200,1180.11,18.796,21.986,39.08,45.71,121.2,69,1520,99.38,-1.8,0.243,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,9,,42,12:10:04,11:10:04,6261.5,2.09,0.0242,998,0.653,2.61,6,1,2.84,31.69,32.07,31.05,1200.11,1185.15,18.668,22.001,39.53,46.59,115,41,2073,99.37,-2.52,0.358,0.3 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,10,,43,12:12:13,11:12:13,6390.5,0.746,0.0201,1080,0.546,2.62,6,1,2.84,31.71,32.11,31.05,1200.24,1191.57,18.682,21.997,39.52,46.53,96.7,20,2084,99.37,-2.04,0.22,0 -Boulia,Corymbia aparrerinja,4,Canopy,Monash,8-Dec-2008,Light,11,,44,12:14:48,11:14:48,6544,-0.516,0.0225,1180,0.604,2.6,6,1,2.84,31.56,32.03,30.86,1200.2,1199.07,18.798,22.013,40.1,46.96,110.3,1,2077,99.37,-2.45,0.407,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,1,,45,12:28:24,11:28:24,7360.5,8.41,0.0822,196,2,2.4,6,1,2.84,30.42,32.01,29.49,399.73,375.13,18.744,23.98,42.66,54.58,223.5,2000,150,99.36,0.493,0.348,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,2,,46,12:30:24,11:30:24,7481.5,5.21,0.0843,154,2.04,2.38,6,1,2.84,30.51,31.97,29.49,279.13,263.98,18.744,23.987,42.44,54.31,227.7,1999,84,99.36,0.898,0.392,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,3,,47,12:32:25,11:32:25,7602.5,3.39,0.0936,125,2.25,2.37,6,1,2.84,30.52,31.93,29.49,199.64,190.61,18.809,23.987,42.57,54.29,254.1,2000,177,99.36,0.901,0.388,0.7 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,4,,48,12:34:29,11:34:29,7726.5,1.91,0.105,101,2.51,2.37,6,1,2.84,30.62,31.93,29.68,140.1,135.34,18.822,23.985,42.36,53.98,284.5,2000,132,99.36,0.816,0.341,0.7 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,5,,49,12:36:33,11:36:33,7850.5,0.394,0.122,76.3,2.93,2.39,6,1,2.84,30.99,32,30.26,85.98,84.81,18.829,24.014,41.49,52.92,330.4,2000,85,99.36,0.682,0.349,0.7 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,6,,50,12:38:38,11:38:38,7975.5,-1.19,0.142,53.8,3.39,2.4,6,1,2.84,30.91,32.02,30.06,40.15,41.78,18.838,23.984,41.7,53.1,385.7,2000,86,99.36,0.485,0.321,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,7,,51,12:40:43,11:40:43,8099.5,5.35,0.164,130,3.86,2.39,6,1,2.84,30.9,31.98,30.07,200.05,191.6,18.752,23.981,41.54,53.13,432.5,1999,97,99.36,0.821,0.403,0 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,8,,52,12:42:14,11:42:14,8190.5,13.6,0.168,232,3.94,2.38,6,1,2.84,30.88,31.96,30.14,400.3,379.39,18.637,23.984,41.32,53.17,432,1999,238,99.35,0.821,0.403,0.7 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,9,,53,12:43:45,11:43:45,8281.5,20.2,0.158,335,3.7,2.37,6,1,2.84,30.69,31.91,29.82,599.98,566.75,18.581,23.972,41.65,53.73,402.2,2001,91,99.35,0.821,0.403,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,10,,54,12:45:16,11:45:16,8373,24.7,0.135,474,3.21,2.39,6,1,2.84,30.48,31.97,29.23,850.8,803.84,18.561,23.958,42.1,54.34,348.4,1999,108,99.34,0.821,0.403,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,A/Ci,11,,55,12:46:47,11:46:47,8464,27.3,0.113,701,2.7,2.38,6,1,2.84,30.44,31.95,29.3,1200.49,1138.13,18.56,23.958,42.19,54.46,292.6,1999,85,99.34,0.821,0.403,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,1,,56,12:50:42,11:50:42,8699.5,24.4,0.0784,606,2.07,2.59,6,1,2.84,30.41,32.01,29.27,1199.59,1153.73,18.529,21.988,42.21,50.09,350.5,2000,88,99.34,0.821,0.403,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,2,,57,12:52:44,11:52:44,8821,21.7,0.0667,582,1.75,2.57,6,1,2.84,30.93,31.94,30.09,1199.66,1150.74,18.462,21.99,40.81,48.6,291.2,1501,1151,99.33,0.821,0.403,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,3,,58,12:54:18,11:54:18,8915,19.7,0.0635,605,1.56,2.41,6,1,2.84,31.28,31.34,30.46,1199.52,1146.86,18.279,22.016,39.6,47.7,245,1101,153,99.33,0.821,0.403,1 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,4,,59,12:55:35,11:55:35,8992,17.6,0.0537,576,1.42,2.58,6,1,2.84,31.34,31.96,30.68,1199.48,1147.51,18.285,22.023,39.48,47.55,222.2,800,403,99.33,0.821,0.403,1 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,5,,60,12:57:36,11:57:36,9113.5,14.4,0.0468,615,1.23,2.55,6,1,2.84,31.48,31.85,31.01,1199.44,1150.67,18.28,21.986,39.18,47.12,193.9,500,981,99.34,0.821,0.403,0.3 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,6,,61,12:59:19,11:59:19,9216,9.61,0.042,750,1.12,2.6,6,1,2.84,32,32.03,31.71,1199.56,1161.66,18.169,21.984,37.8,45.73,172.7,249,603,99.34,0.821,0.403,1 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,7,,62,13:01:20,12:01:20,9337,4.07,0.0367,953,0.974,2.58,6,1,2.84,31.75,31.96,31.23,1199.62,1178.4,18.137,22.011,38.27,46.44,147.5,100,638,99.34,0.821,0.403,0.7 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,8,,63,13:03:21,12:03:21,9458.5,3.65,0.0364,971,0.965,2.57,6,1,2.84,31.76,31.94,31.23,1199.68,1179.54,18.061,22.028,38.08,46.44,142.8,69,326,99.34,-0.851,0.123,0 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,9,,64,13:05:26,12:05:26,9583.5,1.59,0.0278,1050,0.736,2.56,6,1,2.84,31.74,31.9,31.23,1199.54,1185.73,17.954,21.987,37.91,46.43,107.1,41,490,99.33,-1.44,0.13,0 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,10,,65,13:07:53,12:07:53,9730.5,0.46,0.0254,1110,0.687,2.62,6,1,2.84,32.05,32.1,31.63,1199.65,1191.7,17.826,22.005,36.97,45.63,96.4,20,683,99.32,-2.05,0.164,0.7 -Boulia,Corymbia aparrerinja,5,Canopy,Monash,8-Dec-2008,Light,11,,66,13:10:32,12:10:32,9889.5,-0.735,0.0226,1200,0.61,2.6,6,1,2.84,31.68,32.04,31.04,1199.76,1199.77,17.895,21.987,37.89,46.55,87.5,0,376,99.31,-2.18,0.124,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,1,,67,13:19:53,12:19:53,10449.5,8.06,0.081,208,2.13,2.59,6,1,2.84,29.84,32.01,28.09,400.06,383.65,18.141,21.995,42.67,51.74,324.5,2001,82,99.3,0.995,0.39,0.7 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,2,,68,13:21:53,12:21:53,10570.5,4.89,0.0801,159,2.06,2.54,6,1,2.84,30.18,31.8,29.1,278.52,267.78,18.027,22.005,41.59,50.77,304,2000,93,99.29,1.59,0.218,0 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,3,,69,13:23:53,12:23:53,10690.5,3.5,0.0967,125,2.52,2.58,6,1,2.84,30.39,31.95,29.29,198.55,191.92,17.906,21.996,40.8,50.12,361.2,2001,413,99.28,0.877,0.395,0 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,4,,70,13:25:54,12:25:54,10810.5,2.11,0.113,101,2.92,2.57,6,1,2.84,30.39,31.94,29.29,140.48,136.82,17.819,21.997,40.6,50.12,410.8,2000,586,99.28,0.799,0.392,0 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,5,,71,13:27:54,12:27:54,10931.5,0.377,0.134,76.6,3.46,2.6,6,1,2.84,30.45,32.02,29.31,85.61,84.78,17.795,21.989,40.41,49.93,484.7,2000,100,99.27,0.684,0.376,0.7 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,6,,72,13:29:54,12:29:54,11051.5,-1.38,0.155,54.4,3.98,2.59,6,1,2.84,30.16,32.01,28.66,40.31,41.59,17.857,21.985,41.22,50.75,565.8,2001,392,99.27,0.494,0.383,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,7,,73,13:31:54,12:31:54,11171.5,5.29,0.165,134,4.21,2.58,6,1,2.84,30.14,31.96,28.71,201.05,194.99,17.93,22.019,41.45,50.9,604.2,1999,263,99.27,0.866,0.372,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,8,,74,13:33:53,12:33:53,11290.5,12.6,0.155,236,3.98,2.6,6,1,2.84,30.37,32.03,29.13,400.54,385.48,17.876,22.022,40.78,50.24,563.9,1999,434,99.26,0.989,0.356,0 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,9,,75,13:35:25,12:35:25,11381.5,17.7,0.132,333,3.42,2.59,6,1,2.84,30.24,32.01,28.89,599.39,575.13,17.891,22.017,41.1,50.58,486.1,2001,446,99.26,0.989,0.356,0.7 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,10,,76,13:36:56,12:36:56,11472.5,21.7,0.11,461,2.87,2.6,6,1,2.84,30.08,32.02,28.41,850.03,815.13,17.889,21.965,41.48,50.93,413.6,1999,1331,99.25,0.989,0.356,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,A/Ci,11,,77,13:38:27,12:38:27,11563.5,24.9,0.0949,683,2.5,2.6,6,1,2.84,29.9,32.04,28.35,1200.83,1154.84,17.957,22,42.08,51.55,362.4,2000,734,99.25,0.989,0.356,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,1,,78,13:47:27,12:47:27,12104.5,23.7,0.0659,544,1.9,2.83,6,1,2.84,29.9,32.15,28.12,1200.01,1170.61,17.869,19.986,41.86,46.82,528.6,1999,1258,99.24,-1.49,0.35,0.7 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,2,,79,13:49:28,12:49:28,12225.5,21.2,0.0586,539,1.66,2.78,6,1,2.84,30.43,31.96,29.31,1200.14,1169,17.83,20.02,40.51,45.48,446.6,1501,1833,99.23,-1.49,0.35,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,3,,80,13:51:11,12:51:11,12327.5,19.2,0.0527,538,1.51,2.81,6,1,2.84,30.9,32.06,29.89,1199.98,1169.63,17.864,20.014,39.52,44.28,414.2,1101,571,99.23,-1.49,0.35,1 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,4,,81,13:52:38,12:52:38,12414.5,17.4,0.049,554,1.41,2.81,6,1,2.84,31.05,32.06,30.02,1199.9,1171.53,17.929,19.986,39.32,43.84,403.4,801,1610,99.22,-1.49,0.35,1 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,5,,82,13:53:53,12:53:53,12489.5,14.3,0.0445,611,1.28,2.8,6,1,2.84,31.08,32.03,30.07,1199.8,1174.51,17.984,19.991,39.37,43.76,374.8,501,857,99.22,-1.49,0.35,1 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,6,,83,13:56:22,12:56:22,12639.5,9.78,0.0376,715,1.08,2.78,6,1,2.84,31.1,31.97,30.06,1199.62,1179.2,18.029,19.984,39.42,43.7,324.6,251,1208,99.21,-1.43,0.337,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,7,,84,13:58:52,12:58:52,12789.5,4.7,0.0322,903,0.928,2.8,6,1,2.84,31.24,32.02,30.26,1199.66,1187.28,18.052,19.994,39.17,43.38,281.1,101,54,99.21,-1.75,0.339,0.7 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,8,,85,14:01:23,13:01:23,12940.5,3.49,0.0291,946,0.838,2.79,6,1,2.84,31.21,31.99,30.27,1199.74,1188.84,18,19.996,39.12,43.45,246.9,70,49,99.2,-2.2,0.381,0 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,9,,86,14:03:54,13:03:54,13091.5,1.79,0.0256,1030,0.736,2.78,6,1,2.84,31.2,31.96,30.27,1199.66,1192.15,17.974,20.006,39.07,43.49,213.1,40,71,99.2,-2.28,0.389,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,10,,87,14:05:45,13:05:45,13202.5,0.606,0.0242,1100,0.696,2.78,6,1,2.84,31.09,31.96,30.06,1199.73,1195.54,18.023,20.009,39.42,43.77,206.1,20,42,99.19,-1.96,0.395,0.3 -Boulia,Corymbia aparrerinja,6,Canopy,Monash,8-Dec-2008,Light,11,,88,14:07:48,13:07:48,13325.5,-0.652,0.025,1190,0.718,2.78,6,1,2.84,31.21,31.96,30.27,1199.84,1199.27,18.097,20.021,39.32,43.5,219.3,0,54,99.19,-1.86,0.154,0.3 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,1,,1,9:45:01,8:45:01,1466.5,12.2,0.128,214,4.08,3.18,6,1,2.84,33.5,35.04,32.21,400.82,387.72,21.182,24.979,40.5,47.77,629.1,2000,363,99.37,2.18,0.202,0.3 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,2,,2,9:46:59,8:46:59,1584.5,7.39,0.132,162,3.93,2.97,6,1,2.84,33.27,35.03,31.79,279.66,266.62,21.088,26.995,40.86,52.3,388.4,2000,363,99.37,1.94,0.273,0 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,3,,3,9:48:42,8:48:42,1687.5,4.21,0.132,130,3.92,2.96,6,1,2.84,33.37,34.99,32.01,198.5,190.7,21.03,27.026,40.52,52.07,381.4,2001,615,99.37,1.94,0.21,0.7 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,4,,4,9:50:27,8:50:27,1792.5,2.07,0.135,105,3.97,2.94,6,1,2.84,33.21,34.92,31.8,140.18,136.02,20.832,26.993,40.5,52.47,376.3,2000,290,99.37,1.81,0.237,0.7 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,5,,5,9:52:28,8:52:28,1913.5,0.194,0.136,77.9,4.01,2.94,6,1,2.84,33.44,34.91,32.21,85.1,84.24,20.65,26.989,39.62,51.78,369.1,2001,344,99.37,1.57,0.221,0.7 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,6,,6,9:54:32,8:54:32,2037.5,-1.45,0.14,56.9,4.11,2.94,6,1,2.84,33.33,34.91,31.99,39.89,42,20.386,27.004,39.36,52.14,362.6,2000,298,99.37,1.39,0.207,0.7 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,7,,7,9:56:33,8:56:33,2158.5,7.22,0.144,172,4.23,2.95,6,1,2.84,33.55,34.95,32.41,281.15,267.1,20.089,27.015,38.31,51.52,356.5,2000,350,99.37,2.5,0.2,0.3 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,8,,8,9:57:57,8:57:57,2242,12,0.146,224,4.29,2.95,6,1,2.84,33.45,34.94,32.2,400.07,376.84,19.896,27.006,38.15,51.79,352.4,2000,352,99.37,2.5,0.2,1 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,9,,9,9:59:28,8:59:28,2333,19.3,0.145,319,4.27,2.94,6,1,2.84,33.45,34.91,32.2,599.88,561.46,19.637,27.008,37.66,51.8,338.2,2000,341,99.37,2.5,0.2,0.7 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,10,,10,10:00:59,9:00:59,2424,26.7,0.143,454,4.23,2.96,6,1,2.84,33.47,34.99,32.2,851.1,795.61,19.393,27.008,37.15,51.74,324.6,2001,310,99.37,2.5,0.2,0.7 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,A/Ci,11,,11,10:02:30,9:02:30,2515,29.7,0.139,733,4.13,2.96,6,1,2.84,33.56,35,32.14,1201.02,1134.31,19.22,27.018,36.64,51.5,309.2,1999,349,99.37,2.5,0.2,0.3 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,1,,12,10:15:25,9:15:25,3290.5,29.7,0.103,604,3.39,3.26,6,1,2.84,33.4,35.62,31.57,1199.66,1128.52,18.983,26.004,36.5,50,282.5,2000,844,99.36,2.5,0.2,0.7 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,2,,13,10:17:26,9:17:26,3411.5,26.9,0.0922,610,2.97,3.17,6,1,2.84,32.85,35.02,30.98,1199.66,1135.33,18.813,24.977,37.31,49.54,282.2,1500,146,99.36,2.5,0.2,0.3 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,3,,14,10:18:30,9:18:30,3475,25.1,0.0874,617,2.76,3.11,6,1,2.84,33.12,34.82,31.92,1199.89,1133.96,18.731,25.019,36.59,48.87,257,1100,147,99.36,2.5,0.2,1 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,4,,15,10:20:07,9:20:07,3572.5,20.9,0.0769,645,2.48,3.16,6,1,2.84,34.01,34.98,32.97,1199.78,1137.48,18.682,25.025,34.73,46.52,228.6,801,147,99.36,2.5,0.2,1 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,5,,16,10:22:08,9:22:08,3693.5,16.4,0.0689,705,2.24,3.17,6,1,2.84,33.95,35.02,32.78,1199.53,1143.5,18.579,25.019,34.64,46.64,203.2,500,144,99.35,2.5,0.2,0.3 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,6,,17,10:23:50,9:23:50,3795.5,10.2,0.0641,846,2.1,3.19,6,1,2.84,34,35.07,32.78,1199.64,1159.34,18.471,24.983,34.34,46.45,188.5,250,143,99.35,2.5,0.2,1 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,7,,18,10:25:51,9:25:51,3916.5,4.02,0.0581,1010,1.89,3.17,6,1,2.84,33.98,35.01,32.78,1199.62,1177.11,18.335,24.985,34.14,46.52,166.6,101,141,99.35,2.5,0.2,0.3 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,8,,19,10:28:06,9:28:06,4051.5,2.62,0.052,1040,1.69,3.15,6,1,2.84,33.87,34.97,32.59,1199.72,1180.7,18.208,25.004,34.11,46.84,145.6,70,139,99.35,2.15,0.052,0 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,9,,20,10:30:04,9:30:04,4168.5,0.966,0.0481,1090,1.59,3.19,6,1,2.84,33.91,35.09,32.6,1199.51,1186.9,18.135,24.983,33.88,46.67,135.6,40,141,99.34,1.86,-0.0191,0.3 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,10,,21,10:32:40,9:32:40,4325.5,-0.268,0.0438,1140,1.43,3.16,6,1,2.84,33.53,34.99,32.01,1199.68,1192.55,18.078,24.989,34.5,47.69,121.2,20,135,99.34,2.35,-0.204,0 -Boulia,Corymbia terminalis,1,Canopy,Monash,5-Dec-2008,Light,11,,22,10:35:18,9:35:18,4483.5,-1.34,0.041,1190,1.34,3.17,6,1,2.84,33.36,35,31.6,1199.8,1198.35,17.985,25.008,34.65,48.19,111.9,0,135,99.34,1.76,-0.31,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,1,,23,10:47:40,9:47:40,5225.5,7.1,0.0736,210,3.08,4.09,6,1,2.84,34.27,36.9,32.34,400.05,388.58,17.84,22.004,32.67,40.29,434.5,2000,44,99.33,2.57,0.229,0 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,2,,24,10:49:20,9:49:20,5325.5,4.13,0.0752,167,3.08,4,6,1,2.84,34.13,36.66,32.19,278.4,271.52,17.825,22.007,32.91,40.62,432.6,2000,43,99.33,2.33,0.24,0 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,3,,25,10:50:55,9:50:55,5420.5,2.43,0.0798,134,3.2,3.92,6,1,2.84,33.93,36.4,31.99,198.67,194.57,17.784,21.982,33.19,41.02,446.8,2001,47,99.33,1.95,0.274,0 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,4,,26,10:52:56,9:52:56,5540.5,1.27,0.0846,105,3.34,3.87,6,1,2.84,33.82,36.27,31.9,140.34,138.05,17.687,22.008,33.21,41.32,453.7,1999,51,99.33,1.79,0.267,0 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,5,,27,10:54:46,9:54:46,5650.5,-0.139,0.0893,82.6,3.5,3.85,6,1,2.84,33.76,36.21,31.83,85.68,85.47,17.511,22.014,32.99,41.48,456.1,2001,50,99.33,1.57,0.237,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,6,,28,10:56:46,9:56:46,5771.5,-1.36,0.0975,61.2,3.8,3.84,6,1,2.84,33.75,36.17,31.85,40.08,41.54,17.474,21.989,32.94,41.45,494,2000,53,99.33,1.32,0.253,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,7,,29,10:58:50,9:58:50,5895.5,3.51,0.106,131,4.07,3.79,6,1,2.84,33.66,36.02,31.73,201.07,195.92,17.243,22.005,32.67,41.69,501.6,2000,41,99.33,1.98,0.234,0.7 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,8,,30,11:00:49,10:00:49,6014.5,10.2,0.112,216,4.27,3.79,6,1,2.84,33.67,36.04,31.74,400.47,386.81,17.205,22.015,32.59,41.7,521.5,2001,47,99.33,2.43,0.202,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,9,,31,11:02:20,10:02:20,6105,17,0.114,302,4.34,3.76,6,1,2.84,33.6,35.94,31.67,599.05,576.37,17.084,22.008,32.48,41.84,517.2,2000,59,99.33,2.43,0.202,1 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,10,,32,11:03:51,10:03:51,6196,24.8,0.115,420,4.33,3.74,6,1,2.84,33.53,35.87,31.61,850.92,816.54,16.872,22.002,32.2,41.98,494.8,1999,54,99.32,2.43,0.202,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,A/Ci,11,,33,11:05:11,10:05:11,6276,31.5,0.113,637,4.27,3.76,6,1,2.84,33.59,35.92,31.69,1200.6,1155.11,16.788,22.008,31.94,41.87,480.3,2000,52,99.33,2.43,0.202,1 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,1,,34,11:08:08,10:08:08,6452.5,29.5,0.1,611,3.85,3.79,6,1,2.84,33.65,36.01,31.73,1199.79,1153.13,16.801,21.974,31.85,41.65,436.9,1999,50,99.32,2.43,0.202,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,2,,35,11:10:09,10:10:09,6573.5,27.2,0.0873,583,3.34,3.75,6,1,2.84,33.69,35.89,31.8,1199.52,1149.64,16.738,21.978,31.65,41.56,373.6,1501,60,99.33,2.43,0.202,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,3,,36,11:12:10,10:12:10,6695,24.4,0.0772,577,2.91,3.68,6,1,2.84,33.66,35.68,31.78,1199.67,1148.29,16.72,21.98,31.68,41.65,324.1,1100,55,99.32,2.43,0.202,0.7 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,4,,37,11:13:43,10:13:43,6787.5,22.1,0.072,594,2.69,3.64,6,1,2.84,33.63,35.58,31.79,1199.53,1149.05,16.746,22.009,31.77,41.76,299.6,800,56,99.32,2.43,0.202,1 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,5,,38,11:14:46,10:14:46,6850.5,18.2,0.068,663,2.52,3.62,6,1,2.84,33.7,35.5,31.87,1199.64,1154.78,16.77,22.011,31.69,41.6,282.7,501,54,99.32,2.43,0.202,1 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,6,,39,11:16:46,10:16:46,6971.5,11.7,0.0606,793,2.22,3.57,6,1,2.84,33.68,35.36,31.86,1199.6,1165.3,16.79,22.025,31.78,41.69,249.3,250,52,99.32,2.43,0.202,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,7,,40,11:19:18,10:19:18,7123.5,5.01,0.053,961,1.94,3.56,6,1,2.84,33.66,35.3,31.86,1199.21,1179.07,16.763,21.998,31.77,41.69,217.5,101,61,99.33,2.01,0.216,0.3 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,8,,41,11:21:07,10:21:07,7232.5,3.03,0.0421,1000,1.54,3.54,6,1,2.84,33.59,35.24,31.81,1199.64,1182.54,16.69,21.998,31.74,41.83,170.1,71,59,99.32,3.54,-0.238,0 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,9,,42,11:22:56,10:22:56,7341.5,1.42,0.0412,1070,1.5,3.51,6,1,2.84,33.54,35.16,31.77,1199.69,1188.14,16.715,22.007,31.88,41.97,166,40,57,99.32,2.36,-0.018,0 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,10,,43,11:24:36,10:24:36,7441.5,0.0378,0.039,1120,1.43,3.54,6,1,2.84,33.6,35.24,31.84,1199.66,1193.15,16.796,22.022,31.93,41.87,160.2,19,59,99.31,2.21,0.0726,0 -Boulia,Corymbia terminalis,2,Canopy,Monash,5-Dec-2008,Light,11,,44,11:27:07,10:27:07,7592.5,-1.37,0.0366,1190,1.36,3.58,6,1,2.84,33.7,35.36,31.93,1199.59,1198.63,16.924,21.987,31.98,41.55,157.1,1,60,99.31,1.79,0.232,0 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,1,Yes,45,11:37:13,10:37:13,8198.5,3.34,0.0363,223,1.68,4.45,6,1,2.84,34.53,37.16,32.6,400.06,395.25,17.222,19.201,31.08,34.65,499,2001,58,99.3,2.26,0.233,0.7 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,2,,46,11:38:43,10:38:43,8288.5,2.16,0.0397,172,1.84,4.47,6,1,2.84,34.62,37.26,32.69,279.95,276.75,17.282,19.445,31.04,34.92,499.5,1999,69,99.3,2.06,0.246,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,3,,47,11:40:13,10:40:13,8378.5,1.25,0.0437,138,2.02,4.45,6,1,2.84,34.66,37.28,32.73,198.8,196.82,17.284,19.657,30.97,35.22,499.5,2000,36,99.3,1.87,0.255,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,4,,48,11:41:44,10:41:44,8469.5,0.437,0.0477,115,2.19,4.43,6,1,2.84,34.67,37.28,32.74,140.35,139.46,17.23,19.806,30.85,35.46,499.5,2000,30,99.3,1.64,0.256,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,5,,49,11:43:15,10:43:15,8560.5,-0.29,0.0517,88.5,2.36,4.42,6,1,2.84,34.72,37.31,32.79,85.75,85.85,17.259,20.037,30.81,35.77,499.5,2000,38,99.3,1.38,0.256,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,6,,50,11:45:15,10:45:15,8680.5,-1.11,0.0587,68.2,2.64,4.37,6,1,2.84,34.7,37.23,32.76,40.14,41.35,17.198,20.305,30.74,36.3,499.6,1999,33,99.29,1.2,0.264,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,7,,51,11:47:15,10:47:15,8800.5,1.96,0.0645,135,2.91,4.38,6,1,2.84,34.83,37.36,32.9,199.76,196.72,17.19,20.609,30.51,36.57,499.5,2000,31,99.29,1.8,0.257,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,8,,52,11:49:14,10:49:14,8919.5,6.43,0.0673,213,3.03,4.38,6,1,2.84,34.82,37.37,32.88,400.39,391.25,17.172,20.733,30.49,36.81,499.5,2001,32,99.28,2.16,0.24,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,9,,53,11:50:59,10:50:59,9024.5,10.9,0.0673,287,3.06,4.43,6,1,2.84,34.94,37.55,33,598.92,583.69,17.24,20.842,30.4,36.75,499.5,2000,48,99.28,2.31,0.232,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,10,,54,11:52:20,10:52:20,9105,16.2,0.0668,386,3.03,4.41,6,1,2.84,34.94,37.51,33.01,850.63,828.09,17.269,20.838,30.46,36.75,499.5,1999,57,99.27,2.31,0.232,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,A/Ci,11,,55,11:53:36,10:53:36,9181,22.5,0.0653,545,2.99,4.44,6,1,2.84,35.02,37.58,33.08,1201.45,1170.24,17.309,20.821,30.39,36.56,499.5,2001,36,99.28,2.31,0.232,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,1,,56,11:57:05,10:57:05,9390,20.7,0.059,536,2.76,4.53,6,1,2.84,35.2,37.81,33.27,1200.24,1171.5,17.509,20.755,30.44,36.09,499.5,1998,55,99.28,2.31,0.232,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,2,,57,11:58:12,10:58:12,9457.5,19.6,0.0556,537,2.58,4.49,6,1,2.84,35.23,37.64,33.3,1200.35,1173.22,17.521,20.554,30.4,35.66,499.5,1500,72,99.28,2.31,0.232,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,3,,58,11:59:20,10:59:20,9525.5,17.8,0.0519,554,2.39,4.46,6,1,2.84,35.23,37.48,33.32,1200.11,1175.4,17.476,20.289,30.33,35.21,499.5,1100,189,99.28,2.31,0.232,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,4,,59,12:00:23,11:00:23,9588.5,16,0.0486,578,2.23,4.44,6,1,2.84,35.22,37.36,33.33,1200.13,1177.78,17.4,20.026,30.22,34.78,499.5,801,527,99.28,2.31,0.232,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,5,,60,12:02:02,11:02:02,9687.5,14.3,0.0439,586,1.99,4.38,6,1,2.84,35.09,37.08,33.24,1200.51,1180.46,17.352,19.696,30.35,34.45,499.5,499,481,99.27,1.07,0.202,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,6,,61,12:03:32,11:03:32,9777.5,9.69,0.0411,733,1.87,4.4,6,1,2.84,35.16,37.12,33.35,1199.97,1185.66,17.375,19.582,30.27,34.11,499.5,249,696,99.27,0.63,0.205,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,7,,62,12:05:02,11:05:02,9867.5,4.54,0.0388,924,1.78,4.43,6,1,2.84,35.35,37.2,33.55,1200.16,1192.16,17.47,19.572,30.11,33.73,499.5,100,875,99.27,0.375,0.205,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,8,,63,12:06:32,11:06:32,9957.5,2.86,0.0372,987,1.74,4.49,6,1,2.84,35.53,37.4,33.73,1199.94,1194.02,17.592,19.637,30.03,33.52,499.5,71,320,99.26,0.48,0.208,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,9,,64,12:08:02,11:08:02,10047.5,1.15,0.0354,1060,1.63,4.45,6,1,2.84,35.43,37.26,33.64,1200.14,1196.41,17.678,19.602,30.33,33.63,499.5,40,1033,99.26,0.553,0.21,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,10,,65,12:09:32,11:09:32,10137.5,-0.0325,0.0337,1110,1.57,4.48,6,1,2.84,35.52,37.36,33.74,1199.85,1197.63,17.743,19.595,30.3,33.46,499.5,19,364,99.26,0.369,0.213,1 -Boulia,Corymbia terminalis,3,Canopy,Monash,5-Dec-2008,Light,11,,66,12:11:02,11:11:02,10227.5,-0.952,0.0321,1160,1.53,4.56,6,1,2.84,35.74,37.57,33.97,1199.82,1198.77,17.75,19.546,29.94,32.97,499.5,1,342,99.26,0.239,0.209,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,1,,1,9:55:41,8:55:41,597.5,19.2,0.262,232,7.75,3.07,6,1,2.84,32.97,34.71,31.11,400.35,373.76,16.041,25.12,31.52,49.36,499.6,2000,0,99.08,2.6,0.148,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,2,,2,9:57:40,8:57:40,716.5,13.1,0.273,169,7.42,2.84,6,1,2.84,32.22,33.95,30.65,279.87,261.83,16.452,25.133,33.71,51.5,499.8,2000,0,99.08,2.3,0.186,0 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,3,,3,9:59:40,8:59:40,837.5,8.37,0.274,128,7.25,2.76,6,1,2.84,32.58,33.99,31.23,200.69,187.98,16.797,26.008,33.73,52.22,459.8,2001,0,99.08,2.04,0.144,0.7 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,4,,4,10:01:43,9:01:43,960.5,4.25,0.277,101,7.41,2.79,6,1,2.84,32.74,34.07,31.43,139.72,133.2,16.995,25.983,33.83,51.72,481.7,2001,0,99.08,1.84,0.146,0.7 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,5,,5,10:03:47,9:03:47,1084.5,0.78,0.284,75.2,7.6,2.8,6,1,2.84,32.76,34.09,31.43,85.35,83.64,17.096,25.991,33.98,51.67,499.3,2001,0,99.07,1.63,0.196,0.3 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,6,,6,10:05:47,9:05:47,1204.5,-2.08,0.288,52.7,7.65,2.78,6,1,2.84,32.74,34.05,31.42,40.26,42.33,17.156,25.981,34.15,51.71,506.4,2000,0,99.07,1.35,0.143,0.7 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,7,,7,10:07:57,9:07:57,1333.5,8.16,0.294,134,7.82,2.79,6,1,2.84,32.66,34.09,31.22,201.3,190.16,17.213,26.018,34.4,52,519.3,2000,0,99.06,2.03,0.136,0.7 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,8,,8,10:09:28,9:09:28,1424.5,20.5,0.296,239,7.84,2.78,6,1,2.84,32.64,34.05,31.23,400.97,373.89,17.215,26.02,34.45,52.07,520,1999,0,99.06,2.03,0.136,0.7 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,9,,9,10:10:59,9:10:59,1515.5,29.5,0.293,363,7.77,2.78,6,1,2.84,32.65,34.05,31.23,599.67,560.17,17.203,26.024,34.4,52.04,514.7,2000,0,99.06,2.03,0.136,0.7 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,10,,10,10:12:30,9:12:30,1606.5,31.8,0.285,580,7.54,2.77,6,1,2.84,32.41,34.01,30.83,851.51,806.04,17.193,26.007,34.84,52.7,499.6,2000,0,99.05,2.03,0.136,0.3 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,A/Ci,11,,11,10:14:01,9:14:01,1697.5,29.1,0.276,924,7.3,2.76,6,1,2.84,32.4,33.99,30.84,1200.5,1153.92,17.168,26.008,34.82,52.75,482.9,2000,0,99.05,2.03,0.136,0.3 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,1,,12,10:25:06,9:25:06,2363.5,35.6,0.206,794,5.91,2.92,6,1,2.84,32.62,34.5,30.79,1199.57,1134.95,17.174,25.961,34.39,51.99,393.1,2001,0,99.03,2.03,0.136,0.3 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,2,,13,10:27:07,9:27:07,2484.5,31,0.186,806,5.11,2.79,6,1,2.84,32.11,34.07,30.23,1199.6,1134.16,17.159,26.002,35.36,53.59,337.8,1501,0,99.04,2.03,0.136,0.3 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,3,,14,10:28:41,9:28:41,2578,27.1,0.172,827,4.69,2.74,6,1,2.84,32.4,33.92,30.84,1199.53,1136.74,17.146,25.998,34.76,52.7,309.4,1101,0,99.03,2.03,0.136,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,4,,15,10:30:29,9:30:29,2686,22.9,0.156,850,4.32,2.78,6,1,2.84,32.69,34.03,31.13,1199.73,1141.03,17.12,26.008,34.16,51.89,284.2,800,0,99.03,2.03,0.136,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,5,,16,10:32:29,9:32:29,2807,17.3,0.14,904,4.14,2.95,6,1,2.84,32.64,33.96,31.31,1199.62,1161.62,17.112,24.043,34.23,48.1,349.8,500,0,99.03,2.03,0.136,0.7 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,6,,17,10:33:31,9:33:31,2868.5,9.97,0.135,997,3.99,2.95,6,1,2.84,32.68,33.89,31.22,1199.42,1174.29,17.114,23.79,34.16,47.49,349.8,251,0,99.03,2.03,0.136,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,7,,18,10:35:02,9:35:02,2959.5,3.67,0.128,1080,3.87,3.01,6,1,2.84,32.97,34,31.63,1199.44,1185.29,17.112,23.594,33.6,46.33,349.8,100,0,99.03,1.28,0.173,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,8,,19,10:36:37,9:36:37,3054.5,2.34,0.125,1100,3.82,3.04,6,1,2.84,32.9,34.1,31.43,1199.34,1187.53,17.15,23.555,33.8,46.42,349.8,71,0,99.02,1.26,0.18,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,9,,20,10:38:10,9:38:10,3147.5,0.726,0.123,1120,3.76,3.04,6,1,2.84,32.79,34.08,31.21,1199.52,1190.6,17.209,23.508,34.12,46.61,349.8,39,0,99.02,1.18,0.194,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,10,,21,10:39:41,9:39:41,3238.5,-0.853,0.119,1150,3.65,3.03,6,1,2.84,32.76,34.01,31.24,1199.15,1193.14,17.219,23.337,34.22,46.37,349.8,20,0,99.02,1.31,0.189,1 -Boulia,Corymbia terminalis,4,Canopy,Monash,6-Dec-2008,Light,11,,22,10:41:12,9:41:12,3329.5,-2.03,0.117,1160,3.62,3.06,6,1,2.84,32.79,34.09,31.22,1199.01,1195.07,17.252,23.314,34.21,46.23,349.8,0,0,99.02,1.36,0.184,1 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,1,,23,10:49:27,9:49:27,3824.5,14.4,0.163,212,5.27,3.23,6,1,2.84,33.19,35.19,31.33,399.62,374.74,17.155,24.982,33.28,48.46,393.8,1999,0,99.02,1.36,0.184,0.3 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,2,,24,10:51:28,9:51:28,3945.5,8.28,0.16,165,5.07,3.18,6,1,2.84,32.92,35.02,31.02,278.5,263.25,17.146,24.988,33.76,49.2,378.4,1999,0,99.01,2.34,0.21,0 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,3,,25,10:53:32,9:53:32,4069.5,4.92,0.164,130,5.19,3.18,6,1,2.84,32.87,35.02,30.96,198.6,189.45,17.153,24.992,33.87,49.35,387.2,2001,0,99.01,2.07,0.217,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,4,,26,10:55:21,9:55:21,4178.5,2.55,0.17,104,5.32,3.15,6,1,2.84,32.8,34.92,30.87,140.13,135.17,17.146,25.018,33.99,49.59,395.1,2000,0,99.01,1.79,0.245,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,5,,27,10:57:24,9:57:24,4301.5,0.111,0.178,79.3,5.6,3.17,6,1,2.84,32.81,34.99,30.92,85.54,84.7,17.168,24.993,34.01,49.51,418.5,1999,0,99.01,1.61,0.261,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,6,,28,10:59:28,9:59:28,4425.5,-2.03,0.188,58,6.05,3.27,6,1,2.84,33.12,35.29,31.21,40.11,42.44,17.226,24.988,33.54,48.65,456.3,2000,0,99.01,1.16,0.222,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,7,,29,11:01:31,10:01:31,4548.5,5.8,0.194,132,6.27,3.28,6,1,2.84,33.23,35.34,31.33,200.88,191.92,17.209,25.021,33.29,48.4,469.3,1999,0,99.01,1.89,0.203,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,8,,30,11:03:02,10:03:02,4639,15.6,0.194,225,6.23,3.25,6,1,2.84,33.15,35.26,31.24,400.49,377.35,17.178,25.018,33.38,48.62,464.7,1999,0,99,1.89,0.203,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,9,,31,11:04:32,10:04:32,4730,24.7,0.188,316,6.14,3.31,6,1,2.84,33.27,35.41,31.38,599.82,562.73,17.099,24.982,33.01,48.22,455.7,2001,0,99.01,1.89,0.203,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,10,,32,11:06:03,10:06:03,4820.5,33.4,0.179,448,5.91,3.33,6,1,2.84,33.36,35.5,31.47,850.28,797.66,17.039,24.995,32.72,48,434.4,2000,0,99.01,1.89,0.203,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,A/Ci,11,,33,11:07:34,10:07:34,4911.5,35.7,0.165,723,5.54,3.37,6,1,2.84,33.45,35.61,31.54,1200.52,1138.34,17.006,25.005,32.5,47.78,405.1,2000,0,99.01,1.89,0.203,0.3 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,1,,34,11:18:49,10:18:49,5586.5,31.1,0.0962,536,3.55,3.61,6,1,2.84,34.02,36.35,32.12,1200.26,1118.46,16.96,25.023,31.4,46.32,257.2,1999,0,99,1.89,0.203,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,2,,35,11:20:50,10:20:50,5707.5,27.6,0.0855,539,3.16,3.61,6,1,2.84,34.19,36.34,32.29,1200.22,1119.92,17.062,24.999,31.29,45.84,233.1,1501,0,99,1.89,0.203,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,3,,36,11:22:51,10:22:51,5828.5,24.6,0.0758,538,2.79,3.59,6,1,2.84,34.21,36.28,32.37,1200.08,1118.81,17.016,25,31.16,45.79,204.7,1100,0,99,1.89,0.203,0.3 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,4,,37,11:24:52,10:24:52,5949.5,21.2,0.0687,565,2.45,3.47,6,1,2.84,33.96,35.92,32.1,1200.03,1119,16.883,24.976,31.35,46.38,177.4,799,0,99,1.89,0.203,0.3 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,5,,38,11:26:52,10:26:52,6070,17.1,0.0629,632,2.17,3.35,6,1,2.84,33.7,35.55,31.88,1200.17,1124.47,16.78,24.994,31.62,47.1,154.7,500,0,99,1.89,0.203,0.7 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,6,,39,11:29:22,10:29:22,6219.5,11.5,0.0597,804,2.34,3.8,6,1,2.84,33.63,35.42,31.82,1200.81,1181.16,16.833,19.99,31.85,37.82,435.2,251,0,99,1.3,0.194,0.3 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,7,,40,11:31:18,10:31:18,6335.5,4.68,0.056,985,2.17,3.76,6,1,2.84,33.53,35.28,31.73,1200.61,1189.96,16.879,19.998,32.11,38.05,409,101,0,99,1.15,0.211,0.3 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,8,,41,11:33:48,10:33:48,6485.5,3.12,0.0529,1030,2.04,3.73,6,1,2.84,33.46,35.19,31.65,1200.62,1191.86,16.816,19.971,32.11,38.14,379.7,70,0,99,0.836,0.234,0 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,9,,42,11:36:11,10:36:11,6628.5,0.796,0.0494,1100,1.88,3.69,6,1,2.84,33.34,35.05,31.55,1200.72,1195.37,16.754,19.994,32.21,38.43,341.3,39,0,99,1.42,0.183,0 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,10,,43,11:37:53,10:37:53,6729.5,-0.686,0.0459,1150,1.76,3.71,6,1,2.84,33.39,35.12,31.6,1200.68,1197.98,16.736,20.013,32.09,38.37,315.6,19,0,99,1.73,0.0785,0 -Boulia,Corymbia terminalis,5,Canopy,Monash,6-Dec-2008,Light,11,,44,11:39:37,10:39:37,6834.5,-1.92,0.0475,1190,1.8,3.67,6,1,2.84,33.3,35.01,31.53,1200.7,1200.25,16.67,19.991,32.12,38.51,319.3,1,0,98.99,1.35,0.219,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,1,,45,11:51:33,10:51:33,7550.5,8.16,0.088,213,3.7,4.11,6,1,2.84,34.62,36.95,32.73,399.27,385.62,16.848,22.003,30.14,39.37,421.2,1999,65,98.98,1.83,0.233,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,2,,46,11:53:33,10:53:33,7670.5,5.22,0.0984,169,4.04,4.03,6,1,2.84,34.52,36.72,32.62,279.85,271.59,16.86,22.022,30.35,39.64,459.3,1999,26,98.98,1.66,0.258,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,3,,47,11:55:33,10:55:33,7790.5,3.19,0.112,136,4.51,3.96,6,1,2.84,34.35,36.49,32.46,198.65,193.91,16.846,21.999,30.61,39.97,513.9,2000,27,98.98,1.45,0.246,0.7 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,4,,48,11:57:34,10:57:34,7911.5,1.52,0.125,109,4.96,3.93,6,1,2.84,34.28,36.43,32.36,140.22,137.8,16.687,21.998,30.43,40.11,548.2,2000,25,98.97,1.31,0.252,0.7 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,5,,49,11:59:39,10:59:39,8036.5,-0.296,0.135,83.5,5.32,3.92,6,1,2.84,34.23,36.38,32.31,85.58,85.42,16.642,22.011,30.43,40.24,581.9,2000,31,98.97,1.1,0.268,0.7 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,6,,50,12:01:40,11:01:40,8157.5,-1.93,0.148,60.9,5.49,3.7,6,1,2.84,34.25,36.33,32.36,39.97,42.31,16.612,24.011,30.34,43.86,434.7,1999,26,98.97,0.939,0.273,0.7 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,7,,51,12:03:44,11:03:44,8280.5,4,0.155,141,5.77,3.71,6,1,2.84,34.32,36.36,32.41,201.02,194.32,16.625,23.994,30.25,43.66,458.6,2000,28,98.97,1.42,0.287,0 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,8,,52,12:05:47,11:05:47,8404.5,11.1,0.142,232,5.37,3.75,6,1,2.84,34.33,36.46,32.4,400.51,381.82,16.56,23.985,30.12,43.63,423.2,2001,37,98.97,1.78,0.282,0 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,9,,53,12:07:19,11:07:19,8495.5,17.5,0.132,321,5.03,3.76,6,1,2.84,34.36,36.5,32.42,599.5,568.39,16.475,23.986,29.92,43.56,391.8,2001,43,98.97,1.78,0.282,0.7 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,10,,54,12:08:50,11:08:50,8586.5,22,0.123,471,4.72,3.8,6,1,2.84,34.44,36.62,32.51,850.48,808.31,16.453,23.992,29.75,43.37,367,2000,43,98.97,1.78,0.282,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,A/Ci,11,,55,12:10:21,11:10:21,8677.5,21.1,0.113,782,4.46,3.9,6,1,2.84,34.67,36.9,32.75,1200.56,1155.02,16.468,24.015,29.38,42.85,346.1,1999,42,98.97,1.78,0.282,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,1,,56,12:14:03,11:14:03,8900.5,21.4,0.0867,690,3.73,4.2,6,1,2.84,34.89,37.2,32.96,1200.1,1161.56,16.541,21.996,29.16,38.77,401.1,2001,47,98.96,1.78,0.282,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,2,,57,12:16:04,11:16:04,9021.5,21.3,0.0724,613,3.07,4.12,6,1,2.84,34.82,36.96,32.91,1200.06,1154.78,16.523,21.992,29.25,38.93,329.2,1500,53,98.96,1.78,0.282,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,3,,58,12:18:05,11:18:05,9142.5,18.4,0.0615,605,2.56,4.02,6,1,2.84,34.66,36.69,32.78,1200.08,1153.01,16.483,21.982,29.43,39.25,272.7,1101,53,98.95,1.78,0.282,0.7 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,4,,59,12:20:06,11:20:06,9263.5,16.1,0.0544,614,2.23,3.96,6,1,2.84,34.58,36.51,32.73,1199.89,1152.81,16.461,21.976,29.52,39.41,237.4,801,46,98.95,1.78,0.282,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,5,,60,12:22:07,11:22:07,9384.5,13.2,0.0488,655,2,3.95,6,1,2.84,34.6,36.46,32.77,1199.67,1155.56,16.44,21.979,29.45,39.36,211.6,499,50,98.95,1.78,0.282,0.3 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,6,,61,12:23:19,11:23:19,9455.5,9.07,0.0455,778,1.88,3.97,6,1,2.84,34.77,36.54,32.94,1199.76,1165.88,16.467,21.993,29.22,39.03,199.4,251,49,98.95,1.78,0.282,1 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,7,,62,12:25:54,11:25:54,9611.5,3.56,0.0375,955,1.54,3.94,6,1,2.84,34.73,36.45,32.92,1199.39,1179.56,16.445,21.997,29.25,39.13,162.8,101,47,98.95,2.1,0.0779,0 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,8,,63,12:28:18,11:28:18,9755.5,2.18,0.0337,1010,1.37,3.89,6,1,2.84,34.62,36.29,32.83,1199.51,1183.61,16.411,22.009,29.37,39.38,143.1,70,49,98.94,1.83,0.0965,0 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,9,,64,12:30:23,11:30:23,9880.5,0.605,0.0318,1080,1.32,3.98,6,1,2.84,34.83,36.58,33.04,1199.45,1189.96,16.376,22.012,28.96,38.92,137.9,39,183,98.94,0.961,0.293,0 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,10,,65,12:32:55,11:32:55,10032.5,-0.762,0.0295,1150,1.29,4.16,6,1,2.84,35.31,37.1,33.53,1199.26,1195.75,16.296,21.988,28.06,37.86,132.5,19,409,98.95,1.14,0.23,0.7 -Boulia,Corymbia terminalis,6,Canopy,Monash,6-Dec-2008,Light,11,,66,12:35:32,11:35:32,10189,-1.56,0.0184,1250,0.834,4.31,6,1,2.84,35.82,37.55,34.04,1199.42,1203.43,16.199,22.084,27.12,36.97,83.2,0,174,98.94,0.828,-0.202,0 +Site,Species,Leaf number,Canopy or understory,IRGA,Date,Curve routine,Step in curve,Outlier?,Observation,Time (not adjusted for NT),Time adjusted,Ftime,Photosynthesis (umol m-2 s-1),Conductance to H2O (mol m-2 s-1) +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,1,13:07:43,12:37:43,897.5,18.1,0.184 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,2,13:10:13,12:40:13,1048.5,14.8,0.234 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,3,,3,13:13:14,12:43:14,1229.5,8.98,0.338 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,4,,4,13:16:23,12:46:23,1418.5,4.78,0.381 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,5,,5,13:18:29,12:48:29,1544.5,-0.625,0.398 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,6,,6,13:20:52,12:50:52,1687.5,-1.99,0.429 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,7,,7,13:23:19,12:53:19,1834.5,9.58,0.441 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,8,,8,13:25:50,12:55:50,1985.5,16.3,0.358 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,9,,9,13:28:22,12:58:22,2137,18.8,0.315 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,10,,10,13:30:53,13:00:53,2288,15.2,0.286 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,A/Ci,11,,11,13:32:56,13:02:56,2411,14.1,0.274 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,1,,12,13:41:55,13:11:55,2950.5,18.6,0.198 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,2,,13,13:44:12,13:14:12,3087.5,15.4,0.17 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,3,,14,13:46:52,13:16:52,3247.5,12.8,0.173 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,4,,15,13:49:08,13:19:08,3383.5,8.5,0.173 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,5,,16,13:53:18,13:23:18,3633.5,5.59,0.153 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,6,,17,13:56:27,13:26:27,3822.5,3.17,0.158 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,7,,18,13:59:16,13:29:16,3990,1.23,0.152 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,8,,19,14:01:47,13:31:47,4142,-0.00187,0.146 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,9,,20,14:04:45,13:34:45,4319,-0.903,0.128 +Howard Springs,Eucalyptus miniata,0,Canopy,UWS,2-Sep-08,Light,10,,21,14:07:38,13:37:38,4492.5,-1.84,0.119 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,22,14:15:58,13:45:58,4992.5,23.4,0.212 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,23,14:18:17,13:48:17,5131.5,18.9,0.224 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,3,,24,14:20:15,13:50:15,5250.5,7.79,0.238 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,4,,25,14:23:15,13:53:15,5430.5,3.71,0.277 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,5,,26,14:25:35,13:55:35,5570.5,-1.17,0.318 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,6,,27,14:27:26,13:57:26,5681.5,-2.34,0.358 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,7,,28,14:29:51,13:59:51,5826.5,10.2,0.375 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,8,,29,14:32:22,14:02:22,5977.5,18,0.323 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,9,,30,14:34:53,14:04:53,6128.5,20.4,0.306 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,10,,31,14:37:24,14:07:24,6279.5,15.4,0.302 +Howard Springs,Eucalyptus miniata,1,Canopy,UWS,2-Sep-08,A/Ci,11,,32,14:39:55,14:09:55,6430.5,14.6,0.283 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,1,,1,14:46:48,13:16:48,1017,15.7,0.211 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,2,,2,14:49:49,13:19:49,1197,13.9,0.359 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,3,,3,14:52:31,13:22:31,1360,11.6,0.403 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,4,,4,14:55:28,13:25:28,1537,6.27,0.422 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,5,,5,14:57:14,13:27:14,1643,0.207,0.427 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,6,,6,15:00:14,13:30:14,1823,-1.96,0.504 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,7,,7,15:03:15,13:33:15,2003,11.8,0.425 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,8,,8,15:04:35,13:34:35,2083,21.5,0.371 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,9,,9,15:06:49,13:36:49,2217,28.4,0.33 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,10,,10,15:08:29,13:38:29,2317,27.8,0.329 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,A/Ci,11,,11,15:10:59,13:40:59,2467.5,26.1,0.305 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,1,,12,15:15:05,13:45:05,2713.5,31.8,0.282 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,2,,13,15:18:36,13:48:36,2924.5,28.1,0.272 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,3,,14,15:20:41,13:50:41,3049.5,24.3,0.255 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,4,,15,15:24:12,13:54:12,3260.5,18.9,0.218 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,5,,16,15:26:42,13:56:42,3410.5,8.82,0.187 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,6,,17,15:29:55,13:59:55,3603.5,4.75,0.167 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,7,,18,15:33:31,14:03:31,3819,2.88,0.146 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,8,,19,15:36:05,14:06:05,3974,0.87,0.128 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,9,,20,15:38:55,14:08:55,4143,-0.58,0.124 +Howard Springs,Eucalyptus miniata,2,Canopy,Monash,2-Sep-08,Light,10,,21,15:42:18,14:12:18,4347,-2.28,0.141 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,1,,1,17:09:50,15:39:50,186.5,9.91,0.0894 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,2,,2,17:12:29,15:42:29,346.5,7.06,0.106 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,3,,3,17:14:05,15:44:05,442.5,6.01,0.126 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,4,,4,17:16:35,15:46:35,592.5,3.65,0.164 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,5,,5,17:19:06,15:49:06,742.5,0.199,0.216 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,6,,6,17:21:36,15:51:36,892.5,-1.04,0.272 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,7,,7,17:24:00,15:54:00,1036.5,9.27,0.312 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,8,,8,17:26:01,15:56:01,1157.5,15.9,0.212 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,9,,9,17:28:02,15:58:02,1278.5,23,0.175 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,10,,10,17:30:03,16:00:03,1399.5,26.8,0.159 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,A/Ci,11,,11,17:32:04,16:02:04,1520.5,27.8,0.145 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,1,,12,17:36:05,16:06:05,1762.5,28.8,0.134 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,2,,13,17:38:26,16:08:26,1903,27,0.118 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,3,,14,17:41:20,16:11:20,2077,23.4,0.103 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,4,,15,17:44:21,16:14:21,2258,17.6,0.0858 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,5,,16,17:47:22,16:17:22,2439,8.63,0.0707 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,6,,17,17:49:58,16:19:58,2594.5,5.2,0.0664 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,7,,18,17:52:56,16:22:56,2772,3.42,0.0607 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,8,,19,17:55:46,16:25:46,2943,1.63,0.0584 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,9,,20,17:58:23,16:28:23,3099,0.199,0.0559 +Howard Springs,Eucalyptus miniata,3,Canopy,Monash,2-Sep-08,Light,10,,21,18:01:12,16:31:12,3269.5,-1.27,0.0639 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,1,,1,16:06:59,15:36:59,767,9.91,0.097 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,2,,2,16:09:04,15:39:04,891,8.05,0.137 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,3,,3,16:11:45,15:41:45,1053,7.93,0.2 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,4,,4,16:14:27,15:44:27,1215,4.61,0.258 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,5,,5,16:16:57,15:46:57,1365,-0.602,0.317 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,6,,6,16:19:28,15:49:28,1516,-2.55,0.372 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,7,,7,16:21:59,15:51:59,1666,11.5,0.41 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,8,,8,16:24:00,15:54:00,1787,20.1,0.35 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,9,,9,16:26:01,15:56:01,1908,24.6,0.303 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,10,,10,16:28:02,15:58:02,2029,21.3,0.28 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,A/Ci,11,,11,16:29:54,15:59:54,2141,18.4,0.261 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,1,,12,16:35:52,16:05:52,2499,22.9,0.221 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,2,,13,16:38:52,16:08:52,2680,21.1,0.185 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,3,,14,16:41:02,16:11:02,2809,17.9,0.151 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,4,,15,16:43:59,16:13:59,2986.5,13.1,0.127 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,5,,16,16:47:29,16:17:29,3197,9.73,0.116 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,6,,17,16:51:11,16:21:11,3418.5,5.13,0.0982 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,7,,18,16:54:00,16:24:00,3587.5,2.98,0.102 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,8,,19,16:56:31,16:26:31,3738,0.769,0.103 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,9,,20,17:00:01,16:30:01,3948,0.124,0.105 +Howard Springs,Eucalyptus miniata,4,Canopy,UWS,2-Sep-08,Light,10,,21,17:02:32,16:32:32,4099.5,-2.86,0.108 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,1,,22,18:12:18,16:42:18,3934.5,20.2,0.229 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,2,,23,18:14:48,16:44:48,4084.5,11.5,0.243 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,3,,24,18:17:18,16:47:18,4235.5,9.04,0.272 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,4,,25,18:19:49,16:49:49,4386.5,5.02,0.319 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,5,,26,18:22:23,16:52:23,4540.5,0.353,0.38 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,6,,27,18:24:59,16:54:59,4696.5,-0.939,0.44 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,7,,28,18:27:19,16:57:19,4836.5,10.6,0.44 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,8,,29,18:29:20,16:59:20,4957.5,18.7,0.335 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,9,,30,18:31:21,17:01:21,5079,23.6,0.296 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,10,,31,18:33:22,17:03:22,5200,24.3,0.267 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,A/Ci,11,,32,18:34:58,17:04:58,5295,23.8,0.26 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,1,,33,18:39:41,17:09:41,5578.5,27.4,0.232 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,2,,34,18:42:42,17:12:42,5759.5,25.6,0.189 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,3,,35,18:45:43,17:15:43,5940.5,22.3,0.152 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,4,,36,18:48:11,17:18:11,6088,16.8,0.132 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,5,,37,18:50:13,17:20:13,6210,7.71,0.119 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,6,,38,18:53:48,17:23:48,6425.5,5.76,0.0971 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,7,,39,18:56:19,17:26:19,6576.5,3.01,0.0941 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,8,,40,18:59:24,17:29:24,6761.5,1.43,0.088 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,9,,41,19:03:00,17:33:00,6977.5,0.13,0.0754 +Howard Springs,Eucalyptus miniata,5,Canopy,Monash,2-Sep-08,Light,10,,42,19:06:32,17:36:32,7189.5,-1.35,0.0726 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,1,Yes,22,17:10:40,16:40:40,4588,20.7,0.145 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,2,Yes,23,17:12:42,16:42:42,4709,15.4,0.188 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,3,Yes,24,17:14:43,16:44:43,4830,15.4,0.226 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,4,,25,17:17:05,16:47:05,4973,4.23,0.269 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,5,,26,17:19:35,16:49:35,5123,-0.716,0.311 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,6,,27,17:21:47,16:51:47,5255,-1.54,0.343 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,7,,28,17:24:17,16:54:17,5405,9.61,0.369 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,8,,29,17:26:07,16:56:07,5515,17.4,0.35 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,9,,30,17:28:08,16:58:08,5636,19.4,0.322 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,10,,31,17:30:09,17:00:09,5757,17.4,0.298 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,A/Ci,11,,32,17:32:10,17:02:10,5878,15.6,0.28 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,1,,33,17:36:25,17:06:25,6133,18.9,0.245 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,2,,34,17:39:26,17:09:26,6314,18.7,0.191 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,3,,35,17:41:59,17:11:59,6466.5,16.7,0.161 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,4,,36,17:45:00,17:15:00,6647.5,11.1,0.136 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,5,,37,17:48:23,17:18:23,6851,8.05,0.12 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,6,,38,17:51:49,17:21:49,7057,4.97,0.106 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,7,,39,17:54:20,17:24:20,7207,2.52,0.0991 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,8,,40,17:56:54,17:26:54,7361,0.923,0.0904 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,9,,41,17:59:54,17:29:54,7542,-0.0273,0.0786 +Howard Springs,Eucalyptus miniata,6,Canopy,UWS,2-Sep-08,Light,10,,42,18:02:39,17:32:39,7707,-1.15,0.0817 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,1,,1,15:23:17,14:53:17,870.5,8.01,0.0839 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,2,,2,15:25:18,14:55:18,991.5,6.14,0.111 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,3,,3,15:27:54,14:57:54,1148,4.83,0.129 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,4,,4,15:30:25,15:00:25,1299,2.27,0.147 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,5,,5,15:32:54,15:02:54,1448,-0.656,0.164 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,6,,6,15:35:29,15:05:29,1603,-1.99,0.192 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,7,,7,15:38:01,15:08:01,1755,6.84,0.21 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,8,,8,15:39:39,15:09:39,1852.5,12.8,0.202 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,9,,9,15:41:40,15:11:40,1973.5,17.2,0.187 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,10,,10,15:42:57,15:12:57,2050.5,15.6,0.18 +Howard Springs,Eucalyptus tetrodonta,1,Canopy,UWS,3-Sep-08,A/Ci,11,,11,15:44:58,15:14:58,2171.5,15.2,0.17 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,1,,1,16:28:06,14:58:06,879,9.93,0.107 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,2,,2,16:30:41,15:00:41,1033,6.27,0.124 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,3,,3,16:33:14,15:03:14,1187,5.61,0.16 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,4,,4,16:35:45,15:05:45,1338,2.97,0.195 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,5,,5,16:38:19,15:08:19,1492,-0.101,0.234 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,6,,6,16:40:50,15:10:50,1643,-1.49,0.272 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,7,,7,16:43:17,15:13:17,1790,7.71,0.306 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,8,,8,16:45:18,15:15:18,1910.5,14.7,0.28 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,9,,9,16:47:19,15:17:19,2032,20.2,0.243 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,10,,10,16:49:20,15:19:20,2153,21.2,0.216 +Howard Springs,Eucalyptus tetrodonta,2,Canopy,Monash,3-Sep-08,A/Ci,11,,11,16:51:21,15:21:21,2274,20.2,0.189 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,1,,20,17:48:16,16:18:16,5688.5,10.7,0.123 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,2,,21,17:50:16,16:20:16,5809.5,6.83,0.117 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,3,,22,17:52:51,16:22:51,5964,4.72,0.127 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,4,,23,17:55:32,16:25:32,6125,2.59,0.152 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,5,,24,17:58:12,16:28:12,6285,-0.124,0.194 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,6,,25,18:00:51,16:30:51,6444,-1.27,0.235 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,7,,26,18:03:30,16:33:30,6602,7.1,0.261 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,8,,27,18:05:04,16:35:04,6696,13.8,0.257 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,9,,28,18:07:05,16:37:05,6817,19.1,0.235 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,10,,29,18:09:06,16:39:06,6938,19.9,0.218 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,A/Ci,11,,30,18:11:07,16:41:07,7059,19.4,0.202 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,1,,31,18:13:42,16:43:42,7215,20.8,0.181 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,2,,32,18:15:43,16:45:43,7336,20.7,0.169 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,3,,33,18:17:44,16:47:44,7457,18.8,0.149 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,4,,34,18:19:16,16:49:16,7548.5,15.2,0.138 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,5,,35,18:20:47,16:50:47,7640,7.83,0.127 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,6,,36,18:22:38,16:52:38,7751,4.64,0.12 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,7,,37,18:24:12,16:54:12,7845,2.25,0.118 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,8,,38,18:26:45,16:56:45,7998,1.25,0.104 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,9,,39,18:28:52,16:58:52,8125,0.0385,0.102 +Howard Springs,Eucalyptus tetrodonta,3,Canopy,Monash,3-Sep-08,Light,10,,40,18:31:28,17:01:28,8280.5,-1.62,0.0981 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,1,,12,16:46:03,16:16:03,5837,5.27,0.0499 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,2,,13,16:48:04,16:18:04,5958,2.84,0.0503 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,3,,14,16:50:51,16:20:51,6125,0.798,0.0156 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,4,,15,16:53:30,16:23:30,6284,1.25,0.0698 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,5,,16,16:56:07,16:26:07,6441,-0.623,0.0817 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,6,,17,16:58:44,16:28:44,6598,-1.32,0.0938 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,7,,18,17:00:45,16:30:45,6719,4.86,0.104 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,8,,19,17:02:46,16:32:46,6840,9.74,0.103 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,9,,20,17:04:47,16:34:47,6961.5,15.2,0.1 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,10,,21,17:06:48,16:36:48,7082.5,18.2,0.0954 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,A/Ci,11,,22,17:08:49,16:38:49,7203.5,18.2,0.088 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,1,,23,17:12:40,16:42:40,7433,18.3,0.0821 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,2,,24,17:14:41,16:44:41,7554,17,0.0717 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,3,,25,17:16:39,16:46:39,7672,15.3,0.0782 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,4,,26,17:18:40,16:48:40,7793,11.1,0.0713 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,5,,27,17:20:35,16:50:35,7908,4.84,0.0683 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,6,,28,17:22:19,16:52:19,8012,1.91,0.0608 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,7,,29,17:24:29,16:54:29,8143,2.78,0.0569 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,8,,30,17:26:52,16:56:52,8286,1.26,0.0443 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,9,,31,17:29:37,16:59:37,8451,0.242,0.04 +Howard Springs,Eucalyptus tetrodonta,4,Canopy,UWS,3-Sep-08,Light,10,,32,17:32:27,17:02:27,8620,-0.725,0.0372 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,1,,41,18:43:00,17:13:00,8972,8.84,0.0876 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,2,,42,18:45:01,17:15:01,9093,6.39,0.104 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,3,,43,18:47:02,17:17:02,9214,5.77,0.121 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,4,,44,18:49:43,17:19:43,9375,2.6,0.15 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,5,,45,18:52:17,17:22:17,9530,-0.125,0.167 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,6,,46,18:54:23,17:24:23,9656,-1.28,0.185 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,7,,47,18:56:27,17:26:27,9780,6.35,0.199 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,8,,48,18:58:02,17:28:02,9874,12.6,0.203 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,9,,49,19:00:02,17:30:02,9995,19.4,0.192 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,10,,50,19:02:03,17:32:03,10116,22.5,0.181 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,A/Ci,11,,51,19:04:04,17:34:04,10237,23.1,0.171 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,1,,52,19:06:56,17:36:56,10409,24.4,0.157 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,2,,53,19:08:57,17:38:57,10530,22.6,0.15 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,3,,54,19:10:58,17:40:58,10651,19.3,0.137 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,4,,55,19:12:30,17:42:30,10742.5,14.4,0.131 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,5,,56,19:14:15,17:44:15,10847.5,6.89,0.12 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,6,,57,19:15:48,17:45:48,10940.5,4,0.115 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,7,,58,19:17:54,17:47:54,11067,2.5,0.106 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,8,,59,19:20:13,17:50:13,11206,1.07,0.0988 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,9,,60,19:22:22,17:52:22,11335,-0.00138,0.0918 +Howard Springs,Eucalyptus tetrodonta,5,Canopy,Monash,3-Sep-08,Light,10,,61,19:24:58,17:54:58,11491,-1.13,0.0931 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,1,,33,17:44:39,17:14:39,9352,5.28,0.0562 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,2,,34,17:46:40,17:16:40,9473,3.34,0.0607 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,3,,35,17:49:15,17:19:15,9629,3.08,0.0748 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,4,,36,17:51:54,17:21:54,9788,1.35,0.0726 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,5,,37,17:54:29,17:24:29,9942,-0.552,0.0864 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,6,,38,17:57:12,17:27:12,10106,-0.189,0.0155 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,7,,39,17:59:13,17:29:13,10227,4.19,0.079 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,8,,40,18:01:14,17:31:14,10348,7.95,0.0821 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,9,,41,18:03:15,17:33:15,10469,12.8,0.0829 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,10,,42,18:05:16,17:35:16,10590,14.2,0.0823 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,A/Ci,11,,43,18:07:17,17:37:17,10711,13.5,0.0815 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,1,,44,18:10:15,17:40:15,10889,13.4,0.0768 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,2,,45,18:12:08,17:42:08,11001.5,13.4,0.0794 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,3,,46,18:14:09,17:44:09,11122.5,11.5,0.0771 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,4,,47,18:15:41,17:45:41,11214.5,8.4,0.0763 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,5,,48,18:17:12,17:47:12,11305.5,2.33,0.0741 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,6,,49,18:19:22,17:49:22,11436,3.79,0.0787 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,7,,50,18:21:55,17:51:55,11589,2.23,0.0775 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,8,,51,18:24:04,17:54:04,11717,0.847,0.0679 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,9,,52,18:26:16,17:56:16,11850,0.122,0.0693 +Howard Springs,Eucalyptus tetrodonta,6,Canopy,UWS,3-Sep-08,Light,10,,53,18:28:48,17:58:48,12002,-0.838,0.0619 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,1,,62,19:32:57,18:02:57,11969,18.8,0.0525 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,2,,63,19:34:36,18:04:36,12068,18.8,0.0529 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,3,,64,19:36:27,18:06:27,12179,19.7,0.0555 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,4,,65,19:38:18,18:08:18,12290,17.5,0.0552 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,5,,66,19:40:19,18:10:19,12411,11.5,0.0564 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,6,,67,19:42:11,18:12:11,12523,7.55,0.0548 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,7,,68,19:43:58,18:13:58,12630,4.69,0.0538 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,8,,69,19:45:56,18:15:56,12748,2.59,0.0522 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,9,,70,19:48:35,18:18:35,12908,0.262,0.0145 +Howard Springs,Eucalyptus tetrodonta,7,Canopy,Monash,3-Sep-08,Light,10,,71,19:51:16,18:21:16,13068,-0.227,0.0159 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,1,,54,18:37:23,18:07:23,12516,16.8,0.0428 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,2,,55,18:39:24,18:09:24,12637,16.5,0.0429 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,3,,56,18:41:15,18:11:15,12748,15.6,0.0422 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,4,,57,18:43:16,18:13:16,12869,13,0.0404 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,5,,58,18:45:17,18:15:17,12991,7.87,0.044 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,6,,59,18:46:49,18:16:49,13082,5.26,0.0428 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,7,,60,18:48:28,18:18:28,13181,2.81,0.0404 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,8,,61,18:50:56,18:20:56,13330,1.56,0.0446 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,9,,62,18:53:36,18:23:36,13490,0.0163,0.041 +Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,10,,63,18:56:12,18:26:12,13645.5,-1.35,0.0342 +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, 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+,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, +,,,,,,,,,,,,,, diff --git a/tests/testthat/examples/Test_2023_7/metadata.yml b/tests/testthat/examples/Test_2023_7/metadata.yml index 3f95c715..ca13d6c6 100644 --- a/tests/testthat/examples/Test_2023_7/metadata.yml +++ b/tests/testthat/examples/Test_2023_7/metadata.yml @@ -27,8 +27,7 @@ dataset: data %>% group_by(Species, `Leaf number`) %>% mutate(individual_id = cur_group_id()) %>% - ungroup() %>% - mutate(plant_growth_form = "tree") + ungroup() ' collection_date: Date taxon_name: Species diff --git a/tests/testthat/examples/Test_2023_8/README.md b/tests/testthat/examples/Test_2023_8/README.md index afb9f0d3..9f461a9b 100644 --- a/tests/testthat/examples/Test_2023_8/README.md +++ b/tests/testthat/examples/Test_2023_8/README.md @@ -1,15 +1,11 @@ # Test Dataset 8: `Test_2023_8` -This dataset is for testing `dataset_test` (not yet implemented). Erroneous metadata entry has been added to check the expected output of `dataset_test` (more to be added). - -Test_2023_8 is a copy of Falster_2005_1 with the following modifications: -- `entity_type`, `basis_of_value`, `value_type` and `replicates` were moved to dataset level fixed value in metadata.yml, except for `flowering_time`, `huber_value` (LASA1000) and `plant_growth_form` where they're specified at the trait level -- Added `measurement_remarks` to dataset level as fixed value in metadata.yml -- Added all different types of contexts (`entity_context`, `plot`, `treatment`, `temporal`, `method`) with some NA `find` and `value` values, duplicate `value` values, numeric and character type values, as separate columns (sex, slope position, nutrient treatment, sampling time of day, instrument used) plus entered at the trait level as a fixed value (for the `huber_value` traits) -- Removed latitude and longitude for Cape Tribulation -- Changed `trait_name` field for `branch_mass_fraction` to NA -- Added a categorical trait, `plant_growth_form`, and time trait, `flowering_time` -- Changed a numeric column `wood_density` to character type with `custom_R_code` -- Duplicated `flowering_time` value for Acacia celsa -- Excluded observation 0.17 for `leaf_mass_per_area` +This dataset is for testing: +- `repeat_measurements_id` at the dataset level for response curve data in long format + +Test_2023_8 is a copy of 'Cernusak_2011/raw/full_curve_data.csv' with the following modifications: +- Subsetted to one location: Howard Springs +- Converted to long format + +See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_8/data.csv b/tests/testthat/examples/Test_2023_8/data.csv index cf0bb2f6..d24cdbec 100644 --- a/tests/testthat/examples/Test_2023_8/data.csv +++ b/tests/testthat/examples/Test_2023_8/data.csv @@ -1,47 +1,527 @@ -Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height -Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3 -Acacia celsa,acacel,Atherton,,,,,,,,,,,,nyynnnnnnnnn,,female,bottom slope,control,17:00:00,instrument 1,3 -Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,,nnnnnnnnnyyy,shrub,male,dune crest,control,17:00:00,instrument 1,5 -Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,,nnnnyyynnnnn,mallee tree shrub tree mallee,female2,mid-slope,high nutrient,17:00:00,,4 -Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4 -Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4 -Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,, -Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,geophyte,,bottom slope,,9:00:00,instrument 3, -Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3, -Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,trees,female,dune crest,,,,10 -Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,tree,male,,,,, -Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,male,,,,,1 -Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,,male,,,,,1 -Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,herbs,male,,,,,1 -Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,male,,control,,,1 -Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,tree,male,,control,,,2 -Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,tree,male,,high nutrient,,, -Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,tree,male,,high nutrient,,, -Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,unknown,female,,low nutrient,,,2 -Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,,,,female,,low nutrient,,, -Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,female2,,,,, -Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,, -Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,, -Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,, -Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,, -Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,, -Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,, -Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,, -Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,, -Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,, -Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,, -Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,, -Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,, -Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,, -Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,, -Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,, -Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,, -Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,, -Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,, -Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,, -Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,, -Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,, -Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,, -Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,, -Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,, -Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,, +Site,Species,Leaf number,Date,Time adjusted,name,value +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:37:43,Photosynthesis (umol m-2 s-1),18.1 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:37:43,Conductance to H2O (mol m-2 s-1),0.184 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:40:13,Photosynthesis (umol m-2 s-1),14.8 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:40:13,Conductance to H2O (mol m-2 s-1),0.234 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:43:14,Photosynthesis (umol m-2 s-1),8.98 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:43:14,Conductance to H2O (mol m-2 s-1),0.338 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:46:23,Photosynthesis (umol m-2 s-1),4.78 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:46:23,Conductance to H2O (mol m-2 s-1),0.381 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:48:29,Photosynthesis (umol m-2 s-1),-0.625 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:48:29,Conductance to H2O (mol m-2 s-1),0.398 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:50:52,Photosynthesis (umol m-2 s-1),-1.99 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:50:52,Conductance to H2O (mol m-2 s-1),0.429 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:53:19,Photosynthesis (umol m-2 s-1),9.58 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:53:19,Conductance to H2O (mol m-2 s-1),0.441 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:55:50,Photosynthesis (umol m-2 s-1),16.3 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:55:50,Conductance to H2O (mol m-2 s-1),0.358 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:58:22,Photosynthesis (umol m-2 s-1),18.8 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,12:58:22,Conductance to H2O (mol m-2 s-1),0.315 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:00:53,Photosynthesis (umol m-2 s-1),15.2 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:00:53,Conductance to H2O (mol m-2 s-1),0.286 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:02:56,Photosynthesis (umol m-2 s-1),14.1 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:02:56,Conductance to H2O (mol m-2 s-1),0.274 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:11:55,Photosynthesis (umol m-2 s-1),18.6 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:11:55,Conductance to H2O (mol m-2 s-1),0.198 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:14:12,Photosynthesis (umol m-2 s-1),15.4 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:14:12,Conductance to H2O (mol m-2 s-1),0.17 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:16:52,Photosynthesis (umol m-2 s-1),12.8 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:16:52,Conductance to H2O (mol m-2 s-1),0.173 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:19:08,Photosynthesis (umol m-2 s-1),8.5 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:19:08,Conductance to H2O (mol m-2 s-1),0.173 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:23:18,Photosynthesis (umol m-2 s-1),5.59 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:23:18,Conductance to H2O (mol m-2 s-1),0.153 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:26:27,Photosynthesis (umol m-2 s-1),3.17 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:26:27,Conductance to H2O (mol m-2 s-1),0.158 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:29:16,Photosynthesis (umol m-2 s-1),1.23 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:29:16,Conductance to H2O (mol m-2 s-1),0.152 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:31:47,Photosynthesis (umol m-2 s-1),-0.00187 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:31:47,Conductance to H2O (mol m-2 s-1),0.146 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:34:45,Photosynthesis (umol m-2 s-1),-0.903 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:34:45,Conductance to H2O (mol m-2 s-1),0.128 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:37:38,Photosynthesis (umol m-2 s-1),-1.84 +Howard Springs,Eucalyptus miniata,0,2-Sep-08,13:37:38,Conductance to H2O (mol m-2 s-1),0.119 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:45:58,Photosynthesis (umol m-2 s-1),23.4 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:45:58,Conductance to H2O (mol m-2 s-1),0.212 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:48:17,Photosynthesis (umol m-2 s-1),18.9 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:48:17,Conductance to H2O (mol m-2 s-1),0.224 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:50:15,Photosynthesis (umol m-2 s-1),7.79 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:50:15,Conductance to H2O (mol m-2 s-1),0.238 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:53:15,Photosynthesis (umol m-2 s-1),3.71 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:53:15,Conductance to H2O (mol m-2 s-1),0.277 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:55:35,Photosynthesis (umol m-2 s-1),-1.17 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:55:35,Conductance to H2O (mol m-2 s-1),0.318 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:57:26,Photosynthesis (umol m-2 s-1),-2.34 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:57:26,Conductance to H2O (mol m-2 s-1),0.358 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:59:51,Photosynthesis (umol m-2 s-1),10.2 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,13:59:51,Conductance to H2O (mol m-2 s-1),0.375 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,14:02:22,Photosynthesis (umol m-2 s-1),18 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,14:02:22,Conductance to H2O (mol m-2 s-1),0.323 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,14:04:53,Photosynthesis (umol m-2 s-1),20.4 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,14:04:53,Conductance to H2O (mol m-2 s-1),0.306 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,14:07:24,Photosynthesis (umol m-2 s-1),15.4 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,14:07:24,Conductance to H2O (mol m-2 s-1),0.302 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,14:09:55,Photosynthesis (umol m-2 s-1),14.6 +Howard Springs,Eucalyptus miniata,1,2-Sep-08,14:09:55,Conductance to H2O (mol m-2 s-1),0.283 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:16:48,Photosynthesis (umol m-2 s-1),15.7 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:16:48,Conductance to H2O (mol m-2 s-1),0.211 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:19:49,Photosynthesis (umol m-2 s-1),13.9 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:19:49,Conductance to H2O (mol m-2 s-1),0.359 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:22:31,Photosynthesis (umol m-2 s-1),11.6 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:22:31,Conductance to H2O (mol m-2 s-1),0.403 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:25:28,Photosynthesis (umol m-2 s-1),6.27 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:25:28,Conductance to H2O (mol m-2 s-1),0.422 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:27:14,Photosynthesis (umol m-2 s-1),0.207 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:27:14,Conductance to H2O (mol m-2 s-1),0.427 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:30:14,Photosynthesis (umol m-2 s-1),-1.96 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:30:14,Conductance to H2O (mol m-2 s-1),0.504 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:33:15,Photosynthesis (umol m-2 s-1),11.8 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:33:15,Conductance to H2O (mol m-2 s-1),0.425 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:34:35,Photosynthesis (umol m-2 s-1),21.5 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:34:35,Conductance to H2O (mol m-2 s-1),0.371 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:36:49,Photosynthesis (umol m-2 s-1),28.4 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:36:49,Conductance to H2O (mol m-2 s-1),0.33 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:38:29,Photosynthesis (umol m-2 s-1),27.8 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:38:29,Conductance to H2O (mol m-2 s-1),0.329 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:40:59,Photosynthesis (umol m-2 s-1),26.1 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:40:59,Conductance to H2O (mol m-2 s-1),0.305 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:45:05,Photosynthesis (umol m-2 s-1),31.8 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:45:05,Conductance to H2O (mol m-2 s-1),0.282 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:48:36,Photosynthesis (umol m-2 s-1),28.1 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:48:36,Conductance to H2O (mol m-2 s-1),0.272 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:50:41,Photosynthesis (umol m-2 s-1),24.3 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:50:41,Conductance to H2O (mol m-2 s-1),0.255 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:54:12,Photosynthesis (umol m-2 s-1),18.9 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:54:12,Conductance to H2O (mol m-2 s-1),0.218 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:56:42,Photosynthesis (umol m-2 s-1),8.82 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:56:42,Conductance to H2O (mol m-2 s-1),0.187 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:59:55,Photosynthesis (umol m-2 s-1),4.75 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,13:59:55,Conductance to H2O (mol m-2 s-1),0.167 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,14:03:31,Photosynthesis (umol m-2 s-1),2.88 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,14:03:31,Conductance to H2O (mol m-2 s-1),0.146 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,14:06:05,Photosynthesis (umol m-2 s-1),0.87 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,14:06:05,Conductance to H2O (mol m-2 s-1),0.128 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,14:08:55,Photosynthesis (umol m-2 s-1),-0.58 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,14:08:55,Conductance to H2O (mol m-2 s-1),0.124 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,14:12:18,Photosynthesis (umol m-2 s-1),-2.28 +Howard Springs,Eucalyptus miniata,2,2-Sep-08,14:12:18,Conductance to H2O (mol m-2 s-1),0.141 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:39:50,Photosynthesis (umol m-2 s-1),9.91 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:39:50,Conductance to H2O (mol m-2 s-1),0.0894 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:42:29,Photosynthesis (umol m-2 s-1),7.06 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:42:29,Conductance to H2O (mol m-2 s-1),0.106 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:44:05,Photosynthesis (umol m-2 s-1),6.01 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:44:05,Conductance to H2O (mol m-2 s-1),0.126 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:46:35,Photosynthesis (umol m-2 s-1),3.65 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:46:35,Conductance to H2O (mol m-2 s-1),0.164 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:49:06,Photosynthesis (umol m-2 s-1),0.199 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:49:06,Conductance to H2O (mol m-2 s-1),0.216 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:51:36,Photosynthesis (umol m-2 s-1),-1.04 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:51:36,Conductance to H2O (mol m-2 s-1),0.272 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:54:00,Photosynthesis (umol m-2 s-1),9.27 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:54:00,Conductance to H2O (mol m-2 s-1),0.312 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:56:01,Photosynthesis (umol m-2 s-1),15.9 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:56:01,Conductance to H2O (mol m-2 s-1),0.212 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:58:02,Photosynthesis (umol m-2 s-1),23 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,15:58:02,Conductance to H2O (mol m-2 s-1),0.175 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:00:03,Photosynthesis (umol m-2 s-1),26.8 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:00:03,Conductance to H2O (mol m-2 s-1),0.159 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:02:04,Photosynthesis (umol m-2 s-1),27.8 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:02:04,Conductance to H2O (mol m-2 s-1),0.145 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:06:05,Photosynthesis (umol m-2 s-1),28.8 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:06:05,Conductance to H2O (mol m-2 s-1),0.134 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:08:26,Photosynthesis (umol m-2 s-1),27 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:08:26,Conductance to H2O (mol m-2 s-1),0.118 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:11:20,Photosynthesis (umol m-2 s-1),23.4 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:11:20,Conductance to H2O (mol m-2 s-1),0.103 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:14:21,Photosynthesis (umol m-2 s-1),17.6 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:14:21,Conductance to H2O (mol m-2 s-1),0.0858 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:17:22,Photosynthesis (umol m-2 s-1),8.63 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:17:22,Conductance to H2O (mol m-2 s-1),0.0707 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:19:58,Photosynthesis (umol m-2 s-1),5.2 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:19:58,Conductance to H2O (mol m-2 s-1),0.0664 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:22:56,Photosynthesis (umol m-2 s-1),3.42 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:22:56,Conductance to H2O (mol m-2 s-1),0.0607 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:25:46,Photosynthesis (umol m-2 s-1),1.63 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:25:46,Conductance to H2O (mol m-2 s-1),0.0584 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:28:23,Photosynthesis (umol m-2 s-1),0.199 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:28:23,Conductance to H2O (mol m-2 s-1),0.0559 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:31:12,Photosynthesis (umol m-2 s-1),-1.27 +Howard Springs,Eucalyptus miniata,3,2-Sep-08,16:31:12,Conductance to H2O (mol m-2 s-1),0.0639 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:36:59,Photosynthesis (umol m-2 s-1),9.91 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:36:59,Conductance to H2O (mol m-2 s-1),0.097 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:39:04,Photosynthesis (umol m-2 s-1),8.05 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:39:04,Conductance to H2O (mol m-2 s-1),0.137 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:41:45,Photosynthesis (umol m-2 s-1),7.93 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:41:45,Conductance to H2O (mol m-2 s-1),0.2 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:44:27,Photosynthesis (umol m-2 s-1),4.61 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:44:27,Conductance to H2O (mol m-2 s-1),0.258 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:46:57,Photosynthesis (umol m-2 s-1),-0.602 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:46:57,Conductance to H2O (mol m-2 s-1),0.317 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:49:28,Photosynthesis (umol m-2 s-1),-2.55 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:49:28,Conductance to H2O (mol m-2 s-1),0.372 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:51:59,Photosynthesis (umol m-2 s-1),11.5 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:51:59,Conductance to H2O (mol m-2 s-1),0.41 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:54:00,Photosynthesis (umol m-2 s-1),20.1 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:54:00,Conductance to H2O (mol m-2 s-1),0.35 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:56:01,Photosynthesis (umol m-2 s-1),24.6 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:56:01,Conductance to H2O (mol m-2 s-1),0.303 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:58:02,Photosynthesis (umol m-2 s-1),21.3 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:58:02,Conductance to H2O (mol m-2 s-1),0.28 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:59:54,Photosynthesis (umol m-2 s-1),18.4 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,15:59:54,Conductance to H2O (mol m-2 s-1),0.261 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:05:52,Photosynthesis (umol m-2 s-1),22.9 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:05:52,Conductance to H2O (mol m-2 s-1),0.221 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:08:52,Photosynthesis (umol m-2 s-1),21.1 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:08:52,Conductance to H2O (mol m-2 s-1),0.185 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:11:02,Photosynthesis (umol m-2 s-1),17.9 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:11:02,Conductance to H2O (mol m-2 s-1),0.151 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:13:59,Photosynthesis (umol m-2 s-1),13.1 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:13:59,Conductance to H2O (mol m-2 s-1),0.127 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:17:29,Photosynthesis (umol m-2 s-1),9.73 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:17:29,Conductance to H2O (mol m-2 s-1),0.116 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:21:11,Photosynthesis (umol m-2 s-1),5.13 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:21:11,Conductance to H2O (mol m-2 s-1),0.0982 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:24:00,Photosynthesis (umol m-2 s-1),2.98 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:24:00,Conductance to H2O (mol m-2 s-1),0.102 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:26:31,Photosynthesis (umol m-2 s-1),0.769 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:26:31,Conductance to H2O (mol m-2 s-1),0.103 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:30:01,Photosynthesis (umol m-2 s-1),0.124 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:30:01,Conductance to H2O (mol m-2 s-1),0.105 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:32:32,Photosynthesis (umol m-2 s-1),-2.86 +Howard Springs,Eucalyptus miniata,4,2-Sep-08,16:32:32,Conductance to H2O (mol m-2 s-1),0.108 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:42:18,Photosynthesis (umol m-2 s-1),20.2 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:42:18,Conductance to H2O (mol m-2 s-1),0.229 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:44:48,Photosynthesis (umol m-2 s-1),11.5 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:44:48,Conductance to H2O (mol m-2 s-1),0.243 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:47:18,Photosynthesis (umol m-2 s-1),9.04 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:47:18,Conductance to H2O (mol m-2 s-1),0.272 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:49:49,Photosynthesis (umol m-2 s-1),5.02 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:49:49,Conductance to H2O (mol m-2 s-1),0.319 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:52:23,Photosynthesis (umol m-2 s-1),0.353 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:52:23,Conductance to H2O (mol m-2 s-1),0.38 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:54:59,Photosynthesis (umol m-2 s-1),-0.939 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:54:59,Conductance to H2O (mol m-2 s-1),0.44 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:57:19,Photosynthesis (umol m-2 s-1),10.6 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:57:19,Conductance to H2O (mol m-2 s-1),0.44 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:59:20,Photosynthesis (umol m-2 s-1),18.7 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,16:59:20,Conductance to H2O (mol m-2 s-1),0.335 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:01:21,Photosynthesis (umol m-2 s-1),23.6 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:01:21,Conductance to H2O (mol m-2 s-1),0.296 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:03:22,Photosynthesis (umol m-2 s-1),24.3 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:03:22,Conductance to H2O (mol m-2 s-1),0.267 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:04:58,Photosynthesis (umol m-2 s-1),23.8 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:04:58,Conductance to H2O (mol m-2 s-1),0.26 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:09:41,Photosynthesis (umol m-2 s-1),27.4 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:09:41,Conductance to H2O (mol m-2 s-1),0.232 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:12:42,Photosynthesis (umol m-2 s-1),25.6 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:12:42,Conductance to H2O (mol m-2 s-1),0.189 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:15:43,Photosynthesis (umol m-2 s-1),22.3 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:15:43,Conductance to H2O (mol m-2 s-1),0.152 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:18:11,Photosynthesis (umol m-2 s-1),16.8 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:18:11,Conductance to H2O (mol m-2 s-1),0.132 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:20:13,Photosynthesis (umol m-2 s-1),7.71 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:20:13,Conductance to H2O (mol m-2 s-1),0.119 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:23:48,Photosynthesis (umol m-2 s-1),5.76 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:23:48,Conductance to H2O (mol m-2 s-1),0.0971 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:26:19,Photosynthesis (umol m-2 s-1),3.01 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:26:19,Conductance to H2O (mol m-2 s-1),0.0941 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:29:24,Photosynthesis (umol m-2 s-1),1.43 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:29:24,Conductance to H2O (mol m-2 s-1),0.088 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:33:00,Photosynthesis (umol m-2 s-1),0.13 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:33:00,Conductance to H2O (mol m-2 s-1),0.0754 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:36:32,Photosynthesis (umol m-2 s-1),-1.35 +Howard Springs,Eucalyptus miniata,5,2-Sep-08,17:36:32,Conductance to H2O (mol m-2 s-1),0.0726 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:40:40,Photosynthesis (umol m-2 s-1),20.7 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:40:40,Conductance to H2O (mol m-2 s-1),0.145 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:42:42,Photosynthesis (umol m-2 s-1),15.4 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:42:42,Conductance to H2O (mol m-2 s-1),0.188 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:44:43,Photosynthesis (umol m-2 s-1),15.4 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:44:43,Conductance to H2O (mol m-2 s-1),0.226 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:47:05,Photosynthesis (umol m-2 s-1),4.23 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:47:05,Conductance to H2O (mol m-2 s-1),0.269 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:49:35,Photosynthesis (umol m-2 s-1),-0.716 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:49:35,Conductance to H2O (mol m-2 s-1),0.311 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:51:47,Photosynthesis (umol m-2 s-1),-1.54 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:51:47,Conductance to H2O (mol m-2 s-1),0.343 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:54:17,Photosynthesis (umol m-2 s-1),9.61 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:54:17,Conductance to H2O (mol m-2 s-1),0.369 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:56:07,Photosynthesis (umol m-2 s-1),17.4 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:56:07,Conductance to H2O (mol m-2 s-1),0.35 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:58:08,Photosynthesis (umol m-2 s-1),19.4 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,16:58:08,Conductance to H2O (mol m-2 s-1),0.322 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:00:09,Photosynthesis (umol m-2 s-1),17.4 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:00:09,Conductance to H2O (mol m-2 s-1),0.298 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:02:10,Photosynthesis (umol m-2 s-1),15.6 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:02:10,Conductance to H2O (mol m-2 s-1),0.28 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:06:25,Photosynthesis (umol m-2 s-1),18.9 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:06:25,Conductance to H2O (mol m-2 s-1),0.245 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:09:26,Photosynthesis (umol m-2 s-1),18.7 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:09:26,Conductance to H2O (mol m-2 s-1),0.191 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:11:59,Photosynthesis (umol m-2 s-1),16.7 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:11:59,Conductance to H2O (mol m-2 s-1),0.161 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:15:00,Photosynthesis (umol m-2 s-1),11.1 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:15:00,Conductance to H2O (mol m-2 s-1),0.136 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:18:23,Photosynthesis (umol m-2 s-1),8.05 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:18:23,Conductance to H2O (mol m-2 s-1),0.12 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:21:49,Photosynthesis (umol m-2 s-1),4.97 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:21:49,Conductance to H2O (mol m-2 s-1),0.106 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:24:20,Photosynthesis (umol m-2 s-1),2.52 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:24:20,Conductance to H2O (mol m-2 s-1),0.0991 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:26:54,Photosynthesis (umol m-2 s-1),0.923 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:26:54,Conductance to H2O (mol m-2 s-1),0.0904 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:29:54,Photosynthesis (umol m-2 s-1),-0.0273 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:29:54,Conductance to H2O (mol m-2 s-1),0.0786 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:32:39,Photosynthesis (umol m-2 s-1),-1.15 +Howard Springs,Eucalyptus miniata,6,2-Sep-08,17:32:39,Conductance to H2O (mol m-2 s-1),0.0817 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,14:53:17,Photosynthesis (umol m-2 s-1),8.01 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,14:53:17,Conductance to H2O (mol m-2 s-1),0.0839 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,14:55:18,Photosynthesis (umol m-2 s-1),6.14 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,14:55:18,Conductance to H2O (mol m-2 s-1),0.111 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,14:57:54,Photosynthesis (umol m-2 s-1),4.83 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,14:57:54,Conductance to H2O (mol m-2 s-1),0.129 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:00:25,Photosynthesis (umol m-2 s-1),2.27 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:00:25,Conductance to H2O (mol m-2 s-1),0.147 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:02:54,Photosynthesis (umol m-2 s-1),-0.656 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:02:54,Conductance to H2O (mol m-2 s-1),0.164 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:05:29,Photosynthesis (umol m-2 s-1),-1.99 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:05:29,Conductance to H2O (mol m-2 s-1),0.192 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:08:01,Photosynthesis (umol m-2 s-1),6.84 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:08:01,Conductance to H2O (mol m-2 s-1),0.21 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:09:39,Photosynthesis (umol m-2 s-1),12.8 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:09:39,Conductance to H2O (mol m-2 s-1),0.202 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:11:40,Photosynthesis (umol m-2 s-1),17.2 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:11:40,Conductance to H2O (mol m-2 s-1),0.187 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:12:57,Photosynthesis (umol m-2 s-1),15.6 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:12:57,Conductance to H2O (mol m-2 s-1),0.18 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:14:58,Photosynthesis (umol m-2 s-1),15.2 +Howard Springs,Eucalyptus tetrodonta,1,3-Sep-08,15:14:58,Conductance to H2O (mol m-2 s-1),0.17 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,14:58:06,Photosynthesis (umol m-2 s-1),9.93 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,14:58:06,Conductance to H2O (mol m-2 s-1),0.107 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:00:41,Photosynthesis (umol m-2 s-1),6.27 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:00:41,Conductance to H2O (mol m-2 s-1),0.124 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:03:14,Photosynthesis (umol m-2 s-1),5.61 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:03:14,Conductance to H2O (mol m-2 s-1),0.16 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:05:45,Photosynthesis (umol m-2 s-1),2.97 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:05:45,Conductance to H2O (mol m-2 s-1),0.195 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:08:19,Photosynthesis (umol m-2 s-1),-0.101 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:08:19,Conductance to H2O (mol m-2 s-1),0.234 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:10:50,Photosynthesis (umol m-2 s-1),-1.49 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:10:50,Conductance to H2O (mol m-2 s-1),0.272 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:13:17,Photosynthesis (umol m-2 s-1),7.71 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:13:17,Conductance to H2O (mol m-2 s-1),0.306 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:15:18,Photosynthesis (umol m-2 s-1),14.7 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:15:18,Conductance to H2O (mol m-2 s-1),0.28 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:17:19,Photosynthesis (umol m-2 s-1),20.2 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:17:19,Conductance to H2O (mol m-2 s-1),0.243 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:19:20,Photosynthesis (umol m-2 s-1),21.2 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:19:20,Conductance to H2O (mol m-2 s-1),0.216 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:21:21,Photosynthesis (umol m-2 s-1),20.2 +Howard Springs,Eucalyptus tetrodonta,2,3-Sep-08,15:21:21,Conductance to H2O (mol m-2 s-1),0.189 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:18:16,Photosynthesis (umol m-2 s-1),10.7 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:18:16,Conductance to H2O (mol m-2 s-1),0.123 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:20:16,Photosynthesis (umol m-2 s-1),6.83 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:20:16,Conductance to H2O (mol m-2 s-1),0.117 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:22:51,Photosynthesis (umol m-2 s-1),4.72 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:22:51,Conductance to H2O (mol m-2 s-1),0.127 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:25:32,Photosynthesis (umol m-2 s-1),2.59 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:25:32,Conductance to H2O (mol m-2 s-1),0.152 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:28:12,Photosynthesis (umol m-2 s-1),-0.124 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:28:12,Conductance to H2O (mol m-2 s-1),0.194 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:30:51,Photosynthesis (umol m-2 s-1),-1.27 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:30:51,Conductance to H2O (mol m-2 s-1),0.235 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:33:30,Photosynthesis (umol m-2 s-1),7.1 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:33:30,Conductance to H2O (mol m-2 s-1),0.261 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:35:04,Photosynthesis (umol m-2 s-1),13.8 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:35:04,Conductance to H2O (mol m-2 s-1),0.257 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:37:05,Photosynthesis (umol m-2 s-1),19.1 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:37:05,Conductance to H2O (mol m-2 s-1),0.235 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:39:06,Photosynthesis (umol m-2 s-1),19.9 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:39:06,Conductance to H2O (mol m-2 s-1),0.218 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:41:07,Photosynthesis (umol m-2 s-1),19.4 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:41:07,Conductance to H2O (mol m-2 s-1),0.202 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:43:42,Photosynthesis (umol m-2 s-1),20.8 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:43:42,Conductance to H2O (mol m-2 s-1),0.181 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:45:43,Photosynthesis (umol m-2 s-1),20.7 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:45:43,Conductance to H2O (mol m-2 s-1),0.169 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:47:44,Photosynthesis (umol m-2 s-1),18.8 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:47:44,Conductance to H2O (mol m-2 s-1),0.149 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:49:16,Photosynthesis (umol m-2 s-1),15.2 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:49:16,Conductance to H2O (mol m-2 s-1),0.138 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:50:47,Photosynthesis (umol m-2 s-1),7.83 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:50:47,Conductance to H2O (mol m-2 s-1),0.127 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:52:38,Photosynthesis (umol m-2 s-1),4.64 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:52:38,Conductance to H2O (mol m-2 s-1),0.12 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:54:12,Photosynthesis (umol m-2 s-1),2.25 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:54:12,Conductance to H2O (mol m-2 s-1),0.118 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:56:45,Photosynthesis (umol m-2 s-1),1.25 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:56:45,Conductance to H2O (mol m-2 s-1),0.104 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:58:52,Photosynthesis (umol m-2 s-1),0.0385 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,16:58:52,Conductance to H2O (mol m-2 s-1),0.102 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,17:01:28,Photosynthesis (umol m-2 s-1),-1.62 +Howard Springs,Eucalyptus tetrodonta,3,3-Sep-08,17:01:28,Conductance to H2O (mol m-2 s-1),0.0981 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:16:03,Photosynthesis (umol m-2 s-1),5.27 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:16:03,Conductance to H2O (mol m-2 s-1),0.0499 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:18:04,Photosynthesis (umol m-2 s-1),2.84 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:18:04,Conductance to H2O (mol m-2 s-1),0.0503 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:20:51,Photosynthesis (umol m-2 s-1),0.798 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:20:51,Conductance to H2O (mol m-2 s-1),0.0156 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:23:30,Photosynthesis (umol m-2 s-1),1.25 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:23:30,Conductance to H2O (mol m-2 s-1),0.0698 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:26:07,Photosynthesis (umol m-2 s-1),-0.623 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:26:07,Conductance to H2O (mol m-2 s-1),0.0817 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:28:44,Photosynthesis (umol m-2 s-1),-1.32 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:28:44,Conductance to H2O (mol m-2 s-1),0.0938 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:30:45,Photosynthesis (umol m-2 s-1),4.86 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:30:45,Conductance to H2O (mol m-2 s-1),0.104 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:32:46,Photosynthesis (umol m-2 s-1),9.74 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:32:46,Conductance to H2O (mol m-2 s-1),0.103 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:34:47,Photosynthesis (umol m-2 s-1),15.2 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:34:47,Conductance to H2O (mol m-2 s-1),0.1 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:36:48,Photosynthesis (umol m-2 s-1),18.2 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:36:48,Conductance to H2O (mol m-2 s-1),0.0954 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:38:49,Photosynthesis (umol m-2 s-1),18.2 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:38:49,Conductance to H2O (mol m-2 s-1),0.088 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:42:40,Photosynthesis (umol m-2 s-1),18.3 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:42:40,Conductance to H2O (mol m-2 s-1),0.0821 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:44:41,Photosynthesis (umol m-2 s-1),17 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:44:41,Conductance to H2O (mol m-2 s-1),0.0717 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:46:39,Photosynthesis (umol m-2 s-1),15.3 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:46:39,Conductance to H2O (mol m-2 s-1),0.0782 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:48:40,Photosynthesis (umol m-2 s-1),11.1 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:48:40,Conductance to H2O (mol m-2 s-1),0.0713 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:50:35,Photosynthesis (umol m-2 s-1),4.84 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:50:35,Conductance to H2O (mol m-2 s-1),0.0683 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:52:19,Photosynthesis (umol m-2 s-1),1.91 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:52:19,Conductance to H2O (mol m-2 s-1),0.0608 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:54:29,Photosynthesis (umol m-2 s-1),2.78 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:54:29,Conductance to H2O (mol m-2 s-1),0.0569 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:56:52,Photosynthesis (umol m-2 s-1),1.26 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:56:52,Conductance to H2O (mol m-2 s-1),0.0443 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:59:37,Photosynthesis (umol m-2 s-1),0.242 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,16:59:37,Conductance to H2O (mol m-2 s-1),0.04 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,17:02:27,Photosynthesis (umol m-2 s-1),-0.725 +Howard Springs,Eucalyptus tetrodonta,4,3-Sep-08,17:02:27,Conductance to H2O (mol m-2 s-1),0.0372 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:13:00,Photosynthesis (umol m-2 s-1),8.84 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:13:00,Conductance to H2O (mol m-2 s-1),0.0876 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:15:01,Photosynthesis (umol m-2 s-1),6.39 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:15:01,Conductance to H2O (mol m-2 s-1),0.104 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:17:02,Photosynthesis (umol m-2 s-1),5.77 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:17:02,Conductance to H2O (mol m-2 s-1),0.121 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:19:43,Photosynthesis (umol m-2 s-1),2.6 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:19:43,Conductance to H2O (mol m-2 s-1),0.15 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:22:17,Photosynthesis (umol m-2 s-1),-0.125 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:22:17,Conductance to H2O (mol m-2 s-1),0.167 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:24:23,Photosynthesis (umol m-2 s-1),-1.28 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:24:23,Conductance to H2O (mol m-2 s-1),0.185 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:26:27,Photosynthesis (umol m-2 s-1),6.35 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:26:27,Conductance to H2O (mol m-2 s-1),0.199 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:28:02,Photosynthesis (umol m-2 s-1),12.6 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:28:02,Conductance to H2O (mol m-2 s-1),0.203 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:30:02,Photosynthesis (umol m-2 s-1),19.4 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:30:02,Conductance to H2O (mol m-2 s-1),0.192 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:32:03,Photosynthesis (umol m-2 s-1),22.5 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:32:03,Conductance to H2O (mol m-2 s-1),0.181 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:34:04,Photosynthesis (umol m-2 s-1),23.1 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:34:04,Conductance to H2O (mol m-2 s-1),0.171 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:36:56,Photosynthesis (umol m-2 s-1),24.4 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:36:56,Conductance to H2O (mol m-2 s-1),0.157 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:38:57,Photosynthesis (umol m-2 s-1),22.6 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:38:57,Conductance to H2O (mol m-2 s-1),0.15 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:40:58,Photosynthesis (umol m-2 s-1),19.3 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:40:58,Conductance to H2O (mol m-2 s-1),0.137 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:42:30,Photosynthesis (umol m-2 s-1),14.4 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:42:30,Conductance to H2O (mol m-2 s-1),0.131 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:44:15,Photosynthesis (umol m-2 s-1),6.89 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:44:15,Conductance to H2O (mol m-2 s-1),0.12 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:45:48,Photosynthesis (umol m-2 s-1),4 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:45:48,Conductance to H2O (mol m-2 s-1),0.115 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:47:54,Photosynthesis (umol m-2 s-1),2.5 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:47:54,Conductance to H2O (mol m-2 s-1),0.106 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:50:13,Photosynthesis (umol m-2 s-1),1.07 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:50:13,Conductance to H2O (mol m-2 s-1),0.0988 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:52:22,Photosynthesis (umol m-2 s-1),-0.00138 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:52:22,Conductance to H2O (mol m-2 s-1),0.0918 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:54:58,Photosynthesis (umol m-2 s-1),-1.13 +Howard Springs,Eucalyptus tetrodonta,5,3-Sep-08,17:54:58,Conductance to H2O (mol m-2 s-1),0.0931 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:14:39,Photosynthesis (umol m-2 s-1),5.28 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:14:39,Conductance to H2O (mol m-2 s-1),0.0562 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:16:40,Photosynthesis (umol m-2 s-1),3.34 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:16:40,Conductance to H2O (mol m-2 s-1),0.0607 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:19:15,Photosynthesis (umol m-2 s-1),3.08 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:19:15,Conductance to H2O (mol m-2 s-1),0.0748 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:21:54,Photosynthesis (umol m-2 s-1),1.35 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:21:54,Conductance to H2O (mol m-2 s-1),0.0726 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:24:29,Photosynthesis (umol m-2 s-1),-0.552 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:24:29,Conductance to H2O (mol m-2 s-1),0.0864 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:27:12,Photosynthesis (umol m-2 s-1),-0.189 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:27:12,Conductance to H2O (mol m-2 s-1),0.0155 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:29:13,Photosynthesis (umol m-2 s-1),4.19 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:29:13,Conductance to H2O (mol m-2 s-1),0.079 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:31:14,Photosynthesis (umol m-2 s-1),7.95 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:31:14,Conductance to H2O (mol m-2 s-1),0.0821 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:33:15,Photosynthesis (umol m-2 s-1),12.8 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:33:15,Conductance to H2O (mol m-2 s-1),0.0829 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:35:16,Photosynthesis (umol m-2 s-1),14.2 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:35:16,Conductance to H2O (mol m-2 s-1),0.0823 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:37:17,Photosynthesis (umol m-2 s-1),13.5 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:37:17,Conductance to H2O (mol m-2 s-1),0.0815 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:40:15,Photosynthesis (umol m-2 s-1),13.4 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:40:15,Conductance to H2O (mol m-2 s-1),0.0768 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:42:08,Photosynthesis (umol m-2 s-1),13.4 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:42:08,Conductance to H2O (mol m-2 s-1),0.0794 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:44:09,Photosynthesis (umol m-2 s-1),11.5 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:44:09,Conductance to H2O (mol m-2 s-1),0.0771 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:45:41,Photosynthesis (umol m-2 s-1),8.4 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:45:41,Conductance to H2O (mol m-2 s-1),0.0763 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:47:12,Photosynthesis (umol m-2 s-1),2.33 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:47:12,Conductance to H2O (mol m-2 s-1),0.0741 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:49:22,Photosynthesis (umol m-2 s-1),3.79 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:49:22,Conductance to H2O (mol m-2 s-1),0.0787 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:51:55,Photosynthesis (umol m-2 s-1),2.23 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:51:55,Conductance to H2O (mol m-2 s-1),0.0775 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:54:04,Photosynthesis (umol m-2 s-1),0.847 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:54:04,Conductance to H2O (mol m-2 s-1),0.0679 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:56:16,Photosynthesis (umol m-2 s-1),0.122 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:56:16,Conductance to H2O (mol m-2 s-1),0.0693 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:58:48,Photosynthesis (umol m-2 s-1),-0.838 +Howard Springs,Eucalyptus tetrodonta,6,3-Sep-08,17:58:48,Conductance to H2O (mol m-2 s-1),0.0619 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:02:57,Photosynthesis (umol m-2 s-1),18.8 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:02:57,Conductance to H2O (mol m-2 s-1),0.0525 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:04:36,Photosynthesis (umol m-2 s-1),18.8 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:04:36,Conductance to H2O (mol m-2 s-1),0.0529 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:06:27,Photosynthesis (umol m-2 s-1),19.7 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:06:27,Conductance to H2O (mol m-2 s-1),0.0555 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:08:18,Photosynthesis (umol m-2 s-1),17.5 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:08:18,Conductance to H2O (mol m-2 s-1),0.0552 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:10:19,Photosynthesis (umol m-2 s-1),11.5 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:10:19,Conductance to H2O (mol m-2 s-1),0.0564 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:12:11,Photosynthesis (umol m-2 s-1),7.55 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:12:11,Conductance to H2O (mol m-2 s-1),0.0548 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:13:58,Photosynthesis (umol m-2 s-1),4.69 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:13:58,Conductance to H2O (mol m-2 s-1),0.0538 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:15:56,Photosynthesis (umol m-2 s-1),2.59 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:15:56,Conductance to H2O (mol m-2 s-1),0.0522 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:18:35,Photosynthesis (umol m-2 s-1),0.262 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:18:35,Conductance to H2O (mol m-2 s-1),0.0145 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:21:16,Photosynthesis (umol m-2 s-1),-0.227 +Howard Springs,Eucalyptus tetrodonta,7,3-Sep-08,18:21:16,Conductance to H2O (mol m-2 s-1),0.0159 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:07:23,Photosynthesis (umol m-2 s-1),16.8 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:07:23,Conductance to H2O (mol m-2 s-1),0.0428 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:09:24,Photosynthesis (umol m-2 s-1),16.5 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:09:24,Conductance to H2O (mol m-2 s-1),0.0429 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:11:15,Photosynthesis (umol m-2 s-1),15.6 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:11:15,Conductance to H2O (mol m-2 s-1),0.0422 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:13:16,Photosynthesis (umol m-2 s-1),13 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:13:16,Conductance to H2O (mol m-2 s-1),0.0404 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:15:17,Photosynthesis (umol m-2 s-1),7.87 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:15:17,Conductance to H2O (mol m-2 s-1),0.044 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:16:49,Photosynthesis (umol m-2 s-1),5.26 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:16:49,Conductance to H2O (mol m-2 s-1),0.0428 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:18:28,Photosynthesis (umol m-2 s-1),2.81 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:18:28,Conductance to H2O (mol m-2 s-1),0.0404 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:20:56,Photosynthesis (umol m-2 s-1),1.56 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:20:56,Conductance to H2O (mol m-2 s-1),0.0446 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:23:36,Photosynthesis (umol m-2 s-1),0.0163 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:23:36,Conductance to H2O (mol m-2 s-1),0.041 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:26:12,Photosynthesis (umol m-2 s-1),-1.35 +Howard Springs,Eucalyptus tetrodonta,8,3-Sep-08,18:26:12,Conductance to H2O (mol m-2 s-1),0.0342 diff --git a/tests/testthat/examples/Test_2023_8/metadata.yml b/tests/testthat/examples/Test_2023_8/metadata.yml index 2f0501a7..72120b8d 100644 --- a/tests/testthat/examples/Test_2023_8/metadata.yml +++ b/tests/testthat/examples/Test_2023_8/metadata.yml @@ -2,393 +2,129 @@ source: primary: key: Test_2023_8 bibtype: Article - author: Daniel S. Falster, Mark Westoby - year: 2005 - title: Alternative height strategies among 45 dicot rain forest species from tropical - Queensland, Australia - journal: Journal of Ecology - volume: 93 - pages: 521--535 - publisher: Wiley-Blackwell - doi: 10.1111/j.0022-0477.2005.00992.x + year: '2011' + author: Lucas A. Cernusak and Lindsay B. Hutley and Jason Beringer and Joseph + A.M. Holtum and Benjamin L. Turner + journal: Agricultural and Forest Meteorology + title: Photosynthetic physiology of eucalypts along a sub-continental rainfall + gradient in northern Australia + volume: '151' + number: '11' + pages: 1462--1470 + doi: 10.1016/j.agrformet.2011.01.006 contributors: data_collectors: - - last_name: Falster - given_name: Daniel - ORCID: 0000-0002-9814-092X - affiliation: Evolution & Ecology Research Centre, School of Biological, Earth, - and Environmental Sciences, UNSW Sydney, Australia + - last_name: Cernusak + given_name: Lucas + ORCID: 0000-0002-7575-5526 + affiliation: College of Science and Engineering, James Cook University, Cairns, + QLD, Australia additional_role: contact - - last_name: Westoby - given_name: Mark - ORCID: 0000-0001-7690-4530 - affiliation: Department of Biological Sciences, Macquarie University, Australia dataset_curators: Elizabeth Wenk dataset: - data_is_long_format: no - custom_R_code: 'data %>% mutate(across(`wood density (mg mm-3)`, as.character))' - collection_date: 2004/2004 + data_is_long_format: yes + custom_R_code: ' + data %>% + group_by(Species, `Leaf number`) %>% + mutate(individual_id = cur_group_id()) %>% + ungroup() + ' + collection_date: Date taxon_name: Species - location_name: site - description: Investigation into trait values correlated with plant height along - light availability and successional gradients for far north Queensland species. + location_name: Site + individual_id: individual_id + repeat_measurements_id: TRUE + description: Leaf-level photosynthetic parameters of species in the closely related + genera Eucalyptus and Corymbia were assessed along a strong rainfall gradient + in northern Australia. basis_of_record: field life_stage: adult - entity_type: population - basis_of_value: measurement - value_type: mean - measurement_remarks: from Falster_2005_1 - replicates: '3' - sampling_strategy: Nineteen species, ranging from early to late successional status, - were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland - et al. 1999). Species selected to represent the light gradient establish and mature - in closed forest, where successional species are assumed absent. For inclusion - in this set we required that a species was known to establish and persist at low - light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya - 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO - Atherton; R Jensen). Twenty-six species, experiencing a range of light levels - at maturity, from high (canopy trees) to low light (understorey shrubs), were - included. - original_file: Falster & Westoby 2005 J Ecol appendix.doc - notes: none + sampling_strategy: Leaf gas exchange measurements were made at six sites along a + sub-continental rainfall gradient in northern Australia (Fig. 1). The sites covered + a latitudinal range from approximately 12 deg S to 23 deg S, with corresponding + MAP ranging from approximately 1700 mm to 300 mm (Table 1). Two canopy tree species + characteristic of each site were selected for measurements. All of the selected + species were from the genus Eucalyptus, or the closely related genus Corymbia + (Table 1). Two individuals of each of the two species at each site were selected + for measurements. A total of six leaves were sampled from each species at each + site. Canopy access was achieved with a 16 m elevated work platform at the four + more northerly sites, and with ladders or from the ground at the two more southerly + sites where trees were shorter. + original_file: Leaf trait data.xls (summary values imported into AusTraits) and + Leaf gas exchange.xls (full light response and A-Ci curve data) in raw data folder + and GoogleDrive folder + notes: The few duplicate values within this dataset, and with Schmidt_2003, Schulze_1998, + and Schulze_2006_2 seem to all be random, independent values since many measurements + for the same traits were made on the same species. locations: - Atherton: - description: Tropical rain forest vegetation. - elevation (m): 800 - latitude (deg): -17.1166667 - longitude (deg): 145.65 - rainfall (mm): 2000 - Cape Tribulation: - description: Complex mesophyll vine forest in tropical rain forest. - elevation (m): 25 - latitude (deg): .na - longitude (deg): .na - rainfall (mm): 3500 -contexts: -- context_property: plant sex - category: entity_context - var_in: sex - values: - - value: female - description: female plant - - value: male - description: male plant - - find: female2 - value: female - description: female plant -- context_property: slope position - category: plot_context - var_in: slope position - values: - - find: bottom slope - description: bottom slope - - value: dune crest - description: dune crest - - value: mid-slope - description: mid-slope -- context_property: nutrient treatment - category: treatment_context - var_in: nutrient treatment - values: - - value: control - description: control treatment - - value: high nutrient - description: high nutrient treatment - - value: low nutrient - description: low nutrient treatment - - find: .na.character - value: .na.character - description: .na.character -- context_property: sampling time of day - category: temporal - var_in: sampling time of day - values: - - value: '17:00:00' - - value: '9:00:00' -- context_property: instrument used - category: method_context - var_in: instrument used - values: - - value: instrument 1 - description: instrument 1 - - value: instrument 2 - description: instrument 2 - - find: instrument 3 - value: .na.character - description: .na.character - - find: .na.character - value: instrument 4 - description: .na.character -- context_property: tree height - category: entity_context - var_in: tree height - values: - - value: 3.0 - - value: 5.0 - - value: 4.0 - - value: 10.0 - - value: 1.0 - - value: 2.0 -- context_property: branch length - category: method_context - var_in: method_context - values: - - value: 250 mm branch - description: Measured on a 250 mm branch segment - - description: Measured on a 50 mm branch segment - - value: .na.character - description: Measured on a 1000 mm branch segment + Howard Springs: + latitude (deg): -12.485 + longitude (deg): 131.146 + elevation (m): 37.0 + precipitation, MAP (mm): 1714.0 + temperature, MAT (C): 27.8 + description: eucalypt-dominated savannas +contexts: .na traits: -- var_in: LMA (mg mm-2) - unit_in: mg/mm2 - trait_name: leaf_mass_per_area - methods: LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 - deg C) divided by leaf size. It was measured on the first five fully expanded - leaves at the tip of each individual. Testing of disallowed characters - Ψ◦℃. -- var_in: Leaf nitrogen (mg mg-1) - unit_in: mg/mg - trait_name: leaf_N_per_dry_mass - methods: Leaves from all individuals per species were pooled and finely ground for - nitrogen analysis. Total nitrogen concentration (%) was measured using complete - combustion gas chromatography by Waite Analytical Services, Adelaide. The first - five fully expanded leaves at the tip of each individual were used for the analysis. -- var_in: leaf size (mm2) - unit_in: mm2 - trait_name: leaf_area - methods: Leaf size was calculated as the one-sided leaf area (flat bed scanner). - It was measured on the first five fully expanded leaves at the tip of each individual. -- var_in: wood density (mg mm-3) - unit_in: mg/mm3 - trait_name: wood_density - methods: Wood density was calculated using 40-60 mm stem segments taken 250 mm and - 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated - before processing. After removing bark material, the volume of each wood sample - was determined using Archimedes' principle (Hacke et al. 2000). Samples were submerged - in a water-filled container on a balance. The weight change (mg) recorded during - submersion corresponds to the mass of water displaced, which can be converted - to a volume using the formula, displacement weight (mg)/0.998 (mg/mm3), where - 0.998 mg/mm3 is the density of water at 20 deg C. Samples were then dried for - 4 days at 60 deg C before weighing. -- var_in: branch mass fraction - unit_in: mg/mg - trait_name: .na - methods: Branch mass fraction was calculated as the mass side branches/total mass, - on a carbon dry mass basis. The zero values are correct - these are plants with - no branches. -- var_in: Seed mass (mg) - unit_in: mg - trait_name: seed_dry_mass - methods: Mean oven-dried seed mass (including seed coat but excluding seed accessories) - was estimated for all species with available field material. In total, collections - for 17 of 47 species were made. Data for an additional 12 species were drawn from - published (Osunkoya et al. 1994; Grubb et al. 1998) and unpublished (P. Juniper, - CSIRO Atherton) sources. -- var_in: seed_dry_mass - unit_in: mg - trait_name: seed_dry_mass - value_type: bin - replicates: '10' - methods: Made up bin value. -- var_in: LASA10 - unit_in: mm2{leaf}/mm2{sapwood} - trait_name: huber_value - methods: 'Leaf area was determined for a shoot whose sapwood had a cross sectional - area of 10 mm2. In detail from Wright_2006, which used this data, No single best - point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering - a set of species that varies widely in canopy architecture and typical maximum - height (here, approximately 20 cm to 85 m). We have used several approaches (Table - 1). In one study, we made measurements on the terminal twigs of each species, - i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For - species at Ash, GLP, Myall and TRF, traits were measured at each of several different - distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b - and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured - at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the - present re-analysis, we took the raw data from the previous studies and, for every - species possible, calculated patterns of leaf and stem deployment at two standard - points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at - 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area - (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This - was done as follows. For each individual plant, total leaf and stem dry mass at - 250 mm distance was estimated by straightline interpolation from values measured - at the nearest sampling points on either side of this distance. As the dry mass - data tended to display non-linear (power) relationships with distance from the - branch tip, the interpolated values were calculated from log10-log10- transformed - data, then back-transformed to the original scale. The same approach was used - for interpolating data to the standard stem (or sapwood) cross-sectional area. - For individuals where measurements had not been made on either side of the desired - point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 - of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated - (rather than interpolated) the measured data to the standard point. This allowed - us to include a number of individuals and species for which interpolation was - not possible. Still, several large-leaved, large-stemmed species from the TRF - site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies - in analyses, including the extrapolated data, were seen in comparison to analyses - including interpolated data only (details not shown). To illustrate how species'' - morphology varied at the two standard sampling points, species-mean stem cross-sectional - area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while - the distance from the branch tip at which stem cross-sectional area reached 10 - mm2 varied from 64 to 995 mm.' -- var_in: LASA250 - unit_in: mm2{leaf}/mm2{sapwood} - trait_name: huber_value - methods: 'Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional - area was determined where the branch was cut. In detail from Wright_2006, which - used this data, No single best point exists to compare traits such as LM/ SM, - LA/SM and LA/SA when considering a set of species that varies widely in canopy - architecture and typical maximum height (here, approximately 20 cm to 85 m). We - have used several approaches (Table 1). In one study, we made measurements on - the terminal twigs of each species, i.e. on a relatively standard developmental - unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits - were measured at each of several different distances back down the stem from the - branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). - At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional - area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw - data from the previous studies and, for every species possible, calculated patterns - of leaf and stem deployment at two standard points: at 250 mm distance from the - branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood - (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted - as subscript in trait abbreviations). This was done as follows. For each individual - plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline - interpolation from values measured at the nearest sampling points on either side - of this distance. As the dry mass data tended to display non-linear (power) relationships - with distance from the branch tip, the interpolated values were calculated from - log10-log10- transformed data, then back-transformed to the original scale. The - same approach was used for interpolating data to the standard stem (or sapwood) - cross-sectional area. For individuals where measurements had not been made on - either side of the desired point but the nearest measurement had been made within - 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired - point), we extrapolated (rather than interpolated) the measured data to the standard - point. This allowed us to include a number of individuals and species for which - interpolation was not possible. Still, several large-leaved, large-stemmed species - from the TRF site could not be included in the 10-mm2 crosssection dataset. No - unusual tendencies in analyses, including the extrapolated data, were seen in - comparison to analyses including interpolated data only (details not shown). To - illustrate how species'' morphology varied at the two standard sampling points, - species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm - distance from the branch tip, while the distance from the branch tip at which - stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' - method_context: 250 mm branch -- var_in: LASA50 - unit_in: mm2{leaf}/mm2{sapwood} - trait_name: huber_value - methods: 'Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional - area was determined where the branch was cut. In detail from Wright_2006, which - used this data, No single best point exists to compare traits such as LM/ SM, - LA/SM and LA/SA when considering a set of species that varies widely in canopy - architecture and typical maximum height (here, approximately 20 cm to 85 m). We - have used several approaches (Table 1). In one study, we made measurements on - the terminal twigs of each species, i.e. on a relatively standard developmental - unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits - were measured at each of several different distances back down the stem from the - branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). - At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional - area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw - data from the previous studies and, for every species possible, calculated patterns - of leaf and stem deployment at two standard points: at 250 mm distance from the - branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood - (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted - as subscript in trait abbreviations). This was done as follows. For each individual - plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline - interpolation from values measured at the nearest sampling points on either side - of this distance. As the dry mass data tended to display non-linear (power) relationships - with distance from the branch tip, the interpolated values were calculated from - log10-log10- transformed data, then back-transformed to the original scale. The - same approach was used for interpolating data to the standard stem (or sapwood) - cross-sectional area. For individuals where measurements had not been made on - either side of the desired point but the nearest measurement had been made within - 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired - point), we extrapolated (rather than interpolated) the measured data to the standard - point. This allowed us to include a number of individuals and species for which - interpolation was not possible. Still, several large-leaved, large-stemmed species - from the TRF site could not be included in the 10-mm2 crosssection dataset. No - unusual tendencies in analyses, including the extrapolated data, were seen in - comparison to analyses including interpolated data only (details not shown). To - illustrate how species'' morphology varied at the two standard sampling points, - species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm - distance from the branch tip, while the distance from the branch tip at which - stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' - method_context: 50 mm branch -- var_in: LASA1000 - unit_in: mm2{leaf}/mm2{sapwood} - trait_name: huber_value +- var_in: Photosynthesis (umol m-2 s-1) + unit_in: umol/m2/s + trait_name: leaf_photosynthesis entity_type: individual value_type: raw - basis_of_value: model_derived - measurement_remarks: made-up measurement remarks - collection_date: 2002/2002 - replicates: '5' - methods: 'Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional - area was determined where the branch was cut. In detail from Wright_2006, which - used this data, No single best point exists to compare traits such as LM/ SM, - LA/SM and LA/SA when considering a set of species that varies widely in canopy - architecture and typical maximum height (here, approximately 20 cm to 85 m). We - have used several approaches (Table 1). In one study, we made measurements on - the terminal twigs of each species, i.e. on a relatively standard developmental - unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits - were measured at each of several different distances back down the stem from the - branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). - At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional - area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw - data from the previous studies and, for every species possible, calculated patterns - of leaf and stem deployment at two standard points: at 250 mm distance from the - branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood - (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted - as subscript in trait abbreviations). This was done as follows. For each individual - plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline - interpolation from values measured at the nearest sampling points on either side - of this distance. As the dry mass data tended to display non-linear (power) relationships - with distance from the branch tip, the interpolated values were calculated from - log10-log10- transformed data, then back-transformed to the original scale. The - same approach was used for interpolating data to the standard stem (or sapwood) - cross-sectional area. For individuals where measurements had not been made on - either side of the desired point but the nearest measurement had been made within - 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired - point), we extrapolated (rather than interpolated) the measured data to the standard - point. This allowed us to include a number of individuals and species for which - interpolation was not possible. Still, several large-leaved, large-stemmed species - from the TRF site could not be included in the 10-mm2 crosssection dataset. No - unusual tendencies in analyses, including the extrapolated data, were seen in - comparison to analyses including interpolated data only (details not shown). To - illustrate how species'' morphology varied at the two standard sampling points, - species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm - distance from the branch tip, while the distance from the branch tip at which - stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' - method_context: 1000 mm branch -- var_in: flowering_time - unit_in: .na - trait_name: flowering_time + basis_of_value: measurement + replicates: 1 + methods: The A-ci curves were analysed using the spreadsheet utility (version 2007.1) + provided by Sharkey et al. (2007). The spreadsheet utility fits the photosynthesis + model of Farquhar et al. (1980) to the observed CO2 response curve. Estimates + are generated of the maximum Rubisco carboxylation rate, Vcmax (umol CO2 m-2 s-1); + the electron transport rate, J (umol electrons m-2 s-1); triose phosphate use, + TPU (umol triose phosphate m-2 s-1); day respiration, Rd (umol CO2 m-2 s-1); and + mesophyll conductance to CO2, gm (umol m-2 s-1 Pa-1). The spreadsheet utility + provides estimates of these parameters normalized to 25 deg C to facilitate comparisons + with measurements made at other leaf temperatures. An additional column in the + data.csv file, 'Vcmax atTleaf (umol m-2 s-1)', provides Vcmax values at the measured + leaf temperature and the column 'Tleaf (deg C)' indicates the leaf temperatures + during gas exchange measurements. +- var_in: Conductance to H2O (mol m-2 s-1) + unit_in: mol{H2O}/m2/s + trait_name: leaf_stomatal_conductance entity_type: individual - value_type: mode - basis_of_value: expert_score - methods: Made up flowering time values. - replicates: .na -- var_in: plant_growth_form - unit_in: .na - trait_name: plant_growth_form - entity_type: species - value_type: mode - basis_of_value: expert_score - methods: Made up growth form values. - replicates: .na -substitutions: -- trait_name: plant_growth_form - find: herbs - replace: herb -- trait_name: seed_dry_mass - find: 1--2 - replace: 10--20 -taxonomic_updates: -- find: Homalanthus novoguineensis - replace: Homalanthus novo-guineensis - reason: Change spelling to align with known name in APC (Daniel Falster, 2020.05.22) -- find: Haplostichanthus sp Coop. Ck - replace: Haplostichanthus submontanus - reason: Align previous phrase name with current APC name (E. Wenk, 2020-05-25) -- find: Psychotria sp Utchee Creek - replace: Psychotria sp. Utchee Creek (H.Flecker NQNC5313) - reason: Align to name in APC (D Falster, 2020.05.23) -exclude_observations: -- variable: leaf_mass_per_area - find: 0.167 - reason: Test exclusion + value_type: raw + basis_of_value: measurement + replicates: 1 + methods: 'Values used are from the first step of the A-ci curve, where CO2 was approximately + 400 ppm and PAR 1200 umol m-2 s-1. In detail, two portable photosynthesis systems + (Li-6400, LiCor Inc., Lincoln, NE, USA) were used to measure the response of photosynthesis + to intercellular CO2 concentration (A-ci curve) and to light (light response curve). + The two systems were cross calibrated, and gave unbiased results with respect + to each other. The measurement sequence for each sampled leaf started with the + A-ci curve and then proceeded to the light response curve. The CO2 concentration + (umol mol-1) entering the leaf gas exchange cuvette was altered in the following + sequence: 400, 280, 230, 150, 70, 40, 230, 400, 640, 980, and 1200. A measurement + of photosynthesis was logged approximately 2 min after each step change in CO2 + concentration entering the cuvette. Irradiance during the A-ci curve measurements + was set at 2000 umol photosynthetically active radiation (PAR) m-2 s-1, supplied + by an artificial light source (6400-02B LED, LiCor Inc.). At the conclusion of + the A-ci curve, the light response curve was measured on the same leaf. The CO2 + concentration of air entering the cuvette was maintained at 1200 umol mol-1, and + irradiance (umol PAR m-2 s-1) was altered in the following sequence: 2000, 1500, + 1000, 500, 200, 120, 70, 40, 20, and 0. A measurement of photosynthesis was logged + approximately 2 min after each step change in irradiance. We endeavoured to maintain + the leaf-to-air vapour pressure difference (D) and the leaf temperature (T) constant + across sites and within a site for each sample leaf during A-ci and light response + measurements. The target D was 2.5 kPa and the target T was 33 deg C. Mean site + values (mean +/- 1 SD) for T during measurements ranged from 32.3 +/- 0.6 deg + C at the Howard Springs site to 33.9 +/- 2.0 deg C at the Boulia site. Mean site + values during measurements for D ranged from 2.1 +/- 0.2 kPa at the Howard Springs + site to 3.1 +/- 0.7 kPa at the Boulia site. Measurements at all sites except the + Boulia site took place between 2 and 15 September 2008. Measurements at the Boulia + site took place between 5 and 8 December 2008. Precipitation at the Boulia site + does not show as highly pronounced a seasonal variation as the more northerly + sites. A cumulative precipitation of 56 mm was recorded at the Boulia Airport + in the nine months preceding the measurement campaign (http://www.bom.gov.au/index.shtml). + Gas exchange measurements were taken between 0800 h and 1700 h local time at each + site.' +substitutions: .na +taxonomic_updates: .na +exclude_observations: .na questions: .na diff --git a/tests/testthat/examples/Test_2023_9/README.md b/tests/testthat/examples/Test_2023_9/README.md new file mode 100644 index 00000000..dc0dc13e --- /dev/null +++ b/tests/testthat/examples/Test_2023_9/README.md @@ -0,0 +1,15 @@ + +# Test Dataset 9: `Test_2023_9` + +This dataset is for testing `dataset_test` (not yet implemented). Erroneous metadata entry has been added to check the expected output of `dataset_test` (more to be added). + +Test_2023_9 is a copy of Falster_2005_1 with the following modifications: +- `entity_type`, `basis_of_value`, `value_type` and `replicates` were moved to dataset level fixed value in metadata.yml, except for `flowering_time`, `huber_value` (LASA1000) and `plant_growth_form` where they're specified at the trait level +- Added `measurement_remarks` to dataset level as fixed value in metadata.yml +- Added all different types of contexts (`entity_context`, `plot`, `treatment`, `temporal`, `method`) with some NA `find` and `value` values, duplicate `value` values, numeric and character type values, as separate columns (sex, slope position, nutrient treatment, sampling time of day, instrument used) plus entered at the trait level as a fixed value (for the `huber_value` traits) +- Removed latitude and longitude for Cape Tribulation +- Changed `trait_name` field for `branch_mass_fraction` to NA +- Added a categorical trait, `plant_growth_form`, and time trait, `flowering_time` +- Changed a numeric column `wood_density` to character type with `custom_R_code` +- Duplicated `flowering_time` value for Acacia celsa +- Excluded observation 0.17 for `leaf_mass_per_area` diff --git a/tests/testthat/examples/Test_2023_9/data.csv b/tests/testthat/examples/Test_2023_9/data.csv new file mode 100644 index 00000000..cf0bb2f6 --- /dev/null +++ b/tests/testthat/examples/Test_2023_9/data.csv @@ -0,0 +1,47 @@ +Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height +Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3 +Acacia celsa,acacel,Atherton,,,,,,,,,,,,nyynnnnnnnnn,,female,bottom slope,control,17:00:00,instrument 1,3 +Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,,nnnnnnnnnyyy,shrub,male,dune crest,control,17:00:00,instrument 1,5 +Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,,nnnnyyynnnnn,mallee tree shrub tree mallee,female2,mid-slope,high nutrient,17:00:00,,4 +Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4 +Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4 +Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,, +Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,geophyte,,bottom slope,,9:00:00,instrument 3, +Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3, +Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,trees,female,dune crest,,,,10 +Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,tree,male,,,,, +Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,male,,,,,1 +Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,,male,,,,,1 +Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,herbs,male,,,,,1 +Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,male,,control,,,1 +Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,tree,male,,control,,,2 +Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,tree,male,,high nutrient,,, +Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,tree,male,,high nutrient,,, +Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,unknown,female,,low nutrient,,,2 +Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,,,,female,,low nutrient,,, +Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,female2,,,,, +Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,, +Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,, +Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,, +Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,, +Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,, +Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,, +Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,, +Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,, +Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,, +Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,, +Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,, +Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,, +Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,, +Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,, +Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,, +Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,, +Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,, +Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,, +Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,, +Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,, +Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,, +Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,, +Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,, +Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,, +Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,, diff --git a/tests/testthat/examples/Test_2023_9/metadata.yml b/tests/testthat/examples/Test_2023_9/metadata.yml new file mode 100644 index 00000000..2f0501a7 --- /dev/null +++ b/tests/testthat/examples/Test_2023_9/metadata.yml @@ -0,0 +1,394 @@ +source: + primary: + key: Test_2023_8 + bibtype: Article + author: Daniel S. Falster, Mark Westoby + year: 2005 + title: Alternative height strategies among 45 dicot rain forest species from tropical + Queensland, Australia + journal: Journal of Ecology + volume: 93 + pages: 521--535 + publisher: Wiley-Blackwell + doi: 10.1111/j.0022-0477.2005.00992.x +contributors: + data_collectors: + - last_name: Falster + given_name: Daniel + ORCID: 0000-0002-9814-092X + affiliation: Evolution & Ecology Research Centre, School of Biological, Earth, + and Environmental Sciences, UNSW Sydney, Australia + additional_role: contact + - last_name: Westoby + given_name: Mark + ORCID: 0000-0001-7690-4530 + affiliation: Department of Biological Sciences, Macquarie University, Australia + dataset_curators: Elizabeth Wenk +dataset: + data_is_long_format: no + custom_R_code: 'data %>% mutate(across(`wood density (mg mm-3)`, as.character))' + collection_date: 2004/2004 + taxon_name: Species + location_name: site + description: Investigation into trait values correlated with plant height along + light availability and successional gradients for far north Queensland species. + basis_of_record: field + life_stage: adult + entity_type: population + basis_of_value: measurement + value_type: mean + measurement_remarks: from Falster_2005_1 + replicates: '3' + sampling_strategy: Nineteen species, ranging from early to late successional status, + were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland + et al. 1999). Species selected to represent the light gradient establish and mature + in closed forest, where successional species are assumed absent. For inclusion + in this set we required that a species was known to establish and persist at low + light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya + 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO + Atherton; R Jensen). Twenty-six species, experiencing a range of light levels + at maturity, from high (canopy trees) to low light (understorey shrubs), were + included. + original_file: Falster & Westoby 2005 J Ecol appendix.doc + notes: none +locations: + Atherton: + description: Tropical rain forest vegetation. + elevation (m): 800 + latitude (deg): -17.1166667 + longitude (deg): 145.65 + rainfall (mm): 2000 + Cape Tribulation: + description: Complex mesophyll vine forest in tropical rain forest. + elevation (m): 25 + latitude (deg): .na + longitude (deg): .na + rainfall (mm): 3500 +contexts: +- context_property: plant sex + category: entity_context + var_in: sex + values: + - value: female + description: female plant + - value: male + description: male plant + - find: female2 + value: female + description: female plant +- context_property: slope position + category: plot_context + var_in: slope position + values: + - find: bottom slope + description: bottom slope + - value: dune crest + description: dune crest + - value: mid-slope + description: mid-slope +- context_property: nutrient treatment + category: treatment_context + var_in: nutrient treatment + values: + - value: control + description: control treatment + - value: high nutrient + description: high nutrient treatment + - value: low nutrient + description: low nutrient treatment + - find: .na.character + value: .na.character + description: .na.character +- context_property: sampling time of day + category: temporal + var_in: sampling time of day + values: + - value: '17:00:00' + - value: '9:00:00' +- context_property: instrument used + category: method_context + var_in: instrument used + values: + - value: instrument 1 + description: instrument 1 + - value: instrument 2 + description: instrument 2 + - find: instrument 3 + value: .na.character + description: .na.character + - find: .na.character + value: instrument 4 + description: .na.character +- context_property: tree height + category: entity_context + var_in: tree height + values: + - value: 3.0 + - value: 5.0 + - value: 4.0 + - value: 10.0 + - value: 1.0 + - value: 2.0 +- context_property: branch length + category: method_context + var_in: method_context + values: + - value: 250 mm branch + description: Measured on a 250 mm branch segment + - description: Measured on a 50 mm branch segment + - value: .na.character + description: Measured on a 1000 mm branch segment +traits: +- var_in: LMA (mg mm-2) + unit_in: mg/mm2 + trait_name: leaf_mass_per_area + methods: LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 + deg C) divided by leaf size. It was measured on the first five fully expanded + leaves at the tip of each individual. Testing of disallowed characters - Ψ◦℃. +- var_in: Leaf nitrogen (mg mg-1) + unit_in: mg/mg + trait_name: leaf_N_per_dry_mass + methods: Leaves from all individuals per species were pooled and finely ground for + nitrogen analysis. Total nitrogen concentration (%) was measured using complete + combustion gas chromatography by Waite Analytical Services, Adelaide. The first + five fully expanded leaves at the tip of each individual were used for the analysis. +- var_in: leaf size (mm2) + unit_in: mm2 + trait_name: leaf_area + methods: Leaf size was calculated as the one-sided leaf area (flat bed scanner). + It was measured on the first five fully expanded leaves at the tip of each individual. +- var_in: wood density (mg mm-3) + unit_in: mg/mm3 + trait_name: wood_density + methods: Wood density was calculated using 40-60 mm stem segments taken 250 mm and + 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated + before processing. After removing bark material, the volume of each wood sample + was determined using Archimedes' principle (Hacke et al. 2000). Samples were submerged + in a water-filled container on a balance. The weight change (mg) recorded during + submersion corresponds to the mass of water displaced, which can be converted + to a volume using the formula, displacement weight (mg)/0.998 (mg/mm3), where + 0.998 mg/mm3 is the density of water at 20 deg C. Samples were then dried for + 4 days at 60 deg C before weighing. +- var_in: branch mass fraction + unit_in: mg/mg + trait_name: .na + methods: Branch mass fraction was calculated as the mass side branches/total mass, + on a carbon dry mass basis. The zero values are correct - these are plants with + no branches. +- var_in: Seed mass (mg) + unit_in: mg + trait_name: seed_dry_mass + methods: Mean oven-dried seed mass (including seed coat but excluding seed accessories) + was estimated for all species with available field material. In total, collections + for 17 of 47 species were made. Data for an additional 12 species were drawn from + published (Osunkoya et al. 1994; Grubb et al. 1998) and unpublished (P. Juniper, + CSIRO Atherton) sources. +- var_in: seed_dry_mass + unit_in: mg + trait_name: seed_dry_mass + value_type: bin + replicates: '10' + methods: Made up bin value. +- var_in: LASA10 + unit_in: mm2{leaf}/mm2{sapwood} + trait_name: huber_value + methods: 'Leaf area was determined for a shoot whose sapwood had a cross sectional + area of 10 mm2. In detail from Wright_2006, which used this data, No single best + point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering + a set of species that varies widely in canopy architecture and typical maximum + height (here, approximately 20 cm to 85 m). We have used several approaches (Table + 1). In one study, we made measurements on the terminal twigs of each species, + i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For + species at Ash, GLP, Myall and TRF, traits were measured at each of several different + distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b + and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured + at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the + present re-analysis, we took the raw data from the previous studies and, for every + species possible, calculated patterns of leaf and stem deployment at two standard + points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at + 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area + (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This + was done as follows. For each individual plant, total leaf and stem dry mass at + 250 mm distance was estimated by straightline interpolation from values measured + at the nearest sampling points on either side of this distance. As the dry mass + data tended to display non-linear (power) relationships with distance from the + branch tip, the interpolated values were calculated from log10-log10- transformed + data, then back-transformed to the original scale. The same approach was used + for interpolating data to the standard stem (or sapwood) cross-sectional area. + For individuals where measurements had not been made on either side of the desired + point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 + of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated + (rather than interpolated) the measured data to the standard point. This allowed + us to include a number of individuals and species for which interpolation was + not possible. Still, several large-leaved, large-stemmed species from the TRF + site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies + in analyses, including the extrapolated data, were seen in comparison to analyses + including interpolated data only (details not shown). To illustrate how species'' + morphology varied at the two standard sampling points, species-mean stem cross-sectional + area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while + the distance from the branch tip at which stem cross-sectional area reached 10 + mm2 varied from 64 to 995 mm.' +- var_in: LASA250 + unit_in: mm2{leaf}/mm2{sapwood} + trait_name: huber_value + methods: 'Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional + area was determined where the branch was cut. In detail from Wright_2006, which + used this data, No single best point exists to compare traits such as LM/ SM, + LA/SM and LA/SA when considering a set of species that varies widely in canopy + architecture and typical maximum height (here, approximately 20 cm to 85 m). We + have used several approaches (Table 1). In one study, we made measurements on + the terminal twigs of each species, i.e. on a relatively standard developmental + unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits + were measured at each of several different distances back down the stem from the + branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). + At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional + area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw + data from the previous studies and, for every species possible, calculated patterns + of leaf and stem deployment at two standard points: at 250 mm distance from the + branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood + (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted + as subscript in trait abbreviations). This was done as follows. For each individual + plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline + interpolation from values measured at the nearest sampling points on either side + of this distance. As the dry mass data tended to display non-linear (power) relationships + with distance from the branch tip, the interpolated values were calculated from + log10-log10- transformed data, then back-transformed to the original scale. The + same approach was used for interpolating data to the standard stem (or sapwood) + cross-sectional area. For individuals where measurements had not been made on + either side of the desired point but the nearest measurement had been made within + 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired + point), we extrapolated (rather than interpolated) the measured data to the standard + point. This allowed us to include a number of individuals and species for which + interpolation was not possible. Still, several large-leaved, large-stemmed species + from the TRF site could not be included in the 10-mm2 crosssection dataset. No + unusual tendencies in analyses, including the extrapolated data, were seen in + comparison to analyses including interpolated data only (details not shown). To + illustrate how species'' morphology varied at the two standard sampling points, + species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm + distance from the branch tip, while the distance from the branch tip at which + stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' + method_context: 250 mm branch +- var_in: LASA50 + unit_in: mm2{leaf}/mm2{sapwood} + trait_name: huber_value + methods: 'Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional + area was determined where the branch was cut. In detail from Wright_2006, which + used this data, No single best point exists to compare traits such as LM/ SM, + LA/SM and LA/SA when considering a set of species that varies widely in canopy + architecture and typical maximum height (here, approximately 20 cm to 85 m). We + have used several approaches (Table 1). In one study, we made measurements on + the terminal twigs of each species, i.e. on a relatively standard developmental + unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits + were measured at each of several different distances back down the stem from the + branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). + At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional + area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw + data from the previous studies and, for every species possible, calculated patterns + of leaf and stem deployment at two standard points: at 250 mm distance from the + branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood + (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted + as subscript in trait abbreviations). This was done as follows. For each individual + plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline + interpolation from values measured at the nearest sampling points on either side + of this distance. As the dry mass data tended to display non-linear (power) relationships + with distance from the branch tip, the interpolated values were calculated from + log10-log10- transformed data, then back-transformed to the original scale. The + same approach was used for interpolating data to the standard stem (or sapwood) + cross-sectional area. For individuals where measurements had not been made on + either side of the desired point but the nearest measurement had been made within + 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired + point), we extrapolated (rather than interpolated) the measured data to the standard + point. This allowed us to include a number of individuals and species for which + interpolation was not possible. Still, several large-leaved, large-stemmed species + from the TRF site could not be included in the 10-mm2 crosssection dataset. No + unusual tendencies in analyses, including the extrapolated data, were seen in + comparison to analyses including interpolated data only (details not shown). To + illustrate how species'' morphology varied at the two standard sampling points, + species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm + distance from the branch tip, while the distance from the branch tip at which + stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' + method_context: 50 mm branch +- var_in: LASA1000 + unit_in: mm2{leaf}/mm2{sapwood} + trait_name: huber_value + entity_type: individual + value_type: raw + basis_of_value: model_derived + measurement_remarks: made-up measurement remarks + collection_date: 2002/2002 + replicates: '5' + methods: 'Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional + area was determined where the branch was cut. In detail from Wright_2006, which + used this data, No single best point exists to compare traits such as LM/ SM, + LA/SM and LA/SA when considering a set of species that varies widely in canopy + architecture and typical maximum height (here, approximately 20 cm to 85 m). We + have used several approaches (Table 1). In one study, we made measurements on + the terminal twigs of each species, i.e. on a relatively standard developmental + unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits + were measured at each of several different distances back down the stem from the + branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). + At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional + area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw + data from the previous studies and, for every species possible, calculated patterns + of leaf and stem deployment at two standard points: at 250 mm distance from the + branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood + (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted + as subscript in trait abbreviations). This was done as follows. For each individual + plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline + interpolation from values measured at the nearest sampling points on either side + of this distance. As the dry mass data tended to display non-linear (power) relationships + with distance from the branch tip, the interpolated values were calculated from + log10-log10- transformed data, then back-transformed to the original scale. The + same approach was used for interpolating data to the standard stem (or sapwood) + cross-sectional area. For individuals where measurements had not been made on + either side of the desired point but the nearest measurement had been made within + 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired + point), we extrapolated (rather than interpolated) the measured data to the standard + point. This allowed us to include a number of individuals and species for which + interpolation was not possible. Still, several large-leaved, large-stemmed species + from the TRF site could not be included in the 10-mm2 crosssection dataset. No + unusual tendencies in analyses, including the extrapolated data, were seen in + comparison to analyses including interpolated data only (details not shown). To + illustrate how species'' morphology varied at the two standard sampling points, + species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm + distance from the branch tip, while the distance from the branch tip at which + stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' + method_context: 1000 mm branch +- var_in: flowering_time + unit_in: .na + trait_name: flowering_time + entity_type: individual + value_type: mode + basis_of_value: expert_score + methods: Made up flowering time values. + replicates: .na +- var_in: plant_growth_form + unit_in: .na + trait_name: plant_growth_form + entity_type: species + value_type: mode + basis_of_value: expert_score + methods: Made up growth form values. + replicates: .na +substitutions: +- trait_name: plant_growth_form + find: herbs + replace: herb +- trait_name: seed_dry_mass + find: 1--2 + replace: 10--20 +taxonomic_updates: +- find: Homalanthus novoguineensis + replace: Homalanthus novo-guineensis + reason: Change spelling to align with known name in APC (Daniel Falster, 2020.05.22) +- find: Haplostichanthus sp Coop. Ck + replace: Haplostichanthus submontanus + reason: Align previous phrase name with current APC name (E. Wenk, 2020-05-25) +- find: Psychotria sp Utchee Creek + replace: Psychotria sp. Utchee Creek (H.Flecker NQNC5313) + reason: Align to name in APC (D Falster, 2020.05.23) +exclude_observations: +- variable: leaf_mass_per_area + find: 0.167 + reason: Test exclusion +questions: .na diff --git a/tests/testthat/examples/Test_2023_8/output/contexts.csv b/tests/testthat/examples/Test_2023_9/output/contexts.csv similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/contexts.csv rename to tests/testthat/examples/Test_2023_9/output/contexts.csv diff --git a/tests/testthat/examples/Test_2023_8/output/contributors.csv b/tests/testthat/examples/Test_2023_9/output/contributors.csv similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/contributors.csv rename to tests/testthat/examples/Test_2023_9/output/contributors.csv diff --git a/tests/testthat/examples/Test_2023_8/output/definitions.yml b/tests/testthat/examples/Test_2023_9/output/definitions.yml similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/definitions.yml rename to tests/testthat/examples/Test_2023_9/output/definitions.yml diff --git a/tests/testthat/examples/Test_2023_8/output/excluded_data.csv b/tests/testthat/examples/Test_2023_9/output/excluded_data.csv similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/excluded_data.csv rename to tests/testthat/examples/Test_2023_9/output/excluded_data.csv diff --git a/tests/testthat/examples/Test_2023_8/output/locations.csv b/tests/testthat/examples/Test_2023_9/output/locations.csv similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/locations.csv rename to tests/testthat/examples/Test_2023_9/output/locations.csv diff --git a/tests/testthat/examples/Test_2023_8/output/metadata.yml b/tests/testthat/examples/Test_2023_9/output/metadata.yml similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/metadata.yml rename to tests/testthat/examples/Test_2023_9/output/metadata.yml diff --git a/tests/testthat/examples/Test_2023_8/output/methods.csv b/tests/testthat/examples/Test_2023_9/output/methods.csv similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/methods.csv rename to tests/testthat/examples/Test_2023_9/output/methods.csv diff --git a/tests/testthat/examples/Test_2023_8/output/sources.bib b/tests/testthat/examples/Test_2023_9/output/sources.bib similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/sources.bib rename to tests/testthat/examples/Test_2023_9/output/sources.bib diff --git a/tests/testthat/examples/Test_2023_8/output/taxa.csv b/tests/testthat/examples/Test_2023_9/output/taxa.csv similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/taxa.csv rename to tests/testthat/examples/Test_2023_9/output/taxa.csv diff --git a/tests/testthat/examples/Test_2023_8/output/taxonomic_updates.csv b/tests/testthat/examples/Test_2023_9/output/taxonomic_updates.csv similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/taxonomic_updates.csv rename to tests/testthat/examples/Test_2023_9/output/taxonomic_updates.csv diff --git a/tests/testthat/examples/Test_2023_8/output/traits.csv b/tests/testthat/examples/Test_2023_9/output/traits.csv similarity index 100% rename from tests/testthat/examples/Test_2023_8/output/traits.csv rename to tests/testthat/examples/Test_2023_9/output/traits.csv From 896b08564e7f8cdd7452ea6f88a0022e9a3a2458 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 22 Sep 2023 00:33:53 +1000 Subject: [PATCH 16/45] Add a bit more work --- R/process.R | 111 ++++++++++++------ tests/testthat/examples/Test_2023_1/data.csv | 101 ++++++++-------- .../examples/Test_2023_1/metadata.yml | 10 ++ .../examples/Test_2023_8/metadata.yml | 2 + tests/testthat/test-xamples.R | 73 ++++++++++-- 5 files changed, 205 insertions(+), 92 deletions(-) diff --git a/R/process.R b/R/process.R index bd4131bd..5187ebbd 100644 --- a/R/process.R +++ b/R/process.R @@ -213,7 +213,8 @@ dataset_process <- function(filename_data_raw, traits <- traits %>% - dplyr::select(-"method_id") %>% # Need to remove blank column to bind in real one; blank exists because `method_id` in schema + # Need to remove blank column to bind in real one; blank exists because `method_id` in schema + dplyr::select(-"method_id") %>% dplyr::left_join( by = c("trait_name", "methods"), tmp_bind @@ -293,8 +294,11 @@ dataset_build <- function( resource_metadata, taxon_list, filter_missing_values = TRUE) { + dataset_config <- dataset_configure(filename_metadata, definitions) - dataset_raw <- dataset_process(filename_data_raw, dataset_config, schema, resource_metadata, unit_conversion_functions, filter_missing_values = filter_missing_values) + dataset_raw <- dataset_process( + filename_data_raw, dataset_config, schema, resource_metadata, unit_conversion_functions, + filter_missing_values = filter_missing_values) dataset <- build_update_taxonomy(dataset_raw, taxon_list) dataset @@ -350,24 +354,24 @@ process_create_observation_id <- function(data, metadata) { # Create population_id # `population_id`'s are numbers assigned to unique combinations of - # location_name, treatment_context_id and plot_context_id + # location_name, treatment_context_id and plot_context_id # Their purpose is to allow `population_level` measurements to be # easily mapped to individuals within the given population - if ( - !all(is.na(data[["location_name"]])) || - !all(is.na(data[["plot_context_id"]])) || - !all(is.na(data[["treatment_context_id"]])) - ) { - data <- data %>% - dplyr::mutate( - population_id = paste(.data$location_name, .data$plot_context_id, .data$treatment_context_id, sep = "") - ) - } else { - data <- data %>% - dplyr::mutate( - population_id = NA_character_ - ) - } + if ( + !all(is.na(data[["location_name"]])) || + !all(is.na(data[["plot_context_id"]])) || + !all(is.na(data[["treatment_context_id"]])) + ) { + data <- data %>% + dplyr::mutate( + population_id = paste(.data$location_name, .data$plot_context_id, .data$treatment_context_id, sep = "") + ) + } else { + data <- data %>% + dplyr::mutate( + population_id = NA_character_ + ) + } data <- data %>% dplyr::mutate( @@ -394,15 +398,15 @@ process_create_observation_id <- function(data, metadata) { # There are 3 circumstances: # 1. There is an `individual_id` column read in through metadata$data - # and `parsing_id` is equivalent to `individual_id` + # and `parsing_id` is equivalent to `individual_id` # 2. There is only a single observation for each individual, - # and therefore `parsing_id` values assigned based upon row number - # correctly identifies an individual. This includes instances where - # there is a `temporal context`, but different individuals were - # measured each time. + # and therefore `parsing_id` values assigned based upon row number + # correctly identifies an individual. This includes instances where + # there is a `temporal context`, but different individuals were + # measured each time. # 3. There are multiple observations for each individual, but these are - # presented in the `data.csv` file as multiple columns and therefore - # row number correctly identifies an individual. + # presented in the `data.csv` file as multiple columns and therefore + # row number correctly identifies an individual. # For datasets where an individual_id is not assigned via metadata$dataset if (all(is.na(data[["individual_id"]]))) { @@ -450,13 +454,12 @@ process_create_observation_id <- function(data, metadata) { dplyr::ungroup() %>% dplyr::mutate(individual_id = .data$ind_id_segment, check_for_ind = NA) - ## Create observation_id for a single set of trait measurements made on an entity # (where an entity can be an individual, population, or taxon) i <- !is.na(data$value) - data[i,] <- - data[i,] %>% + data[i, ] <- + data[i, ] %>% dplyr::group_by(.data$dataset_id) %>% dplyr::mutate( observation_id = @@ -476,8 +479,8 @@ process_create_observation_id <- function(data, metadata) { i <- !is.na(data$value) - data[i,] <- - data[i,] %>% + data[i, ] <- + data[i, ] %>% dplyr::group_by( .data$dataset_id, .data$observation_id, .data$trait_name, .data$value_type, .data$method_id, .data$method_context_id, @@ -489,6 +492,29 @@ process_create_observation_id <- function(data, metadata) { } + } + browser() + traits_table <- metadata[["traits"]] %>% util_list_to_df2() + + if (!is.null(traits_table[["repeat_measurements_id"]])) { + + to_add_id <- traits_table %>% + filter(repeat_measurements_id == TRUE) %>% + dplyr::pull(trait_name) + + i <- !is.na(data$value) & data$trait_name %in% to_add_id + + data[i, ] <- + data[i, ] %>% + dplyr::group_by( + .data$dataset_id, .data$observation_id, .data$trait_name, .data$value_type, + .data$method_id, .data$method_context_id, + ) %>% + dplyr::mutate( + repeat_measurements_id = row_number() %>% process_generate_id("") + ) %>% + dplyr::ungroup() + } data %>% dplyr::select(-dplyr::all_of(c("check_for_ind"))) @@ -652,7 +678,10 @@ process_create_context_ids <- function(data, contexts) { dplyr::select(dplyr::all_of(c("context_property", "category", "value"))) %>% dplyr::distinct() - categories <- c("plot_context", "treatment_context", "entity_context", "temporal_context", "method_context") %>% subset(., . %in% tmp$category) + categories <- c( + "plot_context", "treatment_context", "entity_context", + "temporal_context", "method_context") %>% + subset(., . %in% tmp$category) ids <- dplyr::tibble(.rows = nrow(context_cols)) @@ -1071,10 +1100,13 @@ get_unit_conversions <- function(filename) { x <- read_csv(filename, col_types = cols(), progress = FALSE) # Make functions from text - fs <- lapply(x[["function"]], function(x) { - my_f <- function(x) {} - body(my_f) <- parse(text = x) - my_f}) + fs <- lapply( + x[["function"]], + function(x) { + my_f <- function(x) {} + body(my_f) <- parse(text = x) + my_f + }) names(fs) <- process_unit_conversion_name(x[["unit_from"]], x[["unit_to"]]) fs } @@ -1213,7 +1245,10 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { var_in <- unlist(metadata[["dataset"]]) i <- var_in %in% names(data) - v <- setNames(nm = c("entity_context_id", "plot_context_id", "treatment_context_id", "temporal_context_id", "method_context_id")) + v <- setNames( + nm = c("entity_context_id", "plot_context_id", "treatment_context_id", + "temporal_context_id", "method_context_id") + ) df <- data %>% # Next step selects and renames columns based on named vector @@ -1373,7 +1408,7 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { # Pull in additional information for each trait as specified in traits part of metadata, # here represented as traits_table - # (column option not implemented) Values in table can specify a column in the original data OR a value to use + # Values in table can specify a column in the original data OR a value to use vars_to_check <- vars_traits[vars_traits %in% names(traits_table)] @@ -1419,7 +1454,7 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { link_vals = NA_character_ ) -# XXXX Why doesn't this work? process_add_all_columns(names(schema[["austraits"]][["elements"]][["contexts"]][["elements"]])) + # XXXX Why doesn't this work? process_add_all_columns(names(schema[["austraits"]][["elements"]][["contexts"]][["elements"]])) } else { context_ids <- process_create_context_ids(out, contexts) diff --git a/tests/testthat/examples/Test_2023_1/data.csv b/tests/testthat/examples/Test_2023_1/data.csv index 6a14ffdd..2bae01a3 100644 --- a/tests/testthat/examples/Test_2023_1/data.csv +++ b/tests/testthat/examples/Test_2023_1/data.csv @@ -1,47 +1,54 @@ -Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,seed_dry_mass_units,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height,plant diameter,leaf_length,leaf_length_units -Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,mg,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3,,4,cm -Acacia celsa,acacel,Atherton,,,,,,,,,,,,,nyynnnnnnnnn,,female,bottom slope,control,17:00:00,instrument 1,3,3,4,cm -Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,3--4,mg,nnnnnnnnnyyy,shrub,male,dune crest,control,17:00:00,instrument 1,5,3,4,cm -Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,3000--4000,ug,nnnnyyynnnnn,mallee tree shrub tree mallee,female2,mid-slope,high nutrient,17:00:00,,4,3,4,cm -Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4,3,4,cm -Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4,3,4,cm -Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,,,,4,cm -Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,,geophyte,,bottom slope,,9:00:00,instrument 3,,,4,cm -Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3,,4,4,cm -Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,,trees,female,dune crest,,,,10,6,4,cm -Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,,tree,male,,,,,,9,4,cm -Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,,male,,,,,1,10,4,cm -Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,summer,,male,,,,,1,2,4,cm -Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,,herbs,male,,,,,1,2,4,cm -Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,,male,,control,,,1,,4,cm -Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,,tree,male,,control,,,2,,4,cm -Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,,tree,male,,high nutrient,,,,,4,cm -Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,,tree,male,,high nutrient,,,,,4,cm -Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,,unknown,female,,low nutrient,,,2,5,4,cm -Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,3--4,mg,,,female,,low nutrient,,,,5,4,cm -Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,,female2,,,,,,5,4,cm -Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,,,,5,40,mm -Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,,,,,40,mm -Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,,,,,40,mm -Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,,,,,40,mm -Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,,,,,40,mm -Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,,,,,40,mm -Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,,,,,40,mm -Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,,,,,40,mm -Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,,,,,40,mm -Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,,,,,40,mm -Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,,,,,40,mm -Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,,,,,40,mm -Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,,,,,40,mm -Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,,,,,40,mm -Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,,,,,40,mm -Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,,,,,40,mm -Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,,,,,40,mm -Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,,,,,40,mm -Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,,,,,40,mm -Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,,,,,40,mm -Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,,,,,40,mm -Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,,,,,40,mm -Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,,,,,40,mm -Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,,,,,40,mm -Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,,,,,40,mm +Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,seed_dry_mass_units,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height,plant diameter,leaf_length,leaf_length_units,leaf_photosynthesis,individual_id +Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,mg,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3,,4,cm,, +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,, +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,5,1 +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,3,1 +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,2,1 +Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,3--4,mg,nnnnnnnnnyyy,shrub,female,dune crest,control,17:00:00,instrument 1,5,3,4,cm,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,7,1 +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,6,1 +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,5.5,1 +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,4,1 +Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,3000--4000,ug,nnnnyyynnnnn,mallee tree shrub tree mallee,male,mid-slope,high nutrient,17:00:00,,4,3,4,cm,, +Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4,3,4,cm,, +Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4,3,4,cm,, +Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,,,,4,cm,, +Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,,geophyte,,bottom slope,,9:00:00,instrument 3,,,4,cm,, +Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3,,4,4,cm,, +Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,,trees,female,dune crest,,,,10,6,4,cm,, +Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,,tree,male,,,,,,9,4,cm,, +Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,,male,,,,,1,10,4,cm,, +Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,summer,,male,,,,,1,2,4,cm,, +Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,,herbs,male,,,,,1,2,4,cm,, +Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,,male,,control,,,1,,4,cm,, +Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,,tree,male,,control,,,2,,4,cm,, +Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,,tree,male,,high nutrient,,,,,4,cm,, +Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,,tree,male,,high nutrient,,,,,4,cm,, +Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,,unknown,female,,low nutrient,,,2,5,4,cm,, +Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,3--4,mg,,,female,,low nutrient,,,,5,4,cm,, +Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,,female2,,,,,,5,4,cm,, +Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,,,,5,40,mm,, +Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,,,,,40,mm,, +Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,,,,,40,mm,, +Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,,,,,40,mm,, +Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,,,,,40,mm,, +Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,,,,,40,mm,, +Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,,,,,40,mm,, +Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,,,,,40,mm,, +Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,,,,,40,mm,, +Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,,,,,40,mm,, +Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,,,,,40,mm,, +Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,,,,,40,mm,, +Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,,,,,40,mm,, +Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,,,,,40,mm,, +Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,,,,,40,mm,, +Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,,,,,40,mm,, +Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,,,,,40,mm,, +Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,,,,,40,mm,, +Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,,,,,40,mm,, +Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,,,,,40,mm,, +Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,,,,,40,mm,, +Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,,,,,40,mm,, +Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,,,,,40,mm,, +Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,,,,,40,mm,, +Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,,,,,40,mm,, diff --git a/tests/testthat/examples/Test_2023_1/metadata.yml b/tests/testthat/examples/Test_2023_1/metadata.yml index cb92e4e3..7200e487 100644 --- a/tests/testthat/examples/Test_2023_1/metadata.yml +++ b/tests/testthat/examples/Test_2023_1/metadata.yml @@ -40,6 +40,7 @@ dataset: collection_date: 2004/2004 taxon_name: Species location_name: site + individual_id: individual_id description: Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species. basis_of_record: field @@ -489,6 +490,15 @@ traits: trait_name: leaf_length entity_type: individual methods: Made up leaf length values to test reading in units from a column. +- var_in: leaf_photosynthesis + unit_in: umol/m2/s + trait_name: leaf_photosynthesis + entity_type: individual + value_type: raw + basis_of_value: measurement + methods: Test `repeat_measurements_id` at the trait level. + replicates: 1 + repeat_measurements_id: TRUE substitutions: - trait_name: plant_growth_form find: herbs diff --git a/tests/testthat/examples/Test_2023_8/metadata.yml b/tests/testthat/examples/Test_2023_8/metadata.yml index 72120b8d..9bb07e48 100644 --- a/tests/testthat/examples/Test_2023_8/metadata.yml +++ b/tests/testthat/examples/Test_2023_8/metadata.yml @@ -31,6 +31,8 @@ dataset: ' collection_date: Date taxon_name: Species + trait_name: name + value: value location_name: Site individual_id: individual_id repeat_measurements_id: TRUE diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index 0fe335c8..b7202b56 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -159,6 +159,18 @@ testthat::test_that("Test Dataset 4 builds correctly", { # Maybe there should be a prompt in `metadata_create_template` and `metadata_add_traits` # about `repeat_measurements_id`? # Make sure that the order of measurements in the data is preserved with `repeat_measurements_id` +# Check why Acacia celsa in Test_2023_1 was assigned a different `observation_id` for flowering time +# For the dataset level in wide format, would every row have the same `repeat_measurements_id` +# across all variables? Right now I think if there's an NA in a column then `repeat_measurements_id` +# wouldn't be the same after that NA + +# Trait level, wide format: +# If there are repeat measurements at the individual level, there needs to be an `individual_id` +# column otherwise each row will be assumed to be a different `observation_id` +# If there are repeat measurements at the population level, there needs to be a location name, +# plot context, or treatment context identifying the populations +# If there are repeat measurements at the species level, `observation_id` needs to be the same +# across rows testthat::test_that("Test Dataset 7 builds correctly", { @@ -207,22 +219,69 @@ testthat::test_that("Test Dataset 7 builds correctly", { }) -#testthat::test_that("`dataset_test` works properly for Test Dataset 8", { + +testthat::test_that("Test Dataset 8 builds correctly", { # Test Dataset 8: Test_2023_8 # See README.md in examples/Test_2023_8 for details about this dataset + # Build dataset + expect_no_error( + Test_2023_8 <- test_build_dataset( + file.path(examples_dir, "Test_2023_8/metadata.yml"), + file.path(examples_dir, "Test_2023_8/data.csv"), + "Test Dataset 8", definitions, unit_conversions, schema, resource_metadata, taxon_list + ), + info = "Building Test Dataset 8") + + # Expected output + tables <- c("traits", "locations", "contexts", "methods", "excluded_data", + "taxonomic_updates", "taxa", "contributors") + expect_no_error( + expected_output <- + purrr::map( + tables, ~read_csv(sprintf("examples/Test_2023_8/output/%s.csv", .x), col_types = "cccccccccccccccccccccccc")), + info = "Reading in expected output tables" + ) + # Todo: also load and test non-csv outputs + names(expected_output) <- tables + + # Temporary modifications to get these tests to pass + columns <- c("basis_of_value", "replicates", "life_stage", "collection_date", "measurement_remarks") + + Test_2023_8$traits <- + Test_2023_8$traits %>% + mutate(across(dplyr::all_of(columns), as.character)) + Test_2023_8$methods <- + Test_2023_8$methods %>% + mutate(across(c(source_secondary_key, source_original_dataset_key), ~NA_character_)) + Test_2023_8$excluded_data <- + Test_2023_8$excluded_data %>% + mutate(across(dplyr::all_of(columns), as.character)) + + # Check all tables are equal to expected output tables + for (v in tables) { + expect_equal(Test_2023_8[[v]], expected_output[[v]]) + } + +}) + +#testthat::test_that("`dataset_test` works properly for Test Dataset 9", { + + # Test Dataset 9: Test_2023_9 + # See README.md in examples/Test_2023_9 for details about this dataset + # Build dataset #expect_no_error( - # Test_2023_8 <- test_build_dataset( - # file.path(examples_dir, "Test_2023_8/metadata.yml"), - # file.path(examples_dir, "Test_2023_8/data.csv"), - # "Test Dataset 8", definitions, unit_conversions, schema, resource_metadata, taxon_list + # Test_2023_9 <- test_build_dataset( + # file.path(examples_dir, "Test_2023_9/metadata.yml"), + # file.path(examples_dir, "Test_2023_9/data.csv"), + # "Test Dataset 9", definitions, unit_conversions, schema, resource_metadata, taxon_list # ), - # info = "Building Test Dataset 8") + # info = "Building Test Dataset 9") # Expected output - #dataset_test("Test_2023_8", path_data = "examples") + #dataset_test("Test_2023_9", path_data = "examples") # Test `pivot_wider` From a0cbdec713b528107f81c522d3b95ce668f9d699 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Mon, 25 Sep 2023 18:32:56 +1000 Subject: [PATCH 17/45] Add long format and wide format testing for `repeat_measurements_id` --- tests/testthat/examples/Test_2023_1/data.csv | 122 ++--- .../examples/Test_2023_1/metadata.yml | 30 +- tests/testthat/examples/Test_2023_4/data.csv | 420 +++++++++--------- .../examples/Test_2023_4/metadata.yml | 21 +- 4 files changed, 336 insertions(+), 257 deletions(-) diff --git a/tests/testthat/examples/Test_2023_1/data.csv b/tests/testthat/examples/Test_2023_1/data.csv index 2bae01a3..2d1114a4 100644 --- a/tests/testthat/examples/Test_2023_1/data.csv +++ b/tests/testthat/examples/Test_2023_1/data.csv @@ -1,54 +1,68 @@ -Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,seed_dry_mass_units,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height,plant diameter,leaf_length,leaf_length_units,leaf_photosynthesis,individual_id -Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,mg,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3,,4,cm,, -Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,, -Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,5,1 -Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,3,1 -Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,2,1 -Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,3--4,mg,nnnnnnnnnyyy,shrub,female,dune crest,control,17:00:00,instrument 1,5,3,4,cm,, -Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,7,1 -Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,6,1 -Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,5.5,1 -Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,4,1 -Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,3000--4000,ug,nnnnyyynnnnn,mallee tree shrub tree mallee,male,mid-slope,high nutrient,17:00:00,,4,3,4,cm,, -Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4,3,4,cm,, -Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4,3,4,cm,, -Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,,,,4,cm,, -Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,,geophyte,,bottom slope,,9:00:00,instrument 3,,,4,cm,, -Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3,,4,4,cm,, -Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,,trees,female,dune crest,,,,10,6,4,cm,, -Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,,tree,male,,,,,,9,4,cm,, -Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,,male,,,,,1,10,4,cm,, -Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,summer,,male,,,,,1,2,4,cm,, -Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,,herbs,male,,,,,1,2,4,cm,, -Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,,male,,control,,,1,,4,cm,, -Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,,tree,male,,control,,,2,,4,cm,, -Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,,tree,male,,high nutrient,,,,,4,cm,, -Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,,tree,male,,high nutrient,,,,,4,cm,, -Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,,unknown,female,,low nutrient,,,2,5,4,cm,, -Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,3--4,mg,,,female,,low nutrient,,,,5,4,cm,, -Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,,female2,,,,,,5,4,cm,, -Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,,,,5,40,mm,, -Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,,,,,40,mm,, -Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,,,,,40,mm,, -Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,,,,,40,mm,, -Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,,,,,40,mm,, -Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,,,,,40,mm,, -Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,,,,,40,mm,, -Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,,,,,40,mm,, -Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,,,,,40,mm,, -Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,,,,,40,mm,, -Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,,,,,40,mm,, -Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,,,,,40,mm,, -Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,,,,,40,mm,, -Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,,,,,40,mm,, -Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,,,,,40,mm,, -Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,,,,,40,mm,, -Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,,,,,40,mm,, -Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,,,,,40,mm,, -Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,,,,,40,mm,, -Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,,,,,40,mm,, -Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,,,,,40,mm,, -Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,,,,,40,mm,, -Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,,,,,40,mm,, -Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,,,,,40,mm,, -Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,,,,,40,mm,, +Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,seed_dry_mass_units,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height,plant diameter,leaf_length,leaf_length_units,leaf_photosynthesis,individual_id,leaf_stomatal_conductance,leaf_stomatal_conductance_2,leaf_stomatal_conductance_3 +Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,mg,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3,,4,cm,,,,, +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,, +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,5,1,,, +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,3,1,,, +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,2,1,,, +Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,3--4,mg,nnnnnnnnnyyy,shrub,female,dune crest,control,17:00:00,instrument 1,5,3,4,cm,,,,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,7,1,,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,6,1,,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,5.5,1,,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,4,1,,, +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,, +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.4,, +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.48,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.9,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.8,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.7,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.66,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,, +Alstonia scholaris,alssch,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,,0.1,0.9 +Alstonia scholaris,alssch,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.2,0.88 +Brombya platynema,bropla,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.35,0.25 +Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.4,0.34 +Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.32,0.44 +Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,0.56 +Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,3000--4000,ug,nnnnyyynnnnn,mallee tree shrub tree mallee,male,mid-slope,high nutrient,17:00:00,,4,3,4,cm,,,,, +Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4,3,4,cm,,,,, +Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4,3,4,cm,,,,, +Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,,,,4,cm,,,,, +Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,,geophyte,,bottom slope,,9:00:00,instrument 3,,,4,cm,,,,, +Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3,,4,4,cm,,,,, +Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,,trees,female,dune crest,,,,10,6,4,cm,,,,, +Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,,tree,male,,,,,,9,4,cm,,,,, +Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,,male,,,,,1,10,4,cm,,,,, +Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,summer,,male,,,,,1,2,4,cm,,,,, +Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,,herbs,male,,,,,1,2,4,cm,,,,, +Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,,male,,control,,,1,,4,cm,,,,, +Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,,tree,male,,control,,,2,,4,cm,,,,, +Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,,tree,male,,high nutrient,,,,,4,cm,,,,, +Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,,tree,male,,high nutrient,,,,,4,cm,,,,, +Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,,unknown,female,,low nutrient,,,2,5,4,cm,,,,, +Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,3--4,mg,,,female,,low nutrient,,,,5,4,cm,,,,, +Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,,female2,,,,,,5,4,cm,,,,, +Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,,,,5,40,mm,,,,, +Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,,,,,40,mm,,,,, +Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,,,,,40,mm,,,,, +Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,,,,,40,mm,,,,, +Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,,,,,40,mm,,,,, +Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,,,,,40,mm,,,,, +Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,,,,,40,mm,,,,, +Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,,,,,40,mm,,,,, +Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,,,,,40,mm,,,,, +Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,,,,,40,mm,,,,, +Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,,,,,40,mm,,,,, +Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,,,,,40,mm,,,,, +Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,,,,,40,mm,,,,, +Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,,,,,40,mm,,,,, +Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,,,,,40,mm,,,,, +Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,,,,,40,mm,,,,, +Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,,,,,40,mm,,,,, +Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,,,,,40,mm,,,,, +Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,,,,,40,mm,,,,, +Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,,,,,40,mm,,,,, +Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,,,,,40,mm,,,,, +Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,,,,,40,mm,,,,, +Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,,,,,40,mm,,,,, +Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,,,,,40,mm,,,,, +Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,,,,,40,mm,,,,, diff --git a/tests/testthat/examples/Test_2023_1/metadata.yml b/tests/testthat/examples/Test_2023_1/metadata.yml index 7200e487..71524a84 100644 --- a/tests/testthat/examples/Test_2023_1/metadata.yml +++ b/tests/testthat/examples/Test_2023_1/metadata.yml @@ -496,9 +496,37 @@ traits: entity_type: individual value_type: raw basis_of_value: measurement - methods: Test `repeat_measurements_id` at the trait level. + methods: Test `repeat_measurements_id` at the trait level for individuals. replicates: 1 repeat_measurements_id: TRUE +- var_in: leaf_stomatal_conductance + unit_in: mol{H2O}/m2/s + trait_name: leaf_stomatal_conductance + entity_type: population + value_type: raw + basis_of_value: measurement + methods: Test `repeat_measurements_id` at the trait level for populations. + replicates: 1 + repeat_measurements_id: TRUE +- var_in: leaf_stomatal_conductance_2 + unit_in: mol{H2O}/m2/s + trait_name: leaf_stomatal_conductance + entity_type: species + value_type: raw + basis_of_value: measurement + methods: Test `repeat_measurements_id` at the trait level for species `entity_type`. + replicates: 1 + repeat_measurements_id: TRUE +- var_in: leaf_stomatal_conductance_3 + unit_in: mol{H2O}/m2/s + trait_name: leaf_stomatal_conductance + entity_type: species + value_type: raw + basis_of_value: measurement + methods: Test that `repeat_measurements_id` is not made for traits where `repeat_measurements_id` + is set to FALSE but have already been entered with `repeat_measurements_id` as TRUE from another + column. + replicates: 1 substitutions: - trait_name: plant_growth_form find: herbs diff --git a/tests/testthat/examples/Test_2023_4/data.csv b/tests/testthat/examples/Test_2023_4/data.csv index 336cfd19..70a78b1f 100644 --- a/tests/testthat/examples/Test_2023_4/data.csv +++ b/tests/testthat/examples/Test_2023_4/data.csv @@ -1,201 +1,219 @@ -source,test_location,taxon_name,trait_name,category,trait_value,flora_value,units,value_type,test_entity_type,test_basis_of_value,test_basis_of_record,source_id -PlantNET_flora,australia,Exocarpos homalocladus,fruit_width,drupe,8,NA,mm,maximum,species,measurement,,Test_2000 -PlantNET_flora,australia,Lepidosperma gladiatum,fruit_length,nut,0.3,NA,cm,maximum,species,measurement,literature,Test_2000 -PlantNET_flora,australia,Imperata cylindrica,fruit_length,caryopsis,0.1,NA,cm,minimum,species,measurement,literature,Test_2000 -PlantNET_flora,australia,Gentianella barringtonensis,fruit_colour,NA,brown,inferred_from_genus,NA,minimum,species,,literature, -PlantNET_flora,australia,Acacia bulgaensis,fruit_length,pods,95,NA,mm,minimum,metapopulation,measurement,literature, -PlantNET_flora,australia,Sparaxis bulbifera,fruit_colour,NA,green,green,NA,minimum,metapopulation,,field, -PlantNET_flora,australia,Psoralea pinnata,fruit_width,fruits,2.5,NA,mm,minimum,metapopulation,,field,Test_2003 -PlantNET_flora,australia,Eucalyptus dorrigoensis,fruit_length,fruit,0.5,NA,cm,minimum,species,measurement,field_experiment,Test_2003 -PlantNET_flora,australia,Alectryon subdentatus,fruit_length,capsule,0.8,NA,cm,minimum,species,measurement,,Test_2003 -PlantNET_flora,,Acacia crassa,fruit_length,pods,40,NA,mm,minimum,species,expert_score,field,Test_2003 -PlantNET_flora,,Commersonia amystia,fruit_width,capsule,13,NA,mm,maximum,species,unknown,field,Test_2003 -PlantNET_flora,,Gompholobium grandiflorum,fruit_length,pod,15,NA,mm,maximum,species,,,Test_2003 -PlantNET_flora,australia_2,Crassula decumbens,fruit_dehiscence,NA,dehiscent,dehiscing,NA,mode,species,,,Test_2003 -PlantNET_flora,australia_2,Chthonocephalus pseudevax,fruit_length,achenes,0.5,NA,mm,mode,,,,Test_2003 -PlantNET_flora,australia_2,Amyema preissii,fruit_colour,NA,pink white,pink white,NA,mode,,,,Test_2003 -PlantNET_flora,australia_2,Dichromochlamys dentatifolia,fruit_length,achenes,1.8,NA,mm,mode,,,field_experiment,Test_2003 -PlantNET_flora,australia_2,Adriana tomentosa,fruit_width,capsule,12,NA,mm,mode,,,literature,Test_2003 -PlantNET_flora,australia_2,Isotoma fluviatilis subsp. fluviatilis,fruit_width,capsule,3,NA,mm,mode,,,literature,Test_2003 -PlantNET_flora,australia_2,Cassinia compacta,fruit_length,achenes,0.5,NA,mm,mode,,,literature,Test_2003 -PlantNET_flora,australia_2,Mischocarpus australis,fruit_width,capsule,8,NA,mm,mode,,,literature,Test_2003 -PlantNET_flora,australia_2,Eleocharis pallens,fruit_length,nut,1.4,NA,mm,mode,population,,literature,Test_2003 -PlantNET_flora,australia_2,Hypoxis glabella var. glabella,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,population,unknown,literature,Test_2003 -PlantNET_flora,australia_2,Crassula peduncularis,fruit_dehiscence,NA,dehiscent,splitting,NA,mode,population,expert_score,literature,Test_2003 -PlantNET_flora,australia_2,Derris involuta,fruit_dehiscence,NA,indehiscent,inferred_from_genus,NA,mode,population,measurement,literature,Test_2003 -PlantNET_flora,australia_2,Diodia,fruit_dehiscence,NA,indehiscent,indehiscent,NA,mode,genus,measurement,literature,Test_2003 -PlantNET_flora,australia_2,Stellaria angustifolia subsp. angustifolia,fruit_length,capsule,8.5,NA,mm,mode,,measurement,literature,Test_2003 -PlantNET_flora,australia_2,Pittosporum erioloma,fruit_dehiscence,NA,dehiscent,valves,NA,mode,,measurement,literature,Test_2003 -PlantNET_flora,australia_2,Corymbia citriodora,fruit_length,fruit,15,NA,mm,mode,,measurement,literature,Test_2003 -PlantNET_flora,australia_2,Pimelea ligustrina subsp. ligustrina,fruit_colour,NA,green,inferred_from_species,NA,mode,metapopulation,measurement,literature,Test_2003 -PlantNET_flora,australia_2,Trifolium dubium,fruit_length,pod,2,NA,mm,mode,metapopulation,measurement,literature,Test_2003 -PlantNET_flora,australia_2,Myoporum boninense subsp. australe,fruit_length,fruit,10,NA,mm,mode,metapopulation,measurement,literature,Test_2003 -PlantNET_flora,australia_2,Arbutus unedo,fruit_colour,NA,red,red,NA,mode,metapopulation,measurement,, -PlantNET_flora,australia_2,Schoenus vaginatus,fruit_colour,NA,red yellow brown,red yellow brown,NA,mode,metapopulation,,, -PlantNET_flora,australia_2,Dodonaea petiolaris,fruit_length,capsule,16,NA,mm,mode,metapopulation,,, -PlantNET_flora,australia_2,Leptospermum continentale,fruit_length,fruit,6,NA,mm,mode,metapopulation,,, -PlantNET_flora,australia_2,Freesia hybrid,fruit_colour,NA,green,green,NA,mode,metapopulation,,, -PlantNET_flora,australia_2,Epilobium gunnianum,fruit_length,fruit,75,NA,mm,mode,metapopulation,,, -PlantNET_flora,australia_2,Dodonaea truncatiales,fruit_width,capsule,17,NA,mm,mode,metapopulation,,, -PlantNET_flora,australia_2,Thlaspi,fruit_dehiscence,NA,dehiscent,dehiscent,NA,mode,metapopulation,,, -PlantNET_flora,australia_2,Eucalyptus recurva,fruit_length,fruit,4,NA,mm,mode,metapopulation,,,Test_2000 -PlantNET_flora,australia_2,Lotononis bainesii,fruit_length,pod,8,NA,mm,mode,metapopulation,,,Test_2000 -PlantNET_flora,australia_2,Correa alba,fruit_length,fruit,5,NA,mm,mode,species,,,Test_2000 -PlantNET_flora,australia_2,Commersonia salviifolia,fruit_width,capsule,5,NA,mm,mode,species,,,Test_2000 -PlantNET_flora,australia_2,Carex cephalotes,fruit_length,utricles,2.5,NA,mm,,species,,, -PlantNET_flora,australia_2,Juncus acutus subsp. acutus,fruit_dehiscence,NA,dehiscent,inferred_from_family,NA,,species,,, -PlantNET_flora,australia_2,Thelymitra kangaloonica,fruit_length,capsules,12,NA,mm,,species,,, -PlantNET_flora,australia_2,Eucalyptus viminalis,fruit_width,fruit,4,NA,mm,,species,,, -PlantNET_flora,australia_2,Acronychia littoralis,fruit_width,fruit,20,NA,mm,,species,,, -PlantNET_flora,australia_2,Eucalyptus leucoxylon subsp. pruinosa,fruit_dehiscence,NA,dehiscent,valves,NA,,species,,, -PlantNET_flora,australia_2,Hibbertia crinita,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,,species,,, -PlantNET_flora,australia_2,Crotalaria brevis,fruit_length,pods,6,NA,mm,mean,species,,, -PlantNET_flora,australia_2,Spergularia diandra,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mean,species,,, -PlantNET_flora,australia_2,Hypericum elodes,fruit_length,capsule,4,NA,mm,mean,species,,, -PlantNET_flora,australia_2,Hakea macraeana,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Dillwynia cinerascens,fruit_length,pod,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Lupinus polyphyllus,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Potamogeton australiensis,fruit_length,fruit,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Hypoxis,fruit_dehiscence,NA,dehiscent,dehiscing,NA,mode,species,,, -PlantNET_flora,australia_2,Carex raleighii,fruit_length,utricles,2.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Veronica catenata,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Phlegmatospermum cochlearinum,fruit_length,silicula,10,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Australina pusilla,fruit_length,achene,1,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Schoenus lepidosperma,fruit_width,nut,2.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Calendula arvensis,fruit_length,achenes,15,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Veronica derwentiana,fruit_length,capsule,2.8,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Gossia bidwillii,fruit_colour,NA,black,black,NA,mode,species,,, -PlantNET_flora,australia_2,Cyperus bulbosus,fruit_colour,NA,grey,greyish,NA,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus youmanii,fruit_width,fruit,9,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Lobelia pedunculata,fruit_length,fruit,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Goodenia varia,fruit_length,fruit,10,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Convolvulus farinosus,fruit_width,capsule,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Freesia laxa,fruit_length,capsule,12,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Rhodamnia argentea,fruit_colour,NA,black,black,NA,mode,species,,, -PlantNET_flora,australia_2,Eremophila deserti,fruit_colour,NA,yellow black,yellow black,NA,mode,species,,, -PlantNET_flora,australia_2,Geijera salicifolia,fruit_width,fruit,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Endiandra globosa,fruit_width,fruit,50,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Thesium australe,fruit_width,fruit,2.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Teucrium puberulum,fruit_width,drupe,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Davidsonia johnsonii,fruit_length,fruit,30,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Claoxylon australe,fruit_width,capsule,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Cyperus sculptus,fruit_length,nut,1,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Cyperus laevigatus,fruit_width,nut,1.2,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus muelleriana,fruit_dehiscence,NA,dehiscent,valves,NA,mode,species,,, -PlantNET_flora,australia_2,Centranthera,fruit_dehiscence,NA,dehiscent,loculicidal,NA,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus badjensis,fruit_length,fruit,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Leucopogon amplexicaulis,fruit_length,fruit,3.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus oblonga,fruit_length,fruit,8,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Lobelia trigonocaulis,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Senecio longipilus,fruit_length,achenes,2.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Burmannia disticha,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Schoenus apogon,fruit_colour,NA,white,whitish,NA,mode,species,,, -PlantNET_flora,australia_2,Bursaria spinosa subsp. spinosa,fruit_width,capsules,9,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Pisum sativum var. arvense,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Abildgaardia ovata,fruit_width,nut,1.2,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Leptospermum obovatum,fruit_width,fruit,8,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Hibiscus brachysiphonius,fruit_length,capsule,15,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Muehlenbeckia adpressa,fruit_colour,NA,brown black,brown black,NA,mode,species,,, -PlantNET_flora,australia_2,Salix alba,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Isolepis montivaga,fruit_length,nut,0.9,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Leptomeria drupacea,fruit_length,drupe,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Elaeocarpus grandis,fruit_width,fruit,20,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus youmanii,fruit_length,fruit,12,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Carex leporina,fruit_length,utricles,3.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Juncus kraussii,fruit_colour,NA,red yellow brown black,red golden brown blackish,NA,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus nandewarica,fruit_length,fruit,3,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus yangoura,fruit_width,fruit,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus olida,fruit_length,fruit,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Sida goniocarpa,fruit_width,fruit,7,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Dampiera fusca,fruit_colour,NA,brown,brownish,NA,mode,species,,, -PlantNET_flora,australia_2,Lepidium foliosum,fruit_length,silicula,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Alectryon coriaceus,fruit_length,capsule,7,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Styphelia viridis,fruit_length,fruit,10,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Lepidium oxytrichum,fruit_length,silicula,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Rhodamnia argentea,fruit_length,fruit,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Rubus parvifolius,fruit_colour,NA,red,red,NA,mode,species,,, -PlantNET_flora,australia_2,Artanema,fruit_dehiscence,NA,dehiscent,valve,NA,mode,species,,, -PlantNET_flora,australia_2,Lepidium africanum,fruit_width,silicula,2,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Acacia leiocalyx subsp. leiocalyx,fruit_width,pods,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Plantago turrifera,fruit_length,capsule,3,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Crotalaria brevis,fruit_colour,NA,brown,brown,NA,mode,species,,, -PlantNET_flora,australia_2,Apophyllum anomalum,fruit_colour,NA,purple,purple,NA,mode,species,,, -PlantNET_flora,australia_2,Isotoma axillaris,fruit_length,capsule,7,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus camphora,fruit_length,fruit,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Medicago orbicularis,fruit_length,pod,7,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Acacia havilandiorum,fruit_width,pods,2,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Coprosma nivalis,fruit_colour,NA,purple grey,violet grey,NA,mode,species,,, -PlantNET_flora,australia_2,Swainsona cadellii,fruit_length,pod,25,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Paraserianthes lophantha,fruit_width,pod,25,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Crotalaria lanceolata,fruit_length,pod,20,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Nicotiana goodspeedii,fruit_length,capsule,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus rossii,fruit_width,fruit,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Gentiana wingecarribiensis,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Oxalis corniculata,fruit_width,fruit,1.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Acacia gladiiformis,fruit_length,pods,150,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Escallonia bifida,fruit_length,capsule,3,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Crotalaria grahamiana,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Acacia alpina,fruit_width,pods,3,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Sphaeromorphaea littoralis,fruit_length,achenes,1.3,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Picris barbarorum,fruit_length,cypselas,7.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Acacia ramulosa var. ramulosa,fruit_length,pods,20,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Stypandra,fruit_colour,NA,black,black,NA,mode,species,,, -PlantNET_flora,australia_2,Eremophila oppositifolia,fruit_length,fruit,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Parkinsonia,fruit_dehiscence,NA,indehiscent,indehiscent,NA,mode,species,,, -PlantNET_flora,australia_2,Geranium purpureum subsp. purpureum,fruit_length,fruit,12,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Callistemon purpurascens,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Acacia beadleana,fruit_width,pods,10.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Polycarpon tetraphyllum,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Schenkia australis,fruit_length,capsule,10,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Pultenaea ferruginea,fruit_length,pod,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Angophora leiocarpa,fruit_width,fruit,11,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Sisymbrium irio,fruit_length,siliqua,25,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Corymbia eximia,fruit_length,fruit,13,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Cylindropuntia kleiniae,fruit_length,fruits,20,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Hibiscus sturtii,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Carex cephalotes,fruit_width,utricles,1,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Cyperus albostriatus,fruit_colour,NA,brown black,brown blackish,NA,mode,species,,, -PlantNET_flora,australia_2,Pandorea pandorana subsp. austrocaledonica,fruit_dehiscence,NA,dehiscent,valves,NA,mode,species,,, -PlantNET_flora,australia_2,Coprosma niphophila,fruit_colour,NA,red orange,red orange,NA,mode,species,,, -PlantNET_flora,australia_2,Wahlenbergia luteola,fruit_length,capsule,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Libertia,fruit_dehiscence,NA,dehiscent,inferred_from_family,NA,mode,species,,, -PlantNET_flora,australia_2,Ammannia,fruit_dehiscence,NA,dehiscent,splitting,NA,mode,species,,, -PlantNET_flora,australia_2,Acacia myrtifolia,fruit_width,pods,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Erigeron conyzoides,fruit_length,achenes,2.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Scleria rugosa,fruit_length,nut,3,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Hemisteptia lyrata,fruit_length,achenes,2,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Dovyalis caffra,fruit_colour,NA,orange yellow,apricot yellow,NA,mode,species,,, -PlantNET_flora,australia_2,Carmichaelia exsul,fruit_length,pods,10,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Centaurium tenuiflorum,fruit_length,capsule,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Acacia spectabilis,fruit_length,pods,170,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Castanospermum australe,fruit_length,pod,100,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Parentucellia latifolia,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Alectryon oleifolius,fruit_width,capsule,10,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Cyperus betchei,fruit_width,nut,0.4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Endiandra muelleri,fruit_colour,NA,black,black,NA,mode,species,,, -PlantNET_flora,australia_2,Lantana montevidensis,fruit_colour,NA,purple black,purplish black,NA,mode,species,,, -PlantNET_flora,australia_2,Exocarpos sparteus,fruit_length,drupe,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Acacia flexifolia,fruit_width,pods,2,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus scias,fruit_dehiscence,NA,dehiscent,valves,NA,mode,species,,, -PlantNET_flora,australia_2,Melichrus procumbens,fruit_length,fruit,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Pinus pinea,fruit_colour,NA,brown,brown,NA,mode,species,,, -PlantNET_flora,australia_2,Erythroxylum australe,fruit_width,drupe,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Schoenus brevifolius,fruit_width,nut,0.7,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Cestrum nocturnum,fruit_width,berry,8,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Acacia terminalis subsp. Glabrous form (M.Hancock 94),fruit_width,pods,14,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Rorippa gigantea,fruit_length,siliqua,15,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Dinosperma erythrococcum,fruit_length,follicles,5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Grevillea scortechinii,fruit_colour,NA,red brown,reddish brown,NA,mode,species,,, -PlantNET_flora,australia_2,Ficus henneana,fruit_length,figs,15,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Sigesbeckia orientalis,fruit_length,achenes,3,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Indigofera triflora,fruit_length,pods,30,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Dillwynia floribunda,fruit_length,pod,4,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Lotus corniculatus,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,, -PlantNET_flora,australia_2,Eucalyptus pulverulenta,fruit_width,fruit,6,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Acacia caroleae,fruit_width,pods,2,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Geranium obtusisepalum,fruit_length,fruit,17,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Phyla nodiflora,fruit_width,fruit,2,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Nicotiana glauca,fruit_length,capsule,13,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Ipomoea cairica,fruit_length,capsule,11,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Euphorbia inappendiculata var. queenslandica,fruit_length,capsule,1.5,NA,mm,mode,species,,, -PlantNET_flora,australia_2,Daviesia arenaria,fruit_length,pod,7,NA,mm,mode,species,,, +source,test_location,taxon_name,trait_name,category,trait_value,flora_value,units,value_type,test_entity_type,test_basis_of_value,test_basis_of_record,source_id,individual_id +PlantNET_flora,australia,Exocarpos homalocladus,fruit_width,drupe,8,NA,mm,maximum,species,measurement,,Test_2000, +PlantNET_flora,australia,Lepidosperma gladiatum,fruit_length,nut,0.3,NA,cm,maximum,species,measurement,literature,Test_2000, +PlantNET_flora,australia,Imperata cylindrica,fruit_length,caryopsis,0.1,NA,cm,minimum,species,measurement,literature,Test_2000, +PlantNET_flora,australia,Gentianella barringtonensis,fruit_colour,NA,brown,inferred_from_genus,NA,minimum,species,,literature,, +PlantNET_flora,australia,Acacia bulgaensis,fruit_length,pods,95,NA,mm,minimum,metapopulation,measurement,literature,, +PlantNET_flora,australia,Sparaxis bulbifera,fruit_colour,NA,green,green,NA,minimum,metapopulation,,field,, +PlantNET_flora,australia,Psoralea pinnata,fruit_width,fruits,2.5,NA,mm,minimum,metapopulation,,field,Test_2003, +PlantNET_flora,australia,Eucalyptus dorrigoensis,fruit_length,fruit,0.5,NA,cm,minimum,species,measurement,field_experiment,Test_2003, +PlantNET_flora,australia,Alectryon subdentatus,fruit_length,capsule,0.8,NA,cm,minimum,species,measurement,,Test_2003, +PlantNET_flora,,Acacia crassa,fruit_length,pods,40,NA,mm,minimum,species,expert_score,field,Test_2003, +PlantNET_flora,,Commersonia amystia,fruit_width,capsule,13,NA,mm,maximum,species,unknown,field,Test_2003, +PlantNET_flora,,Gompholobium grandiflorum,fruit_length,pod,15,NA,mm,maximum,species,,,Test_2003, +PlantNET_flora,australia_2,Crassula decumbens,fruit_dehiscence,NA,dehiscent,dehiscing,NA,mode,species,,,Test_2003, +PlantNET_flora,australia_2,Chthonocephalus pseudevax,fruit_length,achenes,0.5,NA,mm,mode,,,,Test_2003, +PlantNET_flora,australia_2,Amyema preissii,fruit_colour,NA,pink white,pink white,NA,mode,,,,Test_2003, +PlantNET_flora,australia_2,Dichromochlamys dentatifolia,fruit_length,achenes,1.8,NA,mm,mode,,,field_experiment,Test_2003, +PlantNET_flora,australia_2,Adriana tomentosa,fruit_width,capsule,12,NA,mm,mode,,,literature,Test_2003, +PlantNET_flora,australia_2,Isotoma fluviatilis subsp. fluviatilis,fruit_width,capsule,3,NA,mm,mode,,,literature,Test_2003, +PlantNET_flora,australia_2,Cassinia compacta,fruit_length,achenes,0.5,NA,mm,mode,,,literature,Test_2003, +PlantNET_flora,australia_2,Mischocarpus australis,fruit_width,capsule,8,NA,mm,mode,,,literature,Test_2003, +PlantNET_flora,australia_2,Eleocharis pallens,fruit_length,nut,1.4,NA,mm,mode,population,,literature,Test_2003, +PlantNET_flora,australia_2,Hypoxis glabella var. glabella,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,population,unknown,literature,Test_2003, +PlantNET_flora,australia_2,Crassula peduncularis,fruit_dehiscence,NA,dehiscent,splitting,NA,mode,population,expert_score,literature,Test_2003, +PlantNET_flora,australia_2,Derris involuta,fruit_dehiscence,NA,indehiscent,inferred_from_genus,NA,mode,population,measurement,literature,Test_2003, +PlantNET_flora,australia_2,Diodia,fruit_dehiscence,NA,indehiscent,indehiscent,NA,mode,genus,measurement,literature,Test_2003, +PlantNET_flora,australia_2,Stellaria angustifolia subsp. angustifolia,fruit_length,capsule,8.5,NA,mm,mode,,measurement,literature,Test_2003, +PlantNET_flora,australia_2,Pittosporum erioloma,fruit_dehiscence,NA,dehiscent,valves,NA,mode,,measurement,literature,Test_2003, +PlantNET_flora,australia_2,Corymbia citriodora,fruit_length,fruit,15,NA,mm,mode,,measurement,literature,Test_2003, +PlantNET_flora,australia_2,Pimelea ligustrina subsp. ligustrina,fruit_colour,NA,green,inferred_from_species,NA,mode,metapopulation,measurement,literature,Test_2003, +PlantNET_flora,australia_2,Trifolium dubium,fruit_length,pod,2,NA,mm,mode,metapopulation,measurement,literature,Test_2003, +PlantNET_flora,australia_2,Myoporum boninense subsp. australe,fruit_length,fruit,10,NA,mm,mode,metapopulation,measurement,literature,Test_2003, +PlantNET_flora,australia_2,Arbutus unedo,fruit_colour,NA,red,red,NA,mode,metapopulation,measurement,,, +PlantNET_flora,australia_2,Schoenus vaginatus,fruit_colour,NA,red yellow brown,red yellow brown,NA,mode,metapopulation,,,, +PlantNET_flora,australia_2,Dodonaea petiolaris,fruit_length,capsule,16,NA,mm,mode,metapopulation,,,, +PlantNET_flora,australia_2,Leptospermum continentale,fruit_length,fruit,6,NA,mm,mode,metapopulation,,,, +PlantNET_flora,australia_2,Freesia hybrid,fruit_colour,NA,green,green,NA,mode,metapopulation,,,, +PlantNET_flora,australia_2,Epilobium gunnianum,fruit_length,fruit,75,NA,mm,mode,metapopulation,,,, +PlantNET_flora,australia_2,Dodonaea truncatiales,fruit_width,capsule,17,NA,mm,mode,metapopulation,,,, +PlantNET_flora,australia_2,Thlaspi,fruit_dehiscence,NA,dehiscent,dehiscent,NA,mode,metapopulation,,,, +PlantNET_flora,australia_2,Eucalyptus recurva,fruit_length,fruit,4,NA,mm,mode,metapopulation,,,Test_2000, +PlantNET_flora,australia_2,Lotononis bainesii,fruit_length,pod,8,NA,mm,mode,metapopulation,,,Test_2000, +PlantNET_flora,australia_2,Correa alba,fruit_length,fruit,5,NA,mm,mode,species,,,Test_2000, +PlantNET_flora,australia_2,Commersonia salviifolia,fruit_width,capsule,5,NA,mm,mode,species,,,Test_2000, +PlantNET_flora,australia_2,Carex cephalotes,fruit_length,utricles,2.5,NA,mm,,species,,,, +PlantNET_flora,australia_2,Juncus acutus subsp. acutus,fruit_dehiscence,NA,dehiscent,inferred_from_family,NA,,species,,,, +PlantNET_flora,australia_2,Thelymitra kangaloonica,fruit_length,capsules,12,NA,mm,,species,,,, +PlantNET_flora,australia_2,Eucalyptus viminalis,fruit_width,fruit,4,NA,mm,,species,,,, +PlantNET_flora,australia_2,Acronychia littoralis,fruit_width,fruit,20,NA,mm,,species,,,, +PlantNET_flora,australia_2,Eucalyptus leucoxylon subsp. pruinosa,fruit_dehiscence,NA,dehiscent,valves,NA,,species,,,, +PlantNET_flora,australia_2,Hibbertia crinita,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,,species,,,, +PlantNET_flora,australia_2,Crotalaria brevis,fruit_length,pods,6,NA,mm,mean,species,,,, +PlantNET_flora,australia_2,Spergularia diandra,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mean,species,,,, +PlantNET_flora,australia_2,Hypericum elodes,fruit_length,capsule,4,NA,mm,mean,species,,,, +PlantNET_flora,australia_2,Hakea macraeana,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Dillwynia cinerascens,fruit_length,pod,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Lupinus polyphyllus,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Potamogeton australiensis,fruit_length,fruit,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Hypoxis,fruit_dehiscence,NA,dehiscent,dehiscing,NA,mode,species,,,, +PlantNET_flora,australia_2,Carex raleighii,fruit_length,utricles,2.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Veronica catenata,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Phlegmatospermum cochlearinum,fruit_length,silicula,10,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Australina pusilla,fruit_length,achene,1,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Schoenus lepidosperma,fruit_width,nut,2.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Calendula arvensis,fruit_length,achenes,15,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Veronica derwentiana,fruit_length,capsule,2.8,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Gossia bidwillii,fruit_colour,NA,black,black,NA,mode,species,,,, +PlantNET_flora,australia_2,Cyperus bulbosus,fruit_colour,NA,grey,greyish,NA,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus youmanii,fruit_width,fruit,9,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Lobelia pedunculata,fruit_length,fruit,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Goodenia varia,fruit_length,fruit,10,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Convolvulus farinosus,fruit_width,capsule,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Freesia laxa,fruit_length,capsule,12,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Rhodamnia argentea,fruit_colour,NA,black,black,NA,mode,species,,,, +PlantNET_flora,australia_2,Eremophila deserti,fruit_colour,NA,yellow black,yellow black,NA,mode,species,,,, +PlantNET_flora,australia_2,Geijera salicifolia,fruit_width,fruit,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Endiandra globosa,fruit_width,fruit,50,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Thesium australe,fruit_width,fruit,2.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Teucrium puberulum,fruit_width,drupe,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Davidsonia johnsonii,fruit_length,fruit,30,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Claoxylon australe,fruit_width,capsule,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Cyperus sculptus,fruit_length,nut,1,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Cyperus laevigatus,fruit_width,nut,1.2,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus muelleriana,fruit_dehiscence,NA,dehiscent,valves,NA,mode,species,,,, +PlantNET_flora,australia_2,Centranthera,fruit_dehiscence,NA,dehiscent,loculicidal,NA,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus badjensis,fruit_length,fruit,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Leucopogon amplexicaulis,fruit_length,fruit,3.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus oblonga,fruit_length,fruit,8,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Lobelia trigonocaulis,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Senecio longipilus,fruit_length,achenes,2.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Burmannia disticha,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Schoenus apogon,fruit_colour,NA,white,whitish,NA,mode,species,,,, +PlantNET_flora,australia_2,Bursaria spinosa subsp. spinosa,fruit_width,capsules,9,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Pisum sativum var. arvense,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Abildgaardia ovata,fruit_width,nut,1.2,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Leptospermum obovatum,fruit_width,fruit,8,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Hibiscus brachysiphonius,fruit_length,capsule,15,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Muehlenbeckia adpressa,fruit_colour,NA,brown black,brown black,NA,mode,species,,,, +PlantNET_flora,australia_2,Salix alba,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Isolepis montivaga,fruit_length,nut,0.9,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Leptomeria drupacea,fruit_length,drupe,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Elaeocarpus grandis,fruit_width,fruit,20,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus youmanii,fruit_length,fruit,12,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Carex leporina,fruit_length,utricles,3.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Juncus kraussii,fruit_colour,NA,red yellow brown black,red golden brown blackish,NA,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus nandewarica,fruit_length,fruit,3,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus yangoura,fruit_width,fruit,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus olida,fruit_length,fruit,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Sida goniocarpa,fruit_width,fruit,7,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Dampiera fusca,fruit_colour,NA,brown,brownish,NA,mode,species,,,, +PlantNET_flora,australia_2,Lepidium foliosum,fruit_length,silicula,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Alectryon coriaceus,fruit_length,capsule,7,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Styphelia viridis,fruit_length,fruit,10,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Lepidium oxytrichum,fruit_length,silicula,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Rhodamnia argentea,fruit_length,fruit,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Rubus parvifolius,fruit_colour,NA,red,red,NA,mode,species,,,, +PlantNET_flora,australia_2,Artanema,fruit_dehiscence,NA,dehiscent,valve,NA,mode,species,,,, +PlantNET_flora,australia_2,Lepidium africanum,fruit_width,silicula,2,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Acacia leiocalyx subsp. leiocalyx,fruit_width,pods,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Plantago turrifera,fruit_length,capsule,3,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Crotalaria brevis,fruit_colour,NA,brown,brown,NA,mode,species,,,, +PlantNET_flora,australia_2,Apophyllum anomalum,fruit_colour,NA,purple,purple,NA,mode,species,,,, +PlantNET_flora,australia_2,Isotoma axillaris,fruit_length,capsule,7,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus camphora,fruit_length,fruit,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Medicago orbicularis,fruit_length,pod,7,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Acacia havilandiorum,fruit_width,pods,2,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Coprosma nivalis,fruit_colour,NA,purple grey,violet grey,NA,mode,species,,,, +PlantNET_flora,australia_2,Swainsona cadellii,fruit_length,pod,25,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Paraserianthes lophantha,fruit_width,pod,25,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Crotalaria lanceolata,fruit_length,pod,20,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Nicotiana goodspeedii,fruit_length,capsule,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus rossii,fruit_width,fruit,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Gentiana wingecarribiensis,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Oxalis corniculata,fruit_width,fruit,1.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Acacia gladiiformis,fruit_length,pods,150,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Escallonia bifida,fruit_length,capsule,3,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Crotalaria grahamiana,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Acacia alpina,fruit_width,pods,3,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Sphaeromorphaea littoralis,fruit_length,achenes,1.3,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Picris barbarorum,fruit_length,cypselas,7.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Acacia ramulosa var. ramulosa,fruit_length,pods,20,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Stypandra,fruit_colour,NA,black,black,NA,mode,species,,,, +PlantNET_flora,australia_2,Eremophila oppositifolia,fruit_length,fruit,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Parkinsonia,fruit_dehiscence,NA,indehiscent,indehiscent,NA,mode,species,,,, +PlantNET_flora,australia_2,Geranium purpureum subsp. purpureum,fruit_length,fruit,12,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Callistemon purpurascens,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Acacia beadleana,fruit_width,pods,10.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Polycarpon tetraphyllum,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Schenkia australis,fruit_length,capsule,10,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Pultenaea ferruginea,fruit_length,pod,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Angophora leiocarpa,fruit_width,fruit,11,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Sisymbrium irio,fruit_length,siliqua,25,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Corymbia eximia,fruit_length,fruit,13,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Cylindropuntia kleiniae,fruit_length,fruits,20,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Hibiscus sturtii,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Carex cephalotes,fruit_width,utricles,1,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Cyperus albostriatus,fruit_colour,NA,brown black,brown blackish,NA,mode,species,,,, +PlantNET_flora,australia_2,Pandorea pandorana subsp. austrocaledonica,fruit_dehiscence,NA,dehiscent,valves,NA,mode,species,,,, +PlantNET_flora,australia_2,Coprosma niphophila,fruit_colour,NA,red orange,red orange,NA,mode,species,,,, +PlantNET_flora,australia_2,Wahlenbergia luteola,fruit_length,capsule,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Libertia,fruit_dehiscence,NA,dehiscent,inferred_from_family,NA,mode,species,,,, +PlantNET_flora,australia_2,Ammannia,fruit_dehiscence,NA,dehiscent,splitting,NA,mode,species,,,, +PlantNET_flora,australia_2,Acacia myrtifolia,fruit_width,pods,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Erigeron conyzoides,fruit_length,achenes,2.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Scleria rugosa,fruit_length,nut,3,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Hemisteptia lyrata,fruit_length,achenes,2,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Dovyalis caffra,fruit_colour,NA,orange yellow,apricot yellow,NA,mode,species,,,, +PlantNET_flora,australia_2,Carmichaelia exsul,fruit_length,pods,10,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Centaurium tenuiflorum,fruit_length,capsule,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Acacia spectabilis,fruit_length,pods,170,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Castanospermum australe,fruit_length,pod,100,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Parentucellia latifolia,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Alectryon oleifolius,fruit_width,capsule,10,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Cyperus betchei,fruit_width,nut,0.4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Endiandra muelleri,fruit_colour,NA,black,black,NA,mode,species,,,, +PlantNET_flora,australia_2,Lantana montevidensis,fruit_colour,NA,purple black,purplish black,NA,mode,species,,,, +PlantNET_flora,australia_2,Exocarpos sparteus,fruit_length,drupe,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Acacia flexifolia,fruit_width,pods,2,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus scias,fruit_dehiscence,NA,dehiscent,valves,NA,mode,species,,,, +PlantNET_flora,australia_2,Melichrus procumbens,fruit_length,fruit,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Pinus pinea,fruit_colour,NA,brown,brown,NA,mode,species,,,, +PlantNET_flora,australia_2,Erythroxylum australe,fruit_width,drupe,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Schoenus brevifolius,fruit_width,nut,0.7,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Cestrum nocturnum,fruit_width,berry,8,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Acacia terminalis subsp. Glabrous form (M.Hancock 94),fruit_width,pods,14,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Rorippa gigantea,fruit_length,siliqua,15,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Dinosperma erythrococcum,fruit_length,follicles,5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Grevillea scortechinii,fruit_colour,NA,red brown,reddish brown,NA,mode,species,,,, +PlantNET_flora,australia_2,Ficus henneana,fruit_length,figs,15,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Sigesbeckia orientalis,fruit_length,achenes,3,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Indigofera triflora,fruit_length,pods,30,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Dillwynia floribunda,fruit_length,pod,4,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Lotus corniculatus,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode,species,,,, +PlantNET_flora,australia_2,Eucalyptus pulverulenta,fruit_width,fruit,6,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Acacia caroleae,fruit_width,pods,2,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Geranium obtusisepalum,fruit_length,fruit,17,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Phyla nodiflora,fruit_width,fruit,2,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Nicotiana glauca,fruit_length,capsule,13,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Ipomoea cairica,fruit_length,capsule,11,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Euphorbia inappendiculata var. queenslandica,fruit_length,capsule,1.5,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Daviesia arenaria,fruit_length,pod,7,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,6,NA,,,individual,,,,1 +PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,4,NA,,,individual,,,,1 +PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,3.7,NA,,,individual,,,,1 +PlantNET_flora,australia_2,Lotus corniculatus,leaf_photosynthesis,NA,5,NA,,,individual,,,,1 +PlantNET_flora,australia_2,Lotus corniculatus,leaf_photosynthesis,NA,4.4,NA,,,individual,,,,1 +PlantNET_flora,australia_2,Lotus corniculatus,leaf_photosynthesis,NA,2,NA,,,individual,,,,1 +PlantNET_flora,australia_2,Lotus corniculatus,leaf_photosynthesis,NA,0.9,NA,,,individual,,,,2 +PlantNET_flora,australia,Lotus corniculatus,leaf_stomatal_conductance,NA,0.3,NA,,,population,,,, +PlantNET_flora,australia,Lotus corniculatus,leaf_stomatal_conductance,NA,0.2,NA,,,population,,,, +PlantNET_flora,australia_2,Lotus corniculatus,leaf_stomatal_conductance,NA,0.5,NA,,,population,,,, +PlantNET_flora,australia_2,Lotus corniculatus,leaf_stomatal_conductance,NA,0.44,NA,,,population,,,, +PlantNET_flora,australia_2,Lotus corniculatus,leaf_stomatal_conductance,NA,0.3,NA,,,population,,,, +PlantNET_flora,australia,Phyla nodiflora,leaf_stomatal_conductance,NA,0.2,NA,,,species,,,, +PlantNET_flora,australia_2,Phyla nodiflora,leaf_stomatal_conductance,NA,0.1,NA,,,species,,,, +PlantNET_flora,australia_2,Eucalyptus pulverulenta,leaf_stomatal_conductance,NA,0.3,NA,,,species,,,, +PlantNET_flora,australia_2,Eucalyptus pulverulenta,leaf_stomatal_conductance,NA,0.6,NA,,,species,,,, +PlantNET_flora,australia_2,Eucalyptus pulverulenta,leaf_stomatal_conductance,NA,0.7,NA,,,species,,,, +PlantNET_flora,australia_2,Eucalyptus pulverulenta,leaf_stomatal_conductance,NA,0.88,NA,,,species,,,, diff --git a/tests/testthat/examples/Test_2023_4/metadata.yml b/tests/testthat/examples/Test_2023_4/metadata.yml index 578b3c21..40d239e3 100644 --- a/tests/testthat/examples/Test_2023_4/metadata.yml +++ b/tests/testthat/examples/Test_2023_4/metadata.yml @@ -89,7 +89,10 @@ dataset: distinct(source, taxon_name, trait_name, trait_value, units, value_type, inferred, .keep_all = TRUE) %>% mutate(entity_measured = ifelse(is.na(entity_measured), "unknown", entity_measured)) %>% group_by(taxon_name, trait_name, entity_measured, value_type) %>% - mutate(observation_number = row_number()) %>% + mutate( + observation_number = row_number(), + observation_number = ifelse(trait_name == "leaf_photosynthesis", NA, observation_number) + ) %>% ungroup() ' collection_date: .na @@ -226,6 +229,22 @@ traits: methods: The term used to describe the fruit width was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes. +- var_in: leaf_photosynthesis + unit_in: umol/m2/s + trait_name: leaf_photosynthesis + value_type: raw + basis_of_value: measurement + methods: Test `repeat_measurements_id` at the trait level for long datasets. + replicates: 1 + repeat_measurements_id: TRUE +- var_in: leaf_stomatal_conductance + unit_in: mol{H2O}/m2/s + trait_name: leaf_stomatal_conductance + value_type: raw + basis_of_value: measurement + methods: Test `repeat_measurements_id` at the trait level for populations and species. + replicates: 1 + repeat_measurements_id: TRUE substitutions: .na taxonomic_updates: - find: Acaena anserovina From 5af28725e1b3b0765675e09da1c8a5681b34f3b3 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Mon, 25 Sep 2023 18:33:33 +1000 Subject: [PATCH 18/45] Allow `repeat_measurements_id` to be specified as TRUE and FALSE when a trait is entered twice --- R/process.R | 13 ++++++++----- 1 file changed, 8 insertions(+), 5 deletions(-) diff --git a/R/process.R b/R/process.R index 5187ebbd..00863e00 100644 --- a/R/process.R +++ b/R/process.R @@ -493,7 +493,7 @@ process_create_observation_id <- function(data, metadata) { } } - browser() + traits_table <- metadata[["traits"]] %>% util_list_to_df2() if (!is.null(traits_table[["repeat_measurements_id"]])) { @@ -502,7 +502,11 @@ process_create_observation_id <- function(data, metadata) { filter(repeat_measurements_id == TRUE) %>% dplyr::pull(trait_name) - i <- !is.na(data$value) & data$trait_name %in% to_add_id + i <- !is.na(data$value) & data$trait_name %in% to_add_id & + # To ensure `repeat_measurements_id`'s are only added to data where `repeat_measurements_id` + # was specified as TRUE in the traits table (applicable to when a trait is entered twice, + # one TRUE and one FALSE): + (!is.na(data$repeat_measurements_id) & data$repeat_measurements_id == TRUE) data[i, ] <- data[i, ] %>% @@ -1258,7 +1262,7 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { # Step 1b. Import any values that aren't columns of data vars <- c("entity_type", "value_type", "basis_of_value", "replicates", "collection_date", "unit_in", - "basis_of_record", "life_stage", + "basis_of_record", "life_stage", "repeat_measurements_id", "measurement_remarks", "source_id", "methods") df <- @@ -1353,8 +1357,7 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { stop(paste(dataset_id, ": missing traits: ", setdiff(traits_table[["var_in"]], colnames(data)))) } - # Sophie - I'm confused why contexts$var_in is added in here (also should be unique()?), instead of just vars - vars_traits <- c(vars, contexts$var_in) + vars_traits <- c(vars, unique(contexts$var_in)) ## If needed, change from wide to long format From dd4d1d721038bdf6bfabf4aee1236cf53281f005 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Mon, 25 Sep 2023 18:33:38 +1000 Subject: [PATCH 19/45] Update comments --- tests/testthat/test-xamples.R | 20 ++++++++++++++------ 1 file changed, 14 insertions(+), 6 deletions(-) diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index b7202b56..7b86bb1b 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -155,22 +155,30 @@ testthat::test_that("Test Dataset 4 builds correctly", { # TODO # Need to check for long datasets -# Reading in from trait vs dataset level? +# Reading in from trait vs dataset level? ### Check for long datasets # Maybe there should be a prompt in `metadata_create_template` and `metadata_add_traits` -# about `repeat_measurements_id`? +# about `repeat_measurements_id`? ### TODO # Make sure that the order of measurements in the data is preserved with `repeat_measurements_id` -# Check why Acacia celsa in Test_2023_1 was assigned a different `observation_id` for flowering time -# For the dataset level in wide format, would every row have the same `repeat_measurements_id` + +# Question: For the dataset level in wide format, would every row have the same `repeat_measurements_id` # across all variables? Right now I think if there's an NA in a column then `repeat_measurements_id` # wouldn't be the same after that NA +# I'm not sure what users of response curve data would prefer # Trait level, wide format: # If there are repeat measurements at the individual level, there needs to be an `individual_id` # column otherwise each row will be assumed to be a different `observation_id` # If there are repeat measurements at the population level, there needs to be a location name, # plot context, or treatment context identifying the populations -# If there are repeat measurements at the species level, `observation_id` needs to be the same -# across rows +# If there are repeat measurements at the species level, the code works fine because `observation_id` +# is the same across rows for a given species + +# Trait level, long format: +# If there are repeat measurements at the individual level, there doesn't need to be an `individual_id` +# column specified because long format automatically groups together values with the same location +# and `taxon_name` +# If there are repeat measurements at the population level, ... +# If there are repeat measurements at the species level, ... testthat::test_that("Test Dataset 7 builds correctly", { From a59ccfe8021753d748159b51fb0993481bf8b251 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Mon, 25 Sep 2023 22:25:12 +1000 Subject: [PATCH 20/45] Added more tests --- tests/testthat/examples/Test_2023_1/README.md | 4 +++- tests/testthat/examples/Test_2023_4/README.md | 1 + tests/testthat/examples/Test_2023_4/data.csv | 11 ++++++++--- tests/testthat/examples/Test_2023_4/metadata.yml | 15 ++++++++++++--- 4 files changed, 24 insertions(+), 7 deletions(-) diff --git a/tests/testthat/examples/Test_2023_1/README.md b/tests/testthat/examples/Test_2023_1/README.md index 27e2bf23..ed8a52a3 100644 --- a/tests/testthat/examples/Test_2023_1/README.md +++ b/tests/testthat/examples/Test_2023_1/README.md @@ -16,7 +16,8 @@ This dataset is for testing the following, for wide datasets: - Taxonomic updates for different taxonomic resolutions - `observation_id` refers to unique observations - Duplicate trait values -- Test `method_id` +- `method_id` +- `repeat_measurements_id` at the trait level, for individuals (using `individual_id`), populations and species (including when it is specified as TRUE and FALSE when a trait is entered twice) Test_2023_1 is a copy of Falster_2005_1 with the following modifications: - `entity_type`, `basis_of_value`, `value_type` and `replicates` were moved to dataset level fixed value in metadata.yml, except for `flowering_time`, `huber_value` (LASA1000) and `plant_growth_form` where they're specified at the trait level @@ -33,5 +34,6 @@ Test_2023_1 is a copy of Falster_2005_1 with the following modifications: - Added a column `leaf_length` with accompanying `leaf_length_units` to test unit conversions read in from a column - Added duplicate of LASA50 column to check `method_id` - Added a substitution for `plant_growth_form` and `flowering_time` +- Added `leaf_photosynthesis`, `leaf_stomatal_conductance` and `leaf_stomatal_conductance_2` to test `repeat_measurements_id`, with another `leaf_stomatal_conductance_3` variable that doesn't specify `repeat_measurements_id` See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_4/README.md b/tests/testthat/examples/Test_2023_4/README.md index 9ad7b1d2..49817aa2 100644 --- a/tests/testthat/examples/Test_2023_4/README.md +++ b/tests/testthat/examples/Test_2023_4/README.md @@ -7,6 +7,7 @@ This dataset is for testing the following, for long datasets: - Replicates in character format - `source_id` column - Locations (latitude and longitude not missing) +- `repeat_measurements_id` at the trait level, for individuals (using and not using `individual_id`), populations and species (including when it is specified as TRUE and FALSE when a trait is entered twice) Test_2023_4 is a copy of NHNSW_2023 with the following modifications: - Subsetted the dataset to only `fruit_colour`, `fruit_dehiscence`, `fruit_length`, `fruit_width` and randomly sampled 200 rows diff --git a/tests/testthat/examples/Test_2023_4/data.csv b/tests/testthat/examples/Test_2023_4/data.csv index 70a78b1f..a4b1580f 100644 --- a/tests/testthat/examples/Test_2023_4/data.csv +++ b/tests/testthat/examples/Test_2023_4/data.csv @@ -199,9 +199,9 @@ PlantNET_flora,australia_2,Nicotiana glauca,fruit_length,capsule,13,NA,mm,mode,s PlantNET_flora,australia_2,Ipomoea cairica,fruit_length,capsule,11,NA,mm,mode,species,,,, PlantNET_flora,australia_2,Euphorbia inappendiculata var. queenslandica,fruit_length,capsule,1.5,NA,mm,mode,species,,,, PlantNET_flora,australia_2,Daviesia arenaria,fruit_length,pod,7,NA,mm,mode,species,,,, -PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,6,NA,,,individual,,,,1 -PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,4,NA,,,individual,,,,1 -PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,3.7,NA,,,individual,,,,1 +PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,6,NA,,,individual,,,, +PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,4,NA,,,individual,,,, +PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,3.7,NA,,,individual,,,, PlantNET_flora,australia_2,Lotus corniculatus,leaf_photosynthesis,NA,5,NA,,,individual,,,,1 PlantNET_flora,australia_2,Lotus corniculatus,leaf_photosynthesis,NA,4.4,NA,,,individual,,,,1 PlantNET_flora,australia_2,Lotus corniculatus,leaf_photosynthesis,NA,2,NA,,,individual,,,,1 @@ -217,3 +217,8 @@ PlantNET_flora,australia_2,Eucalyptus pulverulenta,leaf_stomatal_conductance,NA, PlantNET_flora,australia_2,Eucalyptus pulverulenta,leaf_stomatal_conductance,NA,0.6,NA,,,species,,,, PlantNET_flora,australia_2,Eucalyptus pulverulenta,leaf_stomatal_conductance,NA,0.7,NA,,,species,,,, PlantNET_flora,australia_2,Eucalyptus pulverulenta,leaf_stomatal_conductance,NA,0.88,NA,,,species,,,, +PlantNET_flora,australia,Ipomoea cairica,leaf_stomatal_conductance_2,NA,0.6,NA,,,,,,, +PlantNET_flora,australia,Ipomoea cairica,leaf_stomatal_conductance_2,NA,0.5,NA,,,,,,, +PlantNET_flora,australia_2,Ipomoea cairica,leaf_stomatal_conductance_2,NA,0.42,NA,,,,,,, +PlantNET_flora,australia_2,Phyla nodiflora,leaf_stomatal_conductance_2,NA,0.37,NA,,,,,,, +PlantNET_flora,australia_2,Phyla nodiflora,leaf_stomatal_conductance_2,NA,0.6,NA,,,,,,, diff --git a/tests/testthat/examples/Test_2023_4/metadata.yml b/tests/testthat/examples/Test_2023_4/metadata.yml index 40d239e3..93483c92 100644 --- a/tests/testthat/examples/Test_2023_4/metadata.yml +++ b/tests/testthat/examples/Test_2023_4/metadata.yml @@ -85,13 +85,11 @@ dataset: entity_measured = ifelse(category %in% c("capsule", "silicula", "nut", "utricles", "pyrenes", "berry", "achenes"), "fruit", entity_measured), units = ifelse(trait_name == "fruit_width", NA_character_, units) ) %>% - arrange(category) %>% - distinct(source, taxon_name, trait_name, trait_value, units, value_type, inferred, .keep_all = TRUE) %>% mutate(entity_measured = ifelse(is.na(entity_measured), "unknown", entity_measured)) %>% group_by(taxon_name, trait_name, entity_measured, value_type) %>% mutate( observation_number = row_number(), - observation_number = ifelse(trait_name == "leaf_photosynthesis", NA, observation_number) + observation_number = ifelse(trait_name %in% c("leaf_photosynthesis", "leaf_stomatal_conductance", "leaf_stomatal_conductance_2"), NA, observation_number) ) %>% ungroup() ' @@ -99,6 +97,7 @@ dataset: taxon_name: taxon_name trait_name: trait_name value: trait_value + individual_id: individual_id location_name: test_location value_type: value_type entity_type: test_entity_type @@ -245,6 +244,16 @@ traits: methods: Test `repeat_measurements_id` at the trait level for populations and species. replicates: 1 repeat_measurements_id: TRUE +- var_in: leaf_stomatal_conductance_2 + unit_in: mol{H2O}/m2/s + trait_name: leaf_stomatal_conductance + value_type: raw + entity_type: species + basis_of_value: measurement + methods: Test that `repeat_measurements_id` is not made for traits where `repeat_measurements_id` + is set to FALSE but have already been entered with `repeat_measurements_id` as TRUE from another + column. + replicates: 1 substitutions: .na taxonomic_updates: - find: Acaena anserovina From dccc0c4599f13c12de712b1bc4cfc6e255f3673c Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Mon, 25 Sep 2023 22:35:51 +1000 Subject: [PATCH 21/45] Added `repeat_measurements_id` option to `metadata_create_template` --- R/setup.R | 22 +++++++++++++++---- inst/support/traits.build_schema.yml | 2 ++ .../examples/Test_2023_1/metadata.yml | 2 +- tests/testthat/examples/Test_2023_4/README.md | 1 + tests/testthat/test-setup.R | 8 +++++-- tests/testthat/test-xamples.R | 8 ++++--- 6 files changed, 33 insertions(+), 10 deletions(-) diff --git a/R/setup.R b/R/setup.R index ed3145a6..a55a0fe7 100644 --- a/R/setup.R +++ b/R/setup.R @@ -96,11 +96,19 @@ metadata_create_template <- function(dataset_id, out[["dataset"]][[v]] <- tmp } if (v == "collection_date" && is.na(tmp)) { - collection_date <- readline(prompt = "Enter collection_date range in format '2007/2009': ") + collection_date <- readline(prompt = "\nEnter `collection_date` range in format '2007/2009': ") out[["dataset"]][[v]] <- collection_date } } + # `repeat_measurements_id` + tmp <- menu(c("Yes", "No"), title = "\nDo all traits need `repeat_measurements_id`'s?\n\nIf only some do, specify `repeat_measurements_id: TRUE` at the trait level") + + if (tmp == 1) { + repeat_measurements_id <- TRUE + out[["dataset"]][["repeat_measurements_id"]] <- repeat_measurements_id + } + # Use `user_responses` to fill metadata fields } else { @@ -129,13 +137,19 @@ metadata_create_template <- function(dataset_id, out[["dataset"]][[v]] <- tmp } } + + # `repeat_measurements_id` + if (!is.null(user_responses[["repeat_measurements_id"]]) && user_responses[["repeat_measurements_id"]] == TRUE) { + out[["dataset"]][["repeat_measurements_id"]] <- TRUE + } + } } # Reorder elements in dataset order <- c("data_is_long_format", "custom_R_code", "collection_date", "taxon_name", "trait_name", - "value", "location_name", "individual_id", "description", "basis_of_record", "life_stage", - "sampling_strategy", "original_file", "notes") + "value", "location_name", "individual_id", "repeat_measurements_id", "description", + "basis_of_record", "life_stage", "sampling_strategy", "original_file", "notes") order <- order[which(order %in% names(out[["dataset"]]))] out[["dataset"]] <- out[["dataset"]][order] @@ -158,7 +172,7 @@ metadata_create_template <- function(dataset_id, #' metadata_user_select_column <- function(column, choices) { - tmp <- utils::menu(choices, title = sprintf("Select column for `%s`", column)) + tmp <- utils::menu(choices, title = sprintf("\nSelect column for `%s`", column)) choices[tmp] } diff --git a/inst/support/traits.build_schema.yml b/inst/support/traits.build_schema.yml index a9eca4ec..6b893c69 100644 --- a/inst/support/traits.build_schema.yml +++ b/inst/support/traits.build_schema.yml @@ -356,6 +356,7 @@ metadata: treatment_context_id: *treatment_context_id individual_id: *individual_id observation_id: *observation_id + repeat_measurements_id: *repeat_measurements_id trait_name: Element required for long datasets to specify the column indicating the trait name associated with each row of data. value: The measured value of a trait. value_type: *value_type @@ -401,6 +402,7 @@ metadata: measurement_remarks: *measurement_remarks methods: *methods life_stage: *life_stage + repeat_measurements_id: *repeat_measurements_id substitutions: description: A list of any "find and replace" substitutions needed to get the data into the right format. type: array diff --git a/tests/testthat/examples/Test_2023_1/metadata.yml b/tests/testthat/examples/Test_2023_1/metadata.yml index 71524a84..2c8bc5d4 100644 --- a/tests/testthat/examples/Test_2023_1/metadata.yml +++ b/tests/testthat/examples/Test_2023_1/metadata.yml @@ -514,7 +514,7 @@ traits: entity_type: species value_type: raw basis_of_value: measurement - methods: Test `repeat_measurements_id` at the trait level for species `entity_type`. + methods: Test `repeat_measurements_id` at the trait level for species. replicates: 1 repeat_measurements_id: TRUE - var_in: leaf_stomatal_conductance_3 diff --git a/tests/testthat/examples/Test_2023_4/README.md b/tests/testthat/examples/Test_2023_4/README.md index 49817aa2..b82d8981 100644 --- a/tests/testthat/examples/Test_2023_4/README.md +++ b/tests/testthat/examples/Test_2023_4/README.md @@ -20,5 +20,6 @@ Test_2023_4 is a copy of NHNSW_2023 with the following modifications: - Added two made-up locations - Removed trait-level `unit_in` for `fruit_colour` and `fruit_length` and instead read their units in from a column at the dataset level - For the other two traits, put `units` column to NA using `custom_R_code` to test that units are read in at the trait level while they are NA in the column at the dataset level +- Added `leaf_photosynthesis` and `leaf_stomatal_conductance` to test `repeat_measurements_id`, with another `leaf_stomatal_conductance_2` variable that doesn't specify `repeat_measurements_id` See output/ for expected output files. diff --git a/tests/testthat/test-setup.R b/tests/testthat/test-setup.R index 1cfdc8b7..e835f31a 100644 --- a/tests/testthat/test-setup.R +++ b/tests/testthat/test-setup.R @@ -35,7 +35,7 @@ test_that("`metadata_create_template` is working with simulated user input", { # Check long format user_responses <- list( - data_is_long_format = TRUE, + data_is_long_format = TRUE, repeat_measurements_id = TRUE, taxon_name = "Species", trait_name = "trait_name", value = "value", location_name = NA, individual_id = "id", collection_date = "2008/2009" ) @@ -53,7 +53,9 @@ test_that("`metadata_create_template` is working with simulated user input", { expect_true(test_metadata$dataset$data_is_long_format) # Test metadata fields are equal to inputs in `user_responses` - fields <- c("taxon_name", "trait_name", "value", "location_name", "individual_id", "collection_date") + fields <- c( + "taxon_name", "trait_name", "value", "location_name", "individual_id", + "collection_date", "repeat_measurements_id") for (f in fields) { if (f == "location_name") { expect_equal(test_metadata[["dataset"]][[f]], "unknown") @@ -90,6 +92,8 @@ test_that("`metadata_create_template` is working with simulated user input", { expect_equal(test_metadata[["dataset"]][[f]], user_responses[[f]]) } } + # Expect `repeat_measurements_id` is null if not specified + expect_null(test_metadata[["dataset"]][["repeat_measurements_id"]]) }) diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index 7b86bb1b..d851f1b2 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -157,7 +157,7 @@ testthat::test_that("Test Dataset 4 builds correctly", { # Need to check for long datasets # Reading in from trait vs dataset level? ### Check for long datasets # Maybe there should be a prompt in `metadata_create_template` and `metadata_add_traits` -# about `repeat_measurements_id`? ### TODO +# about `repeat_measurements_id`? # Make sure that the order of measurements in the data is preserved with `repeat_measurements_id` # Question: For the dataset level in wide format, would every row have the same `repeat_measurements_id` @@ -177,8 +177,10 @@ testthat::test_that("Test Dataset 4 builds correctly", { # If there are repeat measurements at the individual level, there doesn't need to be an `individual_id` # column specified because long format automatically groups together values with the same location # and `taxon_name` -# If there are repeat measurements at the population level, ... -# If there are repeat measurements at the species level, ... +# If there are repeat measurements at the population level, there needs to be a location name, +# plot context, or treatment context identifying the populations +# If there are repeat measurements at the species level, the code works fine because `observation_id` +# is the same across rows for a given species testthat::test_that("Test Dataset 7 builds correctly", { From 227b42d3b0aac8fb273488d1f557aabb795a4524 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 10:59:18 +1000 Subject: [PATCH 22/45] Update test expected outputs --- .../examples/Test_2023_1/output/contexts.csv | 20 +- .../Test_2023_1/output/definitions.yml | 15 + .../Test_2023_1/output/excluded_data.csv | 328 ++--- .../examples/Test_2023_1/output/methods.csv | 36 +- .../examples/Test_2023_1/output/sources.bib | 2 +- .../examples/Test_2023_1/output/traits.csv | 1055 +++++++++-------- .../Test_2023_2/output/excluded_data.csv | 2 +- .../examples/Test_2023_2/output/methods.csv | 20 +- .../examples/Test_2023_2/output/sources.bib | 2 +- .../examples/Test_2023_2/output/traits.csv | 904 +++++++------- .../Test_2023_4/output/definitions.yml | 15 + .../Test_2023_4/output/excluded_data.csv | 2 +- .../examples/Test_2023_4/output/methods.csv | 11 +- .../examples/Test_2023_4/output/sources.bib | 2 +- .../examples/Test_2023_4/output/traits.csv | 407 ++++--- 15 files changed, 1474 insertions(+), 1347 deletions(-) diff --git a/tests/testthat/examples/Test_2023_1/output/contexts.csv b/tests/testthat/examples/Test_2023_1/output/contexts.csv index 14cb8c5b..bc1d2eb4 100644 --- a/tests/testthat/examples/Test_2023_1/output/contexts.csv +++ b/tests/testthat/examples/Test_2023_1/output/contexts.csv @@ -1,6 +1,6 @@ dataset_id,context_property,category,value,description,link_id,link_vals -Test_2023_1,plant sex,entity_context,female,female plant,entity_context_id,"05, 04, 06, 07, 02, 03, 08" -Test_2023_1,plant sex,entity_context,male,male plant,entity_context_id,"14, 13, 15, 09, 10, 11, 12, 16" +Test_2023_1,plant sex,entity_context,female,female plant,entity_context_id,"04, 09, 06, 05, 07, 02, 03, 08" +Test_2023_1,plant sex,entity_context,male,male plant,entity_context_id,"16, 14, 15, 10, 11, 12, 13" Test_2023_1,slope position,plot_context,bottom slope,bottom slope,plot_context_id,01 Test_2023_1,slope position,plot_context,dune crest,dune crest,plot_context_id,02 Test_2023_1,slope position,plot_context,mid-slope,mid-slope,plot_context_id,03 @@ -11,19 +11,19 @@ Test_2023_1,sampling time of day,temporal_context,17:00:00,,temporal_context_id, Test_2023_1,sampling time of day,temporal_context,09:00:00,,temporal_context_id,01 Test_2023_1,instrument used,method_context,instrument 1,instrument 1,method_context_id,"07, 05, 06, 04" Test_2023_1,instrument used,method_context,instrument 2,instrument 2,method_context_id,"11, 09, 10, 08" -Test_2023_1,tree height,entity_context,3,,entity_context_id,"05, 04" -Test_2023_1,tree height,entity_context,5,,entity_context_id,14 -Test_2023_1,tree height,entity_context,4,,entity_context_id,"06, 13" +Test_2023_1,tree height,entity_context,3,,entity_context_id,04 +Test_2023_1,tree height,entity_context,5,,entity_context_id,06 +Test_2023_1,tree height,entity_context,4,,entity_context_id,"14, 05" Test_2023_1,tree height,entity_context,10,,entity_context_id,02 -Test_2023_1,tree height,entity_context,1,,entity_context_id,"09, 10, 11" -Test_2023_1,tree height,entity_context,2,,entity_context_id,"12, 03" +Test_2023_1,tree height,entity_context,1,,entity_context_id,"10, 11, 12" +Test_2023_1,tree height,entity_context,2,,entity_context_id,"13, 03" Test_2023_1,branch length,method_context,250 mm branch,Measured on a 250 mm branch segment,method_context_id,"05, 02, 09" Test_2023_1,branch length,method_context,50 mm branch,Measured on a 50 mm branch segment,method_context_id,"06, 03, 10" Test_2023_1,branch length,method_context,1000 mm branch,Measured on a 1000 mm branch segment,method_context_id,"04, 01, 08" -Test_2023_1,plant diameter,entity_context,3,,entity_context_id,"04, 14, 06, 13" +Test_2023_1,plant diameter,entity_context,3,,entity_context_id,"06, 14, 05" Test_2023_1,plant diameter,entity_context,4,,entity_context_id,07 Test_2023_1,plant diameter,entity_context,6,,entity_context_id,02 Test_2023_1,plant diameter,entity_context,9,,entity_context_id,15 -Test_2023_1,plant diameter,entity_context,10,,entity_context_id,09 -Test_2023_1,plant diameter,entity_context,2,,entity_context_id,10 +Test_2023_1,plant diameter,entity_context,10,,entity_context_id,10 +Test_2023_1,plant diameter,entity_context,2,,entity_context_id,11 Test_2023_1,plant diameter,entity_context,5,,entity_context_id,"03, 08, 01" diff --git a/tests/testthat/examples/Test_2023_1/output/definitions.yml b/tests/testthat/examples/Test_2023_1/output/definitions.yml index cbe76bb8..5d15a649 100644 --- a/tests/testthat/examples/Test_2023_1/output/definitions.yml +++ b/tests/testthat/examples/Test_2023_1/output/definitions.yml @@ -100,6 +100,21 @@ seed_dry_mass: allowed_values_min: 1.0e-05 allowed_values_max: 1000000.0 entity_URI: https://w3id.org/APD/traits/trait_0012610 +leaf_photosynthesis: + label: Leaf photosynthesis + description: Dummy trait definition to test response curves in Test Dataset 7. + type: numeric + units: umol/m2/s + allowed_values_min: -5 + allowed_values_max: 50 +leaf_stomatal_conductance: + label: Leaf stomatal conductance + description: Second dummy trait definition to test response curves in Test Dataset + 7. + type: numeric + units: mol{H2O}/m2/s + allowed_values_min: 0 + allowed_values_max: 1 plant_growth_form: label: Plant growth form description: A whole plant [PO:0000003] phenotype [NCIT:C16977] trait that summarises diff --git a/tests/testthat/examples/Test_2023_1/output/excluded_data.csv b/tests/testthat/examples/Test_2023_1/output/excluded_data.csv index 36e0b1e5..78298250 100644 --- a/tests/testthat/examples/Test_2023_1/output/excluded_data.csv +++ b/tests/testthat/examples/Test_2023_1/output/excluded_data.csv @@ -1,143 +1,185 @@ -error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Missing unit conversion,Test_2023_1,Acacia celsa,004,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,02,,01,05,01,01,2004/2004,from Falster_2005_1,03,07,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,004,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,03,07,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,004,wood_density,0.498,,species,mean,measurement,unknown,field,adult,,,02,,01,05,01,01,2004/2004,from Falster_2005_1,02,07,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,004,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,004,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Missing unit conversion,Test_2023_1,Acmena graveolens,007,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,09,,,2004/2004,from Falster_2005_1,03,,Acmena graveolens -Missing unit conversion,Test_2023_1,Acmena graveolens,007,wood_density,0.599,,species,mean,measurement,unknown,field,adult,,,,,02,09,,,2004/2004,from Falster_2005_1,02,,Acmena graveolens -Trait name not in trait dictionary,Test_2023_1,Acmena graveolens,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,09,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Value out of allowable range,Test_2023_1,Acronychia acidula,009,leaf_N_per_dry_mass,1e+05,mg/g,population,mean,measurement,3,field,adult,04,,02,,01,14,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Missing unit conversion,Test_2023_1,Acronychia acidula,010,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,02,,01,14,02,01,2004/2004,from Falster_2005_1,03,07,Acronychia acidula -Missing unit conversion,Test_2023_1,Acronychia acidula,010,wood_density,0.525,,species,mean,measurement,unknown,field,adult,,,02,,01,14,02,01,2004/2004,from Falster_2005_1,02,07,Acronychia acidula -Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,010,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,02,,01,14,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Missing unit conversion,Test_2023_1,Aleurites rockinghamensis,013,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Aleurites rockinghamensis -Missing unit conversion,Test_2023_1,Aleurites rockinghamensis,013,wood_density,0.28,,species,mean,measurement,unknown,field,adult,,,,,02,10,,,2004/2004,from Falster_2005_1,02,,Aleurites rockinghamensis -Trait name not in trait dictionary,Test_2023_1,Aleurites rockinghamensis,013,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Missing unit conversion,Test_2023_1,Alphitonia petriei,016,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,02,,01,06,03,02,2004/2004,from Falster_2005_1,03,,Alphitonia petriei -Missing unit conversion,Test_2023_1,Alphitonia petriei,016,wood_density,0.413,,species,mean,measurement,unknown,field,adult,,,02,,01,06,03,02,2004/2004,from Falster_2005_1,02,,Alphitonia petriei -Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,016,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Missing unit conversion,Test_2023_1,Alstonia scholaris,019,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris -Missing unit conversion,Test_2023_1,Alstonia scholaris,019,wood_density,0.361,,species,mean,measurement,unknown,field,adult,,,,,02,10,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris -Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,019,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Missing unit conversion,Test_2023_1,Argyrodendron peralatum,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,11,,01,2004/2004,from Falster_2005_1,03,,Argyrodendron peralatum -Missing unit conversion,Test_2023_1,Argyrodendron peralatum,022,wood_density,0.726,,species,mean,measurement,unknown,field,adult,,,,,02,11,,01,2004/2004,from Falster_2005_1,02,,Argyrodendron peralatum -Trait name not in trait dictionary,Test_2023_1,Argyrodendron peralatum,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,11,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Missing unit conversion,Test_2023_1,Atractocarpus hirtus,025,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,,Atractocarpus hirtus -Missing unit conversion,Test_2023_1,Atractocarpus hirtus,025,wood_density,0.804,,species,mean,measurement,unknown,field,adult,,,,,02,12,,01,2004/2004,from Falster_2005_1,02,,Atractocarpus hirtus -Trait name not in trait dictionary,Test_2023_1,Atractocarpus hirtus,025,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Missing unit conversion,Test_2023_1,Brombya platynema,028,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Brombya platynema -Missing unit conversion,Test_2023_1,Brombya platynema,028,wood_density,0.603,,species,mean,measurement,unknown,field,adult,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,,Brombya platynema -Trait name not in trait dictionary,Test_2023_1,Brombya platynema,028,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Missing unit conversion,Test_2023_1,Cardwellia sublimis,031,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Cardwellia sublimis -Missing unit conversion,Test_2023_1,Cardwellia sublimis,031,wood_density,0.603,,species,mean,measurement,unknown,field,adult,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,,Cardwellia sublimis -Trait name not in trait dictionary,Test_2023_1,Cardwellia sublimis,031,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Unsupported trait value,Test_2023_1,Castanospermum australe,034,plant_growth_form,unknown,,species,mode,expert_score,3,field,adult,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Missing unit conversion,Test_2023_1,Castanospermum australe,034,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,03,,03,2004/2004,from Falster_2005_1,03,,Castanospermum australe -Missing unit conversion,Test_2023_1,Castanospermum australe,034,wood_density,0.587,,species,mean,measurement,unknown,field,adult,,,,,02,03,,03,2004/2004,from Falster_2005_1,02,,Castanospermum australe -Trait name not in trait dictionary,Test_2023_1,Castanospermum australe,034,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,037,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,037,wood_density,0.588,,species,mean,measurement,unknown,field,adult,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus -Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,037,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Missing unit conversion,Test_2023_1,Cryptocarya laevigata,040,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,08,,,2004/2004,from Falster_2005_1,03,,Cryptocarya laevigata -Missing unit conversion,Test_2023_1,Cryptocarya laevigata,040,wood_density,0.64,,species,mean,measurement,unknown,field,adult,,,,,02,08,,,2004/2004,from Falster_2005_1,02,,Cryptocarya laevigata -Trait name not in trait dictionary,Test_2023_1,Cryptocarya laevigata,040,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Missing unit conversion,Test_2023_1,Cryptocarya mackinnoniana,043,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,01,,,2004/2004,from Falster_2005_1,03,,Cryptocarya mackinnoniana -Missing unit conversion,Test_2023_1,Cryptocarya mackinnoniana,043,wood_density,0.655,,species,mean,measurement,unknown,field,adult,,,,,02,01,,,2004/2004,from Falster_2005_1,02,,Cryptocarya mackinnoniana -Trait name not in trait dictionary,Test_2023_1,Cryptocarya mackinnoniana,043,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Missing unit conversion,Test_2023_1,Cryptocarya murrayi,046,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Cryptocarya murrayi -Missing unit conversion,Test_2023_1,Cryptocarya murrayi,046,wood_density,0.674,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Cryptocarya murrayi -Trait name not in trait dictionary,Test_2023_1,Cryptocarya murrayi,046,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Missing unit conversion,Test_2023_1,Dendrocnide moroides,049,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Dendrocnide moroides -Missing unit conversion,Test_2023_1,Dendrocnide moroides,049,wood_density,0.23,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Dendrocnide moroides -Trait name not in trait dictionary,Test_2023_1,Dendrocnide moroides,049,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Missing unit conversion,Test_2023_1,Elaeocarpus grandis,052,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Elaeocarpus grandis -Missing unit conversion,Test_2023_1,Elaeocarpus grandis,052,wood_density,0.499,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Elaeocarpus grandis -Trait name not in trait dictionary,Test_2023_1,Elaeocarpus grandis,052,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Missing unit conversion,Test_2023_1,Endiandra leptodendron,055,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra leptodendron -Missing unit conversion,Test_2023_1,Endiandra leptodendron,055,wood_density,0.611,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Endiandra leptodendron -Trait name not in trait dictionary,Test_2023_1,Endiandra leptodendron,055,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Missing unit conversion,Test_2023_1,Endiandra microneura,058,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra microneura -Missing unit conversion,Test_2023_1,Endiandra microneura,058,wood_density,0.623,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Endiandra microneura -Trait name not in trait dictionary,Test_2023_1,Endiandra microneura,058,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Missing unit conversion,Test_2023_1,Gillbeea adenopetala,061,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Gillbeea adenopetala -Missing unit conversion,Test_2023_1,Gillbeea adenopetala,061,wood_density,0.43,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Gillbeea adenopetala -Trait name not in trait dictionary,Test_2023_1,Gillbeea adenopetala,061,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Missing unit conversion,Test_2023_1,Glochidion hylandii,064,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,01,06,,02,2004/2004,from Falster_2005_1,03,11,Glochidion hylandii -Missing unit conversion,Test_2023_1,Glochidion hylandii,064,wood_density,0.566,,species,mean,measurement,unknown,field,adult,,,,,01,06,,02,2004/2004,from Falster_2005_1,02,11,Glochidion hylandii -Trait name not in trait dictionary,Test_2023_1,Glochidion hylandii,064,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Missing unit conversion,Test_2023_1,Haplostichanthus submontanus,067,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Haplostichanthus sp Coop. Ck -Missing unit conversion,Test_2023_1,Haplostichanthus submontanus,067,wood_density,0.668,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Haplostichanthus sp Coop. Ck -Trait name not in trait dictionary,Test_2023_1,Haplostichanthus submontanus,067,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Missing unit conversion,Test_2023_1,Harpullia rhyticarpa,070,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Harpullia rhyticarpa -Missing unit conversion,Test_2023_1,Harpullia rhyticarpa,070,wood_density,0.621,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Harpullia rhyticarpa -Trait name not in trait dictionary,Test_2023_1,Harpullia rhyticarpa,070,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Missing unit conversion,Test_2023_1,Hernandia albiflora,073,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Hernandia albiflora -Missing unit conversion,Test_2023_1,Hernandia albiflora,073,wood_density,0.447,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Hernandia albiflora -Trait name not in trait dictionary,Test_2023_1,Hernandia albiflora,073,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Missing unit conversion,Test_2023_1,Homalanthus novo-guineensis,076,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,01,13,01,03,2004/2004,from Falster_2005_1,03,11,Homalanthus novoguineensis -Missing unit conversion,Test_2023_1,Homalanthus novo-guineensis,076,wood_density,0.319,,species,mean,measurement,unknown,field,adult,,,,,01,13,01,03,2004/2004,from Falster_2005_1,02,11,Homalanthus novoguineensis -Trait name not in trait dictionary,Test_2023_1,Homalanthus novo-guineensis,076,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Missing unit conversion,Test_2023_1,Ixora biflora,079,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Ixora biflora -Missing unit conversion,Test_2023_1,Ixora biflora,079,wood_density,0.843,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Ixora biflora -Trait name not in trait dictionary,Test_2023_1,Ixora biflora,079,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Missing unit conversion,Test_2023_1,Lasianthus strigosus,082,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Lasianthus strigosus -Missing unit conversion,Test_2023_1,Lasianthus strigosus,082,wood_density,0.684,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Lasianthus strigosus -Trait name not in trait dictionary,Test_2023_1,Lasianthus strigosus,082,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Missing unit conversion,Test_2023_1,Litsea leefeana,085,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Litsea leefeana -Missing unit conversion,Test_2023_1,Litsea leefeana,085,wood_density,0.549,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Litsea leefeana -Trait name not in trait dictionary,Test_2023_1,Litsea leefeana,085,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Missing unit conversion,Test_2023_1,Macaranga tanarius,088,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Macaranga tanarius -Missing unit conversion,Test_2023_1,Macaranga tanarius,088,wood_density,0.344,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Macaranga tanarius -Trait name not in trait dictionary,Test_2023_1,Macaranga tanarius,088,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Missing unit conversion,Test_2023_1,Mallotus mollissimus,091,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Mallotus mollissimus -Missing unit conversion,Test_2023_1,Mallotus mollissimus,091,wood_density,0.373,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Mallotus mollissimus -Trait name not in trait dictionary,Test_2023_1,Mallotus mollissimus,091,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Missing unit conversion,Test_2023_1,Medicosma sessiliflora,094,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Medicosma sessiliflora -Missing unit conversion,Test_2023_1,Medicosma sessiliflora,094,wood_density,0.69,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Medicosma sessiliflora -Trait name not in trait dictionary,Test_2023_1,Medicosma sessiliflora,094,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Missing unit conversion,Test_2023_1,Melastoma cyanoides,097,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Melastoma cyanoides -Missing unit conversion,Test_2023_1,Melastoma cyanoides,097,wood_density,0.381,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Melastoma cyanoides -Trait name not in trait dictionary,Test_2023_1,Melastoma cyanoides,097,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Missing unit conversion,Test_2023_1,Melicope elleryana,100,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,,Melicope elleryana -Missing unit conversion,Test_2023_1,Melicope elleryana,100,wood_density,0.346,,species,mean,measurement,unknown,field,adult,,,01,,01,,01,03,2004/2004,from Falster_2005_1,02,,Melicope elleryana -Trait name not in trait dictionary,Test_2023_1,Melicope elleryana,100,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Missing unit conversion,Test_2023_1,Myristica insipida,103,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Myristica insipida -Missing unit conversion,Test_2023_1,Myristica insipida,103,wood_density,0.433,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Myristica insipida -Trait name not in trait dictionary,Test_2023_1,Myristica insipida,103,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Missing unit conversion,Test_2023_1,Neolitsea dealbata,106,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,,Neolitsea dealbata -Missing unit conversion,Test_2023_1,Neolitsea dealbata,106,wood_density,0.352,,species,mean,measurement,unknown,field,adult,,,01,,01,,01,,2004/2004,from Falster_2005_1,02,,Neolitsea dealbata -Trait name not in trait dictionary,Test_2023_1,Neolitsea dealbata,106,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Missing unit conversion,Test_2023_1,Pittosporum rubiginosum,109,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Pittosporum rubiginosum -Missing unit conversion,Test_2023_1,Pittosporum rubiginosum,109,wood_density,0.728,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Pittosporum rubiginosum -Trait name not in trait dictionary,Test_2023_1,Pittosporum rubiginosum,109,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Times must be length 12,Test_2023_1,Polyscias australiana,110,flowering_time,nnnnnyyyynnnnnnnnnn,,individual,mode,expert_score,3,field,adult,05,01,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Missing unit conversion,Test_2023_1,Polyscias australiana,112,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,01,,01,07,02,,2004/2004,from Falster_2005_1,03,,Polyscias australiana -Missing unit conversion,Test_2023_1,Polyscias australiana,112,wood_density,0.397,,species,mean,measurement,unknown,field,adult,,,01,,01,07,02,,2004/2004,from Falster_2005_1,02,,Polyscias australiana -Trait name not in trait dictionary,Test_2023_1,Polyscias australiana,112,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Missing unit conversion,Test_2023_1,Psychotria dallachiana,115,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Psychotria dallachiana -Missing unit conversion,Test_2023_1,Psychotria dallachiana,115,wood_density,0.612,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Psychotria dallachiana -Trait name not in trait dictionary,Test_2023_1,Psychotria dallachiana,115,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Unsupported trait value,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),118,plant_growth_form,trees,,species,mode,expert_score,3,field,adult,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Missing unit conversion,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),118,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,,Psychotria sp Utchee Creek -Missing unit conversion,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),118,wood_density,0.582,,species,mean,measurement,unknown,field,adult,,,,,01,02,02,,2004/2004,from Falster_2005_1,02,,Psychotria sp Utchee Creek -Trait name not in trait dictionary,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),118,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Missing unit conversion,Test_2023_1,Quassia baileyana,121,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Quassia baileyana -Missing unit conversion,Test_2023_1,Quassia baileyana,121,wood_density,0.501,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Quassia baileyana -Trait name not in trait dictionary,Test_2023_1,Quassia baileyana,121,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Missing unit conversion,Test_2023_1,Rhodomyrtus trineura,124,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,01,15,,,2004/2004,from Falster_2005_1,03,,Rhodomyrtus trineura -Missing unit conversion,Test_2023_1,Rhodomyrtus trineura,124,wood_density,0.763,,species,mean,measurement,unknown,field,adult,,,,,01,15,,,2004/2004,from Falster_2005_1,02,,Rhodomyrtus trineura -Trait name not in trait dictionary,Test_2023_1,Rhodomyrtus trineura,124,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Missing unit conversion,Test_2023_1,Rockinghamia angustifolia,127,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Rockinghamia angustifolia -Missing unit conversion,Test_2023_1,Rockinghamia angustifolia,127,wood_density,0.455,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Rockinghamia angustifolia -Trait name not in trait dictionary,Test_2023_1,Rockinghamia angustifolia,127,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Observation excluded in metadata,Test_2023_1,Syzygium gustavioides,129,leaf_mass_per_area,0.167,mg/mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Missing unit conversion,Test_2023_1,Syzygium gustavioides,130,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium gustavioides -Missing unit conversion,Test_2023_1,Syzygium gustavioides,130,wood_density,0.521,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Syzygium gustavioides -Trait name not in trait dictionary,Test_2023_1,Syzygium gustavioides,130,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Missing unit conversion,Test_2023_1,Syzygium sayeri,133,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium sayeri -Missing unit conversion,Test_2023_1,Syzygium sayeri,133,wood_density,0.485,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Syzygium sayeri -Trait name not in trait dictionary,Test_2023_1,Syzygium sayeri,133,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Missing unit conversion,Test_2023_1,Trema aspera,136,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Trema aspera -Missing unit conversion,Test_2023_1,Trema aspera,136,wood_density,0.357,,species,mean,measurement,unknown,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Trema aspera -Trait name not in trait dictionary,Test_2023_1,Trema aspera,136,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +Missing unit conversion,Test_2023_1,Acacia celsa,005,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,03,07,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,005,wood_density,0.498,,species,mean,measurement,unknown,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,02,07,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,005,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Missing unit conversion,Test_2023_1,Acmena graveolens,009,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Acmena graveolens +Missing unit conversion,Test_2023_1,Acmena graveolens,009,wood_density,0.599,,species,mean,measurement,unknown,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,02,,Acmena graveolens +Trait name not in trait dictionary,Test_2023_1,Acmena graveolens,009,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Value out of allowable range,Test_2023_1,Acronychia acidula,012,leaf_N_per_dry_mass,1e+05,mg/g,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,013,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,07,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,013,wood_density,0.525,,species,mean,measurement,unknown,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,07,Acronychia acidula +Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,013,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,014,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,014,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,014,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula +Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,014,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,014,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,014,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Missing unit conversion,Test_2023_1,Aleurites rockinghamensis,017,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Aleurites rockinghamensis +Missing unit conversion,Test_2023_1,Aleurites rockinghamensis,017,wood_density,0.28,,species,mean,measurement,unknown,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,02,,Aleurites rockinghamensis +Trait name not in trait dictionary,Test_2023_1,Aleurites rockinghamensis,017,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Missing unit conversion,Test_2023_1,Alphitonia petriei,021,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,021,wood_density,0.413,,species,mean,measurement,unknown,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,021,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alstonia scholaris,025,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Missing unit conversion,Test_2023_1,Alstonia scholaris,025,wood_density,0.361,,species,mean,measurement,unknown,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris +Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,025,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Missing unit conversion,Test_2023_1,Alstonia scholaris,026,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Missing unit conversion,Test_2023_1,Alstonia scholaris,026,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,026,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,026,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Missing unit conversion,Test_2023_1,Argyrodendron peralatum,029,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,,Argyrodendron peralatum +Missing unit conversion,Test_2023_1,Argyrodendron peralatum,029,wood_density,0.726,,species,mean,measurement,unknown,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,02,,Argyrodendron peralatum +Trait name not in trait dictionary,Test_2023_1,Argyrodendron peralatum,029,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Missing unit conversion,Test_2023_1,Atractocarpus hirtus,032,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,,Atractocarpus hirtus +Missing unit conversion,Test_2023_1,Atractocarpus hirtus,032,wood_density,0.804,,species,mean,measurement,unknown,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,02,,Atractocarpus hirtus +Trait name not in trait dictionary,Test_2023_1,Atractocarpus hirtus,032,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Missing unit conversion,Test_2023_1,Brombya platynema,035,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Brombya platynema +Missing unit conversion,Test_2023_1,Brombya platynema,035,wood_density,0.603,,species,mean,measurement,unknown,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,,Brombya platynema +Trait name not in trait dictionary,Test_2023_1,Brombya platynema,035,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Missing unit conversion,Test_2023_1,Brombya platynema,036,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Brombya platynema +Trait name not in trait dictionary,Test_2023_1,Brombya platynema,036,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Brombya platynema +Missing unit conversion,Test_2023_1,Cardwellia sublimis,039,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Cardwellia sublimis +Missing unit conversion,Test_2023_1,Cardwellia sublimis,039,wood_density,0.603,,species,mean,measurement,unknown,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,,Cardwellia sublimis +Trait name not in trait dictionary,Test_2023_1,Cardwellia sublimis,039,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Unsupported trait value,Test_2023_1,Castanospermum australe,042,plant_growth_form,unknown,,species,mode,expert_score,3,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Missing unit conversion,Test_2023_1,Castanospermum australe,042,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,03,,Castanospermum australe +Missing unit conversion,Test_2023_1,Castanospermum australe,042,wood_density,0.587,,species,mean,measurement,unknown,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,02,,Castanospermum australe +Trait name not in trait dictionary,Test_2023_1,Castanospermum australe,042,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,045,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,045,wood_density,0.588,,species,mean,measurement,unknown,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,045,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,046,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,046,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,046,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,046,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,046,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,046,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cryptocarya laevigata,049,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,03,,Cryptocarya laevigata +Missing unit conversion,Test_2023_1,Cryptocarya laevigata,049,wood_density,0.64,,species,mean,measurement,unknown,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,02,,Cryptocarya laevigata +Trait name not in trait dictionary,Test_2023_1,Cryptocarya laevigata,049,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Missing unit conversion,Test_2023_1,Cryptocarya mackinnoniana,052,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,03,,Cryptocarya mackinnoniana +Missing unit conversion,Test_2023_1,Cryptocarya mackinnoniana,052,wood_density,0.655,,species,mean,measurement,unknown,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,02,,Cryptocarya mackinnoniana +Trait name not in trait dictionary,Test_2023_1,Cryptocarya mackinnoniana,052,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Missing unit conversion,Test_2023_1,Cryptocarya murrayi,055,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Cryptocarya murrayi +Missing unit conversion,Test_2023_1,Cryptocarya murrayi,055,wood_density,0.674,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Cryptocarya murrayi +Trait name not in trait dictionary,Test_2023_1,Cryptocarya murrayi,055,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Missing unit conversion,Test_2023_1,Dendrocnide moroides,058,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Dendrocnide moroides +Missing unit conversion,Test_2023_1,Dendrocnide moroides,058,wood_density,0.23,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Dendrocnide moroides +Trait name not in trait dictionary,Test_2023_1,Dendrocnide moroides,058,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Missing unit conversion,Test_2023_1,Elaeocarpus grandis,061,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Elaeocarpus grandis +Missing unit conversion,Test_2023_1,Elaeocarpus grandis,061,wood_density,0.499,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Elaeocarpus grandis +Trait name not in trait dictionary,Test_2023_1,Elaeocarpus grandis,061,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Missing unit conversion,Test_2023_1,Endiandra leptodendron,064,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra leptodendron +Missing unit conversion,Test_2023_1,Endiandra leptodendron,064,wood_density,0.611,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Endiandra leptodendron +Trait name not in trait dictionary,Test_2023_1,Endiandra leptodendron,064,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Missing unit conversion,Test_2023_1,Endiandra microneura,067,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra microneura +Missing unit conversion,Test_2023_1,Endiandra microneura,067,wood_density,0.623,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Endiandra microneura +Trait name not in trait dictionary,Test_2023_1,Endiandra microneura,067,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Missing unit conversion,Test_2023_1,Gillbeea adenopetala,070,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Gillbeea adenopetala +Missing unit conversion,Test_2023_1,Gillbeea adenopetala,070,wood_density,0.43,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Gillbeea adenopetala +Trait name not in trait dictionary,Test_2023_1,Gillbeea adenopetala,070,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Missing unit conversion,Test_2023_1,Glochidion hylandii,073,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,11,Glochidion hylandii +Missing unit conversion,Test_2023_1,Glochidion hylandii,073,wood_density,0.566,,species,mean,measurement,unknown,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,02,11,Glochidion hylandii +Trait name not in trait dictionary,Test_2023_1,Glochidion hylandii,073,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Missing unit conversion,Test_2023_1,Haplostichanthus submontanus,076,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Haplostichanthus sp Coop. Ck +Missing unit conversion,Test_2023_1,Haplostichanthus submontanus,076,wood_density,0.668,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Haplostichanthus sp Coop. Ck +Trait name not in trait dictionary,Test_2023_1,Haplostichanthus submontanus,076,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Missing unit conversion,Test_2023_1,Harpullia rhyticarpa,079,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Harpullia rhyticarpa +Missing unit conversion,Test_2023_1,Harpullia rhyticarpa,079,wood_density,0.621,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Harpullia rhyticarpa +Trait name not in trait dictionary,Test_2023_1,Harpullia rhyticarpa,079,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Missing unit conversion,Test_2023_1,Hernandia albiflora,082,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Hernandia albiflora +Missing unit conversion,Test_2023_1,Hernandia albiflora,082,wood_density,0.447,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Hernandia albiflora +Trait name not in trait dictionary,Test_2023_1,Hernandia albiflora,082,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Missing unit conversion,Test_2023_1,Homalanthus novo-guineensis,085,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,11,Homalanthus novoguineensis +Missing unit conversion,Test_2023_1,Homalanthus novo-guineensis,085,wood_density,0.319,,species,mean,measurement,unknown,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,02,11,Homalanthus novoguineensis +Trait name not in trait dictionary,Test_2023_1,Homalanthus novo-guineensis,085,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Missing unit conversion,Test_2023_1,Ixora biflora,088,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Ixora biflora +Missing unit conversion,Test_2023_1,Ixora biflora,088,wood_density,0.843,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Ixora biflora +Trait name not in trait dictionary,Test_2023_1,Ixora biflora,088,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Missing unit conversion,Test_2023_1,Lasianthus strigosus,091,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Lasianthus strigosus +Missing unit conversion,Test_2023_1,Lasianthus strigosus,091,wood_density,0.684,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Lasianthus strigosus +Trait name not in trait dictionary,Test_2023_1,Lasianthus strigosus,091,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Missing unit conversion,Test_2023_1,Litsea leefeana,094,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Litsea leefeana +Missing unit conversion,Test_2023_1,Litsea leefeana,094,wood_density,0.549,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Litsea leefeana +Trait name not in trait dictionary,Test_2023_1,Litsea leefeana,094,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Missing unit conversion,Test_2023_1,Macaranga tanarius,097,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Macaranga tanarius +Missing unit conversion,Test_2023_1,Macaranga tanarius,097,wood_density,0.344,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Macaranga tanarius +Trait name not in trait dictionary,Test_2023_1,Macaranga tanarius,097,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Missing unit conversion,Test_2023_1,Mallotus mollissimus,100,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Mallotus mollissimus +Missing unit conversion,Test_2023_1,Mallotus mollissimus,100,wood_density,0.373,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Mallotus mollissimus +Trait name not in trait dictionary,Test_2023_1,Mallotus mollissimus,100,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Missing unit conversion,Test_2023_1,Medicosma sessiliflora,103,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Medicosma sessiliflora +Missing unit conversion,Test_2023_1,Medicosma sessiliflora,103,wood_density,0.69,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Medicosma sessiliflora +Trait name not in trait dictionary,Test_2023_1,Medicosma sessiliflora,103,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Missing unit conversion,Test_2023_1,Melastoma cyanoides,106,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Melastoma cyanoides +Missing unit conversion,Test_2023_1,Melastoma cyanoides,106,wood_density,0.381,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Melastoma cyanoides +Trait name not in trait dictionary,Test_2023_1,Melastoma cyanoides,106,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Missing unit conversion,Test_2023_1,Melicope elleryana,109,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,,Melicope elleryana +Missing unit conversion,Test_2023_1,Melicope elleryana,109,wood_density,0.346,,species,mean,measurement,unknown,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,02,,Melicope elleryana +Trait name not in trait dictionary,Test_2023_1,Melicope elleryana,109,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Missing unit conversion,Test_2023_1,Myristica insipida,112,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Myristica insipida +Missing unit conversion,Test_2023_1,Myristica insipida,112,wood_density,0.433,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Myristica insipida +Trait name not in trait dictionary,Test_2023_1,Myristica insipida,112,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Missing unit conversion,Test_2023_1,Neolitsea dealbata,115,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,,Neolitsea dealbata +Missing unit conversion,Test_2023_1,Neolitsea dealbata,115,wood_density,0.352,,species,mean,measurement,unknown,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,02,,Neolitsea dealbata +Trait name not in trait dictionary,Test_2023_1,Neolitsea dealbata,115,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Missing unit conversion,Test_2023_1,Pittosporum rubiginosum,118,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Pittosporum rubiginosum +Missing unit conversion,Test_2023_1,Pittosporum rubiginosum,118,wood_density,0.728,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Pittosporum rubiginosum +Trait name not in trait dictionary,Test_2023_1,Pittosporum rubiginosum,118,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Times must be length 12,Test_2023_1,Polyscias australiana,119,flowering_time,nnnnnyyyynnnnnnnnnn,,individual,mode,expert_score,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Missing unit conversion,Test_2023_1,Polyscias australiana,121,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,03,,Polyscias australiana +Missing unit conversion,Test_2023_1,Polyscias australiana,121,wood_density,0.397,,species,mean,measurement,unknown,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,02,,Polyscias australiana +Trait name not in trait dictionary,Test_2023_1,Polyscias australiana,121,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Missing unit conversion,Test_2023_1,Psychotria dallachiana,124,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Psychotria dallachiana +Missing unit conversion,Test_2023_1,Psychotria dallachiana,124,wood_density,0.612,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Psychotria dallachiana +Trait name not in trait dictionary,Test_2023_1,Psychotria dallachiana,124,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Unsupported trait value,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,plant_growth_form,trees,,species,mode,expert_score,3,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Missing unit conversion,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,,Psychotria sp Utchee Creek +Missing unit conversion,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,wood_density,0.582,,species,mean,measurement,unknown,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,02,,Psychotria sp Utchee Creek +Trait name not in trait dictionary,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Missing unit conversion,Test_2023_1,Quassia baileyana,130,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Quassia baileyana +Missing unit conversion,Test_2023_1,Quassia baileyana,130,wood_density,0.501,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Quassia baileyana +Trait name not in trait dictionary,Test_2023_1,Quassia baileyana,130,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Missing unit conversion,Test_2023_1,Rhodomyrtus trineura,133,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,03,,Rhodomyrtus trineura +Missing unit conversion,Test_2023_1,Rhodomyrtus trineura,133,wood_density,0.763,,species,mean,measurement,unknown,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,02,,Rhodomyrtus trineura +Trait name not in trait dictionary,Test_2023_1,Rhodomyrtus trineura,133,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Missing unit conversion,Test_2023_1,Rockinghamia angustifolia,136,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Rockinghamia angustifolia +Missing unit conversion,Test_2023_1,Rockinghamia angustifolia,136,wood_density,0.455,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Rockinghamia angustifolia +Trait name not in trait dictionary,Test_2023_1,Rockinghamia angustifolia,136,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Observation excluded in metadata,Test_2023_1,Syzygium gustavioides,138,leaf_mass_per_area,0.167,mg/mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Missing unit conversion,Test_2023_1,Syzygium gustavioides,139,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium gustavioides +Missing unit conversion,Test_2023_1,Syzygium gustavioides,139,wood_density,0.521,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Syzygium gustavioides +Trait name not in trait dictionary,Test_2023_1,Syzygium gustavioides,139,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Missing unit conversion,Test_2023_1,Syzygium sayeri,142,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium sayeri +Missing unit conversion,Test_2023_1,Syzygium sayeri,142,wood_density,0.485,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Syzygium sayeri +Trait name not in trait dictionary,Test_2023_1,Syzygium sayeri,142,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Missing unit conversion,Test_2023_1,Trema aspera,145,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Trema aspera +Missing unit conversion,Test_2023_1,Trema aspera,145,wood_density,0.357,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Trema aspera +Trait name not in trait dictionary,Test_2023_1,Trema aspera,145,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera diff --git a/tests/testthat/examples/Test_2023_1/output/methods.csv b/tests/testthat/examples/Test_2023_1/output/methods.csv index e60ac58e..236bc4ba 100644 --- a/tests/testthat/examples/Test_2023_1/output/methods.csv +++ b/tests/testthat/examples/Test_2023_1/output/methods.csv @@ -1,17 +1,21 @@ dataset_id,trait_name,methods,method_id,description,sampling_strategy,source_primary_key,source_primary_citation,source_secondary_key,source_secondary_citation,source_original_dataset_key,source_original_dataset_citation,data_collectors,assistants,dataset_curators -Test_2023_1,leaf_mass_per_area,LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 deg C) divided by leaf size. It was measured on the first five fully expanded leaves at the tip of each individual.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,leaf_N_per_dry_mass,"Leaves from all individuals per species were pooled and finely ground for nitrogen analysis. Total nitrogen concentration (%) was measured using complete combustion gas chromatography by Waite Analytical Services, Adelaide. The first five fully expanded leaves at the tip of each individual were used for the analysis.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,leaf_area,Leaf size was calculated as the one-sided leaf area (flat bed scanner). It was measured on the first five fully expanded leaves at the tip of each individual.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,wood_density,"Wood density was calculated using 40-60 mm stem segments taken 250 mm and 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated before processing. After removing bark material, the volume of each wood sample was determined using Archimedes' principle (Hacke et al. 2000). Samples were submerged in a water-filled container on a balance. The weight change (mg) recorded during submersion corresponds to the mass of water displaced, which can be converted to a volume using the formula, displacement weight (mg)/0.998 (mg/mm3), where 0.998 mg/mm3 is the density of water at 20 deg C. Samples were then dried for 4 days at 60 deg C before weighing.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,seed_dry_mass,"Mean oven-dried seed mass (including seed coat but excluding seed accessories) was estimated for all species with available field material. In total, collections for 17 of 47 species were made. Data for an additional 12 species were drawn from published (Osunkoya et al. 1994; Grubb et al. 1998) and unpublished (P. Juniper, CSIRO Atherton) sources.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,seed_dry_mass,Made up bin value.,02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,huber_value,"Leaf area was determined for a shoot whose sapwood had a cross sectional area of 10 mm2. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,huber_value,"Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,huber_value,"Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,huber_value,"Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",04,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,flowering_time,Made up flowering time values.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,plant_growth_form,Made up growth form values.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,wrong_trait_name,Test that a wrong trait name will go to excluded data.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,wood_density,Test that NA units will go to excluded data.,02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,seed_dry_mass,Test that a unit without a unit conversion will go to excluded data.,03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_1,leaf_length,Made up leaf length values to test reading in units from a column.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,leaf_mass_per_area,LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 deg C) divided by leaf size. It was measured on the first five fully expanded leaves at the tip of each individual.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,leaf_N_per_dry_mass,"Leaves from all individuals per species were pooled and finely ground for nitrogen analysis. Total nitrogen concentration (%) was measured using complete combustion gas chromatography by Waite Analytical Services, Adelaide. The first five fully expanded leaves at the tip of each individual were used for the analysis.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,leaf_area,Leaf size was calculated as the one-sided leaf area (flat bed scanner). It was measured on the first five fully expanded leaves at the tip of each individual.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,wood_density,"Wood density was calculated using 40-60 mm stem segments taken 250 mm and 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated before processing. After removing bark material, the volume of each wood sample was determined using Archimedes' principle (Hacke et al. 2000). Samples were submerged in a water-filled container on a balance. The weight change (mg) recorded during submersion corresponds to the mass of water displaced, which can be converted to a volume using the formula, displacement weight (mg)/0.998 (mg/mm3), where 0.998 mg/mm3 is the density of water at 20 deg C. Samples were then dried for 4 days at 60 deg C before weighing.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,seed_dry_mass,"Mean oven-dried seed mass (including seed coat but excluding seed accessories) was estimated for all species with available field material. In total, collections for 17 of 47 species were made. Data for an additional 12 species were drawn from published (Osunkoya et al. 1994; Grubb et al. 1998) and unpublished (P. Juniper, CSIRO Atherton) sources.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,seed_dry_mass,Made up bin value.,02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,huber_value,"Leaf area was determined for a shoot whose sapwood had a cross sectional area of 10 mm2. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,huber_value,"Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,huber_value,"Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,huber_value,"Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",04,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,flowering_time,Made up flowering time values.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,plant_growth_form,Made up growth form values.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,wrong_trait_name,Test that a wrong trait name will go to excluded data.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,wood_density,Test that NA units will go to excluded data.,02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,seed_dry_mass,Test that a unit without a unit conversion will go to excluded data.,03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,leaf_length,Made up leaf length values to test reading in units from a column.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,leaf_photosynthesis,Test `repeat_measurements_id` at the trait level for individuals.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,leaf_stomatal_conductance,Test `repeat_measurements_id` at the trait level for populations.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,leaf_stomatal_conductance,Test `repeat_measurements_id` at the trait level for species.,02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,leaf_stomatal_conductance,Test that `repeat_measurements_id` is not made for traits where `repeat_measurements_id` is set to FALSE but have already been entered with `repeat_measurements_id` as TRUE from another column.,03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk diff --git a/tests/testthat/examples/Test_2023_1/output/sources.bib b/tests/testthat/examples/Test_2023_1/output/sources.bib index 330f2939..4d629d46 100644 --- a/tests/testthat/examples/Test_2023_1/output/sources.bib +++ b/tests/testthat/examples/Test_2023_1/output/sources.bib @@ -1,4 +1,4 @@ -@Article{Falster_2005_1, +@Article{Test_2023_1, author = {Daniel S. Falster and Mark Westoby}, year = {2005}, title = {{Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia}}, diff --git a/tests/testthat/examples/Test_2023_1/output/traits.csv b/tests/testthat/examples/Test_2023_1/output/traits.csv index 0aac8bce..b47fd0a2 100644 --- a/tests/testthat/examples/Test_2023_1/output/traits.csv +++ b/tests/testthat/examples/Test_2023_1/output/traits.csv @@ -1,515 +1,540 @@ -dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Test_2023_1,Acacia celsa,001,flowering_time,nyynnnnnnnnn,,individual,mode,expert_score,3,field,adult,01,01,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,01,01,02,,01,05,01,01,2002/2002,made-up measurement remarks,04,04,Acacia celsa -Test_2023_1,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,01,01,02,,01,05,01,01,2002/2002,made-up measurement remarks,04,07,Acacia celsa -Test_2023_1,Acacia celsa,001,leaf_length,40,mm,individual,mean,measurement,3,field,adult,01,01,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,002,flowering_time,nyynnnnnnnnn,,individual,mode,expert_score,3,field,adult,01,02,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,002,leaf_length,40,mm,individual,mean,measurement,3,field,adult,01,02,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,003,huber_value,0.000335908632851864,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,003,huber_value,0.000137741046831956,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,02,05,Acacia celsa -Test_2023_1,Acacia celsa,003,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,03,06,Acacia celsa -Test_2023_1,Acacia celsa,003,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,03,07,Acacia celsa -Test_2023_1,Acacia celsa,003,leaf_N_per_dry_mass,21.4,mg/g,population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,003,leaf_area,2786,mm2,population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,003,leaf_mass_per_area,145,g/m2,population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,003,seed_dry_mass,10.3,mg,population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,003,seed_dry_mass,1--2,mg,population,bin,measurement,10,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,02,07,Acacia celsa -Test_2023_1,Acacia celsa,003,wood_density,0.498,mg/mm3,population,mean,measurement,3,field,adult,01,,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,004,plant_growth_form,herb,,species,mode,expert_score,3,field,adult,,,02,,01,05,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acmena graveolens,005,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,09,,,2002/2002,made-up measurement remarks,04,01,Acmena graveolens -Test_2023_1,Acmena graveolens,005,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,09,,,2002/2002,made-up measurement remarks,04,,Acmena graveolens -Test_2023_1,Acmena graveolens,005,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,09,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acmena graveolens,006,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,09,,,2004/2004,from Falster_2005_1,02,02,Acmena graveolens -Test_2023_1,Acmena graveolens,006,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,09,,,2004/2004,from Falster_2005_1,03,03,Acmena graveolens -Test_2023_1,Acmena graveolens,006,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,09,,,2004/2004,from Falster_2005_1,03,,Acmena graveolens -Test_2023_1,Acmena graveolens,006,leaf_N_per_dry_mass,15.5,mg/g,population,mean,measurement,3,field,adult,12,,,,02,09,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acmena graveolens,006,leaf_area,5246,mm2,population,mean,measurement,3,field,adult,12,,,,02,09,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acmena graveolens,006,leaf_mass_per_area,151,g/m2,population,mean,measurement,3,field,adult,12,,,,02,09,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acmena graveolens,006,wood_density,0.599,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,09,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acronychia acidula,008,flowering_time,nnnnnnnnnyyy,,individual,mode,expert_score,3,field,adult,04,01,02,,01,14,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,008,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,01,02,,01,14,02,01,2002/2002,made-up measurement remarks,04,04,Acronychia acidula -Test_2023_1,Acronychia acidula,008,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,01,02,,01,14,02,01,2002/2002,made-up measurement remarks,04,07,Acronychia acidula -Test_2023_1,Acronychia acidula,008,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,01,02,,01,14,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,009,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,02,,01,14,02,01,2004/2004,from Falster_2005_1,02,05,Acronychia acidula -Test_2023_1,Acronychia acidula,009,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,02,,01,14,02,01,2004/2004,from Falster_2005_1,03,06,Acronychia acidula -Test_2023_1,Acronychia acidula,009,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,02,,01,14,02,01,2004/2004,from Falster_2005_1,03,07,Acronychia acidula -Test_2023_1,Acronychia acidula,009,leaf_area,14302,mm2,population,mean,measurement,3,field,adult,04,,02,,01,14,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,009,leaf_mass_per_area,85,g/m2,population,mean,measurement,3,field,adult,04,,02,,01,14,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,009,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,04,,02,,01,14,02,01,2004/2004,from Falster_2005_1,02,07,Acronychia acidula -Test_2023_1,Acronychia acidula,009,wood_density,0.525,mg/mm3,population,mean,measurement,3,field,adult,04,,02,,01,14,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,010,plant_growth_form,shrub,,species,mode,expert_score,3,field,adult,,,02,,01,14,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Aleurites rockinghamensis,011,flowering_time,yynnnnnnnnny,,individual,mode,expert_score,3,field,adult,12,01,,,02,10,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,011,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,10,,,2002/2002,made-up measurement remarks,04,01,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,011,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,10,,,2002/2002,made-up measurement remarks,04,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,011,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,10,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,012,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,02,02,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,012,leaf_N_per_dry_mass,18.4,mg/g,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,012,leaf_area,73984,mm2,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,012,leaf_mass_per_area,113,g/m2,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,012,seed_dry_mass,7077,mg,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,012,wood_density,0.28,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Alphitonia petriei,014,flowering_time,nnnnyyynnnnn,,individual,mode,expert_score,3,field,adult,06,01,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,014,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,06,01,02,,01,06,03,02,2002/2002,made-up measurement remarks,04,01,Alphitonia petriei -Test_2023_1,Alphitonia petriei,014,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,06,01,02,,01,06,03,02,2002/2002,made-up measurement remarks,04,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,014,leaf_length,40,mm,individual,mean,measurement,3,field,adult,06,01,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,02,02,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,03,03,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,03,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,leaf_N_per_dry_mass,16.3,mg/g,population,mean,measurement,3,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,leaf_area,6820,mm2,population,mean,measurement,3,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,leaf_mass_per_area,149,g/m2,population,mean,measurement,3,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,seed_dry_mass,27.2,mg,population,mean,measurement,3,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,02,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,015,wood_density,0.413,mg/mm3,population,mean,measurement,3,field,adult,06,,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,016,plant_growth_form,mallee mallee shrub tree tree,,species,mode,expert_score,3,field,adult,,,02,,01,06,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alstonia scholaris,017,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,10,,,2002/2002,made-up measurement remarks,04,01,Alstonia scholaris -Test_2023_1,Alstonia scholaris,017,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,10,,,2002/2002,made-up measurement remarks,04,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,017,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,10,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,018,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,02,02,Alstonia scholaris -Test_2023_1,Alstonia scholaris,018,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,03,03,Alstonia scholaris -Test_2023_1,Alstonia scholaris,018,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,018,leaf_N_per_dry_mass,22.3,mg/g,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,018,leaf_area,6182,mm2,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,018,leaf_mass_per_area,107,g/m2,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,018,seed_dry_mass,1.53,mg,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,018,wood_density,0.361,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,019,plant_growth_form,herb,,species,mode,expert_score,3,field,adult,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Argyrodendron peralatum,020,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,09,01,,,02,11,,01,2002/2002,made-up measurement remarks,04,01,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,020,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,09,01,,,02,11,,01,2002/2002,made-up measurement remarks,04,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,020,leaf_length,40,mm,individual,mean,measurement,3,field,adult,09,01,,,02,11,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,021,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,02,11,,01,2004/2004,from Falster_2005_1,02,02,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,021,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,02,11,,01,2004/2004,from Falster_2005_1,03,03,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,021,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,02,11,,01,2004/2004,from Falster_2005_1,03,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,021,leaf_N_per_dry_mass,11.9,mg/g,population,mean,measurement,3,field,adult,09,,,,02,11,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,021,leaf_area,3201,mm2,population,mean,measurement,3,field,adult,09,,,,02,11,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,021,leaf_mass_per_area,244,g/m2,population,mean,measurement,3,field,adult,09,,,,02,11,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,021,seed_dry_mass,433,mg,population,mean,measurement,3,field,adult,09,,,,02,11,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,021,wood_density,0.726,mg/mm3,population,mean,measurement,3,field,adult,09,,,,02,11,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Atractocarpus hirtus,023,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,09,01,,,02,12,,01,2002/2002,made-up measurement remarks,04,01,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,023,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,09,01,,,02,12,,01,2002/2002,made-up measurement remarks,04,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,023,leaf_length,40,mm,individual,mean,measurement,3,field,adult,09,01,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,024,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,02,12,,01,2004/2004,from Falster_2005_1,02,02,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,024,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,02,12,,01,2004/2004,from Falster_2005_1,03,03,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,024,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,02,12,,01,2004/2004,from Falster_2005_1,03,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,024,leaf_N_per_dry_mass,15.7,mg/g,population,mean,measurement,3,field,adult,09,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,024,leaf_area,11374,mm2,population,mean,measurement,3,field,adult,09,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,024,leaf_mass_per_area,72,g/m2,population,mean,measurement,3,field,adult,09,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,024,wood_density,0.804,mg/mm3,population,mean,measurement,3,field,adult,09,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,025,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Brombya platynema,026,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,10,01,,,02,16,,02,2002/2002,made-up measurement remarks,04,01,Brombya platynema -Test_2023_1,Brombya platynema,026,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,10,01,,,02,16,,02,2002/2002,made-up measurement remarks,04,,Brombya platynema -Test_2023_1,Brombya platynema,026,leaf_length,40,mm,individual,mean,measurement,3,field,adult,10,01,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,027,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,02,02,Brombya platynema -Test_2023_1,Brombya platynema,027,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,03,03,Brombya platynema -Test_2023_1,Brombya platynema,027,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Brombya platynema -Test_2023_1,Brombya platynema,027,leaf_N_per_dry_mass,18.8,mg/g,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,027,leaf_area,8218,mm2,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,027,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,027,wood_density,0.603,mg/mm3,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,028,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Cardwellia sublimis,029,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,10,01,,,02,16,,02,2002/2002,made-up measurement remarks,04,01,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,029,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,10,01,,,02,16,,02,2002/2002,made-up measurement remarks,04,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,029,leaf_length,40,mm,individual,mean,measurement,3,field,adult,10,01,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,030,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,02,02,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,030,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,03,03,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,030,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,030,leaf_N_per_dry_mass,12.8,mg/g,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,030,leaf_area,4352,mm2,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,030,leaf_mass_per_area,127,g/m2,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,030,seed_dry_mass,582.3,mg,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,030,wood_density,0.603,mg/mm3,population,mean,measurement,3,field,adult,10,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,031,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Castanospermum australe,032,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,11,01,,,02,03,,03,2002/2002,made-up measurement remarks,04,01,Castanospermum australe -Test_2023_1,Castanospermum australe,032,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,11,01,,,02,03,,03,2002/2002,made-up measurement remarks,04,,Castanospermum australe -Test_2023_1,Castanospermum australe,032,leaf_length,40,mm,individual,mean,measurement,3,field,adult,11,01,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,033,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,02,03,,03,2004/2004,from Falster_2005_1,02,02,Castanospermum australe -Test_2023_1,Castanospermum australe,033,leaf_N_per_dry_mass,23.7,mg/g,population,mean,measurement,3,field,adult,11,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,033,leaf_area,2765,mm2,population,mean,measurement,3,field,adult,11,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,033,leaf_mass_per_area,117,g/m2,population,mean,measurement,3,field,adult,11,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,033,seed_dry_mass,14851,mg,population,mean,measurement,3,field,adult,11,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,033,wood_density,0.587,mg/mm3,population,mean,measurement,3,field,adult,11,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Cleistanthus myrianthus,035,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,11,01,,,02,08,,03,2002/2002,made-up measurement remarks,04,01,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,035,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,11,01,,,02,08,,03,2002/2002,made-up measurement remarks,04,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,035,leaf_length,40,mm,individual,mean,measurement,3,field,adult,11,01,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,02,02,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,03,03,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,leaf_N_per_dry_mass,22.8,mg/g,population,mean,measurement,3,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,leaf_area,4828,mm2,population,mean,measurement,3,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,leaf_mass_per_area,78,g/m2,population,mean,measurement,3,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,036,wood_density,0.588,mg/mm3,population,mean,measurement,3,field,adult,11,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cryptocarya laevigata,038,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,08,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,038,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,08,,,2002/2002,made-up measurement remarks,04,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,038,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,03,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,leaf_N_per_dry_mass,15.6,mg/g,population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,leaf_area,2682,mm2,population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,leaf_mass_per_area,87,g/m2,population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,seed_dry_mass,1281,mg,population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,039,wood_density,0.64,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya mackinnoniana,041,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,01,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,041,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,01,,,2002/2002,made-up measurement remarks,04,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,041,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,042,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,01,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,042,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,01,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,042,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,01,,,2004/2004,from Falster_2005_1,03,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,042,leaf_N_per_dry_mass,15.2,mg/g,population,mean,measurement,3,field,adult,12,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,042,leaf_area,10458,mm2,population,mean,measurement,3,field,adult,12,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,042,leaf_mass_per_area,204,g/m2,population,mean,measurement,3,field,adult,12,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,042,seed_dry_mass,204,mg,population,mean,measurement,3,field,adult,12,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,042,wood_density,0.655,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya murrayi,044,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,044,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,044,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,045,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,045,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,045,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,045,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,045,leaf_N_per_dry_mass,16.7,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,045,leaf_area,9960,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,045,leaf_mass_per_area,155,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,045,wood_density,0.674,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Dendrocnide moroides,047,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,047,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,047,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,048,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,048,leaf_N_per_dry_mass,31.2,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,048,leaf_area,26454,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,048,leaf_mass_per_area,52,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,048,seed_dry_mass,0.71,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,048,wood_density,0.23,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Elaeocarpus grandis,050,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,050,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,050,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,051,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,051,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,051,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,051,leaf_N_per_dry_mass,18.7,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,051,leaf_area,2762,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,051,leaf_mass_per_area,122,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,051,seed_dry_mass,3699,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,051,wood_density,0.499,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Endiandra leptodendron,053,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,053,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,053,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,054,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,054,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,054,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,054,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,054,leaf_N_per_dry_mass,18,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,054,leaf_area,3987,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,054,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,054,wood_density,0.611,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra microneura,056,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Endiandra microneura -Test_2023_1,Endiandra microneura,056,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Endiandra microneura -Test_2023_1,Endiandra microneura,056,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,057,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,057,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Endiandra microneura -Test_2023_1,Endiandra microneura,057,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Endiandra microneura -Test_2023_1,Endiandra microneura,057,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra microneura -Test_2023_1,Endiandra microneura,057,leaf_N_per_dry_mass,17.7,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,057,leaf_area,3377,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,057,leaf_mass_per_area,151,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,057,wood_density,0.623,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Gillbeea adenopetala,059,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,059,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,059,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,060,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,060,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,060,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,060,leaf_N_per_dry_mass,9.6,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,060,leaf_area,3678,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,060,leaf_mass_per_area,126,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,060,seed_dry_mass,15,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,060,wood_density,0.43,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Glochidion hylandii,062,flowering_time,yyyyynnnnnny,,individual,mode,expert_score,3,field,adult,07,01,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,062,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,07,01,,,01,06,,02,2002/2002,made-up measurement remarks,04,08,Glochidion hylandii -Test_2023_1,Glochidion hylandii,062,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,07,01,,,01,06,,02,2002/2002,made-up measurement remarks,04,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,062,leaf_length,40,mm,individual,mean,measurement,3,field,adult,07,01,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,02,09,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,03,10,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,03,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,leaf_N_per_dry_mass,13.7,mg/g,population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,leaf_area,3209,mm2,population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,seed_dry_mass,10.41,mg,population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,063,wood_density,0.566,mg/mm3,population,mean,measurement,3,field,adult,07,,,,01,06,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Haplostichanthus submontanus,065,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,065,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,065,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,066,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,066,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,066,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,066,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,066,leaf_N_per_dry_mass,22,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,066,leaf_area,4685,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,066,leaf_mass_per_area,72,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,066,wood_density,0.668,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Harpullia rhyticarpa,068,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,068,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,068,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,069,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,069,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,069,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,069,leaf_N_per_dry_mass,17.4,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,069,leaf_area,40876,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,069,leaf_mass_per_area,76,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,069,wood_density,0.621,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Hernandia albiflora,071,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Hernandia albiflora -Test_2023_1,Hernandia albiflora,071,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,071,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,072,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,072,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Hernandia albiflora -Test_2023_1,Hernandia albiflora,072,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Hernandia albiflora -Test_2023_1,Hernandia albiflora,072,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,072,leaf_N_per_dry_mass,19.5,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,072,leaf_area,3806,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,072,leaf_mass_per_area,69,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,072,wood_density,0.447,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Homalanthus novo-guineensis,074,flowering_time,yyyyyyyyyyyy,,individual,mode,expert_score,3,field,adult,02,01,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,074,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,02,01,,,01,13,01,03,2002/2002,made-up measurement remarks,04,08,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,074,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,02,01,,,01,13,01,03,2002/2002,made-up measurement remarks,04,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,074,leaf_length,40,mm,individual,mean,measurement,3,field,adult,02,01,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,075,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,01,13,01,03,2004/2004,from Falster_2005_1,02,09,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,075,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,01,13,01,03,2004/2004,from Falster_2005_1,03,10,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,075,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,01,13,01,03,2004/2004,from Falster_2005_1,03,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,075,leaf_N_per_dry_mass,22,mg/g,population,mean,measurement,3,field,adult,02,,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,075,leaf_area,10682,mm2,population,mean,measurement,3,field,adult,02,,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,075,leaf_mass_per_area,82,g/m2,population,mean,measurement,3,field,adult,02,,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,075,seed_dry_mass,7,mg,population,mean,measurement,3,field,adult,02,,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,075,wood_density,0.319,mg/mm3,population,mean,measurement,3,field,adult,02,,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,076,plant_growth_form,climber,,species,mode,expert_score,3,field,adult,,,,,01,13,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Ixora biflora,077,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Ixora biflora -Test_2023_1,Ixora biflora,077,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Ixora biflora -Test_2023_1,Ixora biflora,077,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,078,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,078,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Ixora biflora -Test_2023_1,Ixora biflora,078,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Ixora biflora -Test_2023_1,Ixora biflora,078,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Ixora biflora -Test_2023_1,Ixora biflora,078,leaf_N_per_dry_mass,10,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,078,leaf_area,2760,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,078,leaf_mass_per_area,81,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,078,seed_dry_mass,41.5,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,078,wood_density,0.843,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Lasianthus strigosus,080,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,080,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,080,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,leaf_N_per_dry_mass,15.8,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,leaf_area,3313,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,leaf_mass_per_area,55,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,seed_dry_mass,7,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,081,wood_density,0.684,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Litsea leefeana,083,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Litsea leefeana -Test_2023_1,Litsea leefeana,083,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Litsea leefeana -Test_2023_1,Litsea leefeana,083,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,084,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,084,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Litsea leefeana -Test_2023_1,Litsea leefeana,084,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Litsea leefeana -Test_2023_1,Litsea leefeana,084,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Litsea leefeana -Test_2023_1,Litsea leefeana,084,leaf_N_per_dry_mass,14.4,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,084,leaf_area,3917,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,084,leaf_mass_per_area,130,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,084,seed_dry_mass,263.4,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,084,wood_density,0.549,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Macaranga tanarius,086,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Macaranga tanarius -Test_2023_1,Macaranga tanarius,086,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,086,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,087,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Macaranga tanarius -Test_2023_1,Macaranga tanarius,087,leaf_N_per_dry_mass,20.5,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,087,leaf_area,46676,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,087,leaf_mass_per_area,104,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,087,wood_density,0.344,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Mallotus mollissimus,089,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,089,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,089,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,leaf_N_per_dry_mass,35.2,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,leaf_area,16716,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,leaf_mass_per_area,63,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,seed_dry_mass,31.25,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,090,wood_density,0.373,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Medicosma sessiliflora,092,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,092,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,092,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,093,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,093,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,093,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,093,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,093,leaf_N_per_dry_mass,15.3,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,093,leaf_area,8164,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,093,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,093,wood_density,0.69,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Melastoma cyanoides,095,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,095,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,095,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,leaf_N_per_dry_mass,20.8,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,leaf_area,4009,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,leaf_mass_per_area,46,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,seed_dry_mass,0.07,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,096,wood_density,0.381,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melicope elleryana,098,flowering_time,nnnnnyyyynnn,,individual,mode,expert_score,3,field,adult,02,01,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,098,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,02,01,01,,01,,01,03,2002/2002,made-up measurement remarks,04,01,Melicope elleryana -Test_2023_1,Melicope elleryana,098,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,02,01,01,,01,,01,03,2002/2002,made-up measurement remarks,04,,Melicope elleryana -Test_2023_1,Melicope elleryana,098,leaf_length,40,mm,individual,mean,measurement,3,field,adult,02,01,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,099,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,01,,01,,01,03,2004/2004,from Falster_2005_1,02,02,Melicope elleryana -Test_2023_1,Melicope elleryana,099,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,03,Melicope elleryana -Test_2023_1,Melicope elleryana,099,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,,Melicope elleryana -Test_2023_1,Melicope elleryana,099,leaf_N_per_dry_mass,26.8,mg/g,population,mean,measurement,3,field,adult,02,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,099,leaf_area,6955,mm2,population,mean,measurement,3,field,adult,02,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,099,leaf_mass_per_area,75,g/m2,population,mean,measurement,3,field,adult,02,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,099,seed_dry_mass,1.61,mg,population,mean,measurement,3,field,adult,02,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,099,wood_density,0.346,mg/mm3,population,mean,measurement,3,field,adult,02,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,100,plant_growth_form,geophyte,,species,mode,expert_score,3,field,adult,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Myristica insipida,101,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Myristica insipida -Test_2023_1,Myristica insipida,101,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Myristica insipida -Test_2023_1,Myristica insipida,101,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,102,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Myristica insipida -Test_2023_1,Myristica insipida,102,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Myristica insipida -Test_2023_1,Myristica insipida,102,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Myristica insipida -Test_2023_1,Myristica insipida,102,leaf_N_per_dry_mass,18.5,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,102,leaf_area,8379,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,102,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,102,seed_dry_mass,1612,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,102,wood_density,0.433,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Neolitsea dealbata,104,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,03,01,01,,01,,01,,2002/2002,made-up measurement remarks,04,01,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,104,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,03,01,01,,01,,01,,2002/2002,made-up measurement remarks,04,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,104,leaf_length,40,mm,individual,mean,measurement,3,field,adult,03,01,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,02,02,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,03,03,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,03,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,leaf_N_per_dry_mass,16.4,mg/g,population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,leaf_area,5228,mm2,population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,leaf_mass_per_area,93,g/m2,population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,seed_dry_mass,176.1,mg,population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,105,wood_density,0.352,mg/mm3,population,mean,measurement,3,field,adult,03,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,106,plant_growth_form,geophyte,,species,mode,expert_score,3,field,adult,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Pittosporum rubiginosum,107,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,107,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,107,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,leaf_N_per_dry_mass,14.3,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,leaf_area,9931,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,leaf_mass_per_area,65,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,seed_dry_mass,27.94,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,108,wood_density,0.728,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Polyscias australiana,110,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,05,01,01,,01,07,02,,2002/2002,made-up measurement remarks,04,01,Polyscias australiana -Test_2023_1,Polyscias australiana,110,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,05,01,01,,01,07,02,,2002/2002,made-up measurement remarks,04,,Polyscias australiana -Test_2023_1,Polyscias australiana,110,leaf_length,40,mm,individual,mean,measurement,3,field,adult,05,01,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,111,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,01,,01,07,02,,2004/2004,from Falster_2005_1,02,02,Polyscias australiana -Test_2023_1,Polyscias australiana,111,leaf_N_per_dry_mass,15.4,mg/g,population,mean,measurement,3,field,adult,05,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,111,leaf_area,6806,mm2,population,mean,measurement,3,field,adult,05,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,111,leaf_mass_per_area,79,g/m2,population,mean,measurement,3,field,adult,05,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,111,seed_dry_mass,8.35,mg,population,mean,measurement,3,field,adult,05,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,111,wood_density,0.397,mg/mm3,population,mean,measurement,3,field,adult,05,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,112,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Psychotria dallachiana,113,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,113,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,113,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,114,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,114,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,114,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,114,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,114,leaf_N_per_dry_mass,17.7,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,114,leaf_area,2495,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,114,leaf_mass_per_area,79,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,114,wood_density,0.612,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),116,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,05,01,,,01,02,02,,2002/2002,made-up measurement remarks,04,01,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),116,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,05,01,,,01,02,02,,2002/2002,made-up measurement remarks,04,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),116,leaf_length,40,mm,individual,mean,measurement,3,field,adult,05,01,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),117,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,,01,02,02,,2004/2004,from Falster_2005_1,02,02,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),117,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,,01,02,02,,2004/2004,from Falster_2005_1,03,03,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),117,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,,01,02,02,,2004/2004,from Falster_2005_1,03,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),117,leaf_N_per_dry_mass,17.9,mg/g,population,mean,measurement,3,field,adult,05,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),117,leaf_area,11157,mm2,population,mean,measurement,3,field,adult,05,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),117,leaf_mass_per_area,108,g/m2,population,mean,measurement,3,field,adult,05,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),117,seed_dry_mass,23.09,mg,population,mean,measurement,3,field,adult,05,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),117,wood_density,0.582,mg/mm3,population,mean,measurement,3,field,adult,05,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Quassia baileyana,119,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Quassia baileyana -Test_2023_1,Quassia baileyana,119,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Quassia baileyana -Test_2023_1,Quassia baileyana,119,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Quassia baileyana,120,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Quassia baileyana -Test_2023_1,Quassia baileyana,120,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Quassia baileyana -Test_2023_1,Quassia baileyana,120,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Quassia baileyana -Test_2023_1,Quassia baileyana,120,leaf_N_per_dry_mass,23,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Quassia baileyana,120,leaf_area,9624,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Quassia baileyana,120,leaf_mass_per_area,86,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Quassia baileyana,120,wood_density,0.501,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Rhodomyrtus trineura,122,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,08,01,,,01,15,,,2002/2002,made-up measurement remarks,04,01,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,122,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,08,01,,,01,15,,,2002/2002,made-up measurement remarks,04,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,122,leaf_length,40,mm,individual,mean,measurement,3,field,adult,08,01,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,123,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,123,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,,01,15,,,2004/2004,from Falster_2005_1,02,02,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,123,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,,01,15,,,2004/2004,from Falster_2005_1,03,03,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,123,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,,01,15,,,2004/2004,from Falster_2005_1,03,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,123,leaf_N_per_dry_mass,11.1,mg/g,population,mean,measurement,3,field,adult,08,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,123,leaf_area,3401,mm2,population,mean,measurement,3,field,adult,08,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,123,leaf_mass_per_area,129,g/m2,population,mean,measurement,3,field,adult,08,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,123,wood_density,0.763,mg/mm3,population,mean,measurement,3,field,adult,08,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,124,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rockinghamia angustifolia,125,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,125,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,125,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,126,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,126,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,126,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,126,leaf_N_per_dry_mass,15.8,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,126,leaf_area,10636,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,126,leaf_mass_per_area,108,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,126,seed_dry_mass,19.38,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,126,wood_density,0.455,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Syzygium gustavioides,128,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,128,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,128,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,129,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,129,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,129,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,129,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,129,leaf_N_per_dry_mass,12.9,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,129,leaf_area,3590,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,129,seed_dry_mass,48000,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,129,wood_density,0.521,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium sayeri,131,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Syzygium sayeri -Test_2023_1,Syzygium sayeri,131,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,131,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,leaf_N_per_dry_mass,13.7,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,leaf_area,2645,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,leaf_mass_per_area,131,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,seed_dry_mass,841,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,132,wood_density,0.485,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Trema aspera,134,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,01,Trema aspera -Test_2023_1,Trema aspera,134,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,01,,,02,,,,2002/2002,made-up measurement remarks,04,,Trema aspera -Test_2023_1,Trema aspera,134,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,135,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,135,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Trema aspera -Test_2023_1,Trema aspera,135,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Trema aspera -Test_2023_1,Trema aspera,135,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,03,,Trema aspera -Test_2023_1,Trema aspera,135,leaf_N_per_dry_mass,29.9,mg/g,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,135,leaf_area,2071,mm2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,135,leaf_mass_per_area,53,g/m2,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,135,seed_dry_mass,5.12,mg,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,135,wood_density,0.357,mg/mm3,population,mean,measurement,3,field,adult,12,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +Test_2023_1,Acacia celsa,001,flowering_time,nyynnnnnnnnn,,individual,mode,expert_score,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,01,,,02,,01,04,01,01,2002/2002,made-up measurement remarks,04,04,Acacia celsa +Test_2023_1,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,01,,,02,,01,04,01,01,2002/2002,made-up measurement remarks,04,07,Acacia celsa +Test_2023_1,Acacia celsa,001,leaf_length,40,mm,individual,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,002,huber_value,0.000335908632851864,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,002,huber_value,0.000137741046831956,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,02,05,Acacia celsa +Test_2023_1,Acacia celsa,002,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,03,06,Acacia celsa +Test_2023_1,Acacia celsa,002,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,03,07,Acacia celsa +Test_2023_1,Acacia celsa,002,leaf_N_per_dry_mass,21.4,mg/g,population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,002,leaf_area,2786,mm2,population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,002,leaf_mass_per_area,145,g/m2,population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,002,seed_dry_mass,10.3,mg,population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,002,seed_dry_mass,1--2,mg,population,bin,measurement,10,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,02,07,Acacia celsa +Test_2023_1,Acacia celsa,002,wood_density,0.498,mg/mm3,population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,003,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,01,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,003,leaf_stomatal_conductance,0.4,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,02,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,003,leaf_stomatal_conductance,0.48,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,03,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.9,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.8,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,02,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.7,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,03,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.66,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,04,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,05,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,005,plant_growth_form,herb,,species,mode,expert_score,3,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acmena graveolens,007,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,10,,,2002/2002,made-up measurement remarks,04,01,Acmena graveolens +Test_2023_1,Acmena graveolens,007,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,10,,,2002/2002,made-up measurement remarks,04,,Acmena graveolens +Test_2023_1,Acmena graveolens,007,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acmena graveolens,008,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,02,02,Acmena graveolens +Test_2023_1,Acmena graveolens,008,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,03,03,Acmena graveolens +Test_2023_1,Acmena graveolens,008,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Acmena graveolens +Test_2023_1,Acmena graveolens,008,leaf_N_per_dry_mass,15.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acmena graveolens,008,leaf_area,5246,mm2,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acmena graveolens,008,leaf_mass_per_area,151,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acmena graveolens,008,wood_density,0.599,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acronychia acidula,010,leaf_photosynthesis,5,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,01,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Test_2023_1,Acronychia acidula,010,leaf_photosynthesis,3,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,02,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Test_2023_1,Acronychia acidula,010,leaf_photosynthesis,2,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,03,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Test_2023_1,Acronychia acidula,011,flowering_time,nnnnnnnnnyyy,,individual,mode,expert_score,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,011,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,03,,,02,,01,06,02,01,2002/2002,made-up measurement remarks,04,04,Acronychia acidula +Test_2023_1,Acronychia acidula,011,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,03,,,02,,01,06,02,01,2002/2002,made-up measurement remarks,04,07,Acronychia acidula +Test_2023_1,Acronychia acidula,011,leaf_length,40,mm,individual,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,012,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,05,Acronychia acidula +Test_2023_1,Acronychia acidula,012,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,06,Acronychia acidula +Test_2023_1,Acronychia acidula,012,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,07,Acronychia acidula +Test_2023_1,Acronychia acidula,012,leaf_area,14302,mm2,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,012,leaf_mass_per_area,85,g/m2,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,012,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,07,Acronychia acidula +Test_2023_1,Acronychia acidula,012,wood_density,0.525,mg/mm3,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,013,plant_growth_form,shrub,,species,mode,expert_score,3,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Aleurites rockinghamensis,015,flowering_time,yynnnnnnnnny,,individual,mode,expert_score,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,015,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,01,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,015,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,015,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,02,02,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,leaf_N_per_dry_mass,18.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,leaf_area,73984,mm2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,leaf_mass_per_area,113,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,seed_dry_mass,7077,mg,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,wood_density,0.28,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Alphitonia petriei,018,leaf_photosynthesis,7,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,01,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,018,leaf_photosynthesis,6,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,02,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,018,leaf_photosynthesis,5.5,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,03,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,018,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,04,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,019,flowering_time,nnnnyyynnnnn,,individual,mode,expert_score,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,019,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,05,,,02,,01,14,03,02,2002/2002,made-up measurement remarks,04,01,Alphitonia petriei +Test_2023_1,Alphitonia petriei,019,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,05,,,02,,01,14,03,02,2002/2002,made-up measurement remarks,04,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,019,leaf_length,40,mm,individual,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,02,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,03,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,leaf_N_per_dry_mass,16.3,mg/g,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,leaf_area,6820,mm2,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,leaf_mass_per_area,149,g/m2,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,seed_dry_mass,27.2,mg,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,wood_density,0.413,mg/mm3,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,plant_growth_form,mallee mallee shrub tree tree,,species,mode,expert_score,3,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alstonia scholaris,023,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,01,Alstonia scholaris +Test_2023_1,Alstonia scholaris,023,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,023,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,02,02,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,03,03,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,leaf_N_per_dry_mass,22.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,leaf_area,6182,mm2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,leaf_mass_per_area,107,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,seed_dry_mass,1.53,mg,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,wood_density,0.361,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,plant_growth_form,herb,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,026,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,02,,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,026,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,02,,,01,,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,026,leaf_stomatal_conductance,0.9,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,026,leaf_stomatal_conductance,0.88,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Test_2023_1,Argyrodendron peralatum,027,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,10,,,,,02,12,,01,2002/2002,made-up measurement remarks,04,01,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,027,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,10,,,,,02,12,,01,2002/2002,made-up measurement remarks,04,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,027,leaf_length,40,mm,individual,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,02,02,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,03,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,leaf_N_per_dry_mass,11.9,mg/g,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,leaf_area,3201,mm2,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,leaf_mass_per_area,244,g/m2,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,seed_dry_mass,433,mg,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,wood_density,0.726,mg/mm3,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Atractocarpus hirtus,030,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,10,,,,,02,13,,01,2002/2002,made-up measurement remarks,04,01,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,030,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,10,,,,,02,13,,01,2002/2002,made-up measurement remarks,04,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,030,leaf_length,40,mm,individual,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,02,02,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,03,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,leaf_N_per_dry_mass,15.7,mg/g,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,leaf_area,11374,mm2,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,leaf_mass_per_area,72,g/m2,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,wood_density,0.804,mg/mm3,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,032,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Brombya platynema,033,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,01,Brombya platynema +Test_2023_1,Brombya platynema,033,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,,Brombya platynema +Test_2023_1,Brombya platynema,033,leaf_length,40,mm,individual,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,034,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,02,Brombya platynema +Test_2023_1,Brombya platynema,034,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,03,Brombya platynema +Test_2023_1,Brombya platynema,034,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Brombya platynema +Test_2023_1,Brombya platynema,034,leaf_N_per_dry_mass,18.8,mg/g,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,034,leaf_area,8218,mm2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,034,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,034,wood_density,0.603,mg/mm3,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,035,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,036,leaf_stomatal_conductance,0.35,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,01,,,,2004/2004,from Falster_2005_1,02,,Brombya platynema +Test_2023_1,Brombya platynema,036,leaf_stomatal_conductance,0.25,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Brombya platynema +Test_2023_1,Cardwellia sublimis,037,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,01,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,037,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,037,leaf_length,40,mm,individual,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,02,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,03,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,leaf_N_per_dry_mass,12.8,mg/g,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,leaf_area,4352,mm2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,leaf_mass_per_area,127,g/m2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,seed_dry_mass,582.3,mg,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,wood_density,0.603,mg/mm3,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Castanospermum australe,040,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,,,,,02,03,,03,2002/2002,made-up measurement remarks,04,01,Castanospermum australe +Test_2023_1,Castanospermum australe,040,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,,,,,02,03,,03,2002/2002,made-up measurement remarks,04,,Castanospermum australe +Test_2023_1,Castanospermum australe,040,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,041,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,02,02,Castanospermum australe +Test_2023_1,Castanospermum australe,041,leaf_N_per_dry_mass,23.7,mg/g,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,041,leaf_area,2765,mm2,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,041,leaf_mass_per_area,117,g/m2,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,041,seed_dry_mass,14851,mg,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,041,wood_density,0.587,mg/mm3,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Cleistanthus myrianthus,043,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,,,,,02,08,,03,2002/2002,made-up measurement remarks,04,01,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,043,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,,,,,02,08,,03,2002/2002,made-up measurement remarks,04,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,043,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,02,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,03,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,leaf_N_per_dry_mass,22.8,mg/g,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,leaf_area,4828,mm2,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,leaf_mass_per_area,78,g/m2,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,wood_density,0.588,mg/mm3,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.4,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.32,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,02,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,03,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.34,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.56,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Test_2023_1,Cryptocarya laevigata,047,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,08,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,047,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,08,,,2002/2002,made-up measurement remarks,04,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,047,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,03,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,leaf_N_per_dry_mass,15.6,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,leaf_area,2682,mm2,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,leaf_mass_per_area,87,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,seed_dry_mass,1281,mg,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,wood_density,0.64,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya mackinnoniana,050,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,01,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,050,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,01,,,2002/2002,made-up measurement remarks,04,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,050,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,03,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,leaf_N_per_dry_mass,15.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,leaf_area,10458,mm2,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,leaf_mass_per_area,204,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,seed_dry_mass,204,mg,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,wood_density,0.655,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya murrayi,053,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,053,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,053,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,leaf_N_per_dry_mass,16.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,leaf_area,9960,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,leaf_mass_per_area,155,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,wood_density,0.674,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Dendrocnide moroides,056,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,056,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,056,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,057,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,057,leaf_N_per_dry_mass,31.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,057,leaf_area,26454,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,057,leaf_mass_per_area,52,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,057,seed_dry_mass,0.71,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,057,wood_density,0.23,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Elaeocarpus grandis,059,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,059,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,059,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,leaf_N_per_dry_mass,18.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,leaf_area,2762,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,leaf_mass_per_area,122,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,seed_dry_mass,3699,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,wood_density,0.499,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Endiandra leptodendron,062,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,062,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,062,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,leaf_N_per_dry_mass,18,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,leaf_area,3987,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,wood_density,0.611,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra microneura,065,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Endiandra microneura +Test_2023_1,Endiandra microneura,065,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Endiandra microneura +Test_2023_1,Endiandra microneura,065,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,066,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,066,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Endiandra microneura +Test_2023_1,Endiandra microneura,066,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Endiandra microneura +Test_2023_1,Endiandra microneura,066,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra microneura +Test_2023_1,Endiandra microneura,066,leaf_N_per_dry_mass,17.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,066,leaf_area,3377,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,066,leaf_mass_per_area,151,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,066,wood_density,0.623,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Gillbeea adenopetala,068,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,068,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,068,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,leaf_N_per_dry_mass,9.6,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,leaf_area,3678,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,leaf_mass_per_area,126,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,seed_dry_mass,15,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,wood_density,0.43,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Glochidion hylandii,071,flowering_time,yyyyynnnnnny,,individual,mode,expert_score,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,071,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,06,,,,,01,05,,02,2002/2002,made-up measurement remarks,04,08,Glochidion hylandii +Test_2023_1,Glochidion hylandii,071,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,06,,,,,01,05,,02,2002/2002,made-up measurement remarks,04,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,071,leaf_length,40,mm,individual,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,02,09,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,10,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,leaf_N_per_dry_mass,13.7,mg/g,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,leaf_area,3209,mm2,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,seed_dry_mass,10.41,mg,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,wood_density,0.566,mg/mm3,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Haplostichanthus submontanus,074,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,074,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,074,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,leaf_N_per_dry_mass,22,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,leaf_area,4685,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,leaf_mass_per_area,72,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,wood_density,0.668,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Harpullia rhyticarpa,077,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,077,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,077,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,leaf_N_per_dry_mass,17.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,leaf_area,40876,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,leaf_mass_per_area,76,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,wood_density,0.621,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Hernandia albiflora,080,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Hernandia albiflora +Test_2023_1,Hernandia albiflora,080,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,080,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,leaf_N_per_dry_mass,19.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,leaf_area,3806,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,leaf_mass_per_area,69,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,wood_density,0.447,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Homalanthus novo-guineensis,083,flowering_time,yyyyyyyyyyyy,,individual,mode,expert_score,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,083,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,07,,,,,01,14,01,03,2002/2002,made-up measurement remarks,04,08,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,083,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,07,,,,,01,14,01,03,2002/2002,made-up measurement remarks,04,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,083,leaf_length,40,mm,individual,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,02,09,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,10,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,leaf_N_per_dry_mass,22,mg/g,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,leaf_area,10682,mm2,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,leaf_mass_per_area,82,g/m2,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,seed_dry_mass,7,mg,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,wood_density,0.319,mg/mm3,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,plant_growth_form,climber,,species,mode,expert_score,3,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Ixora biflora,086,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Ixora biflora +Test_2023_1,Ixora biflora,086,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Ixora biflora +Test_2023_1,Ixora biflora,086,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,087,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,087,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Ixora biflora +Test_2023_1,Ixora biflora,087,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Ixora biflora +Test_2023_1,Ixora biflora,087,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Ixora biflora +Test_2023_1,Ixora biflora,087,leaf_N_per_dry_mass,10,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,087,leaf_area,2760,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,087,leaf_mass_per_area,81,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,087,seed_dry_mass,41.5,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,087,wood_density,0.843,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Lasianthus strigosus,089,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,089,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,089,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,leaf_N_per_dry_mass,15.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,leaf_area,3313,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,leaf_mass_per_area,55,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,seed_dry_mass,7,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,wood_density,0.684,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Litsea leefeana,092,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Litsea leefeana +Test_2023_1,Litsea leefeana,092,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Litsea leefeana +Test_2023_1,Litsea leefeana,092,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,093,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,093,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Litsea leefeana +Test_2023_1,Litsea leefeana,093,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Litsea leefeana +Test_2023_1,Litsea leefeana,093,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Litsea leefeana +Test_2023_1,Litsea leefeana,093,leaf_N_per_dry_mass,14.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,093,leaf_area,3917,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,093,leaf_mass_per_area,130,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,093,seed_dry_mass,263.4,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,093,wood_density,0.549,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Macaranga tanarius,095,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Macaranga tanarius +Test_2023_1,Macaranga tanarius,095,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,095,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,096,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Macaranga tanarius +Test_2023_1,Macaranga tanarius,096,leaf_N_per_dry_mass,20.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,096,leaf_area,46676,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,096,leaf_mass_per_area,104,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,096,wood_density,0.344,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Mallotus mollissimus,098,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,098,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,098,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,leaf_N_per_dry_mass,35.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,leaf_area,16716,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,leaf_mass_per_area,63,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,seed_dry_mass,31.25,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,wood_density,0.373,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Medicosma sessiliflora,101,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,101,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,101,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,leaf_N_per_dry_mass,15.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,leaf_area,8164,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,wood_density,0.69,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Melastoma cyanoides,104,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,104,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,104,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,leaf_N_per_dry_mass,20.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,leaf_area,4009,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,leaf_mass_per_area,46,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,seed_dry_mass,0.07,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,wood_density,0.381,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melicope elleryana,107,flowering_time,nnnnnyyyynnn,,individual,mode,expert_score,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,107,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,07,,,01,,01,,01,03,2002/2002,made-up measurement remarks,04,01,Melicope elleryana +Test_2023_1,Melicope elleryana,107,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,07,,,01,,01,,01,03,2002/2002,made-up measurement remarks,04,,Melicope elleryana +Test_2023_1,Melicope elleryana,107,leaf_length,40,mm,individual,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,108,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,02,02,Melicope elleryana +Test_2023_1,Melicope elleryana,108,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,03,Melicope elleryana +Test_2023_1,Melicope elleryana,108,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,,Melicope elleryana +Test_2023_1,Melicope elleryana,108,leaf_N_per_dry_mass,26.8,mg/g,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,108,leaf_area,6955,mm2,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,108,leaf_mass_per_area,75,g/m2,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,108,seed_dry_mass,1.61,mg,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,108,wood_density,0.346,mg/mm3,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,109,plant_growth_form,geophyte,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Myristica insipida,110,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Myristica insipida +Test_2023_1,Myristica insipida,110,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Myristica insipida +Test_2023_1,Myristica insipida,110,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,111,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Myristica insipida +Test_2023_1,Myristica insipida,111,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Myristica insipida +Test_2023_1,Myristica insipida,111,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Myristica insipida +Test_2023_1,Myristica insipida,111,leaf_N_per_dry_mass,18.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,111,leaf_area,8379,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,111,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,111,seed_dry_mass,1612,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,111,wood_density,0.433,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Neolitsea dealbata,113,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,08,,,01,,01,,01,,2002/2002,made-up measurement remarks,04,01,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,113,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,08,,,01,,01,,01,,2002/2002,made-up measurement remarks,04,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,113,leaf_length,40,mm,individual,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,02,02,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,03,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,leaf_N_per_dry_mass,16.4,mg/g,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,leaf_area,5228,mm2,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,leaf_mass_per_area,93,g/m2,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,seed_dry_mass,176.1,mg,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,wood_density,0.352,mg/mm3,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,plant_growth_form,geophyte,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Pittosporum rubiginosum,116,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,116,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,116,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,leaf_N_per_dry_mass,14.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,leaf_area,9931,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,leaf_mass_per_area,65,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,seed_dry_mass,27.94,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,wood_density,0.728,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Polyscias australiana,119,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,09,,,01,,01,07,02,,2002/2002,made-up measurement remarks,04,01,Polyscias australiana +Test_2023_1,Polyscias australiana,119,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,09,,,01,,01,07,02,,2002/2002,made-up measurement remarks,04,,Polyscias australiana +Test_2023_1,Polyscias australiana,119,leaf_length,40,mm,individual,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,120,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,02,02,Polyscias australiana +Test_2023_1,Polyscias australiana,120,leaf_N_per_dry_mass,15.4,mg/g,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,120,leaf_area,6806,mm2,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,120,leaf_mass_per_area,79,g/m2,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,120,seed_dry_mass,8.35,mg,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,120,wood_density,0.397,mg/mm3,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,121,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Psychotria dallachiana,122,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,122,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,122,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,leaf_N_per_dry_mass,17.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,leaf_area,2495,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,leaf_mass_per_area,79,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,wood_density,0.612,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),125,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,09,,,,,01,02,02,,2002/2002,made-up measurement remarks,04,01,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),125,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,09,,,,,01,02,02,,2002/2002,made-up measurement remarks,04,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),125,leaf_length,40,mm,individual,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,02,02,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,03,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,leaf_N_per_dry_mass,17.9,mg/g,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,leaf_area,11157,mm2,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,leaf_mass_per_area,108,g/m2,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,seed_dry_mass,23.09,mg,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,wood_density,0.582,mg/mm3,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Quassia baileyana,128,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Quassia baileyana +Test_2023_1,Quassia baileyana,128,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Quassia baileyana +Test_2023_1,Quassia baileyana,128,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Quassia baileyana,129,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Quassia baileyana +Test_2023_1,Quassia baileyana,129,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Quassia baileyana +Test_2023_1,Quassia baileyana,129,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Quassia baileyana +Test_2023_1,Quassia baileyana,129,leaf_N_per_dry_mass,23,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Quassia baileyana,129,leaf_area,9624,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Quassia baileyana,129,leaf_mass_per_area,86,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Quassia baileyana,129,wood_density,0.501,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Rhodomyrtus trineura,131,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,02,,,,,01,15,,,2002/2002,made-up measurement remarks,04,01,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,131,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,02,,,,,01,15,,,2002/2002,made-up measurement remarks,04,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,131,leaf_length,40,mm,individual,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,02,02,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,03,03,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,03,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,leaf_N_per_dry_mass,11.1,mg/g,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,leaf_area,3401,mm2,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,leaf_mass_per_area,129,g/m2,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,wood_density,0.763,mg/mm3,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rockinghamia angustifolia,134,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,134,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,134,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,leaf_N_per_dry_mass,15.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,leaf_area,10636,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,leaf_mass_per_area,108,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,seed_dry_mass,19.38,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,wood_density,0.455,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Syzygium gustavioides,137,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,137,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,137,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,leaf_N_per_dry_mass,12.9,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,leaf_area,3590,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,seed_dry_mass,48000,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,wood_density,0.521,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium sayeri,140,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Syzygium sayeri +Test_2023_1,Syzygium sayeri,140,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,140,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,leaf_N_per_dry_mass,13.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,leaf_area,2645,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,leaf_mass_per_area,131,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,seed_dry_mass,841,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,wood_density,0.485,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Trema aspera,143,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Trema aspera +Test_2023_1,Trema aspera,143,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Trema aspera +Test_2023_1,Trema aspera,143,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,144,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,144,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Trema aspera +Test_2023_1,Trema aspera,144,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Trema aspera +Test_2023_1,Trema aspera,144,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Trema aspera +Test_2023_1,Trema aspera,144,leaf_N_per_dry_mass,29.9,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,144,leaf_area,2071,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,144,leaf_mass_per_area,53,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,144,seed_dry_mass,5.12,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,144,wood_density,0.357,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera diff --git a/tests/testthat/examples/Test_2023_2/output/excluded_data.csv b/tests/testthat/examples/Test_2023_2/output/excluded_data.csv index 9c0c1d1e..547d5fdc 100644 --- a/tests/testthat/examples/Test_2023_2/output/excluded_data.csv +++ b/tests/testthat/examples/Test_2023_2/output/excluded_data.csv @@ -1 +1 @@ -error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name diff --git a/tests/testthat/examples/Test_2023_2/output/methods.csv b/tests/testthat/examples/Test_2023_2/output/methods.csv index 37396a22..d3a332bf 100644 --- a/tests/testthat/examples/Test_2023_2/output/methods.csv +++ b/tests/testthat/examples/Test_2023_2/output/methods.csv @@ -1,11 +1,11 @@ dataset_id,trait_name,methods,method_id,description,sampling_strategy,source_primary_key,source_primary_citation,source_secondary_key,source_secondary_citation,source_original_dataset_key,source_original_dataset_citation,data_collectors,assistants,dataset_curators -Test_2023_2,leaf_mass_per_area,LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 deg C) divided by leaf size. It was measured on the first five fully expanded leaves at the tip of each individual.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,leaf_N_per_dry_mass,"Leaves from all individuals per species were pooled and finely ground for nitrogen analysis. Total nitrogen concentration (%) was measured using complete combustion gas chromatography by Waite Analytical Services, Adelaide. The first five fully expanded leaves at the tip of each individual were used for the analysis.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,leaf_area,Leaf size was calculated as the one-sided leaf area (flat bed scanner). It was measured on the first five fully expanded leaves at the tip of each individual.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,wood_density,"Wood density was calculated using 40-60 mm stem segments taken 250 mm and 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated before processing. After removing bark material, the volume of each wood sample was determined using Archimedes' principle (Hacke et al. 2000). Samples were submerged in a water-filled container on a balance. The weight change (mg) recorded during submersion corresponds to the mass of water displaced, which can be converted to a volume using the formula, displacement weight (mg)/0.998 (mg/mm3), where 0.998 mg/mm3 is the density of water at 20 deg C. Samples were then dried for 4 days at 60 deg C before weighing.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,branch_mass_fraction,"Branch mass fraction was calculated as the mass side branches/total mass, on a carbon dry mass basis. The zero values are correct - these are plants with no branches.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,seed_dry_mass,"Mean oven-dried seed mass (including seed coat but excluding seed accessories) was estimated for all species with available field material. In total, collections for 17 of 47 species were made. Data for an additional 12 species were drawn from published (Osunkoya et al. 1994; Grubb et al. 1998) and unpublished (P. Juniper, CSIRO Atherton) sources.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,huber_value,"Leaf area was determined for a shoot whose sapwood had a cross sectional area of 10 mm2. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,huber_value,"Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,huber_value,"Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk -Test_2023_2,huber_value,"Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",04,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Falster_2005_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,leaf_mass_per_area,LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 deg C) divided by leaf size. It was measured on the first five fully expanded leaves at the tip of each individual.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,leaf_N_per_dry_mass,"Leaves from all individuals per species were pooled and finely ground for nitrogen analysis. Total nitrogen concentration (%) was measured using complete combustion gas chromatography by Waite Analytical Services, Adelaide. The first five fully expanded leaves at the tip of each individual were used for the analysis.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,leaf_area,Leaf size was calculated as the one-sided leaf area (flat bed scanner). It was measured on the first five fully expanded leaves at the tip of each individual.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,wood_density,"Wood density was calculated using 40-60 mm stem segments taken 250 mm and 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated before processing. After removing bark material, the volume of each wood sample was determined using Archimedes' principle (Hacke et al. 2000). Samples were submerged in a water-filled container on a balance. The weight change (mg) recorded during submersion corresponds to the mass of water displaced, which can be converted to a volume using the formula, displacement weight (mg)/0.998 (mg/mm3), where 0.998 mg/mm3 is the density of water at 20 deg C. Samples were then dried for 4 days at 60 deg C before weighing.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,branch_mass_fraction,"Branch mass fraction was calculated as the mass side branches/total mass, on a carbon dry mass basis. The zero values are correct - these are plants with no branches.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,seed_dry_mass,"Mean oven-dried seed mass (including seed coat but excluding seed accessories) was estimated for all species with available field material. In total, collections for 17 of 47 species were made. Data for an additional 12 species were drawn from published (Osunkoya et al. 1994; Grubb et al. 1998) and unpublished (P. Juniper, CSIRO Atherton) sources.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,huber_value,"Leaf area was determined for a shoot whose sapwood had a cross sectional area of 10 mm2. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,huber_value,"Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,huber_value,"Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_2,huber_value,"Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",04,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_2,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk diff --git a/tests/testthat/examples/Test_2023_2/output/sources.bib b/tests/testthat/examples/Test_2023_2/output/sources.bib index 330f2939..b3c0df08 100644 --- a/tests/testthat/examples/Test_2023_2/output/sources.bib +++ b/tests/testthat/examples/Test_2023_2/output/sources.bib @@ -1,4 +1,4 @@ -@Article{Falster_2005_1, +@Article{Test_2023_2, author = {Daniel S. Falster and Mark Westoby}, year = {2005}, title = {{Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia}}, diff --git a/tests/testthat/examples/Test_2023_2/output/traits.csv b/tests/testthat/examples/Test_2023_2/output/traits.csv index d9ac3659..97067f8d 100644 --- a/tests/testthat/examples/Test_2023_2/output/traits.csv +++ b/tests/testthat/examples/Test_2023_2/output/traits.csv @@ -1,452 +1,452 @@ -dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Test_2023_2,Acacia celsa,001,branch_mass_fraction,0.67,mg/mg,population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000335908632851864,mm2{sapwood}/mm2{leaf},population,raw,measurement,7,field,adult,01,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000137741046831956,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,02,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,03,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa -Test_2023_2,Acacia celsa,002,seed_dry_mass,10.3,mg,population,raw,measurement,unknown,literature,seedling,01,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,003,leaf_N_per_dry_mass,21.4,mg/g,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,003,leaf_area,2786,mm2,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,003,leaf_mass_per_area,145,g/m2,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,003,wood_density,0.498,mg/mm3,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acmena graveolens,004,branch_mass_fraction,0.67,mg/mg,population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_N_per_dry_mass,15.5,mg/g,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_area,5246,mm2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_mass_per_area,151,g/m2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,wood_density,0.599,mg/mm3,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acronychia acidula,006,branch_mass_fraction,0.48,mg/mg,population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,02,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,03,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula -Test_2023_2,Acronychia acidula,007,leaf_N_per_dry_mass,24.3,mg/g,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Acronychia acidula,007,leaf_area,14302,mm2,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Acronychia acidula,007,leaf_mass_per_area,85,g/m2,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Acronychia acidula,007,wood_density,0.525,mg/mm3,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Aleurites rockinghamensis,008,branch_mass_fraction,0.02,mg/mg,population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,009,seed_dry_mass,7077,mg,population,,field_experiment,10,literature,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_N_per_dry_mass,18.4,mg/g,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_area,73984,mm2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_mass_per_area,113,g/m2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,wood_density,0.28,mg/mm3,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Alphitonia petriei,011,branch_mass_fraction,0.42,mg/mg,population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,02,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,03,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,012,seed_dry_mass,27.2,mg,population,raw,measurement,unknown,literature,seedling,01,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,013,leaf_N_per_dry_mass,16.3,mg/g,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,013,leaf_area,6820,mm2,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,013,leaf_mass_per_area,149,g/m2,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,013,wood_density,0.413,mg/mm3,species,raw,measurement,1,field,adult,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alstonia scholaris,014,branch_mass_fraction,0.46,mg/mg,population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,015,seed_dry_mass,1.53,mg,population,,field_experiment,10,literature,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_N_per_dry_mass,22.3,mg/g,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_area,6182,mm2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_mass_per_area,107,g/m2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,wood_density,0.361,mg/mm3,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Argyrodendron peralatum,017,branch_mass_fraction,0.71,mg/mg,population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,018,seed_dry_mass,433,mg,population,,field_experiment,10,literature,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_N_per_dry_mass,11.9,mg/g,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_area,3201,mm2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_mass_per_area,244,g/m2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,wood_density,0.726,mg/mm3,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Atractocarpus hirtus,020,branch_mass_fraction,0.28,mg/mg,population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_N_per_dry_mass,15.7,mg/g,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_area,11374,mm2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_mass_per_area,72,g/m2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,wood_density,0.804,mg/mm3,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Brombya platynema,022,branch_mass_fraction,0.33,mg/mg,population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_N_per_dry_mass,18.8,mg/g,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_area,8218,mm2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_mass_per_area,106,g/m2,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,wood_density,0.603,mg/mm3,species,,field_experiment,10,field,juvenile,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Cardwellia sublimis,024,branch_mass_fraction,0.56,mg/mg,population,,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,025,seed_dry_mass,582.3,mg,population,,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_N_per_dry_mass,12.8,mg/g,species,,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_area,4352,mm2,species,,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_mass_per_area,127,g/m2,species,,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,wood_density,0.603,mg/mm3,species,,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Castanospermum australe,027,branch_mass_fraction,0.37,mg/mg,population,,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe -Test_2023_2,Castanospermum australe,028,seed_dry_mass,14851,mg,population,,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_N_per_dry_mass,23.7,mg/g,species,,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_area,2765,mm2,species,,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_mass_per_area,117,g/m2,species,,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,wood_density,0.587,mg/mm3,species,,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Cleistanthus myrianthus,030,branch_mass_fraction,0.56,mg/mg,population,raw,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_N_per_dry_mass,22.8,mg/g,species,raw,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_area,4828,mm2,species,raw,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_mass_per_area,78,g/m2,species,raw,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,wood_density,0.588,mg/mm3,species,raw,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cryptocarya laevigata,032,branch_mass_fraction,0.65,mg/mg,population,maximum,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,033,seed_dry_mass,1281,mg,population,maximum,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_N_per_dry_mass,15.6,mg/g,species,maximum,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_area,2682,mm2,species,maximum,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_mass_per_area,87,g/m2,species,maximum,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,wood_density,0.64,mg/mm3,species,maximum,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya mackinnoniana,035,branch_mass_fraction,0.61,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,036,seed_dry_mass,204,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_N_per_dry_mass,15.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_area,10458,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_mass_per_area,204,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,wood_density,0.655,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya murrayi,038,branch_mass_fraction,0.39,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_N_per_dry_mass,16.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_area,9960,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_mass_per_area,155,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,wood_density,0.674,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Dendrocnide moroides,040,branch_mass_fraction,0.46,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,041,seed_dry_mass,0.71,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_N_per_dry_mass,31.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_area,26454,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_mass_per_area,52,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,wood_density,0.23,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Elaeocarpus grandis,043,branch_mass_fraction,0.47,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,044,seed_dry_mass,3699,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_N_per_dry_mass,18.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_area,2762,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_mass_per_area,122,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,wood_density,0.499,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Endiandra leptodendron,046,branch_mass_fraction,0.68,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_N_per_dry_mass,18,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_area,3987,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,wood_density,0.611,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra microneura,048,branch_mass_fraction,0.61,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_N_per_dry_mass,17.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_area,3377,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_mass_per_area,151,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,wood_density,0.623,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Gillbeea adenopetala,050,branch_mass_fraction,0.46,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,051,seed_dry_mass,15,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_N_per_dry_mass,9.6,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_area,3678,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_mass_per_area,126,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,wood_density,0.43,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Glochidion hylandii,053,branch_mass_fraction,0.41,mg/mg,population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,02,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,03,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,054,seed_dry_mass,10.41,mg,population,mean,measurement,unknown,literature,seedling,01,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,055,leaf_N_per_dry_mass,13.7,mg/g,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,055,leaf_area,3209,mm2,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,055,leaf_mass_per_area,106,g/m2,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,055,wood_density,0.566,mg/mm3,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Haplostichanthus submontanus,056,branch_mass_fraction,0.36,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_N_per_dry_mass,22,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_area,4685,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_mass_per_area,72,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,wood_density,0.668,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Harpullia rhyticarpa,058,branch_mass_fraction,0.01,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_N_per_dry_mass,17.4,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_area,40876,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_mass_per_area,76,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,wood_density,0.621,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Hernandia albiflora,060,branch_mass_fraction,0.33,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_N_per_dry_mass,19.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_area,3806,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_mass_per_area,69,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,wood_density,0.447,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Homalanthus novo-guineensis,062,branch_mass_fraction,0.47,mg/mg,population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,02,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,03,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,063,seed_dry_mass,7,mg,population,mean,measurement,unknown,literature,seedling,01,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,leaf_N_per_dry_mass,22,mg/g,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,leaf_area,10682,mm2,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,leaf_mass_per_area,82,g/m2,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,wood_density,0.319,mg/mm3,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Ixora biflora,065,branch_mass_fraction,0.55,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora -Test_2023_2,Ixora biflora,066,seed_dry_mass,41.5,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_N_per_dry_mass,10,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_area,2760,mm2,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_mass_per_area,81,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,wood_density,0.843,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Lasianthus strigosus,068,branch_mass_fraction,0.15,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,069,seed_dry_mass,7,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_N_per_dry_mass,15.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_area,3313,mm2,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_mass_per_area,55,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,wood_density,0.684,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Litsea leefeana,071,branch_mass_fraction,0.68,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana -Test_2023_2,Litsea leefeana,072,seed_dry_mass,263.4,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_N_per_dry_mass,14.4,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_area,3917,mm2,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_mass_per_area,130,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,wood_density,0.549,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Macaranga tanarius,074,branch_mass_fraction,0,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_N_per_dry_mass,20.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_area,46676,mm2,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_mass_per_area,104,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,wood_density,0.344,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Mallotus mollissimus,076,branch_mass_fraction,0.32,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,077,seed_dry_mass,31.25,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_N_per_dry_mass,35.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_area,16716,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_mass_per_area,63,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,wood_density,0.373,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Medicosma sessiliflora,079,branch_mass_fraction,0.65,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_N_per_dry_mass,15.3,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_area,8164,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,wood_density,0.69,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Melastoma cyanoides,081,branch_mass_fraction,0.6,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,082,seed_dry_mass,0.07,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_N_per_dry_mass,20.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_area,4009,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_mass_per_area,46,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,wood_density,0.381,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melicope elleryana,084,branch_mass_fraction,0.58,mg/mg,population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,02,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,03,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana -Test_2023_2,Melicope elleryana,085,seed_dry_mass,1.61,mg,population,mean,measurement,unknown,literature,seedling,01,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,leaf_N_per_dry_mass,26.8,mg/g,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,leaf_area,6955,mm2,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,leaf_mass_per_area,75,g/m2,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,wood_density,0.346,mg/mm3,species,mean,measurement,3,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Myristica insipida,087,branch_mass_fraction,0.51,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida -Test_2023_2,Myristica insipida,088,seed_dry_mass,1612,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_N_per_dry_mass,18.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_area,8379,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,wood_density,0.433,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Neolitsea dealbata,090,branch_mass_fraction,0.58,mg/mg,population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,02,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,03,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,091,seed_dry_mass,176.1,mg,population,mean,measurement,unknown,literature,seedling,01,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,leaf_N_per_dry_mass,16.4,mg/g,species,mean,measurement,2,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,leaf_area,5228,mm2,species,mean,measurement,2,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,leaf_mass_per_area,93,g/m2,species,mean,measurement,2,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,wood_density,0.352,mg/mm3,species,mean,measurement,2,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Pittosporum rubiginosum,093,branch_mass_fraction,0.28,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,094,seed_dry_mass,27.94,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_N_per_dry_mass,14.3,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_area,9931,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_mass_per_area,65,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,wood_density,0.728,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Polyscias australiana,096,branch_mass_fraction,0.42,mg/mg,population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,02,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana -Test_2023_2,Polyscias australiana,097,seed_dry_mass,8.35,mg,population,mean,measurement,unknown,literature,seedling,01,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,leaf_N_per_dry_mass,15.4,mg/g,species,mean,measurement,2,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,leaf_area,6806,mm2,species,mean,measurement,2,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,leaf_mass_per_area,79,g/m2,species,mean,measurement,2,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,wood_density,0.397,mg/mm3,species,mean,measurement,2,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Psychotria dallachiana,099,branch_mass_fraction,0.33,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_N_per_dry_mass,17.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_area,2495,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_mass_per_area,79,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,wood_density,0.612,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,branch_mass_fraction,0,mg/mg,population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,02,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,03,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),102,seed_dry_mass,23.09,mg,population,mean,measurement,unknown,literature,seedling,01,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_N_per_dry_mass,17.9,mg/g,species,mean,measurement,,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_area,11157,mm2,species,mean,measurement,,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_mass_per_area,108,g/m2,species,mean,measurement,,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,wood_density,0.582,mg/mm3,species,mean,measurement,,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Quassia baileyana,104,branch_mass_fraction,0.42,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_N_per_dry_mass,23,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_area,9624,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_mass_per_area,86,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,wood_density,0.501,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Rhodomyrtus trineura,106,branch_mass_fraction,0.34,mg/mg,population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,02,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,03,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,leaf_N_per_dry_mass,11.1,mg/g,species,mean,measurement,,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,leaf_area,3401,mm2,species,mean,measurement,,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,leaf_mass_per_area,129,g/m2,species,mean,measurement,,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,wood_density,0.763,mg/mm3,species,mean,measurement,,field,adult,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rockinghamia angustifolia,108,branch_mass_fraction,0.39,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,109,seed_dry_mass,19.38,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_N_per_dry_mass,15.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_area,10636,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_mass_per_area,108,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,wood_density,0.455,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Syzygium gustavioides,111,branch_mass_fraction,0.59,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,112,seed_dry_mass,48000,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_N_per_dry_mass,12.9,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_area,3590,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_mass_per_area,167,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,wood_density,0.521,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium sayeri,114,branch_mass_fraction,0.65,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,115,seed_dry_mass,841,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_N_per_dry_mass,13.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_area,2645,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_mass_per_area,131,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,wood_density,0.485,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Trema aspera,117,branch_mass_fraction,0.53,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera -Test_2023_2,Trema aspera,118,seed_dry_mass,5.12,mg,population,mean,field_experiment,10,literature,juvenile,02,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_N_per_dry_mass,29.9,mg/g,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_area,2071,mm2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_mass_per_area,53,g/m2,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,wood_density,0.357,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +Test_2023_2,Acacia celsa,001,branch_mass_fraction,0.67,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,001,huber_value,0.000335908632851864,mm2{sapwood}/mm2{leaf},population,raw,measurement,7,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,001,huber_value,0.000137741046831956,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Acacia celsa +Test_2023_2,Acacia celsa,001,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Acacia celsa +Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa +Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa +Test_2023_2,Acacia celsa,002,seed_dry_mass,10.3,mg,population,raw,measurement,unknown,literature,seedling,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,003,leaf_N_per_dry_mass,21.4,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,003,leaf_area,2786,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,003,leaf_mass_per_area,145,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,003,wood_density,0.498,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acmena graveolens,004,branch_mass_fraction,0.67,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens +Test_2023_2,Acmena graveolens,005,leaf_N_per_dry_mass,15.5,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,005,leaf_area,5246,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,005,leaf_mass_per_area,151,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,005,wood_density,0.599,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acronychia acidula,006,branch_mass_fraction,0.48,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Acronychia acidula,006,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Acronychia acidula +Test_2023_2,Acronychia acidula,006,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Acronychia acidula +Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula +Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula +Test_2023_2,Acronychia acidula,007,leaf_N_per_dry_mass,24.3,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Acronychia acidula,007,leaf_area,14302,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Acronychia acidula,007,leaf_mass_per_area,85,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Acronychia acidula,007,wood_density,0.525,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Aleurites rockinghamensis,008,branch_mass_fraction,0.02,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,009,seed_dry_mass,7077,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,010,leaf_N_per_dry_mass,18.4,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,010,leaf_area,73984,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,010,leaf_mass_per_area,113,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,010,wood_density,0.28,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Alphitonia petriei,011,branch_mass_fraction,0.42,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,011,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,011,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,012,seed_dry_mass,27.2,mg,population,raw,measurement,unknown,literature,seedling,01,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,013,leaf_N_per_dry_mass,16.3,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,013,leaf_area,6820,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,013,leaf_mass_per_area,149,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,013,wood_density,0.413,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alstonia scholaris,014,branch_mass_fraction,0.46,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,014,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,014,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,015,seed_dry_mass,1.53,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,016,leaf_N_per_dry_mass,22.3,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,016,leaf_area,6182,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,016,leaf_mass_per_area,107,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,016,wood_density,0.361,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Argyrodendron peralatum,017,branch_mass_fraction,0.71,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,017,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,018,seed_dry_mass,433,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,019,leaf_N_per_dry_mass,11.9,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,019,leaf_area,3201,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,019,leaf_mass_per_area,244,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,019,wood_density,0.726,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Atractocarpus hirtus,020,branch_mass_fraction,0.28,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,021,leaf_N_per_dry_mass,15.7,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,021,leaf_area,11374,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,021,leaf_mass_per_area,72,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,021,wood_density,0.804,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Brombya platynema,022,branch_mass_fraction,0.33,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema +Test_2023_2,Brombya platynema,022,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Brombya platynema +Test_2023_2,Brombya platynema,022,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Brombya platynema +Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema +Test_2023_2,Brombya platynema,023,leaf_N_per_dry_mass,18.8,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,023,leaf_area,8218,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,023,leaf_mass_per_area,106,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,023,wood_density,0.603,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Cardwellia sublimis,024,branch_mass_fraction,0.56,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,024,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,024,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,025,seed_dry_mass,582.3,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,026,leaf_N_per_dry_mass,12.8,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,026,leaf_area,4352,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,026,leaf_mass_per_area,127,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,026,wood_density,0.603,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Castanospermum australe,027,branch_mass_fraction,0.37,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe +Test_2023_2,Castanospermum australe,027,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Castanospermum australe +Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe +Test_2023_2,Castanospermum australe,028,seed_dry_mass,14851,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,029,leaf_N_per_dry_mass,23.7,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,029,leaf_area,2765,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,029,leaf_mass_per_area,117,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,029,wood_density,0.587,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Cleistanthus myrianthus,030,branch_mass_fraction,0.56,mg/mg,population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,031,leaf_N_per_dry_mass,22.8,mg/g,species,raw,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,031,leaf_area,4828,mm2,species,raw,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,031,leaf_mass_per_area,78,g/m2,species,raw,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,031,wood_density,0.588,mg/mm3,species,raw,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cryptocarya laevigata,032,branch_mass_fraction,0.65,mg/mg,population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,033,seed_dry_mass,1281,mg,population,maximum,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,034,leaf_N_per_dry_mass,15.6,mg/g,species,maximum,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,034,leaf_area,2682,mm2,species,maximum,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,034,leaf_mass_per_area,87,g/m2,species,maximum,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,034,wood_density,0.64,mg/mm3,species,maximum,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya mackinnoniana,035,branch_mass_fraction,0.61,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,036,seed_dry_mass,204,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,037,leaf_N_per_dry_mass,15.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,037,leaf_area,10458,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,037,leaf_mass_per_area,204,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,037,wood_density,0.655,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya murrayi,038,branch_mass_fraction,0.39,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,039,leaf_N_per_dry_mass,16.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,039,leaf_area,9960,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,039,leaf_mass_per_area,155,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,039,wood_density,0.674,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Dendrocnide moroides,040,branch_mass_fraction,0.46,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,040,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,041,seed_dry_mass,0.71,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,042,leaf_N_per_dry_mass,31.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,042,leaf_area,26454,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,042,leaf_mass_per_area,52,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,042,wood_density,0.23,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Elaeocarpus grandis,043,branch_mass_fraction,0.47,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,043,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,044,seed_dry_mass,3699,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,045,leaf_N_per_dry_mass,18.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,045,leaf_area,2762,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,045,leaf_mass_per_area,122,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,045,wood_density,0.499,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Endiandra leptodendron,046,branch_mass_fraction,0.68,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,047,leaf_N_per_dry_mass,18,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,047,leaf_area,3987,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,047,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,047,wood_density,0.611,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra microneura,048,branch_mass_fraction,0.61,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura +Test_2023_2,Endiandra microneura,049,leaf_N_per_dry_mass,17.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,049,leaf_area,3377,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,049,leaf_mass_per_area,151,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,049,wood_density,0.623,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Gillbeea adenopetala,050,branch_mass_fraction,0.46,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,051,seed_dry_mass,15,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,052,leaf_N_per_dry_mass,9.6,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,052,leaf_area,3678,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,052,leaf_mass_per_area,126,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,052,wood_density,0.43,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Glochidion hylandii,053,branch_mass_fraction,0.41,mg/mg,population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,053,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,053,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,053,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,054,seed_dry_mass,10.41,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,055,leaf_N_per_dry_mass,13.7,mg/g,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,055,leaf_area,3209,mm2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,055,leaf_mass_per_area,106,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,055,wood_density,0.566,mg/mm3,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Haplostichanthus submontanus,056,branch_mass_fraction,0.36,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,057,leaf_N_per_dry_mass,22,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,057,leaf_area,4685,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,057,leaf_mass_per_area,72,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,057,wood_density,0.668,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Harpullia rhyticarpa,058,branch_mass_fraction,0.01,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,059,leaf_N_per_dry_mass,17.4,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,059,leaf_area,40876,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,059,leaf_mass_per_area,76,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,059,wood_density,0.621,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Hernandia albiflora,060,branch_mass_fraction,0.33,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,061,leaf_N_per_dry_mass,19.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,061,leaf_area,3806,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,061,leaf_mass_per_area,69,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,061,wood_density,0.447,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Homalanthus novo-guineensis,062,branch_mass_fraction,0.47,mg/mg,population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,063,seed_dry_mass,7,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,064,leaf_N_per_dry_mass,22,mg/g,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,064,leaf_area,10682,mm2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,064,leaf_mass_per_area,82,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,064,wood_density,0.319,mg/mm3,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Ixora biflora,065,branch_mass_fraction,0.55,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora +Test_2023_2,Ixora biflora,066,seed_dry_mass,41.5,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,067,leaf_N_per_dry_mass,10,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,067,leaf_area,2760,mm2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,067,leaf_mass_per_area,81,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,067,wood_density,0.843,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Lasianthus strigosus,068,branch_mass_fraction,0.15,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,069,seed_dry_mass,7,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,070,leaf_N_per_dry_mass,15.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,070,leaf_area,3313,mm2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,070,leaf_mass_per_area,55,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,070,wood_density,0.684,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Litsea leefeana,071,branch_mass_fraction,0.68,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana +Test_2023_2,Litsea leefeana,072,seed_dry_mass,263.4,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,073,leaf_N_per_dry_mass,14.4,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,073,leaf_area,3917,mm2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,073,leaf_mass_per_area,130,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,073,wood_density,0.549,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Macaranga tanarius,074,branch_mass_fraction,0,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,074,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,075,leaf_N_per_dry_mass,20.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,075,leaf_area,46676,mm2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,075,leaf_mass_per_area,104,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,075,wood_density,0.344,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Mallotus mollissimus,076,branch_mass_fraction,0.32,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,077,seed_dry_mass,31.25,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,078,leaf_N_per_dry_mass,35.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,078,leaf_area,16716,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,078,leaf_mass_per_area,63,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,078,wood_density,0.373,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Medicosma sessiliflora,079,branch_mass_fraction,0.65,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,080,leaf_N_per_dry_mass,15.3,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,080,leaf_area,8164,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,080,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,080,wood_density,0.69,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Melastoma cyanoides,081,branch_mass_fraction,0.6,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,082,seed_dry_mass,0.07,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,083,leaf_N_per_dry_mass,20.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,083,leaf_area,4009,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,083,leaf_mass_per_area,46,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,083,wood_density,0.381,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melicope elleryana,084,branch_mass_fraction,0.58,mg/mg,population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,084,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Melicope elleryana +Test_2023_2,Melicope elleryana,084,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Melicope elleryana +Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana +Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana +Test_2023_2,Melicope elleryana,085,seed_dry_mass,1.61,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,086,leaf_N_per_dry_mass,26.8,mg/g,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,086,leaf_area,6955,mm2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,086,leaf_mass_per_area,75,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,086,wood_density,0.346,mg/mm3,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Myristica insipida,087,branch_mass_fraction,0.51,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,087,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Myristica insipida +Test_2023_2,Myristica insipida,087,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Myristica insipida +Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida +Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida +Test_2023_2,Myristica insipida,088,seed_dry_mass,1612,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,089,leaf_N_per_dry_mass,18.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,089,leaf_area,8379,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,089,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,089,wood_density,0.433,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Neolitsea dealbata,090,branch_mass_fraction,0.58,mg/mg,population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,091,seed_dry_mass,176.1,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,092,leaf_N_per_dry_mass,16.4,mg/g,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,092,leaf_area,5228,mm2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,092,leaf_mass_per_area,93,g/m2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,092,wood_density,0.352,mg/mm3,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Pittosporum rubiginosum,093,branch_mass_fraction,0.28,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,094,seed_dry_mass,27.94,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,095,leaf_N_per_dry_mass,14.3,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,095,leaf_area,9931,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,095,leaf_mass_per_area,65,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,095,wood_density,0.728,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Polyscias australiana,096,branch_mass_fraction,0.42,mg/mg,population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,096,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Polyscias australiana +Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana +Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana +Test_2023_2,Polyscias australiana,097,seed_dry_mass,8.35,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,098,leaf_N_per_dry_mass,15.4,mg/g,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,098,leaf_area,6806,mm2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,098,leaf_mass_per_area,79,g/m2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,098,wood_density,0.397,mg/mm3,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Psychotria dallachiana,099,branch_mass_fraction,0.33,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,100,leaf_N_per_dry_mass,17.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,100,leaf_area,2495,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,100,leaf_mass_per_area,79,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,100,wood_density,0.612,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,branch_mass_fraction,0,mg/mg,population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),102,seed_dry_mass,23.09,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_N_per_dry_mass,17.9,mg/g,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_area,11157,mm2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_mass_per_area,108,g/m2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,wood_density,0.582,mg/mm3,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Quassia baileyana,104,branch_mass_fraction,0.42,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,104,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Quassia baileyana +Test_2023_2,Quassia baileyana,104,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Quassia baileyana +Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana +Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana +Test_2023_2,Quassia baileyana,105,leaf_N_per_dry_mass,23,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,105,leaf_area,9624,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,105,leaf_mass_per_area,86,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,105,wood_density,0.501,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Rhodomyrtus trineura,106,branch_mass_fraction,0.34,mg/mg,population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,107,leaf_N_per_dry_mass,11.1,mg/g,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,107,leaf_area,3401,mm2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,107,leaf_mass_per_area,129,g/m2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,107,wood_density,0.763,mg/mm3,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rockinghamia angustifolia,108,branch_mass_fraction,0.39,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,109,seed_dry_mass,19.38,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,110,leaf_N_per_dry_mass,15.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,110,leaf_area,10636,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,110,leaf_mass_per_area,108,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,110,wood_density,0.455,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Syzygium gustavioides,111,branch_mass_fraction,0.59,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,112,seed_dry_mass,48000,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,113,leaf_N_per_dry_mass,12.9,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,113,leaf_area,3590,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,113,leaf_mass_per_area,167,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,113,wood_density,0.521,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium sayeri,114,branch_mass_fraction,0.65,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,115,seed_dry_mass,841,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,116,leaf_N_per_dry_mass,13.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,116,leaf_area,2645,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,116,leaf_mass_per_area,131,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,116,wood_density,0.485,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Trema aspera,117,branch_mass_fraction,0.53,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera +Test_2023_2,Trema aspera,118,seed_dry_mass,5.12,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,119,leaf_N_per_dry_mass,29.9,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,119,leaf_area,2071,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,119,leaf_mass_per_area,53,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,119,wood_density,0.357,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera diff --git a/tests/testthat/examples/Test_2023_4/output/definitions.yml b/tests/testthat/examples/Test_2023_4/output/definitions.yml index 819a43cc..8f11ca22 100644 --- a/tests/testthat/examples/Test_2023_4/output/definitions.yml +++ b/tests/testthat/examples/Test_2023_4/output/definitions.yml @@ -55,3 +55,18 @@ fruit_colour: white: Fruit's exocarp is white. yellow: Fruit's exocarp is yellow. entity_URI: https://w3id.org/APD/traits/trait_0012519 +leaf_photosynthesis: + label: Leaf photosynthesis + description: Dummy trait definition to test response curves in Test Dataset 7. + type: numeric + units: umol/m2/s + allowed_values_min: -5 + allowed_values_max: 50 +leaf_stomatal_conductance: + label: Leaf stomatal conductance + description: Second dummy trait definition to test response curves in Test Dataset + 7. + type: numeric + units: mol{H2O}/m2/s + allowed_values_min: 0 + allowed_values_max: 1 diff --git a/tests/testthat/examples/Test_2023_4/output/excluded_data.csv b/tests/testthat/examples/Test_2023_4/output/excluded_data.csv index 9c0c1d1e..547d5fdc 100644 --- a/tests/testthat/examples/Test_2023_4/output/excluded_data.csv +++ b/tests/testthat/examples/Test_2023_4/output/excluded_data.csv @@ -1 +1 @@ -error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name diff --git a/tests/testthat/examples/Test_2023_4/output/methods.csv b/tests/testthat/examples/Test_2023_4/output/methods.csv index 111dbc51..c75536b4 100644 --- a/tests/testthat/examples/Test_2023_4/output/methods.csv +++ b/tests/testthat/examples/Test_2023_4/output/methods.csv @@ -1,5 +1,8 @@ dataset_id,trait_name,methods,method_id,description,sampling_strategy,source_primary_key,source_primary_citation,source_secondary_key,source_secondary_citation,source_original_dataset_key,source_original_dataset_citation,data_collectors,assistants,dataset_curators -Test_2023_4,fruit_colour,"When specified in the taxon description, only the colours of the fruit at maturity or the dominant colours of the fruit exterior were scored. If neither were specified, all colours associated with the fruit were scored.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",NHNSW_2023,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk -Test_2023_4,fruit_dehiscence,"Taxa were scored as dehiscent from a variety of terms in the text including the kind of dehiscence e.g. scepticidal, loculicidal or possessing valves.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",NHNSW_2023,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk -Test_2023_4,fruit_length,"The term used to describe the fruit length was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",NHNSW_2023,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk -Test_2023_4,fruit_width,"The term used to describe the fruit width was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",NHNSW_2023,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_4,fruit_colour,"When specified in the taxon description, only the colours of the fruit at maturity or the dominant colours of the fruit exterior were scored. If neither were specified, all colours associated with the fruit were scored.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_4,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_4,fruit_dehiscence,"Taxa were scored as dehiscent from a variety of terms in the text including the kind of dehiscence e.g. scepticidal, loculicidal or possessing valves.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_4,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_4,fruit_length,"The term used to describe the fruit length was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_4,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_4,fruit_width,"The term used to describe the fruit width was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_4,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_4,leaf_photosynthesis,Test `repeat_measurements_id` at the trait level for long datasets.,01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_4,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_4,leaf_stomatal_conductance,Test `repeat_measurements_id` at the trait level for populations and species.,01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_4,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_4,leaf_stomatal_conductance,Test that `repeat_measurements_id` is not made for traits where `repeat_measurements_id` is set to FALSE but have already been entered with `repeat_measurements_id` as TRUE from another column.,02,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_4,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk diff --git a/tests/testthat/examples/Test_2023_4/output/sources.bib b/tests/testthat/examples/Test_2023_4/output/sources.bib index de97981b..ac9b9c8b 100644 --- a/tests/testthat/examples/Test_2023_4/output/sources.bib +++ b/tests/testthat/examples/Test_2023_4/output/sources.bib @@ -1,4 +1,4 @@ -@Online{NHNSW_2023, +@Online{Test_2023_4, year = {2023}, author = {National Herbarium {of New South Wales}}, title = {{The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0.}}, diff --git a/tests/testthat/examples/Test_2023_4/output/traits.csv b/tests/testthat/examples/Test_2023_4/output/traits.csv index 776f7e04..c0008f5b 100644 --- a/tests/testthat/examples/Test_2023_4/output/traits.csv +++ b/tests/testthat/examples/Test_2023_4/output/traits.csv @@ -1,192 +1,215 @@ -dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Test_2023_4,Abildgaardia ovata,001,fruit_width,1.2,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Abildgaardia ovata -Test_2023_4,Acacia alpina,002,fruit_width,3,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia alpina -Test_2023_4,Acacia beadleana,003,fruit_width,10.5,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia beadleana -Test_2023_4,Acacia bulgaensis,004,fruit_length,95,mm,population,minimum,measurement,2,literature,juvenile,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Acacia bulgaensis -Test_2023_4,Acacia caroleae,005,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia caroleae -Test_2023_4,Acacia crassa,006,fruit_length,40,mm,species,mode,expert_score,1,field,seedling,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Acacia crassa -Test_2023_4,Acacia flexifolia,007,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia flexifolia -Test_2023_4,Acacia gladiiformis,008,fruit_length,150,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia gladiiformis -Test_2023_4,Acacia havilandiorum,009,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia havilandiorum -Test_2023_4,Acacia leiocalyx subsp. leiocalyx,010,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia leiocalyx subsp. leiocalyx -Test_2023_4,Acacia myrtifolia,011,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia myrtifolia -Test_2023_4,Acacia ramulosa var. ramulosa,012,fruit_length,20,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia ramulosa var. ramulosa -Test_2023_4,Acacia spectabilis,013,fruit_length,170,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia spectabilis -Test_2023_4,Acacia terminalis subsp. Glabrous form (M.Hancock 94),014,fruit_width,14,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia terminalis subsp. Glabrous form (M.Hancock 94) -Test_2023_4,Acronychia littoralis,015,fruit_width,20,mm,species,,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Acronychia littoralis -Test_2023_4,Adriana tomentosa,016,fruit_width,12,mm,,mode,unknown,1,,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Adriana tomentosa -Test_2023_4,Alectryon coriaceus,017,fruit_length,7,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon coriaceus -Test_2023_4,Alectryon oleifolius,018,fruit_width,10,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon oleifolius -Test_2023_4,Alectryon subdentatus,019,fruit_length,8,mm,population,minimum,measurement,2,,juvenile,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Alectryon subdentatus -Test_2023_4,Amyema preissii,020,fruit_colour,pink white,,,mode,unknown,1,,seedling,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Amyema preissii -Test_2023_4,Angophora leiocarpa,021,fruit_width,11,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Angophora leiocarpa -Test_2023_4,Apophyllum anomalum,022,fruit_colour,purple,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Apophyllum anomalum -Test_2023_4,Arbutus unedo,023,fruit_colour,red,,metapopulation,mode,unknown,1,,seedling,03,,01,,02,02,,,2021,From `australia_2` site,01,04,Arbutus unedo -Test_2023_4,Australina pusilla,024,fruit_length,1,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Australina pusilla -Test_2023_4,Burmannia disticha,025,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Burmannia disticha -Test_2023_4,Bursaria spinosa subsp. spinosa,026,fruit_width,9,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Bursaria spinosa subsp. spinosa -Test_2023_4,Calendula arvensis,027,fruit_length,15,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Calendula arvensis -Test_2023_4,Callistemon purpurascens,028,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Callistemon purpurascens -Test_2023_4,Carex cephalotes,029,fruit_length,2.5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex cephalotes -Test_2023_4,Carex cephalotes,029,fruit_width,1,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex cephalotes -Test_2023_4,Carex leporina,030,fruit_length,3.5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex leporina -Test_2023_4,Carex raleighii,031,fruit_length,2.5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex raleighii -Test_2023_4,Carmichaelia exsul,032,fruit_length,10,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Carmichaelia exsul -Test_2023_4,Cassinia compacta,033,fruit_length,0.5,mm,species,mode,,1,literature,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Cassinia compacta -Test_2023_4,Castanospermum australe,034,fruit_length,100,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Castanospermum australe -Test_2023_4,Centaurium tenuiflorum,035,fruit_length,6,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Centaurium tenuiflorum -Test_2023_4,Cestrum nocturnum,036,fruit_width,8,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cestrum nocturnum -Test_2023_4,Chthonocephalus pseudevax,037,fruit_length,0.5,mm,species,mode,,1,,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Chthonocephalus pseudevax -Test_2023_4,Claoxylon australe,038,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Claoxylon australe -Test_2023_4,Commersonia amystia,039,fruit_width,13,mm,species,maximum,unknown,1,,seedling,,,01,Test_2003,,01,,,,Part of Test Dataset 4,01,04,Commersonia amystia -Test_2023_4,Commersonia salviifolia,040,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Commersonia salviifolia -Test_2023_4,Convolvulus farinosus,041,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Convolvulus farinosus -Test_2023_4,Coprosma niphophila,042,fruit_colour,orange red,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Coprosma niphophila -Test_2023_4,Coprosma nivalis,043,fruit_colour,grey purple,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Coprosma nivalis -Test_2023_4,Correa alba,044,fruit_length,5,mm,species,mode,,1,,seedling,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Correa alba -Test_2023_4,Corymbia citriodora,045,fruit_length,15,mm,species,mode,measurement,1,literature,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Corymbia citriodora -Test_2023_4,Corymbia eximia,046,fruit_length,13,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Corymbia eximia -Test_2023_4,Crassula decumbens,047,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Crassula decumbens -Test_2023_4,Crassula peduncularis,048,fruit_dehiscence,dehiscent,,population,mode,unknown,3,literature,adult,03,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Crassula peduncularis -Test_2023_4,Crotalaria brevis,049,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria brevis -Test_2023_4,Crotalaria brevis,049,fruit_length,6,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria brevis -Test_2023_4,Crotalaria grahamiana,050,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Crotalaria grahamiana -Test_2023_4,Crotalaria lanceolata,051,fruit_length,20,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria lanceolata -Test_2023_4,Cylindropuntia kleiniae,052,fruit_length,20,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cylindropuntia kleiniae -Test_2023_4,Cyperus albostriatus,053,fruit_colour,black brown,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Cyperus albostriatus -Test_2023_4,Cyperus betchei,054,fruit_width,0.4,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus betchei -Test_2023_4,Cyperus bulbosus,055,fruit_colour,grey,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Cyperus bulbosus -Test_2023_4,Cyperus laevigatus,056,fruit_width,1.2,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus laevigatus -Test_2023_4,Cyperus sculptus,057,fruit_length,1,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus sculptus -Test_2023_4,Dampiera fusca,058,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dampiera fusca -Test_2023_4,Davidsonia johnsonii,059,fruit_length,30,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Davidsonia johnsonii -Test_2023_4,Daviesia arenaria,060,fruit_length,7,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Daviesia arenaria -Test_2023_4,Derris involuta,061,fruit_dehiscence,indehiscent,,population,mode,unknown,3,literature,adult,03,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Derris involuta -Test_2023_4,Dichromochlamys dentatifolia,062,fruit_length,1.8,mm,species,mode,,1,field_experiment,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Dichromochlamys dentatifolia -Test_2023_4,Dillwynia cinerascens,063,fruit_length,5,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dillwynia cinerascens -Test_2023_4,Dillwynia floribunda,064,fruit_length,4,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dillwynia floribunda -Test_2023_4,Dinosperma erythrococcum,065,fruit_length,5,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dinosperma erythrococcum -Test_2023_4,Dodonaea petiolaris,066,fruit_length,16,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Dodonaea petiolaris -Test_2023_4,Dodonaea truncatiales,067,fruit_width,17,mm,metapopulation,mode,unknown,1,,seedling,03,,01,,02,01,,,2021,From `australia_2` site,01,04,Dodonaea truncatiales -Test_2023_4,Dovyalis caffra,068,fruit_colour,orange yellow,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dovyalis caffra -Test_2023_4,Elaeocarpus grandis,069,fruit_width,20,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Elaeocarpus grandis -Test_2023_4,Eleocharis pallens,070,fruit_length,1.4,mm,species,mode,,1,literature,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Eleocharis pallens -Test_2023_4,Endiandra globosa,071,fruit_width,50,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Endiandra globosa -Test_2023_4,Endiandra muelleri,072,fruit_colour,black,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Endiandra muelleri -Test_2023_4,Epilobium gunnianum,073,fruit_length,75,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Epilobium gunnianum -Test_2023_4,Eremophila deserti,074,fruit_colour,black yellow,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eremophila deserti -Test_2023_4,Eremophila oppositifolia,075,fruit_length,4,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eremophila oppositifolia -Test_2023_4,Erigeron conyzoides,076,fruit_length,2.5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Erigeron conyzoides -Test_2023_4,Erythroxylum australe,077,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Erythroxylum australe -Test_2023_4,Escallonia bifida,078,fruit_length,3,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Escallonia bifida -Test_2023_4,Eucalyptus badjensis,079,fruit_length,5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus badjensis -Test_2023_4,Eucalyptus camphora,080,fruit_length,4,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus camphora -Test_2023_4,Eucalyptus dorrigoensis,081,fruit_length,5,mm,population,minimum,measurement,2,field_experiment,juvenile,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Eucalyptus dorrigoensis -Test_2023_4,Eucalyptus leucoxylon subsp. pruinosa,082,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus leucoxylon subsp. pruinosa -Test_2023_4,Eucalyptus muelleriana,083,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus muelleriana -Test_2023_4,Eucalyptus nandewarica,084,fruit_length,3,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus nandewarica -Test_2023_4,Eucalyptus oblonga,085,fruit_length,8,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus oblonga -Test_2023_4,Eucalyptus olida,086,fruit_length,5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus olida -Test_2023_4,Eucalyptus pulverulenta,087,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta -Test_2023_4,Eucalyptus recurva,088,fruit_length,4,mm,species,mode,,1,,seedling,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus recurva -Test_2023_4,Eucalyptus rossii,089,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus rossii -Test_2023_4,Eucalyptus scias,090,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus scias -Test_2023_4,Eucalyptus viminalis,091,fruit_width,4,mm,species,,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus viminalis -Test_2023_4,Eucalyptus yangoura,092,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus yangoura -Test_2023_4,Eucalyptus youmanii,093,fruit_length,12,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii -Test_2023_4,Eucalyptus youmanii,093,fruit_width,9,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii -Test_2023_4,Euphorbia inappendiculata var. queenslandica,094,fruit_length,1.5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Euphorbia inappendiculata var. queenslandica -Test_2023_4,Exocarpos homalocladus,095,fruit_width,8,mm,population,minimum,unknown,2,,juvenile,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Exocarpos homalocladus -Test_2023_4,Exocarpos sparteus,096,fruit_length,5,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Exocarpos sparteus -Test_2023_4,Ficus henneana,097,fruit_length,15,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Ficus henneana -Test_2023_4,Freesia hybrid,098,fruit_colour,green,,metapopulation,mode,unknown,1,,seedling,03,,01,,02,02,,,2021,From `australia_2` site,01,04,Freesia hybrid -Test_2023_4,Freesia laxa,099,fruit_length,12,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Freesia laxa -Test_2023_4,Geijera salicifolia,100,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geijera salicifolia -Test_2023_4,Gentiana wingecarribiensis,101,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Gentiana wingecarribiensis -Test_2023_4,Gentianella barringtonensis,102,fruit_colour,brown,,population,minimum,unknown,2,literature,juvenile,,,01,,01,02,,,2020,Part of Test Dataset 4,01,02,Gentianella barringtonensis -Test_2023_4,Geranium obtusisepalum,103,fruit_length,17,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium obtusisepalum -Test_2023_4,Geranium purpureum subsp. purpureum,104,fruit_length,12,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium purpureum subsp. purpureum -Test_2023_4,Gompholobium grandiflorum,105,fruit_length,15,mm,species,mode,,1,,seedling,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Gompholobium grandiflorum -Test_2023_4,Goodenia varia,106,fruit_length,10,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Goodenia varia -Test_2023_4,Gossia bidwillii,107,fruit_colour,black,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Gossia bidwillii -Test_2023_4,Grevillea scortechinii,108,fruit_colour,brown red,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Grevillea scortechinii -Test_2023_4,Hakea macraeana,109,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hakea macraeana -Test_2023_4,Hemisteptia lyrata,110,fruit_length,2,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hemisteptia lyrata -Test_2023_4,Hibbertia crinita,111,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibbertia crinita -Test_2023_4,Hibiscus brachysiphonius,112,fruit_length,15,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hibiscus brachysiphonius -Test_2023_4,Hibiscus sturtii,113,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibiscus sturtii -Test_2023_4,Hypericum elodes,114,fruit_length,4,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hypericum elodes -Test_2023_4,Hypoxis glabella var. glabella,115,fruit_dehiscence,dehiscent,,population,mode,unknown,3,literature,adult,03,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Hypoxis glabella var. glabella -Test_2023_4,Imperata cylindrica,116,fruit_length,1,mm,population,minimum,measurement,2,literature,juvenile,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Imperata cylindrica -Test_2023_4,Indigofera triflora,117,fruit_length,30,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Indigofera triflora -Test_2023_4,Ipomoea cairica,118,fruit_length,11,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Ipomoea cairica -Test_2023_4,Isolepis montivaga,119,fruit_length,0.9,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isolepis montivaga -Test_2023_4,Isotoma axillaris,120,fruit_length,7,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isotoma axillaris -Test_2023_4,Isotoma fluviatilis subsp. fluviatilis,121,fruit_width,3,mm,,mode,unknown,1,,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Isotoma fluviatilis subsp. fluviatilis -Test_2023_4,Juncus acutus subsp. acutus,122,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,01,Juncus acutus subsp. acutus -Test_2023_4,Juncus kraussii,123,fruit_colour,black brown red yellow,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Juncus kraussii -Test_2023_4,Lantana montevidensis,124,fruit_colour,black purple,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Lantana montevidensis -Test_2023_4,Lepidium africanum,125,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium africanum -Test_2023_4,Lepidium foliosum,126,fruit_length,4,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium foliosum -Test_2023_4,Lepidium oxytrichum,127,fruit_length,5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium oxytrichum -Test_2023_4,Lepidosperma gladiatum,128,fruit_length,3,mm,population,minimum,measurement,2,literature,juvenile,,,01,Test_2000,01,01,,,2020,Part of Test Dataset 4,01,04,Lepidosperma gladiatum -Test_2023_4,Leptomeria drupacea,129,fruit_length,6,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Leptomeria drupacea -Test_2023_4,Leptospermum continentale,130,fruit_length,6,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum continentale -Test_2023_4,Leptospermum obovatum,131,fruit_width,8,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum obovatum -Test_2023_4,Leucopogon amplexicaulis,132,fruit_length,3.5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leucopogon amplexicaulis -Test_2023_4,Lobelia pedunculata,133,fruit_length,4,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lobelia pedunculata -Test_2023_4,Lobelia trigonocaulis,134,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lobelia trigonocaulis -Test_2023_4,Lotononis bainesii,135,fruit_length,8,mm,species,mode,,1,,seedling,,,01,Test_2000,02,02,,,2021,From `australia_2` site,01,04,Lotononis bainesii -Test_2023_4,Lotus corniculatus,136,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lotus corniculatus -Test_2023_4,Lupinus polyphyllus,137,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lupinus polyphyllus -Test_2023_4,Medicago orbicularis,138,fruit_length,7,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Medicago orbicularis -Test_2023_4,Melichrus procumbens,139,fruit_length,4,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Melichrus procumbens -Test_2023_4,Mischocarpus australis,140,fruit_width,8,mm,,mode,unknown,1,,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Mischocarpus australis -Test_2023_4,Muehlenbeckia adpressa,141,fruit_colour,black brown,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Muehlenbeckia adpressa -Test_2023_4,Myoporum boninense subsp. australe,142,fruit_length,10,mm,species,mode,measurement,1,literature,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Myoporum boninense subsp. australe -Test_2023_4,Nicotiana glauca,143,fruit_length,13,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana goodspeedii,144,fruit_length,5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana goodspeedii -Test_2023_4,Oxalis corniculata,145,fruit_width,1.5,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Oxalis corniculata -Test_2023_4,Pandorea pandorana subsp. austrocaledonica,146,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pandorea pandorana subsp. austrocaledonica -Test_2023_4,Paraserianthes lophantha,147,fruit_width,25,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Paraserianthes lophantha -Test_2023_4,Parentucellia latifolia,148,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Parentucellia latifolia -Test_2023_4,Phlegmatospermum cochlearinum,149,fruit_length,10,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phlegmatospermum cochlearinum -Test_2023_4,Phyla nodiflora,150,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phyla nodiflora -Test_2023_4,Picris barbarorum,151,fruit_length,7.5,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Picris barbarorum -Test_2023_4,Pimelea ligustrina subsp. ligustrina,152,fruit_colour,green,,metapopulation,mode,unknown,1,literature,seedling,03,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,03,Pimelea ligustrina subsp. ligustrina -Test_2023_4,Pinus pinea,153,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pinus pinea -Test_2023_4,Pisum sativum var. arvense,154,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Pisum sativum var. arvense -Test_2023_4,Pittosporum erioloma,155,fruit_dehiscence,dehiscent,,,mode,unknown,3,literature,adult,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Pittosporum erioloma -Test_2023_4,Plantago turrifera,156,fruit_length,3,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Plantago turrifera -Test_2023_4,Polycarpon tetraphyllum,157,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Polycarpon tetraphyllum -Test_2023_4,Potamogeton australiensis,158,fruit_length,4,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Potamogeton australiensis -Test_2023_4,Psoralea pinnata,159,fruit_width,2.5,mm,population,minimum,unknown,2,,juvenile,02,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Psoralea pinnata -Test_2023_4,Pultenaea ferruginea,160,fruit_length,6,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pultenaea ferruginea -Test_2023_4,Rhodamnia argentea,161,fruit_colour,black,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rhodamnia argentea -Test_2023_4,Rhodamnia argentea,161,fruit_length,6,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Rhodamnia argentea -Test_2023_4,Rorippa gigantea,162,fruit_length,15,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rorippa gigantea -Test_2023_4,Rubus parvifolius,163,fruit_colour,red,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rubus parvifolius -Test_2023_4,Salix alba,164,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Salix alba -Test_2023_4,Schenkia australis,165,fruit_length,10,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schenkia australis -Test_2023_4,Schoenus apogon,166,fruit_colour,white,,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus apogon -Test_2023_4,Schoenus brevifolius,167,fruit_width,0.7,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus brevifolius -Test_2023_4,Schoenus lepidosperma,168,fruit_width,2.5,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus lepidosperma -Test_2023_4,Schoenus vaginatus,169,fruit_colour,brown red yellow,,metapopulation,mode,unknown,1,,seedling,03,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus vaginatus -Test_2023_4,Scleria rugosa,170,fruit_length,3,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Scleria rugosa -Test_2023_4,Senecio longipilus,171,fruit_length,2.5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Senecio longipilus -Test_2023_4,Sida goniocarpa,172,fruit_width,7,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sida goniocarpa -Test_2023_4,Sigesbeckia orientalis,173,fruit_length,3,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sigesbeckia orientalis -Test_2023_4,Sisymbrium irio,174,fruit_length,25,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Sisymbrium irio -Test_2023_4,Sparaxis bulbifera,175,fruit_colour,green,,population,minimum,unknown,2,field,juvenile,02,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Sparaxis bulbifera -Test_2023_4,Spergularia diandra,176,fruit_dehiscence,dehiscent,,species,mean,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Spergularia diandra -Test_2023_4,Sphaeromorphaea littoralis,177,fruit_length,1.3,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sphaeromorphaea littoralis -Test_2023_4,Stellaria angustifolia subsp. angustifolia,178,fruit_length,8.5,mm,species,mode,measurement,1,literature,seedling,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Stellaria angustifolia subsp. angustifolia -Test_2023_4,Styphelia viridis,179,fruit_length,10,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Styphelia viridis -Test_2023_4,Swainsona cadellii,180,fruit_length,25,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Swainsona cadellii -Test_2023_4,Teucrium puberulum,181,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Teucrium puberulum -Test_2023_4,Thelymitra kangaloonica,182,fruit_length,12,mm,species,mode,,1,,seedling,,,01,,02,02,,,2021,From `australia_2` site,01,04,Thelymitra kangaloonica -Test_2023_4,Thesium australe,183,fruit_width,2.5,mm,species,mode,unknown,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Thesium australe -Test_2023_4,Trifolium dubium,184,fruit_length,2,mm,species,mode,measurement,1,literature,seedling,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Trifolium dubium -Test_2023_4,Veronica catenata,185,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,01,,02,02,,,2021,From `australia_2` site,01,02,Veronica catenata -Test_2023_4,Veronica derwentiana,186,fruit_length,2.8,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Veronica derwentiana -Test_2023_4,Wahlenbergia luteola,187,fruit_length,5,mm,species,mode,,1,,seedling,,,01,,02,01,,,2021,From `australia_2` site,01,04,Wahlenbergia luteola +dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +Test_2023_4,Abildgaardia ovata,001,fruit_width,1.2,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Abildgaardia ovata +Test_2023_4,Acacia alpina,002,fruit_width,3,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia alpina +Test_2023_4,Acacia beadleana,003,fruit_width,10.5,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia beadleana +Test_2023_4,Acacia bulgaensis,004,fruit_length,95,mm,population,minimum,measurement,2,literature,juvenile,,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Acacia bulgaensis +Test_2023_4,Acacia caroleae,005,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia caroleae +Test_2023_4,Acacia crassa,006,fruit_length,40,mm,species,mode,expert_score,1,field,seedling,,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Acacia crassa +Test_2023_4,Acacia flexifolia,007,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia flexifolia +Test_2023_4,Acacia gladiiformis,008,fruit_length,150,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia gladiiformis +Test_2023_4,Acacia havilandiorum,009,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia havilandiorum +Test_2023_4,Acacia leiocalyx subsp. leiocalyx,010,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia leiocalyx subsp. leiocalyx +Test_2023_4,Acacia myrtifolia,011,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia myrtifolia +Test_2023_4,Acacia ramulosa var. ramulosa,012,fruit_length,20,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia ramulosa var. ramulosa +Test_2023_4,Acacia spectabilis,013,fruit_length,170,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia spectabilis +Test_2023_4,Acacia terminalis subsp. Glabrous form (M.Hancock 94),014,fruit_width,14,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia terminalis subsp. Glabrous form (M.Hancock 94) +Test_2023_4,Acronychia littoralis,015,fruit_width,20,mm,species,,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Acronychia littoralis +Test_2023_4,Adriana tomentosa,016,fruit_width,12,mm,,mode,unknown,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Adriana tomentosa +Test_2023_4,Alectryon coriaceus,017,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon coriaceus +Test_2023_4,Alectryon oleifolius,018,fruit_width,10,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon oleifolius +Test_2023_4,Alectryon subdentatus,019,fruit_length,8,mm,population,minimum,measurement,2,,juvenile,,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Alectryon subdentatus +Test_2023_4,Amyema preissii,020,fruit_colour,pink white,,,mode,unknown,1,,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Amyema preissii +Test_2023_4,Angophora leiocarpa,021,fruit_width,11,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Angophora leiocarpa +Test_2023_4,Apophyllum anomalum,022,fruit_colour,purple,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Apophyllum anomalum +Test_2023_4,Arbutus unedo,023,fruit_colour,red,,metapopulation,mode,unknown,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Arbutus unedo +Test_2023_4,Australina pusilla,024,fruit_length,1,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Australina pusilla +Test_2023_4,Burmannia disticha,025,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Burmannia disticha +Test_2023_4,Bursaria spinosa subsp. spinosa,026,fruit_width,9,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Bursaria spinosa subsp. spinosa +Test_2023_4,Calendula arvensis,027,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Calendula arvensis +Test_2023_4,Callistemon purpurascens,028,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Callistemon purpurascens +Test_2023_4,Carex cephalotes,029,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex cephalotes +Test_2023_4,Carex cephalotes,029,fruit_width,1,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex cephalotes +Test_2023_4,Carex leporina,030,fruit_length,3.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex leporina +Test_2023_4,Carex raleighii,031,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex raleighii +Test_2023_4,Carmichaelia exsul,032,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Carmichaelia exsul +Test_2023_4,Cassinia compacta,033,fruit_length,0.5,mm,species,mode,,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Cassinia compacta +Test_2023_4,Castanospermum australe,034,fruit_length,100,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Castanospermum australe +Test_2023_4,Centaurium tenuiflorum,035,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Centaurium tenuiflorum +Test_2023_4,Cestrum nocturnum,036,fruit_width,8,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cestrum nocturnum +Test_2023_4,Chthonocephalus pseudevax,037,fruit_length,0.5,mm,species,mode,,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Chthonocephalus pseudevax +Test_2023_4,Claoxylon australe,038,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Claoxylon australe +Test_2023_4,Commersonia amystia,039,fruit_width,13,mm,species,maximum,unknown,1,,seedling,,,,01,Test_2003,,01,,,,Part of Test Dataset 4,01,04,Commersonia amystia +Test_2023_4,Commersonia salviifolia,040,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Commersonia salviifolia +Test_2023_4,Convolvulus farinosus,041,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Convolvulus farinosus +Test_2023_4,Coprosma niphophila,042,fruit_colour,orange red,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Coprosma niphophila +Test_2023_4,Coprosma nivalis,043,fruit_colour,grey purple,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Coprosma nivalis +Test_2023_4,Correa alba,044,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Correa alba +Test_2023_4,Corymbia citriodora,045,fruit_length,15,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Corymbia citriodora +Test_2023_4,Corymbia eximia,046,fruit_length,13,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Corymbia eximia +Test_2023_4,Crassula decumbens,047,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Crassula decumbens +Test_2023_4,Crassula peduncularis,048,fruit_dehiscence,dehiscent,,population,mode,unknown,3,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Crassula peduncularis +Test_2023_4,Crotalaria brevis,049,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria brevis +Test_2023_4,Crotalaria brevis,049,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria brevis +Test_2023_4,Crotalaria grahamiana,050,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Crotalaria grahamiana +Test_2023_4,Crotalaria lanceolata,051,fruit_length,20,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria lanceolata +Test_2023_4,Cylindropuntia kleiniae,052,fruit_length,20,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cylindropuntia kleiniae +Test_2023_4,Cyperus albostriatus,053,fruit_colour,black brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Cyperus albostriatus +Test_2023_4,Cyperus betchei,054,fruit_width,0.4,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus betchei +Test_2023_4,Cyperus bulbosus,055,fruit_colour,grey,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Cyperus bulbosus +Test_2023_4,Cyperus laevigatus,056,fruit_width,1.2,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus laevigatus +Test_2023_4,Cyperus sculptus,057,fruit_length,1,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus sculptus +Test_2023_4,Dampiera fusca,058,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dampiera fusca +Test_2023_4,Davidsonia johnsonii,059,fruit_length,30,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Davidsonia johnsonii +Test_2023_4,Daviesia arenaria,060,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Daviesia arenaria +Test_2023_4,Derris involuta,061,fruit_dehiscence,indehiscent,,population,mode,unknown,3,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Derris involuta +Test_2023_4,Dichromochlamys dentatifolia,062,fruit_length,1.8,mm,species,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Dichromochlamys dentatifolia +Test_2023_4,Dillwynia cinerascens,063,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dillwynia cinerascens +Test_2023_4,Dillwynia floribunda,064,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dillwynia floribunda +Test_2023_4,Dinosperma erythrococcum,065,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dinosperma erythrococcum +Test_2023_4,Dodonaea petiolaris,066,fruit_length,16,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Dodonaea petiolaris +Test_2023_4,Dodonaea truncatiales,067,fruit_width,17,mm,metapopulation,mode,unknown,1,,seedling,03,,,01,,02,01,,,2021,From `australia_2` site,01,04,Dodonaea truncatiales +Test_2023_4,Dovyalis caffra,068,fruit_colour,orange yellow,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dovyalis caffra +Test_2023_4,Elaeocarpus grandis,069,fruit_width,20,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Elaeocarpus grandis +Test_2023_4,Eleocharis pallens,070,fruit_length,1.4,mm,species,mode,,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Eleocharis pallens +Test_2023_4,Endiandra globosa,071,fruit_width,50,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Endiandra globosa +Test_2023_4,Endiandra muelleri,072,fruit_colour,black,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Endiandra muelleri +Test_2023_4,Epilobium gunnianum,073,fruit_length,75,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Epilobium gunnianum +Test_2023_4,Eremophila deserti,074,fruit_colour,black yellow,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eremophila deserti +Test_2023_4,Eremophila oppositifolia,075,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eremophila oppositifolia +Test_2023_4,Erigeron conyzoides,076,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Erigeron conyzoides +Test_2023_4,Erythroxylum australe,077,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Erythroxylum australe +Test_2023_4,Escallonia bifida,078,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Escallonia bifida +Test_2023_4,Eucalyptus badjensis,079,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus badjensis +Test_2023_4,Eucalyptus camphora,080,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus camphora +Test_2023_4,Eucalyptus dorrigoensis,081,fruit_length,5,mm,population,minimum,measurement,2,field_experiment,juvenile,,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Eucalyptus dorrigoensis +Test_2023_4,Eucalyptus leucoxylon subsp. pruinosa,082,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus leucoxylon subsp. pruinosa +Test_2023_4,Eucalyptus muelleriana,083,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus muelleriana +Test_2023_4,Eucalyptus nandewarica,084,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus nandewarica +Test_2023_4,Eucalyptus oblonga,085,fruit_length,8,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus oblonga +Test_2023_4,Eucalyptus olida,086,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus olida +Test_2023_4,Eucalyptus pulverulenta,087,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus pulverulenta,088,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,01,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus pulverulenta,088,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,02,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus pulverulenta,088,leaf_stomatal_conductance,0.7,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,03,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus pulverulenta,088,leaf_stomatal_conductance,0.88,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,04,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus recurva,089,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus recurva +Test_2023_4,Eucalyptus rossii,090,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus rossii +Test_2023_4,Eucalyptus scias,091,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus scias +Test_2023_4,Eucalyptus viminalis,092,fruit_width,4,mm,species,,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus viminalis +Test_2023_4,Eucalyptus yangoura,093,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus yangoura +Test_2023_4,Eucalyptus youmanii,094,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii +Test_2023_4,Eucalyptus youmanii,094,fruit_width,9,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii +Test_2023_4,Euphorbia inappendiculata var. queenslandica,095,fruit_length,1.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Euphorbia inappendiculata var. queenslandica +Test_2023_4,Exocarpos homalocladus,096,fruit_width,8,mm,population,minimum,unknown,2,,juvenile,,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Exocarpos homalocladus +Test_2023_4,Exocarpos sparteus,097,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Exocarpos sparteus +Test_2023_4,Ficus henneana,098,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Ficus henneana +Test_2023_4,Freesia hybrid,099,fruit_colour,green,,metapopulation,mode,unknown,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Freesia hybrid +Test_2023_4,Freesia laxa,100,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Freesia laxa +Test_2023_4,Geijera salicifolia,101,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geijera salicifolia +Test_2023_4,Gentiana wingecarribiensis,102,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Gentiana wingecarribiensis +Test_2023_4,Gentianella barringtonensis,103,fruit_colour,brown,,population,minimum,unknown,2,literature,juvenile,,,,01,,01,02,,,2020,Part of Test Dataset 4,01,02,Gentianella barringtonensis +Test_2023_4,Geranium obtusisepalum,104,fruit_length,17,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium obtusisepalum +Test_2023_4,Geranium purpureum subsp. purpureum,105,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium purpureum subsp. purpureum +Test_2023_4,Gompholobium grandiflorum,106,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Gompholobium grandiflorum +Test_2023_4,Goodenia varia,107,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Goodenia varia +Test_2023_4,Gossia bidwillii,108,fruit_colour,black,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Gossia bidwillii +Test_2023_4,Grevillea scortechinii,109,fruit_colour,brown red,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Grevillea scortechinii +Test_2023_4,Hakea macraeana,110,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hakea macraeana +Test_2023_4,Hemisteptia lyrata,111,fruit_length,2,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hemisteptia lyrata +Test_2023_4,Hibbertia crinita,112,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibbertia crinita +Test_2023_4,Hibiscus brachysiphonius,113,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hibiscus brachysiphonius +Test_2023_4,Hibiscus sturtii,114,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibiscus sturtii +Test_2023_4,Hypericum elodes,115,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hypericum elodes +Test_2023_4,Hypoxis glabella var. glabella,116,fruit_dehiscence,dehiscent,,population,mode,unknown,3,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Hypoxis glabella var. glabella +Test_2023_4,Imperata cylindrica,117,fruit_length,1,mm,population,minimum,measurement,2,literature,juvenile,,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Imperata cylindrica +Test_2023_4,Indigofera triflora,118,fruit_length,30,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Indigofera triflora +Test_2023_4,Ipomoea cairica,119,fruit_length,11,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,120,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,120,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,120,leaf_stomatal_conductance,0.42,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Ipomoea cairica +Test_2023_4,Isolepis montivaga,121,fruit_length,0.9,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isolepis montivaga +Test_2023_4,Isotoma axillaris,122,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isotoma axillaris +Test_2023_4,Isotoma fluviatilis subsp. fluviatilis,123,fruit_width,3,mm,,mode,unknown,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Isotoma fluviatilis subsp. fluviatilis +Test_2023_4,Juncus acutus subsp. acutus,124,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,01,Juncus acutus subsp. acutus +Test_2023_4,Juncus kraussii,125,fruit_colour,black brown red yellow,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Juncus kraussii +Test_2023_4,Lantana montevidensis,126,fruit_colour,black purple,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Lantana montevidensis +Test_2023_4,Lepidium africanum,127,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium africanum +Test_2023_4,Lepidium foliosum,128,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium foliosum +Test_2023_4,Lepidium oxytrichum,129,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium oxytrichum +Test_2023_4,Lepidosperma gladiatum,130,fruit_length,3,mm,population,minimum,measurement,2,literature,juvenile,,,,01,Test_2000,01,01,,,2020,Part of Test Dataset 4,01,04,Lepidosperma gladiatum +Test_2023_4,Leptomeria drupacea,131,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Leptomeria drupacea +Test_2023_4,Leptospermum continentale,132,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum continentale +Test_2023_4,Leptospermum obovatum,133,fruit_width,8,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum obovatum +Test_2023_4,Leucopogon amplexicaulis,134,fruit_length,3.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leucopogon amplexicaulis +Test_2023_4,Lobelia pedunculata,135,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lobelia pedunculata +Test_2023_4,Lobelia trigonocaulis,136,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lobelia trigonocaulis +Test_2023_4,Lotononis bainesii,137,fruit_length,8,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,02,,,2021,From `australia_2` site,01,04,Lotononis bainesii +Test_2023_4,Lotus corniculatus,138,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,01,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,138,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,01,,02,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,139,leaf_photosynthesis,5,umol/m2/s,individual,raw,measurement,1,,seedling,03,01,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,139,leaf_photosynthesis,4.4,umol/m2/s,individual,raw,measurement,1,,seedling,03,01,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,139,leaf_photosynthesis,2,umol/m2/s,individual,raw,measurement,1,,seedling,03,01,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,140,leaf_photosynthesis,0.9,umol/m2/s,individual,raw,measurement,1,,seedling,03,02,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,141,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,raw,measurement,1,,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,141,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,population,raw,measurement,1,,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,141,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,1,,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,142,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lotus corniculatus +Test_2023_4,Lupinus polyphyllus,143,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lupinus polyphyllus +Test_2023_4,Medicago orbicularis,144,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Medicago orbicularis +Test_2023_4,Melichrus procumbens,145,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Melichrus procumbens +Test_2023_4,Mischocarpus australis,146,fruit_width,8,mm,,mode,unknown,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Mischocarpus australis +Test_2023_4,Muehlenbeckia adpressa,147,fruit_colour,black brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Muehlenbeckia adpressa +Test_2023_4,Myoporum boninense subsp. australe,148,fruit_length,10,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Myoporum boninense subsp. australe +Test_2023_4,Nicotiana glauca,149,leaf_photosynthesis,6,umol/m2/s,individual,raw,measurement,1,,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,149,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,1,,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,149,leaf_photosynthesis,3.7,umol/m2/s,individual,raw,measurement,1,,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,150,fruit_length,13,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana goodspeedii,151,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana goodspeedii +Test_2023_4,Oxalis corniculata,152,fruit_width,1.5,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Oxalis corniculata +Test_2023_4,Pandorea pandorana subsp. austrocaledonica,153,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pandorea pandorana subsp. austrocaledonica +Test_2023_4,Paraserianthes lophantha,154,fruit_width,25,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Paraserianthes lophantha +Test_2023_4,Parentucellia latifolia,155,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Parentucellia latifolia +Test_2023_4,Phlegmatospermum cochlearinum,156,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phlegmatospermum cochlearinum +Test_2023_4,Phyla nodiflora,157,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,158,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,158,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,02,,,02,02,,,2021,From `australia_2` site,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,158,leaf_stomatal_conductance,0.37,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,158,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora +Test_2023_4,Picris barbarorum,159,fruit_length,7.5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Picris barbarorum +Test_2023_4,Pimelea ligustrina subsp. ligustrina,160,fruit_colour,green,,metapopulation,mode,unknown,1,literature,seedling,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,03,Pimelea ligustrina subsp. ligustrina +Test_2023_4,Pinus pinea,161,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pinus pinea +Test_2023_4,Pisum sativum var. arvense,162,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Pisum sativum var. arvense +Test_2023_4,Pittosporum erioloma,163,fruit_dehiscence,dehiscent,,,mode,unknown,3,literature,adult,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Pittosporum erioloma +Test_2023_4,Plantago turrifera,164,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Plantago turrifera +Test_2023_4,Polycarpon tetraphyllum,165,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Polycarpon tetraphyllum +Test_2023_4,Potamogeton australiensis,166,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Potamogeton australiensis +Test_2023_4,Psoralea pinnata,167,fruit_width,2.5,mm,population,minimum,unknown,2,,juvenile,01,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Psoralea pinnata +Test_2023_4,Pultenaea ferruginea,168,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pultenaea ferruginea +Test_2023_4,Rhodamnia argentea,169,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Rhodamnia argentea +Test_2023_4,Rhodamnia argentea,170,fruit_colour,black,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rhodamnia argentea +Test_2023_4,Rorippa gigantea,171,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rorippa gigantea +Test_2023_4,Rubus parvifolius,172,fruit_colour,red,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rubus parvifolius +Test_2023_4,Salix alba,173,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Salix alba +Test_2023_4,Schenkia australis,174,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schenkia australis +Test_2023_4,Schoenus apogon,175,fruit_colour,white,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus apogon +Test_2023_4,Schoenus brevifolius,176,fruit_width,0.7,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus brevifolius +Test_2023_4,Schoenus lepidosperma,177,fruit_width,2.5,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus lepidosperma +Test_2023_4,Schoenus vaginatus,178,fruit_colour,brown red yellow,,metapopulation,mode,unknown,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus vaginatus +Test_2023_4,Scleria rugosa,179,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Scleria rugosa +Test_2023_4,Senecio longipilus,180,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Senecio longipilus +Test_2023_4,Sida goniocarpa,181,fruit_width,7,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sida goniocarpa +Test_2023_4,Sigesbeckia orientalis,182,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sigesbeckia orientalis +Test_2023_4,Sisymbrium irio,183,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Sisymbrium irio +Test_2023_4,Sparaxis bulbifera,184,fruit_colour,green,,population,minimum,unknown,2,field,juvenile,01,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Sparaxis bulbifera +Test_2023_4,Spergularia diandra,185,fruit_dehiscence,dehiscent,,species,mean,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Spergularia diandra +Test_2023_4,Sphaeromorphaea littoralis,186,fruit_length,1.3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sphaeromorphaea littoralis +Test_2023_4,Stellaria angustifolia subsp. angustifolia,187,fruit_length,8.5,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Stellaria angustifolia subsp. angustifolia +Test_2023_4,Styphelia viridis,188,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Styphelia viridis +Test_2023_4,Swainsona cadellii,189,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Swainsona cadellii +Test_2023_4,Teucrium puberulum,190,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Teucrium puberulum +Test_2023_4,Thelymitra kangaloonica,191,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Thelymitra kangaloonica +Test_2023_4,Thesium australe,192,fruit_width,2.5,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Thesium australe +Test_2023_4,Trifolium dubium,193,fruit_length,2,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Trifolium dubium +Test_2023_4,Veronica catenata,194,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Veronica catenata +Test_2023_4,Veronica derwentiana,195,fruit_length,2.8,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Veronica derwentiana +Test_2023_4,Wahlenbergia luteola,196,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Wahlenbergia luteola From a47e4630c4e8787b341953671bf5d5de0ebb3052 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 11:09:33 +1000 Subject: [PATCH 23/45] Fix bug --- R/process.R | 1 + 1 file changed, 1 insertion(+) diff --git a/R/process.R b/R/process.R index 00863e00..5bf56194 100644 --- a/R/process.R +++ b/R/process.R @@ -478,6 +478,7 @@ process_create_observation_id <- function(data, metadata) { if (metadata[["dataset"]][["repeat_measurements_id"]] == TRUE) { i <- !is.na(data$value) + data$repeat_measurements_id <- data$repeat_measurements_id %>% as.character() data[i, ] <- data[i, ] %>% From 0ac9b60f838aab111de22ddc65bb54bb8310a44d Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 11:32:08 +1000 Subject: [PATCH 24/45] Add expected outputs for Test_2023_7 and Test_2023_8 --- tests/testthat/examples/Test_2023_7/data.csv | 1278 ----------------- .../examples/Test_2023_7/output/contexts.csv | 1 + .../Test_2023_7/output/contributors.csv | 2 + .../Test_2023_7/output/definitions.yml | 15 + .../Test_2023_7/output/excluded_data.csv | 1 + .../examples/Test_2023_7/output/locations.csv | 7 + .../examples/Test_2023_7/output/metadata.yml | 86 ++ .../examples/Test_2023_7/output/methods.csv | 3 + .../examples/Test_2023_7/output/sources.bib | 10 + .../examples/Test_2023_7/output/taxa.csv | 3 + .../Test_2023_7/output/taxonomic_updates.csv | 3 + .../examples/Test_2023_7/output/traits.csv | 527 +++++++ .../examples/Test_2023_8/output/contexts.csv | 1 + .../Test_2023_8/output/contributors.csv | 2 + .../Test_2023_8/output/definitions.yml | 15 + .../Test_2023_8/output/excluded_data.csv | 1 + .../examples/Test_2023_8/output/locations.csv | 7 + .../examples/Test_2023_8/output/metadata.yml | 86 ++ .../examples/Test_2023_8/output/methods.csv | 3 + .../examples/Test_2023_8/output/sources.bib | 10 + .../examples/Test_2023_8/output/taxa.csv | 3 + .../Test_2023_8/output/taxonomic_updates.csv | 3 + .../examples/Test_2023_8/output/traits.csv | 527 +++++++ .../examples/Test_2023_9/metadata.yml | 2 +- 24 files changed, 1317 insertions(+), 1279 deletions(-) create mode 100644 tests/testthat/examples/Test_2023_7/output/contexts.csv create mode 100644 tests/testthat/examples/Test_2023_7/output/contributors.csv create mode 100644 tests/testthat/examples/Test_2023_7/output/definitions.yml create mode 100644 tests/testthat/examples/Test_2023_7/output/excluded_data.csv create mode 100644 tests/testthat/examples/Test_2023_7/output/locations.csv create mode 100644 tests/testthat/examples/Test_2023_7/output/metadata.yml create mode 100644 tests/testthat/examples/Test_2023_7/output/methods.csv create mode 100644 tests/testthat/examples/Test_2023_7/output/sources.bib create mode 100644 tests/testthat/examples/Test_2023_7/output/taxa.csv create mode 100644 tests/testthat/examples/Test_2023_7/output/taxonomic_updates.csv create mode 100644 tests/testthat/examples/Test_2023_7/output/traits.csv create mode 100644 tests/testthat/examples/Test_2023_8/output/contexts.csv create mode 100644 tests/testthat/examples/Test_2023_8/output/contributors.csv create mode 100644 tests/testthat/examples/Test_2023_8/output/definitions.yml create mode 100644 tests/testthat/examples/Test_2023_8/output/excluded_data.csv create mode 100644 tests/testthat/examples/Test_2023_8/output/locations.csv create mode 100644 tests/testthat/examples/Test_2023_8/output/metadata.yml create mode 100644 tests/testthat/examples/Test_2023_8/output/methods.csv create mode 100644 tests/testthat/examples/Test_2023_8/output/sources.bib create mode 100644 tests/testthat/examples/Test_2023_8/output/taxa.csv create mode 100644 tests/testthat/examples/Test_2023_8/output/taxonomic_updates.csv create mode 100644 tests/testthat/examples/Test_2023_8/output/traits.csv diff --git a/tests/testthat/examples/Test_2023_7/data.csv b/tests/testthat/examples/Test_2023_7/data.csv index 26e26b86..50bdf501 100644 --- a/tests/testthat/examples/Test_2023_7/data.csv +++ b/tests/testthat/examples/Test_2023_7/data.csv @@ -262,1281 +262,3 @@ Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,7,,60,18:48:28, Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,8,,61,18:50:56,18:20:56,13330,1.56,0.0446 Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,9,,62,18:53:36,18:23:36,13490,0.0163,0.041 Howard Springs,Eucalyptus tetrodonta,8,Canopy,UWS,3-Sep-08,Light,10,,63,18:56:12,18:26:12,13645.5,-1.35,0.0342 -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, -,,,,,,,,,,,,,, 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b/tests/testthat/examples/Test_2023_7/output/contexts.csv new file mode 100644 index 00000000..873507fd --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/contexts.csv @@ -0,0 +1 @@ +dataset_id,context_property,category,value,description,link_id,link_vals diff --git a/tests/testthat/examples/Test_2023_7/output/contributors.csv b/tests/testthat/examples/Test_2023_7/output/contributors.csv new file mode 100644 index 00000000..4fd354c6 --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/contributors.csv @@ -0,0 +1,2 @@ +dataset_id,last_name,given_name,ORCID,affiliation,additional_role +Test_2023_7,Cernusak,Lucas,0000-0002-7575-5526,"College of Science and Engineering, James Cook University, Cairns, QLD, Australia",contact diff --git a/tests/testthat/examples/Test_2023_7/output/definitions.yml b/tests/testthat/examples/Test_2023_7/output/definitions.yml new file mode 100644 index 00000000..67860fed --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/definitions.yml @@ -0,0 +1,15 @@ +leaf_photosynthesis: + label: Leaf photosynthesis + description: Dummy trait definition to test response curves in Test Dataset 7. + type: numeric + units: umol/m2/s + allowed_values_min: -5 + allowed_values_max: 50 +leaf_stomatal_conductance: + label: Leaf stomatal conductance + description: Second dummy trait definition to test response curves in Test Dataset + 7. + type: numeric + units: mol{H2O}/m2/s + allowed_values_min: 0 + allowed_values_max: 1 diff --git a/tests/testthat/examples/Test_2023_7/output/excluded_data.csv b/tests/testthat/examples/Test_2023_7/output/excluded_data.csv new file mode 100644 index 00000000..547d5fdc --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/excluded_data.csv @@ -0,0 +1 @@ +error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name diff --git a/tests/testthat/examples/Test_2023_7/output/locations.csv b/tests/testthat/examples/Test_2023_7/output/locations.csv new file mode 100644 index 00000000..d369b694 --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/locations.csv @@ -0,0 +1,7 @@ +dataset_id,location_id,location_name,location_property,value +Test_2023_7,01,Howard Springs,description,eucalypt-dominated savannas +Test_2023_7,01,Howard Springs,latitude (deg),-12.485 +Test_2023_7,01,Howard Springs,longitude (deg),131.146 +Test_2023_7,01,Howard Springs,elevation (m),37 +Test_2023_7,01,Howard Springs,"precipitation, MAP (mm)",1714 +Test_2023_7,01,Howard Springs,"temperature, MAT (C)",27.8 diff --git a/tests/testthat/examples/Test_2023_7/output/metadata.yml b/tests/testthat/examples/Test_2023_7/output/metadata.yml new file mode 100644 index 00000000..a38d6462 --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/metadata.yml @@ -0,0 +1,86 @@ +title: 'AusTraits: a curated plant trait database for the Australian flora' +description: AusTraits is a transformative database, containing measurements on the + traits of Australia's plant taxa, standardised from hundreds of disconnected primary + sources. While this repository contains the harmonised data, the raw data and code + used to build the resource are also available on the project's GitHub repository,http://traitecoevo.github.io/traits.build. + Further information on the project is available in the associated publication and + at the project website https://austraits.org. +version: 4.0.0 +doi: 10.5281/zenodo.5112001 +structure_URI: https://github.com/traitecoevo/traits.build +geo_location: + geo_location_place: Australia + geodetic_datum: EPSG:4326 +language: en +related_identifiers: +- related_identifier_type: url + identifier: https://github.com/traitecoevo/traits.build/tree/v3.0.2 + relation_type: isCompiledBy + resource_type: dataset +- related_identifier_type: doi + identifier: 10.1038/s41597-021-01006-6 + relation_type: isCitedBy + resource_type: publication-article +references: 'Falster, Gallagher et al (2021) *AusTraits, a curated plant trait database + for the Australian flora*. Scientific Data 8: 254, https://doi.org/10.1038/s41597-021-01006-6' +publisher: Zenodo +publication_date: 27 Nov 2022 +license: + rights: CC-BY-4.0 + rights_holder: Falster, Daniel + rights_URI: https://creativecommons.org/licenses/by/4.0/ + description: Under this license, the material can be copied and redistributed in + any medium or format. It can be remixed, transformed, and built upon for any purpose, + even commercially. Re-users must give appropriate credit, provide a link to the + license, and indicate if changes were made. Re-users may not apply legal terms + or technological measures that legally restrict others from doing anything the + license permits. +subject: + subject_scheme: ANZSRC Field of Research + scheme_URI: https://linked.data.gov.au/def/anzsrc-for/2020/ + value_URI: + - https://linked.data.gov.au/def/anzsrc-for/2020/3103 + - https://linked.data.gov.au/def/anzsrc-for/2020/3104 + - https://linked.data.gov.au/def/anzsrc-for/2020/4104 + - https://linked.data.gov.au/def/anzsrc-for/2020/300703 + - https://linked.data.gov.au/def/anzsrc-for/2020/060705 + - https://linked.data.gov.au/def/anzsrc-for/2020/050202 + - https://linked.data.gov.au/def/anzsrc-for/2020/060208 + - https://linked.data.gov.au/def/anzsrc-for/2020/069902 +funding_reference: +- funder_name: Australian Research Data Commons (ARDC) + award_IRI: doi.org/10.47486/DP720 + award_number: DP720 + award_title: AusTraits, A national database on the traits of Australia's complete + flora. +- funder_name: Australian Research Data Commons (ARDC) + award_IRI: doi.org/10.47486/TD044 + award_number: TD044 + award_title: AusTraits, A national database on the traits of Australia's complete + flora. +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/DE170100208 + award_number: DE170100208 + award_title: Discovery Early Career Researcher Award +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/FT160100113 + award_number: FT160100113 + award_title: Future Fellowship +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/FT100100910 + award_number: FT100100910 + award_title: Future Fellowship +creators: +- last_name: Falster + given_name: Daniel + ORCID: 0000-0002-9814-092X + affiliation: Evolution & Ecology Research Centre, UNSW Sydney, Australia +- last_name: Gallagher + given_name: Rachael + ORCID: 0000-0002-4680-8115 + affiliation: Hawkesbury Institute for the Environment, Western Sydney University, + Australia +- last_name: Elizabeth + given_name: Wenk + ORCID: 0000-0001-5640-5910 + affiliation: Evolution & Ecology Research Centre, UNSW Sydney, Australia diff --git a/tests/testthat/examples/Test_2023_7/output/methods.csv b/tests/testthat/examples/Test_2023_7/output/methods.csv new file mode 100644 index 00000000..f432e6be --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/methods.csv @@ -0,0 +1,3 @@ +dataset_id,trait_name,methods,method_id,description,sampling_strategy,source_primary_key,source_primary_citation,source_secondary_key,source_secondary_citation,source_original_dataset_key,source_original_dataset_citation,data_collectors,assistants,dataset_curators +Test_2023_7,leaf_photosynthesis,"The A-ci curves were analysed using the spreadsheet utility (version 2007.1) provided by Sharkey et al. (2007). The spreadsheet utility fits the photosynthesis model of Farquhar et al. (1980) to the observed CO2 response curve. Estimates are generated of the maximum Rubisco carboxylation rate, Vcmax (umol CO2 m-2 s-1); the electron transport rate, J (umol electrons m-2 s-1); triose phosphate use, TPU (umol triose phosphate m-2 s-1); day respiration, Rd (umol CO2 m-2 s-1); and mesophyll conductance to CO2, gm (umol m-2 s-1 Pa-1). The spreadsheet utility provides estimates of these parameters normalized to 25 deg C to facilitate comparisons with measurements made at other leaf temperatures. An additional column in the data.csv file, 'Vcmax atTleaf (umol m-2 s-1)', provides Vcmax values at the measured leaf temperature and the column 'Tleaf (deg C)' indicates the leaf temperatures during gas exchange measurements.",01,Leaf-level photosynthetic parameters of species in the closely related genera Eucalyptus and Corymbia were assessed along a strong rainfall gradient in northern Australia.,"Leaf gas exchange measurements were made at six sites along a sub-continental rainfall gradient in northern Australia (Fig. 1). The sites covered a latitudinal range from approximately 12 deg S to 23 deg S, with corresponding MAP ranging from approximately 1700 mm to 300 mm (Table 1). Two canopy tree species characteristic of each site were selected for measurements. All of the selected species were from the genus Eucalyptus, or the closely related genus Corymbia (Table 1). Two individuals of each of the two species at each site were selected for measurements. A total of six leaves were sampled from each species at each site. Canopy access was achieved with a 16 m elevated work platform at the four more northerly sites, and with ladders or from the ground at the two more southerly sites where trees were shorter.",Test_2023_7,"L. A. Cernusak, L. B. Hutley, J. Beringer, J. A. Holtum, and B. L. Turner. ""Photosynthetic physiology of eucalypts along a sub-continental rainfall gradient in northern Australia"". _Agricultural and Forest Meteorology_ 151.11 (2011), pp. 1462-1470. doi: [10.1016/j.agrformet.2011.01.006](https://doi.org/10.1016%2Fj.agrformet.2011.01.006).",,,,,Lucas Cernusak (contact),,Elizabeth Wenk +Test_2023_7,leaf_stomatal_conductance,"Values used are from the first step of the A-ci curve, where CO2 was approximately 400 ppm and PAR 1200 umol m-2 s-1. In detail, two portable photosynthesis systems (Li-6400, LiCor Inc., Lincoln, NE, USA) were used to measure the response of photosynthesis to intercellular CO2 concentration (A-ci curve) and to light (light response curve). The two systems were cross calibrated, and gave unbiased results with respect to each other. The measurement sequence for each sampled leaf started with the A-ci curve and then proceeded to the light response curve. The CO2 concentration (umol mol-1) entering the leaf gas exchange cuvette was altered in the following sequence: 400, 280, 230, 150, 70, 40, 230, 400, 640, 980, and 1200. A measurement of photosynthesis was logged approximately 2 min after each step change in CO2 concentration entering the cuvette. Irradiance during the A-ci curve measurements was set at 2000 umol photosynthetically active radiation (PAR) m-2 s-1, supplied by an artificial light source (6400-02B LED, LiCor Inc.). At the conclusion of the A-ci curve, the light response curve was measured on the same leaf. The CO2 concentration of air entering the cuvette was maintained at 1200 umol mol-1, and irradiance (umol PAR m-2 s-1) was altered in the following sequence: 2000, 1500, 1000, 500, 200, 120, 70, 40, 20, and 0. A measurement of photosynthesis was logged approximately 2 min after each step change in irradiance. We endeavoured to maintain the leaf-to-air vapour pressure difference (D) and the leaf temperature (T) constant across sites and within a site for each sample leaf during A-ci and light response measurements. The target D was 2.5 kPa and the target T was 33 deg C. Mean site values (mean +/- 1 SD) for T during measurements ranged from 32.3 +/- 0.6 deg C at the Howard Springs site to 33.9 +/- 2.0 deg C at the Boulia site. Mean site values during measurements for D ranged from 2.1 +/- 0.2 kPa at the Howard Springs site to 3.1 +/- 0.7 kPa at the Boulia site. Measurements at all sites except the Boulia site took place between 2 and 15 September 2008. Measurements at the Boulia site took place between 5 and 8 December 2008. Precipitation at the Boulia site does not show as highly pronounced a seasonal variation as the more northerly sites. A cumulative precipitation of 56 mm was recorded at the Boulia Airport in the nine months preceding the measurement campaign (http://www.bom.gov.au/index.shtml). Gas exchange measurements were taken between 0800 h and 1700 h local time at each site.",01,Leaf-level photosynthetic parameters of species in the closely related genera Eucalyptus and Corymbia were assessed along a strong rainfall gradient in northern Australia.,"Leaf gas exchange measurements were made at six sites along a sub-continental rainfall gradient in northern Australia (Fig. 1). The sites covered a latitudinal range from approximately 12 deg S to 23 deg S, with corresponding MAP ranging from approximately 1700 mm to 300 mm (Table 1). Two canopy tree species characteristic of each site were selected for measurements. All of the selected species were from the genus Eucalyptus, or the closely related genus Corymbia (Table 1). Two individuals of each of the two species at each site were selected for measurements. A total of six leaves were sampled from each species at each site. Canopy access was achieved with a 16 m elevated work platform at the four more northerly sites, and with ladders or from the ground at the two more southerly sites where trees were shorter.",Test_2023_7,"L. A. Cernusak, L. B. Hutley, J. Beringer, J. A. Holtum, and B. L. Turner. ""Photosynthetic physiology of eucalypts along a sub-continental rainfall gradient in northern Australia"". _Agricultural and Forest Meteorology_ 151.11 (2011), pp. 1462-1470. doi: [10.1016/j.agrformet.2011.01.006](https://doi.org/10.1016%2Fj.agrformet.2011.01.006).",,,,,Lucas Cernusak (contact),,Elizabeth Wenk diff --git a/tests/testthat/examples/Test_2023_7/output/sources.bib b/tests/testthat/examples/Test_2023_7/output/sources.bib new file mode 100644 index 00000000..0b2e347a --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/sources.bib @@ -0,0 +1,10 @@ +@Article{Test_2023_7, + year = {2011}, + author = {Lucas A. Cernusak and Lindsay B. Hutley and Jason Beringer and Joseph A.M. Holtum and Benjamin L. Turner}, + journal = {Agricultural and Forest Meteorology}, + title = {{Photosynthetic physiology of eucalypts along a sub-continental rainfall gradient in northern Australia}}, + volume = {151}, + number = {11}, + pages = {1462--1470}, + doi = {10.1016/j.agrformet.2011.01.006}, +} diff --git a/tests/testthat/examples/Test_2023_7/output/taxa.csv b/tests/testthat/examples/Test_2023_7/output/taxa.csv new file mode 100644 index 00000000..4e7f5169 --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/taxa.csv @@ -0,0 +1,3 @@ +taxon_name,taxonomic_reference,taxon_rank,trinomial,binomial,genus,family,taxon_distribution,establishment_means,taxonomic_status,scientific_name,scientific_name_authorship,taxon_id,scientific_name_id +Eucalyptus miniata,,,,,Eucalyptus,,,,,,,, +Eucalyptus tetrodonta,,,,,Eucalyptus,,,,,,,, diff --git a/tests/testthat/examples/Test_2023_7/output/taxonomic_updates.csv b/tests/testthat/examples/Test_2023_7/output/taxonomic_updates.csv new file mode 100644 index 00000000..c7d54a2d --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/taxonomic_updates.csv @@ -0,0 +1,3 @@ +dataset_id,original_name,cleaned_name,taxonomic_resolution,cleaned_scientific_name_id,cleaned_name_taxonomic_status,cleaned_name_alternative_taxonomic_status,taxon_id,taxon_name +Test_2023_7,Eucalyptus miniata,Eucalyptus miniata,,,,,, +Test_2023_7,Eucalyptus tetrodonta,Eucalyptus tetrodonta,,,,,, diff --git a/tests/testthat/examples/Test_2023_7/output/traits.csv b/tests/testthat/examples/Test_2023_7/output/traits.csv new file mode 100644 index 00000000..d458e313 --- /dev/null +++ b/tests/testthat/examples/Test_2023_7/output/traits.csv @@ -0,0 +1,527 @@ 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miniata,03,leaf_photosynthesis,4.75,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_photosynthesis,2.88,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_photosynthesis,0.87,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_photosynthesis,-0.58,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_photosynthesis,-2.28,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.211,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.359,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.403,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.422,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.427,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.504,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.425,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.371,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.33,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.329,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.305,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.282,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.272,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.255,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.218,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.187,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.167,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.146,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.128,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.124,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,03,leaf_stomatal_conductance,0.141,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,9.91,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,7.06,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,6.01,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,3.65,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,0.199,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,-1.04,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,9.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,15.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,23,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,26.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,27.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,28.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,27,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,23.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,17.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,8.63,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,5.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,3.42,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,1.63,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,0.199,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_photosynthesis,-1.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0894,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.106,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.126,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.164,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.216,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.272,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.312,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.212,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.175,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.159,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.145,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.134,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.118,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.103,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0858,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0707,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0664,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0607,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0584,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0559,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0639,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,9.91,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,8.05,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,7.93,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,4.61,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,-0.602,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,-2.55,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,11.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,20.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,24.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,21.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,18.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,22.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,21.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,17.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,13.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,9.73,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,5.13,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,2.98,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,0.769,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,0.124,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_photosynthesis,-2.86,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.097,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.137,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.258,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.317,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.372,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.41,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.35,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.303,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.28,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.261,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.221,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.185,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.151,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.127,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.116,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.0982,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.102,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.103,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.105,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,05,leaf_stomatal_conductance,0.108,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,20.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,11.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,9.04,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,5.02,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,0.353,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,-0.939,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,10.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,18.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,23.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,24.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,23.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,27.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,25.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,22.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,16.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,7.71,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,5.76,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,3.01,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,1.43,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,0.13,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_photosynthesis,-1.35,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.229,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.243,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.272,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.319,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.38,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.335,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.296,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.267,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.26,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.232,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.189,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.152,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.132,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.119,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.0971,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.0941,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.088,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.0754,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,06,leaf_stomatal_conductance,0.0726,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,20.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,15.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,15.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,4.23,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,-0.716,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,-1.54,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,9.61,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,17.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,19.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,17.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,15.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,18.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,18.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,16.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,11.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,8.05,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,4.97,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,2.52,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,0.923,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,-0.0273,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_photosynthesis,-1.15,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.145,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.188,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.226,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.269,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.311,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.343,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.369,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.35,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.322,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.298,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.28,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.245,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.191,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.161,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.136,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.12,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.106,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.0991,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.0904,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.0786,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus miniata,07,leaf_stomatal_conductance,0.0817,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,8.01,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,6.14,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,4.83,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,2.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,-0.656,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,-1.99,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,6.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,12.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,17.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,15.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_photosynthesis,15.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.0839,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.111,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.129,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.147,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.164,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.192,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.21,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.202,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.187,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.18,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.17,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,9.93,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,6.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,5.61,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,2.97,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,-0.101,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,-1.49,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,7.71,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,14.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,20.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,21.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_photosynthesis,20.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.107,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.124,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.16,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.195,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.234,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.272,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.306,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.28,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.243,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.216,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.189,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,10.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,6.83,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,4.72,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,2.59,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,-0.124,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,-1.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,7.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,13.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,19.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,19.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,19.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,20.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,20.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,18.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,15.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,7.83,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,4.64,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,2.25,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,1.25,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,0.0385,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_photosynthesis,-1.62,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.123,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.117,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.127,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.152,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.194,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.235,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.261,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.257,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.235,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.218,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.202,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.181,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.169,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.149,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.138,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.127,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.12,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.118,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.104,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.102,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.0981,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,5.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,2.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,0.798,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,1.25,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,-0.623,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,-1.32,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,4.86,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,9.74,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,15.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,18.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,18.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,18.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,17,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,15.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,11.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,4.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,1.91,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,2.78,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,1.26,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,0.242,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_photosynthesis,-0.725,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0499,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0503,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0156,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0698,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0817,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0938,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.104,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.103,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0954,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.088,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0821,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0717,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0782,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0713,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0683,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0608,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0569,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0443,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.04,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0372,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,8.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,6.39,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,5.77,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,2.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,-0.125,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,-1.28,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,6.35,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,12.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,19.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,22.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,23.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,24.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,22.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,19.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,14.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,6.89,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,2.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,1.07,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,-0.00138,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_photosynthesis,-1.13,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.0876,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.104,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.121,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.15,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.167,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.185,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.199,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.203,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.192,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.181,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.171,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.157,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.15,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.137,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.131,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.12,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.115,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.106,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.0988,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.0918,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.0931,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,5.28,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,3.34,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,3.08,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,1.35,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,-0.552,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,-0.189,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,4.19,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,7.95,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,12.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,14.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,13.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,13.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,13.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,11.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,8.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,2.33,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,3.79,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,2.23,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,0.847,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,0.122,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_photosynthesis,-0.838,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0562,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0607,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0748,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0726,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0864,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0155,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.079,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0821,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0829,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0823,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0815,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0768,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0794,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0771,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0763,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0741,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0787,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0775,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0679,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0693,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0619,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,18.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,18.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,19.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,17.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,11.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,7.55,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,4.69,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,2.59,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,0.262,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_photosynthesis,-0.227,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0525,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0529,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0555,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0552,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0564,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0548,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0538,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0522,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0145,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0159,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,16.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,16.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,15.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,13,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,7.87,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,5.26,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,2.81,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,1.56,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,0.0163,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_photosynthesis,-1.35,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0428,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0429,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0422,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0404,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.044,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0428,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0404,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0446,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.041,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_7,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0342,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta diff --git a/tests/testthat/examples/Test_2023_8/output/contexts.csv b/tests/testthat/examples/Test_2023_8/output/contexts.csv new file mode 100644 index 00000000..873507fd --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/contexts.csv @@ -0,0 +1 @@ +dataset_id,context_property,category,value,description,link_id,link_vals diff --git a/tests/testthat/examples/Test_2023_8/output/contributors.csv b/tests/testthat/examples/Test_2023_8/output/contributors.csv new file mode 100644 index 00000000..7713aa33 --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/contributors.csv @@ -0,0 +1,2 @@ +dataset_id,last_name,given_name,ORCID,affiliation,additional_role +Test_2023_8,Cernusak,Lucas,0000-0002-7575-5526,"College of Science and Engineering, James Cook University, Cairns, QLD, Australia",contact diff --git a/tests/testthat/examples/Test_2023_8/output/definitions.yml b/tests/testthat/examples/Test_2023_8/output/definitions.yml new file mode 100644 index 00000000..67860fed --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/definitions.yml @@ -0,0 +1,15 @@ +leaf_photosynthesis: + label: Leaf photosynthesis + description: Dummy trait definition to test response curves in Test Dataset 7. + type: numeric + units: umol/m2/s + allowed_values_min: -5 + allowed_values_max: 50 +leaf_stomatal_conductance: + label: Leaf stomatal conductance + description: Second dummy trait definition to test response curves in Test Dataset + 7. + type: numeric + units: mol{H2O}/m2/s + allowed_values_min: 0 + allowed_values_max: 1 diff --git a/tests/testthat/examples/Test_2023_8/output/excluded_data.csv b/tests/testthat/examples/Test_2023_8/output/excluded_data.csv new file mode 100644 index 00000000..547d5fdc --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/excluded_data.csv @@ -0,0 +1 @@ +error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name diff --git a/tests/testthat/examples/Test_2023_8/output/locations.csv b/tests/testthat/examples/Test_2023_8/output/locations.csv new file mode 100644 index 00000000..04b8e5ed --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/locations.csv @@ -0,0 +1,7 @@ +dataset_id,location_id,location_name,location_property,value +Test_2023_8,01,Howard Springs,description,eucalypt-dominated savannas +Test_2023_8,01,Howard Springs,latitude (deg),-12.485 +Test_2023_8,01,Howard Springs,longitude (deg),131.146 +Test_2023_8,01,Howard Springs,elevation (m),37 +Test_2023_8,01,Howard Springs,"precipitation, MAP (mm)",1714 +Test_2023_8,01,Howard Springs,"temperature, MAT (C)",27.8 diff --git a/tests/testthat/examples/Test_2023_8/output/metadata.yml b/tests/testthat/examples/Test_2023_8/output/metadata.yml new file mode 100644 index 00000000..a38d6462 --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/metadata.yml @@ -0,0 +1,86 @@ +title: 'AusTraits: a curated plant trait database for the Australian flora' +description: AusTraits is a transformative database, containing measurements on the + traits of Australia's plant taxa, standardised from hundreds of disconnected primary + sources. While this repository contains the harmonised data, the raw data and code + used to build the resource are also available on the project's GitHub repository,http://traitecoevo.github.io/traits.build. + Further information on the project is available in the associated publication and + at the project website https://austraits.org. +version: 4.0.0 +doi: 10.5281/zenodo.5112001 +structure_URI: https://github.com/traitecoevo/traits.build +geo_location: + geo_location_place: Australia + geodetic_datum: EPSG:4326 +language: en +related_identifiers: +- related_identifier_type: url + identifier: https://github.com/traitecoevo/traits.build/tree/v3.0.2 + relation_type: isCompiledBy + resource_type: dataset +- related_identifier_type: doi + identifier: 10.1038/s41597-021-01006-6 + relation_type: isCitedBy + resource_type: publication-article +references: 'Falster, Gallagher et al (2021) *AusTraits, a curated plant trait database + for the Australian flora*. Scientific Data 8: 254, https://doi.org/10.1038/s41597-021-01006-6' +publisher: Zenodo +publication_date: 27 Nov 2022 +license: + rights: CC-BY-4.0 + rights_holder: Falster, Daniel + rights_URI: https://creativecommons.org/licenses/by/4.0/ + description: Under this license, the material can be copied and redistributed in + any medium or format. It can be remixed, transformed, and built upon for any purpose, + even commercially. Re-users must give appropriate credit, provide a link to the + license, and indicate if changes were made. Re-users may not apply legal terms + or technological measures that legally restrict others from doing anything the + license permits. +subject: + subject_scheme: ANZSRC Field of Research + scheme_URI: https://linked.data.gov.au/def/anzsrc-for/2020/ + value_URI: + - https://linked.data.gov.au/def/anzsrc-for/2020/3103 + - https://linked.data.gov.au/def/anzsrc-for/2020/3104 + - https://linked.data.gov.au/def/anzsrc-for/2020/4104 + - https://linked.data.gov.au/def/anzsrc-for/2020/300703 + - https://linked.data.gov.au/def/anzsrc-for/2020/060705 + - https://linked.data.gov.au/def/anzsrc-for/2020/050202 + - https://linked.data.gov.au/def/anzsrc-for/2020/060208 + - https://linked.data.gov.au/def/anzsrc-for/2020/069902 +funding_reference: +- funder_name: Australian Research Data Commons (ARDC) + award_IRI: doi.org/10.47486/DP720 + award_number: DP720 + award_title: AusTraits, A national database on the traits of Australia's complete + flora. +- funder_name: Australian Research Data Commons (ARDC) + award_IRI: doi.org/10.47486/TD044 + award_number: TD044 + award_title: AusTraits, A national database on the traits of Australia's complete + flora. +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/DE170100208 + award_number: DE170100208 + award_title: Discovery Early Career Researcher Award +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/FT160100113 + award_number: FT160100113 + award_title: Future Fellowship +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/FT100100910 + award_number: FT100100910 + award_title: Future Fellowship +creators: +- last_name: Falster + given_name: Daniel + ORCID: 0000-0002-9814-092X + affiliation: Evolution & Ecology Research Centre, UNSW Sydney, Australia +- last_name: Gallagher + given_name: Rachael + ORCID: 0000-0002-4680-8115 + affiliation: Hawkesbury Institute for the Environment, Western Sydney University, + Australia +- last_name: Elizabeth + given_name: Wenk + ORCID: 0000-0001-5640-5910 + affiliation: Evolution & Ecology Research Centre, UNSW Sydney, Australia diff --git a/tests/testthat/examples/Test_2023_8/output/methods.csv b/tests/testthat/examples/Test_2023_8/output/methods.csv new file mode 100644 index 00000000..0e7df995 --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/methods.csv @@ -0,0 +1,3 @@ +dataset_id,trait_name,methods,method_id,description,sampling_strategy,source_primary_key,source_primary_citation,source_secondary_key,source_secondary_citation,source_original_dataset_key,source_original_dataset_citation,data_collectors,assistants,dataset_curators +Test_2023_8,leaf_photosynthesis,"The A-ci curves were analysed using the spreadsheet utility (version 2007.1) provided by Sharkey et al. (2007). The spreadsheet utility fits the photosynthesis model of Farquhar et al. (1980) to the observed CO2 response curve. Estimates are generated of the maximum Rubisco carboxylation rate, Vcmax (umol CO2 m-2 s-1); the electron transport rate, J (umol electrons m-2 s-1); triose phosphate use, TPU (umol triose phosphate m-2 s-1); day respiration, Rd (umol CO2 m-2 s-1); and mesophyll conductance to CO2, gm (umol m-2 s-1 Pa-1). The spreadsheet utility provides estimates of these parameters normalized to 25 deg C to facilitate comparisons with measurements made at other leaf temperatures. An additional column in the data.csv file, 'Vcmax atTleaf (umol m-2 s-1)', provides Vcmax values at the measured leaf temperature and the column 'Tleaf (deg C)' indicates the leaf temperatures during gas exchange measurements.",01,Leaf-level photosynthetic parameters of species in the closely related genera Eucalyptus and Corymbia were assessed along a strong rainfall gradient in northern Australia.,"Leaf gas exchange measurements were made at six sites along a sub-continental rainfall gradient in northern Australia (Fig. 1). The sites covered a latitudinal range from approximately 12 deg S to 23 deg S, with corresponding MAP ranging from approximately 1700 mm to 300 mm (Table 1). Two canopy tree species characteristic of each site were selected for measurements. All of the selected species were from the genus Eucalyptus, or the closely related genus Corymbia (Table 1). Two individuals of each of the two species at each site were selected for measurements. A total of six leaves were sampled from each species at each site. Canopy access was achieved with a 16 m elevated work platform at the four more northerly sites, and with ladders or from the ground at the two more southerly sites where trees were shorter.",Test_2023_8,"L. A. Cernusak, L. B. Hutley, J. Beringer, J. A. Holtum, and B. L. Turner. ""Photosynthetic physiology of eucalypts along a sub-continental rainfall gradient in northern Australia"". _Agricultural and Forest Meteorology_ 151.11 (2011), pp. 1462-1470. doi: [10.1016/j.agrformet.2011.01.006](https://doi.org/10.1016%2Fj.agrformet.2011.01.006).",,,,,Lucas Cernusak (contact),,Elizabeth Wenk +Test_2023_8,leaf_stomatal_conductance,"Values used are from the first step of the A-ci curve, where CO2 was approximately 400 ppm and PAR 1200 umol m-2 s-1. In detail, two portable photosynthesis systems (Li-6400, LiCor Inc., Lincoln, NE, USA) were used to measure the response of photosynthesis to intercellular CO2 concentration (A-ci curve) and to light (light response curve). The two systems were cross calibrated, and gave unbiased results with respect to each other. The measurement sequence for each sampled leaf started with the A-ci curve and then proceeded to the light response curve. The CO2 concentration (umol mol-1) entering the leaf gas exchange cuvette was altered in the following sequence: 400, 280, 230, 150, 70, 40, 230, 400, 640, 980, and 1200. A measurement of photosynthesis was logged approximately 2 min after each step change in CO2 concentration entering the cuvette. Irradiance during the A-ci curve measurements was set at 2000 umol photosynthetically active radiation (PAR) m-2 s-1, supplied by an artificial light source (6400-02B LED, LiCor Inc.). At the conclusion of the A-ci curve, the light response curve was measured on the same leaf. The CO2 concentration of air entering the cuvette was maintained at 1200 umol mol-1, and irradiance (umol PAR m-2 s-1) was altered in the following sequence: 2000, 1500, 1000, 500, 200, 120, 70, 40, 20, and 0. A measurement of photosynthesis was logged approximately 2 min after each step change in irradiance. We endeavoured to maintain the leaf-to-air vapour pressure difference (D) and the leaf temperature (T) constant across sites and within a site for each sample leaf during A-ci and light response measurements. The target D was 2.5 kPa and the target T was 33 deg C. Mean site values (mean +/- 1 SD) for T during measurements ranged from 32.3 +/- 0.6 deg C at the Howard Springs site to 33.9 +/- 2.0 deg C at the Boulia site. Mean site values during measurements for D ranged from 2.1 +/- 0.2 kPa at the Howard Springs site to 3.1 +/- 0.7 kPa at the Boulia site. Measurements at all sites except the Boulia site took place between 2 and 15 September 2008. Measurements at the Boulia site took place between 5 and 8 December 2008. Precipitation at the Boulia site does not show as highly pronounced a seasonal variation as the more northerly sites. A cumulative precipitation of 56 mm was recorded at the Boulia Airport in the nine months preceding the measurement campaign (http://www.bom.gov.au/index.shtml). Gas exchange measurements were taken between 0800 h and 1700 h local time at each site.",01,Leaf-level photosynthetic parameters of species in the closely related genera Eucalyptus and Corymbia were assessed along a strong rainfall gradient in northern Australia.,"Leaf gas exchange measurements were made at six sites along a sub-continental rainfall gradient in northern Australia (Fig. 1). The sites covered a latitudinal range from approximately 12 deg S to 23 deg S, with corresponding MAP ranging from approximately 1700 mm to 300 mm (Table 1). Two canopy tree species characteristic of each site were selected for measurements. All of the selected species were from the genus Eucalyptus, or the closely related genus Corymbia (Table 1). Two individuals of each of the two species at each site were selected for measurements. A total of six leaves were sampled from each species at each site. Canopy access was achieved with a 16 m elevated work platform at the four more northerly sites, and with ladders or from the ground at the two more southerly sites where trees were shorter.",Test_2023_8,"L. A. Cernusak, L. B. Hutley, J. Beringer, J. A. Holtum, and B. L. Turner. ""Photosynthetic physiology of eucalypts along a sub-continental rainfall gradient in northern Australia"". _Agricultural and Forest Meteorology_ 151.11 (2011), pp. 1462-1470. doi: [10.1016/j.agrformet.2011.01.006](https://doi.org/10.1016%2Fj.agrformet.2011.01.006).",,,,,Lucas Cernusak (contact),,Elizabeth Wenk diff --git a/tests/testthat/examples/Test_2023_8/output/sources.bib b/tests/testthat/examples/Test_2023_8/output/sources.bib new file mode 100644 index 00000000..a152eaed --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/sources.bib @@ -0,0 +1,10 @@ +@Article{Test_2023_8, + year = {2011}, + author = {Lucas A. Cernusak and Lindsay B. Hutley and Jason Beringer and Joseph A.M. Holtum and Benjamin L. Turner}, + journal = {Agricultural and Forest Meteorology}, + title = {{Photosynthetic physiology of eucalypts along a sub-continental rainfall gradient in northern Australia}}, + volume = {151}, + number = {11}, + pages = {1462--1470}, + doi = {10.1016/j.agrformet.2011.01.006}, +} diff --git a/tests/testthat/examples/Test_2023_8/output/taxa.csv b/tests/testthat/examples/Test_2023_8/output/taxa.csv new file mode 100644 index 00000000..4e7f5169 --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/taxa.csv @@ -0,0 +1,3 @@ +taxon_name,taxonomic_reference,taxon_rank,trinomial,binomial,genus,family,taxon_distribution,establishment_means,taxonomic_status,scientific_name,scientific_name_authorship,taxon_id,scientific_name_id +Eucalyptus miniata,,,,,Eucalyptus,,,,,,,, +Eucalyptus tetrodonta,,,,,Eucalyptus,,,,,,,, diff --git a/tests/testthat/examples/Test_2023_8/output/taxonomic_updates.csv b/tests/testthat/examples/Test_2023_8/output/taxonomic_updates.csv new file mode 100644 index 00000000..12ad29b0 --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/taxonomic_updates.csv @@ -0,0 +1,3 @@ +dataset_id,original_name,cleaned_name,taxonomic_resolution,cleaned_scientific_name_id,cleaned_name_taxonomic_status,cleaned_name_alternative_taxonomic_status,taxon_id,taxon_name +Test_2023_8,Eucalyptus miniata,Eucalyptus miniata,,,,,, +Test_2023_8,Eucalyptus tetrodonta,Eucalyptus tetrodonta,,,,,, diff --git a/tests/testthat/examples/Test_2023_8/output/traits.csv b/tests/testthat/examples/Test_2023_8/output/traits.csv new file mode 100644 index 00000000..b47ee5cf --- /dev/null +++ b/tests/testthat/examples/Test_2023_8/output/traits.csv @@ -0,0 +1,527 @@ +dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,18.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,14.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,8.98,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,4.78,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,-0.625,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,-1.99,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,9.58,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,16.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,18.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,15.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,14.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,18.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,15.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,12.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,8.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,5.59,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,3.17,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,1.23,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,-0.00187,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,-0.903,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_photosynthesis,-1.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.184,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.234,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.338,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.381,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.398,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.429,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.441,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.358,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.315,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.286,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.274,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.198,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.17,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.173,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.173,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.153,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.158,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.152,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.146,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.128,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,01,leaf_stomatal_conductance,0.119,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,23.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,18.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,7.79,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,3.71,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,-1.17,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,-2.34,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,10.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,18,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,20.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,15.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_photosynthesis,14.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.212,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.224,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.238,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.277,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.318,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.358,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.375,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.323,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.306,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.302,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,02,leaf_stomatal_conductance,0.283,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,15.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,13.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,11.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,6.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,0.207,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,-1.96,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,11.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,21.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,28.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,27.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,26.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,31.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,28.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,24.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,18.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,8.82,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,4.75,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,2.88,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,0.87,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,-0.58,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_photosynthesis,-2.28,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.211,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.359,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.403,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.422,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.427,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.504,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.425,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.371,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.33,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.329,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.305,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.282,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.272,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.255,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.218,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.187,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.167,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.146,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.128,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.124,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,03,leaf_stomatal_conductance,0.141,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,9.91,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,7.06,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,6.01,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,3.65,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,0.199,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,-1.04,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,9.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,15.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,23,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,26.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,27.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,28.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,27,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,23.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,17.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,8.63,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,5.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,3.42,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,1.63,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,0.199,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_photosynthesis,-1.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0894,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.106,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.126,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.164,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.216,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.272,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.312,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.212,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.175,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.159,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.145,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.134,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.118,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.103,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0858,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0707,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0664,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0607,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0584,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0559,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,04,leaf_stomatal_conductance,0.0639,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,9.91,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,8.05,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,7.93,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,4.61,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,-0.602,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,-2.55,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,11.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,20.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,24.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,21.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,18.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,22.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,21.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,17.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,13.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,9.73,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,5.13,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,2.98,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,0.769,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,0.124,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_photosynthesis,-2.86,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.097,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.137,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.258,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.317,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.372,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.41,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.35,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.303,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.28,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.261,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.221,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.185,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.151,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.127,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.116,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.0982,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.102,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.103,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.105,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,05,leaf_stomatal_conductance,0.108,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,20.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,11.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,9.04,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,5.02,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,0.353,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,-0.939,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,10.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,18.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,23.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,24.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,23.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,27.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,25.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,22.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,16.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,7.71,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,5.76,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,3.01,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,1.43,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,0.13,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_photosynthesis,-1.35,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.229,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.243,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.272,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.319,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.38,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.335,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.296,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.267,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.26,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.232,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.189,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.152,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.132,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.119,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.0971,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.0941,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.088,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.0754,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,06,leaf_stomatal_conductance,0.0726,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,20.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,15.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,15.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,4.23,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,-0.716,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,-1.54,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,9.61,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,17.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,19.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,17.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,15.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,18.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,18.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,16.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,11.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,8.05,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,4.97,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,2.52,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,0.923,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,-0.0273,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_photosynthesis,-1.15,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.145,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,01,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.188,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,02,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.226,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,03,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.269,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,04,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.311,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,05,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.343,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,06,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.369,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,07,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.35,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,08,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.322,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,09,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.298,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,10,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.28,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,11,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.245,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,12,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.191,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,13,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.161,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,14,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.136,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,15,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.12,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,16,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.106,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,17,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.0991,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,18,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.0904,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,19,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.0786,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,20,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus miniata,07,leaf_stomatal_conductance,0.0817,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,21,,,01,,,,2-Sep-08,,01,,Eucalyptus miniata +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,8.01,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,6.14,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,4.83,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,2.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,-0.656,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,-1.99,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,6.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,12.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,17.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,15.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_photosynthesis,15.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,01,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.0839,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.111,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.129,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.147,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.164,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.192,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.21,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.202,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.187,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.18,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,08,leaf_stomatal_conductance,0.17,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,01,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,9.93,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,6.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,5.61,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,2.97,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,-0.101,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,-1.49,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,7.71,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,14.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,20.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,21.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_photosynthesis,20.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,02,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.107,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.124,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.16,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.195,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.234,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.272,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.306,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.28,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.243,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.216,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,09,leaf_stomatal_conductance,0.189,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,02,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,10.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,6.83,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,4.72,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,2.59,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,-0.124,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,-1.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,7.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,13.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,19.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,19.9,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,19.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,20.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,20.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,18.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,15.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,7.83,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,4.64,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,2.25,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,1.25,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,0.0385,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_photosynthesis,-1.62,umol/m2/s,individual,raw,measurement,1,field,adult,01,03,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.123,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.117,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.127,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.152,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.194,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.235,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.261,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.257,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.235,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.218,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.202,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.181,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.169,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.149,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.138,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.127,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.12,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.118,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.104,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.102,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,10,leaf_stomatal_conductance,0.0981,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,03,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,5.27,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,2.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,0.798,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,1.25,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,-0.623,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,-1.32,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,4.86,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,9.74,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,15.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,18.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,18.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,18.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,17,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,15.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,11.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,4.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,1.91,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,2.78,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,1.26,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,0.242,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_photosynthesis,-0.725,umol/m2/s,individual,raw,measurement,1,field,adult,01,04,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0499,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0503,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0156,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0698,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0817,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0938,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.104,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.103,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0954,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.088,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0821,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0717,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0782,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0713,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0683,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0608,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0569,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0443,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.04,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,11,leaf_stomatal_conductance,0.0372,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,04,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,8.84,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,6.39,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,5.77,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,2.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,-0.125,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,-1.28,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,6.35,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,12.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,19.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,22.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,23.1,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,24.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,22.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,19.3,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,14.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,6.89,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,2.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,1.07,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,-0.00138,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_photosynthesis,-1.13,umol/m2/s,individual,raw,measurement,1,field,adult,01,05,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.0876,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.104,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.121,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.15,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.167,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.185,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.199,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.203,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.192,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.181,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.171,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.157,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.15,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.137,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.131,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.12,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.115,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.106,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.0988,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.0918,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,12,leaf_stomatal_conductance,0.0931,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,05,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,5.28,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,3.34,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,3.08,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,1.35,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,-0.552,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,-0.189,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,4.19,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,7.95,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,12.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,14.2,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,13.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,13.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,13.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,11.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,8.4,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,2.33,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,3.79,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,2.23,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,0.847,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,0.122,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_photosynthesis,-0.838,umol/m2/s,individual,raw,measurement,1,field,adult,01,06,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0562,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0607,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0748,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0726,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0864,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0155,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.079,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0821,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0829,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0823,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0815,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,11,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0768,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,12,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0794,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,13,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0771,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,14,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0763,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,15,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0741,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,16,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0787,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,17,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0775,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,18,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0679,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,19,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0693,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,20,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,13,leaf_stomatal_conductance,0.0619,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,06,21,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,18.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,18.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,19.7,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,17.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,11.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,7.55,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,4.69,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,2.59,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,0.262,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_photosynthesis,-0.227,umol/m2/s,individual,raw,measurement,1,field,adult,01,07,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0525,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0529,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0555,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0552,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0564,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0548,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0538,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0522,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0145,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,14,leaf_stomatal_conductance,0.0159,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,07,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,16.8,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,16.5,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,15.6,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,13,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,7.87,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,5.26,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,2.81,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,1.56,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,0.0163,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_photosynthesis,-1.35,umol/m2/s,individual,raw,measurement,1,field,adult,01,08,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0428,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,01,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0429,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,02,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0422,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,03,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0404,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,04,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.044,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,05,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0428,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,06,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0404,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,07,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0446,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,08,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.041,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,09,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta +Test_2023_8,Eucalyptus tetrodonta,15,leaf_stomatal_conductance,0.0342,mol{H2O}/m2/s,individual,raw,measurement,1,field,adult,01,08,10,,,01,,,,3-Sep-08,,01,,Eucalyptus tetrodonta diff --git a/tests/testthat/examples/Test_2023_9/metadata.yml b/tests/testthat/examples/Test_2023_9/metadata.yml index 2f0501a7..5dbe72e4 100644 --- a/tests/testthat/examples/Test_2023_9/metadata.yml +++ b/tests/testthat/examples/Test_2023_9/metadata.yml @@ -1,6 +1,6 @@ source: primary: - key: Test_2023_8 + key: Test_2023_9 bibtype: Article author: Daniel S. Falster, Mark Westoby year: 2005 From e7b19511e6fca4b2b3531d2addfb280d45cbfe9a Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 11:44:34 +1000 Subject: [PATCH 25/45] Change `col_types` argument to read in columns as character type by default --- tests/testthat/test-xamples.R | 10 +++++----- 1 file changed, 5 insertions(+), 5 deletions(-) diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index d851f1b2..c595e832 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -29,7 +29,7 @@ testthat::test_that("Test Dataset 1 builds correctly", { expect_no_error( expected_output <- purrr::map( - tables, ~read_csv(sprintf("examples/Test_2023_1/output/%s.csv", .x), col_types = "cccccccccccccccccccccccc")), + tables, ~read_csv(sprintf("examples/Test_2023_1/output/%s.csv", .x), col_types = cols(.default = "c"))), info = "Reading in expected output tables" ) # Todo: also load and test non-csv outputs @@ -80,7 +80,7 @@ testthat::test_that("Test Dataset 2 builds correctly", { expect_no_error( expected_output <- purrr::map( - tables, ~read_csv(sprintf("examples/Test_2023_2/output/%s.csv", .x), col_types = "cccccccccccccccccccccccc")), + tables, ~read_csv(sprintf("examples/Test_2023_2/output/%s.csv", .x), col_types = cols(.default = "c"))), info = "Reading in expected output tables" ) # Todo: also load and test non-csv outputs @@ -127,7 +127,7 @@ testthat::test_that("Test Dataset 4 builds correctly", { expect_no_error( expected_output <- purrr::map( - tables, ~read_csv(sprintf("examples/Test_2023_4/output/%s.csv", .x), col_types = "cccccccccccccccccccccccc")), + tables, ~read_csv(sprintf("examples/Test_2023_4/output/%s.csv", .x), col_types = cols(.default = "c"))), info = "Reading in expected output tables" ) # Todo: also load and test non-csv outputs @@ -202,7 +202,7 @@ testthat::test_that("Test Dataset 7 builds correctly", { expect_no_error( expected_output <- purrr::map( - tables, ~read_csv(sprintf("examples/Test_2023_7/output/%s.csv", .x), col_types = "cccccccccccccccccccccccc")), + tables, ~read_csv(sprintf("examples/Test_2023_7/output/%s.csv", .x), col_types = cols(.default = "c"))), info = "Reading in expected output tables" ) # Todo: also load and test non-csv outputs @@ -250,7 +250,7 @@ testthat::test_that("Test Dataset 8 builds correctly", { expect_no_error( expected_output <- purrr::map( - tables, ~read_csv(sprintf("examples/Test_2023_8/output/%s.csv", .x), col_types = "cccccccccccccccccccccccc")), + tables, ~read_csv(sprintf("examples/Test_2023_8/output/%s.csv", .x), col_types = cols(.default = "c"))), info = "Reading in expected output tables" ) # Todo: also load and test non-csv outputs From 18502a123d5c3669a72c992e3fcac956bfe4a7d5 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 18:21:44 +1000 Subject: [PATCH 26/45] Update documentation and remove warnings/notes from R CMD Check --- R/process.R | 15 ++++++++------- R/setup.R | 2 ++ man/build_setup_pipeline.Rd | 6 +++++- man/process_create_observation_id.Rd | 4 +++- man/process_flag_excluded_observations.Rd | 2 +- man/process_flag_unsupported_traits.Rd | 2 +- man/process_taxonomic_updates.Rd | 2 +- 7 files changed, 21 insertions(+), 12 deletions(-) diff --git a/R/process.R b/R/process.R index 5bf56194..8ef935ea 100644 --- a/R/process.R +++ b/R/process.R @@ -345,6 +345,7 @@ process_custom_code <- function(txt) { #' This depends upon a `parsing_id` being established when the `data.csv` file is first read in. #' #' @param data The traits table at the point where this function is called +#' @param metadata Yaml file with metadata #' #' @return Character string process_create_observation_id <- function(data, metadata) { @@ -487,7 +488,7 @@ process_create_observation_id <- function(data, metadata) { .data$method_id, .data$method_context_id, ) %>% dplyr::mutate( - repeat_measurements_id = row_number() %>% process_generate_id("") + repeat_measurements_id = dplyr::row_number() %>% process_generate_id("") ) %>% dplyr::ungroup() @@ -500,8 +501,8 @@ process_create_observation_id <- function(data, metadata) { if (!is.null(traits_table[["repeat_measurements_id"]])) { to_add_id <- traits_table %>% - filter(repeat_measurements_id == TRUE) %>% - dplyr::pull(trait_name) + filter(.data$repeat_measurements_id == TRUE) %>% + dplyr::pull(.data$trait_name) i <- !is.na(data$value) & data$trait_name %in% to_add_id & # To ensure `repeat_measurements_id`'s are only added to data where `repeat_measurements_id` @@ -516,7 +517,7 @@ process_create_observation_id <- function(data, metadata) { .data$method_id, .data$method_context_id, ) %>% dplyr::mutate( - repeat_measurements_id = row_number() %>% process_generate_id("") + repeat_measurements_id = dplyr::row_number() %>% process_generate_id("") ) %>% dplyr::ungroup() @@ -845,7 +846,7 @@ process_flag_unsupported_traits <- function(data, definitions) { #' with excluded observations flagged in a new column. #' #' @param data Tibble or dataframe containing the study data -#' @param metadata Metadata yaml file for any given study +#' @param metadata Yaml file with metadata #' #' @importFrom stringr str_squish #' @importFrom rlang .data @@ -1250,7 +1251,7 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { var_in <- unlist(metadata[["dataset"]]) i <- var_in %in% names(data) - v <- setNames( + v <- stats::setNames( nm = c("entity_context_id", "plot_context_id", "treatment_context_id", "temporal_context_id", "method_context_id") ) @@ -1680,7 +1681,7 @@ process_standardise_names <- function(x) { #' Applies taxonomic updates to the study data from the `metadata.yml` file. #' #' @param data Tibble or dataframe containing the study data -#' @param metadata Yaml file containing the metadata +#' @param metadata Yaml file with metadata #' #' @return Tibble with the taxonomic updates applied process_taxonomic_updates <- function(data, metadata) { diff --git a/R/setup.R b/R/setup.R index a55a0fe7..be42fea4 100644 --- a/R/setup.R +++ b/R/setup.R @@ -1146,6 +1146,8 @@ metadata_find_taxonomic_change <- function(find, replace = NULL, studies = NULL) #' @param dataset_ids `dataset_id`'s to include; by default includes all #' @param method Approach to use in build #' @param template Template used to build +#' @param workers Number of workers/parallel processes to use when using +#' method = "furrr" #' #' @return Updated `remake.yml` file #' @export diff --git a/man/build_setup_pipeline.Rd b/man/build_setup_pipeline.Rd index 706b3492..828382ec 100644 --- a/man/build_setup_pipeline.Rd +++ b/man/build_setup_pipeline.Rd @@ -7,7 +7,8 @@ build_setup_pipeline( dataset_ids = dir("data"), method = "base", - template = select_pipeline_template(method) + template = select_pipeline_template(method), + workers = 1 ) } \arguments{ @@ -16,6 +17,9 @@ build_setup_pipeline( \item{method}{Approach to use in build} \item{template}{Template used to build} + +\item{workers}{Number of workers/parallel processes to use when using +method = "furrr"} } \value{ Updated `remake.yml` file diff --git a/man/process_create_observation_id.Rd b/man/process_create_observation_id.Rd index b2c09d20..67b5acf0 100644 --- a/man/process_create_observation_id.Rd +++ b/man/process_create_observation_id.Rd @@ -4,10 +4,12 @@ \alias{process_create_observation_id} \title{Create entity id} \usage{ -process_create_observation_id(data) +process_create_observation_id(data, metadata) } \arguments{ \item{data}{The traits table at the point where this function is called} + +\item{metadata}{Yaml file with metadata} } \value{ Character string diff --git a/man/process_flag_excluded_observations.Rd b/man/process_flag_excluded_observations.Rd index b89f665b..db33caa8 100644 --- a/man/process_flag_excluded_observations.Rd +++ b/man/process_flag_excluded_observations.Rd @@ -9,7 +9,7 @@ process_flag_excluded_observations(data, metadata) \arguments{ \item{data}{Tibble or dataframe containing the study data} -\item{metadata}{Metadata yaml file for any given study} +\item{metadata}{Yaml file with metadata} } \value{ Dataframe with flagged excluded observations if there are any diff --git a/man/process_flag_unsupported_traits.Rd b/man/process_flag_unsupported_traits.Rd index 73471fd6..038eda2e 100644 --- a/man/process_flag_unsupported_traits.Rd +++ b/man/process_flag_unsupported_traits.Rd @@ -12,7 +12,7 @@ process_flag_unsupported_traits(data, definitions) \item{definitions}{Definitions read in from the `traits.yml` file in the config folder} } \value{ -Tibble with unrecognised traits flagged as "Unsupported trait" in the "error" column +Tibble with unrecognised traits flagged in the "error" column } \description{ Flag any unrecognised traits, as defined in the `traits.yml` file. diff --git a/man/process_taxonomic_updates.Rd b/man/process_taxonomic_updates.Rd index 4acb320f..8bfbf1e7 100644 --- a/man/process_taxonomic_updates.Rd +++ b/man/process_taxonomic_updates.Rd @@ -9,7 +9,7 @@ process_taxonomic_updates(data, metadata) \arguments{ \item{data}{Tibble or dataframe containing the study data} -\item{metadata}{Yaml file containing the metadata} +\item{metadata}{Yaml file with metadata} } \value{ Tibble with the taxonomic updates applied From bd70b9e0a43c7fef714f75cda3f239e75c6eabbd Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 18:22:15 +1000 Subject: [PATCH 27/45] Add `collection_date` to traits metadata schema --- inst/support/traits.build_schema.yml | 1 + 1 file changed, 1 insertion(+) diff --git a/inst/support/traits.build_schema.yml b/inst/support/traits.build_schema.yml index 6b893c69..a3c21150 100644 --- a/inst/support/traits.build_schema.yml +++ b/inst/support/traits.build_schema.yml @@ -399,6 +399,7 @@ metadata: basis_of_record: *basis_of_record basis_of_value: *basis_of_value replicates: *replicates + collection_date: *collection_date measurement_remarks: *measurement_remarks methods: *methods life_stage: *life_stage From 080fcd5492ae7a794dc06727cf8d9185fdc06d11 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 18:22:30 +1000 Subject: [PATCH 28/45] Add Test Dataset 3 to testing --- tests/testthat/test-xamples.R | 47 +++++++++++++++++++++++++++++++++++ 1 file changed, 47 insertions(+) diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index c595e832..21a4431d 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -107,6 +107,53 @@ testthat::test_that("Test Dataset 2 builds correctly", { }) +testthat::test_that("Test Dataset 3 builds correctly", { + + # Test Dataset 3: Test_2023_3 + # See README.md in examples/Test_2023_3 for details about this dataset + + # Build dataset + expect_no_error( + Test_2023_3 <- test_build_dataset( + file.path(examples_dir, "Test_2023_3/metadata.yml"), + file.path(examples_dir, "Test_2023_3/data.csv"), + "Test Dataset 3", definitions, unit_conversions, schema, resource_metadata, taxon_list + ), + info = "Building Test Dataset 3") + + # Expected output + tables <- c("traits", "locations", "contexts", "methods", "excluded_data", + "taxonomic_updates", "taxa", "contributors") + expect_no_error( + expected_output <- + purrr::map( + tables, ~read_csv(sprintf("examples/Test_2023_3/output/%s.csv", .x), col_types = cols(.default = "c"))), + info = "Reading in expected output tables" + ) + # Todo: also load and test non-csv outputs + names(expected_output) <- tables + + # Temporary modifications to get these tests to pass + columns <- c("basis_of_value", "replicates", "life_stage", "collection_date", "measurement_remarks") + + Test_2023_3$traits <- + Test_2023_3$traits %>% + mutate(across(dplyr::all_of(columns), as.character)) + Test_2023_3$methods <- + Test_2023_3$methods %>% + mutate(across(c(source_secondary_key, source_original_dataset_key), ~NA_character_)) + Test_2023_3$excluded_data <- + Test_2023_3$excluded_data %>% + mutate(across(dplyr::all_of(columns), as.character)) + + # Check all tables are equal to expected output tables + for (v in tables) { + expect_equal(Test_2023_3[[v]], expected_output[[v]]) + } + +}) + + testthat::test_that("Test Dataset 4 builds correctly", { # Test Dataset 4: Test_2023_4 From 523ba96f2f8ebd5a38fda77cf508d255ec17fc08 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 18:23:00 +1000 Subject: [PATCH 29/45] Update READMEs --- tests/testthat/examples/Test_2023_1/README.md | 28 +++++++++---------- tests/testthat/examples/Test_2023_2/README.md | 13 +++++---- tests/testthat/examples/Test_2023_3/README.md | 24 +++++++++++----- tests/testthat/examples/Test_2023_4/README.md | 15 ++++++---- tests/testthat/examples/Test_2023_6/README.md | 2 +- tests/testthat/examples/Test_2023_8/README.md | 1 + 6 files changed, 49 insertions(+), 34 deletions(-) diff --git a/tests/testthat/examples/Test_2023_1/README.md b/tests/testthat/examples/Test_2023_1/README.md index ed8a52a3..2e9ab6e1 100644 --- a/tests/testthat/examples/Test_2023_1/README.md +++ b/tests/testthat/examples/Test_2023_1/README.md @@ -5,35 +5,35 @@ This dataset is for testing the following, for wide datasets: - Dataset-level and trait-level input of `basis_of_record`, `life_stage`, `entity_type`, `value_type`, `basis_of_value`, `measurement_remarks`, `collection_date` and `replicates` - `replicates` in numeric format - Units are correctly converted to the accepted units, either from a fixed trait-level value or from a column at the trait level +- Bins are correctly converted to the accepted units, from a fixed trait value or from a column at the trait level - Contexts (correct `link_ids` and `link_vals`; duplicates get collapsed), with and without `find` and `description` values (or NA values), or entered at the trait level as a fixed value or a column (don't think this is possible right now) -- Methods (methods are unique), including method contexts -- Locations (latitude and longitude missing for one location, entered as .na) -- `trait_name` is NA (don't think this needs a test) +- Methods (methods are unique with their own `method_id`), including method contexts +- Locations (latitude and longitude fields missing for one location, entered as .na for another location) +- `trait_name` is NA - Types of trait data -- numeric (entered as either true numeric type or character type), categorical, time (e.g. `flowering_time`) - Excluded values (automatic and manual), such as out of allowable range, invalid categorical values, invalid time values, and that excluded values table are filled in with correct error types - Substitutions work for categorical and time traits, with NA replace values - Combinations of multiple categorical values per row, including if there are duplicate trait values within -- Taxonomic updates for different taxonomic resolutions +- *Taxonomic updates for different taxonomic resolutions - have yet to add* - `observation_id` refers to unique observations -- Duplicate trait values -- `method_id` - `repeat_measurements_id` at the trait level, for individuals (using `individual_id`), populations and species (including when it is specified as TRUE and FALSE when a trait is entered twice) Test_2023_1 is a copy of Falster_2005_1 with the following modifications: -- `entity_type`, `basis_of_value`, `value_type` and `replicates` were moved to dataset level fixed value in metadata.yml, except for `flowering_time`, `huber_value` (LASA1000) and `plant_growth_form` where they're specified at the trait level -- Added `measurement_remarks` to dataset level as fixed value in metadata.yml +- `entity_type` and `replicates` were moved to dataset level fixed value in metadata.yml, except for `flowering_time`, `huber_value` (LASA1000), `plant_growth_form`, `leaf_length` and `leaf_photosynthesis` (and some `excluded_data` dummy traits) where they're specified at the trait level +- Added `measurement_remarks` to dataset level as fixed value, as well as at trait level +- Added `seed_dry_mass` to check bin conversions, with `seed_dry_mass_units` as the column to read in units from +- Added a column `leaf_length` with accompanying `leaf_length_units` to test unit conversions read in from a column +- Added `bin_conversions` column to test bin unit converions for a fixed trait level `unit_in` value - Added all different types of contexts (`entity_context`, `plot`, `treatment`, `temporal`, `method`) with some NA `find` and `value` values, duplicate `value` values, numeric and character type values, as separate columns (sex, slope position, nutrient treatment, sampling time of day, instrument used) plus entered at the trait level as a fixed value (for the `huber_value` traits) - Added a context 'plant diameter' to check whether omitting lists of values from context metadata works -- Removed latitude and longitude for Cape Tribulation +- Added duplicate of LASA50 column to check same `method_id`, added duplicate of LASA1000 with different methods to check unique `method_id` +- Removed latitude and longitude for Atherton and set to .na for Cape Tribulation - Changed `trait_name` field for `branch_mass_fraction` to NA - Added a categorical trait, `plant_growth_form`, and time trait, `flowering_time` - Changed a numeric column `wood_density` to character type with `custom_R_code` -- Duplicated `flowering_time` value for Acacia celsa - Excluded observation 0.17 for `leaf_mass_per_area` -- Added `seed_dry_mass` to check bin conversions, with `seed_dry_mass_units` as the column to read in units from -- Added a column `leaf_length` with accompanying `leaf_length_units` to test unit conversions read in from a column -- Added duplicate of LASA50 column to check `method_id` -- Added a substitution for `plant_growth_form` and `flowering_time` +- Changed leaf nitrogen for Acronychia acidula to 100 for checking out of allowable range error, "unknown" should be an excluded value for `plant_growth_form` and there should be an invalid `flowering_time` value +- Added substitutions for `plant_growth_form` and `flowering_time` - Added `leaf_photosynthesis`, `leaf_stomatal_conductance` and `leaf_stomatal_conductance_2` to test `repeat_measurements_id`, with another `leaf_stomatal_conductance_3` variable that doesn't specify `repeat_measurements_id` See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_2/README.md b/tests/testthat/examples/Test_2023_2/README.md index b42aa39a..803d10ce 100644 --- a/tests/testthat/examples/Test_2023_2/README.md +++ b/tests/testthat/examples/Test_2023_2/README.md @@ -2,21 +2,22 @@ # Test Dataset 2: `Test_2023_2` This dataset is for testing the following, for wide datasets: -- Input of `basis_of_record`, `life_stage`, `entity_type`, `value_type`, `basis_of_value`, `measurement_remarks`, `collection_date` and `replicates` from a column versus at the trait and location level (or from a column at the trait level) +- Input of `basis_of_record`, `life_stage`, `entity_type`, `value_type`, `basis_of_value`, `measurement_remarks`, `collection_date` and `replicates` from a column at the dataset level versus at the trait and location level (or from a column at the trait level) - `entity_type` read in as a fixed value if there is an existing column named as that fixed value - `source_id` column - Locations (latitude and longitude missing for both locations) - Test `method_id` when `value_type` is read from a column at the trait level Test_2023_1 is a copy of Falster_2005_1 with the following modifications: -- Added `replicates`, `basis_of_value` as a column, with also trait-level and location-level metadata (included some NAs) -- Added `value_type` as a column but read in at the trait-level ("LASA1000"), not dataset-level (fixed value at dataset level) (included NAs in column) +- Added `replicates` as a column, with also trait-level and location-level metadata (included some NAs) +- Added `basis_of_value` as a column at the trait level, with also some traits with fixed values (included some NAs) +- Added `value_type` as a column at the trait-level ("LASA1000"), not dataset-level (fixed value at dataset level) (included NAs in column) - Added `basis_of_record`, `life_stage` as dataset-level, trait-level and location-level metadata - Added `collection_date` as dataset-level and location-level metadata - Added `measurement_remarks` as location-level metadata - Read in `entity_type` as a fixed value and renamed "Species" column to "species" - Added `source_id` column -- Removed latitude and longitude fields for Atherton location and put as .na for Cape Tribulation -- Add duplicate of LASA1000 to test `method_id` +- Removed latitude and longitude fields for both locations +- Add duplicate of LASA1000 to test `method_id` when `value_type` is read from a column at the trait level -See output/ +See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_3/README.md b/tests/testthat/examples/Test_2023_3/README.md index ff1149dc..93a8c8e0 100644 --- a/tests/testthat/examples/Test_2023_3/README.md +++ b/tests/testthat/examples/Test_2023_3/README.md @@ -6,18 +6,28 @@ This dataset is for testing the following, for long datasets: - `entity_type` read in as a fixed value if there is an existing column named as that fixed value - `replicates` in character format - Units are correctly converted to the accepted units -- Contexts (correct `link_ids` and `link_vals`; duplicates get collapsed), with and without `find` and `description` values (the latter especially relevant for numeric contexts), or entered at the trait level -- Methods (methods are unique), including method contexts -- Locations (latitude and longitude missing for one location and some NAs in column) +- Contexts (correct `link_ids` and `link_vals`; duplicates get collapsed), with and without `find` and `description` values (the latter especially relevant for numeric contexts), or entered at the trait level (not possible right now) +- Methods (methods are unique with their own `method_id`) +- Locations (latitude and longitude fields missing for one location and some NAs in column) - `trait_name` is NA -- Types of trait data -- numeric (entered as either true numeric type or character type), categorical, time (e.g. `flowering_time`) +- Types of trait data -- numeric (entered as either true numeric type or character type) and categorical, time (e.g. `flowering_time`) - Excluded values, such as out of allowable range, invalid categorical values, invalid time values -- Substitutions work for categorical, numeric (e.g. ranges) and time traits, replacing with NA or finding NA +- Substitutions work for categorical and time traits, replacing with NA or finding NA Test_2023_3 is a copy of NHNSW_2023 with the following modifications: - Subsetted the dataset to only `fruit_colour`, `fruit_dehiscence`, `fruit_length`, `fruit_width` and randomly sampled 200 rows -- Read in `entity_type` as a fixed value `species` and renamed `taxon_name` to `species` +- Read in `value_type` from trait level +- Read in `entity_type` as a fixed value `species` at the trait level and added a dummy column called `species` +- `fruit_length` units is same as units in the definition, so no conversion should happen +- `fruit_width` units are read in from a column at the trait level +- Changed trait scoring method context to substitute "scored from text" with "scored_from_text", replaced "unknown" with "fruit" to test duplicates being collapsed +- Split `fruit_width` into two traits using `custom_R_code` and input with different methods to check `method_id` +- Added two made-up locations with one location missing latitude and longitude fields +- Duplicated `fruit_length` and set `trait_name` to .na +- Added a `flowering_time` trait +- Invalid `flowering_time` value, invalid `fruit_colour` value ("brunneous" instead of "brown"), out of range `fruit_length` value (3000 mm) should go to `excluded_data` +- Changed a "indehiscent" value to "not dehiscent" for substitutions, added some `flowering_time` values to be substituted -See output/ +See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_4/README.md b/tests/testthat/examples/Test_2023_4/README.md index b82d8981..bed4b8af 100644 --- a/tests/testthat/examples/Test_2023_4/README.md +++ b/tests/testthat/examples/Test_2023_4/README.md @@ -2,24 +2,27 @@ # Test Dataset 4: `Test_2023_4` This dataset is for testing the following, for long datasets: -- Input of `basis_of_record`, `life_stage`, `entity_type`, `value_type`, `basis_of_value`, `measurement_remarks`, `collection_date` and `replicates` from a column versus at the trait and location level (or from a column at the trait level) +- Input of `basis_of_record`, `life_stage`, `entity_type`, `value_type`, `basis_of_value`, `measurement_remarks`, `collection_date` and `replicates` from a column at the dataset level versus at the trait and location level (or from a column at the trait level) - Units read in from a column -- Replicates in character format +- Replicates in numeric format - `source_id` column - Locations (latitude and longitude not missing) - `repeat_measurements_id` at the trait level, for individuals (using and not using `individual_id`), populations and species (including when it is specified as TRUE and FALSE when a trait is entered twice) Test_2023_4 is a copy of NHNSW_2023 with the following modifications: - Subsetted the dataset to only `fruit_colour`, `fruit_dehiscence`, `fruit_length`, `fruit_width` and randomly sampled 200 rows -- Added `entity_type` as a column, and read in `entity_type` and `value_type` as dataset-level columns with also trait-level and location-level metadata (included some NAs) -- Added `basis_of_value` and `basis_of_record` as columns at the trait-level, with a fixed value at the dataset level for the former (included NAs in column) (and missing `basis_of_record` for `fruit_width`) +- Added `entity_type` as a column, and read in as a dataset-level column with also trait-level and location-level metadata (included some NAs) +- Read `value_type` as a column and as fixed values at the trait level +- Added `basis_of_value` and `basis_of_record` as columns at the trait-level, with a fixed value at the dataset level for the latter (included NAs in column) (and missing `basis_of_record` for `fruit_width`) - Added `life_stage`, `replicates`, as dataset-level, trait-level and location-level metadata - Added `measurement_remarks` as dataset-level and location-level metadata - Added `collection_date` as location-level metadata (set as NA at dataset level because otherwise `custom_R_code` won't be detected correctly -- see `read_metadata` function) +- Removed trait-level `unit_in` for `fruit_colour` and `fruit_length` and instead read their units in from a column at the dataset level +- Converted some `fruit_length` units to cm (and changed the "units" column) +- For `fruit_width`, put `units` column to NA using `custom_R_code` to test that units are read in at the trait level while they are NA in the column at the dataset level +- Added `fruit_width_2` to test units read in from a column for bin conversions - Added `source_id` column (with NAs) - Added two made-up locations -- Removed trait-level `unit_in` for `fruit_colour` and `fruit_length` and instead read their units in from a column at the dataset level -- For the other two traits, put `units` column to NA using `custom_R_code` to test that units are read in at the trait level while they are NA in the column at the dataset level - Added `leaf_photosynthesis` and `leaf_stomatal_conductance` to test `repeat_measurements_id`, with another `leaf_stomatal_conductance_2` variable that doesn't specify `repeat_measurements_id` See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_6/README.md b/tests/testthat/examples/Test_2023_6/README.md index 8920153d..a54730e0 100644 --- a/tests/testthat/examples/Test_2023_6/README.md +++ b/tests/testthat/examples/Test_2023_6/README.md @@ -9,4 +9,4 @@ This dataset is for testing: Test_2023_6 is a copy of X with the following modifications: -See output/ \ No newline at end of file +See output/ for expected output files. \ No newline at end of file diff --git a/tests/testthat/examples/Test_2023_8/README.md b/tests/testthat/examples/Test_2023_8/README.md index 9f461a9b..b75b1fac 100644 --- a/tests/testthat/examples/Test_2023_8/README.md +++ b/tests/testthat/examples/Test_2023_8/README.md @@ -6,6 +6,7 @@ This dataset is for testing: Test_2023_8 is a copy of 'Cernusak_2011/raw/full_curve_data.csv' with the following modifications: - Subsetted to one location: Howard Springs +- Only leaf photosynthesis and conductance traits - Converted to long format See output/ for expected output files. From e877806ceba01a0708ce87c3b61ef6646a9ffc58 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 18:38:46 +1000 Subject: [PATCH 30/45] Update READMEs --- tests/testthat/examples/Test_2023_2/README.md | 2 +- tests/testthat/examples/Test_2023_3/README.md | 2 +- tests/testthat/examples/Test_2023_5/README.md | 2 +- tests/testthat/test-xamples.R | 2 +- 4 files changed, 4 insertions(+), 4 deletions(-) diff --git a/tests/testthat/examples/Test_2023_2/README.md b/tests/testthat/examples/Test_2023_2/README.md index 803d10ce..c7b983b1 100644 --- a/tests/testthat/examples/Test_2023_2/README.md +++ b/tests/testthat/examples/Test_2023_2/README.md @@ -8,7 +8,7 @@ This dataset is for testing the following, for wide datasets: - Locations (latitude and longitude missing for both locations) - Test `method_id` when `value_type` is read from a column at the trait level -Test_2023_1 is a copy of Falster_2005_1 with the following modifications: +Test_2023_2 is a copy of Falster_2005_1 with the following modifications: - Added `replicates` as a column, with also trait-level and location-level metadata (included some NAs) - Added `basis_of_value` as a column at the trait level, with also some traits with fixed values (included some NAs) - Added `value_type` as a column at the trait-level ("LASA1000"), not dataset-level (fixed value at dataset level) (included NAs in column) diff --git a/tests/testthat/examples/Test_2023_3/README.md b/tests/testthat/examples/Test_2023_3/README.md index 93a8c8e0..48833b24 100644 --- a/tests/testthat/examples/Test_2023_3/README.md +++ b/tests/testthat/examples/Test_2023_3/README.md @@ -24,7 +24,7 @@ Test_2023_3 is a copy of NHNSW_2023 with the following modifications: - Changed trait scoring method context to substitute "scored from text" with "scored_from_text", replaced "unknown" with "fruit" to test duplicates being collapsed - Split `fruit_width` into two traits using `custom_R_code` and input with different methods to check `method_id` - Added two made-up locations with one location missing latitude and longitude fields -- Duplicated `fruit_length` and set `trait_name` to .na +- Added two `fruit_length_dupe` rows and set `trait_name` to .na - Added a `flowering_time` trait - Invalid `flowering_time` value, invalid `fruit_colour` value ("brunneous" instead of "brown"), out of range `fruit_length` value (3000 mm) should go to `excluded_data` - Changed a "indehiscent" value to "not dehiscent" for substitutions, added some `flowering_time` values to be substituted diff --git a/tests/testthat/examples/Test_2023_5/README.md b/tests/testthat/examples/Test_2023_5/README.md index e16e4928..dedd6ec7 100644 --- a/tests/testthat/examples/Test_2023_5/README.md +++ b/tests/testthat/examples/Test_2023_5/README.md @@ -14,4 +14,4 @@ Lizzy recommends this dataset for testing units: Test_2023_5 is a copy of Falster_2005_1 (maybe change to Richards_2008) with the following modifications: - Added all `bibtype` options to the dataset via secondary/original sources -See output/ \ No newline at end of file +See output/ for expected output files. \ No newline at end of file diff --git a/tests/testthat/test-xamples.R b/tests/testthat/test-xamples.R index 21a4431d..bfaf7a4c 100644 --- a/tests/testthat/test-xamples.R +++ b/tests/testthat/test-xamples.R @@ -276,7 +276,6 @@ testthat::test_that("Test Dataset 7 builds correctly", { }) - testthat::test_that("Test Dataset 8 builds correctly", { # Test Dataset 8: Test_2023_8 @@ -323,6 +322,7 @@ testthat::test_that("Test Dataset 8 builds correctly", { }) + #testthat::test_that("`dataset_test` works properly for Test Dataset 9", { # Test Dataset 9: Test_2023_9 From 2345b0a5619892b44e8845171c9f17dab7268b91 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Tue, 26 Sep 2023 18:45:32 +1000 Subject: [PATCH 31/45] Update data and metadata files --- tests/testthat/examples/Test_2023_1/data.csv | 136 +++--- .../examples/Test_2023_1/metadata.yml | 85 ++-- .../examples/Test_2023_2/metadata.yml | 18 +- tests/testthat/examples/Test_2023_3/data.csv | 411 +++++++++--------- .../examples/Test_2023_3/metadata.yml | 102 +++-- tests/testthat/examples/Test_2023_4/data.csv | 11 +- .../examples/Test_2023_4/metadata.yml | 23 +- 7 files changed, 415 insertions(+), 371 deletions(-) diff --git a/tests/testthat/examples/Test_2023_1/data.csv b/tests/testthat/examples/Test_2023_1/data.csv index 2d1114a4..4955f521 100644 --- a/tests/testthat/examples/Test_2023_1/data.csv +++ b/tests/testthat/examples/Test_2023_1/data.csv @@ -1,68 +1,68 @@ -Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,seed_dry_mass_units,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height,plant diameter,leaf_length,leaf_length_units,leaf_photosynthesis,individual_id,leaf_stomatal_conductance,leaf_stomatal_conductance_2,leaf_stomatal_conductance_3 -Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,mg,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3,,4,cm,,,,, -Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,, -Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,5,1,,, -Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,3,1,,, -Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,2,1,,, -Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,3--4,mg,nnnnnnnnnyyy,shrub,female,dune crest,control,17:00:00,instrument 1,5,3,4,cm,,,,, -Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,7,1,,, -Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,6,1,,, -Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,5.5,1,,, -Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,4,1,,, -Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,, -Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.4,, -Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.48,, -Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.9,, -Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.8,, -Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.7,, -Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.66,, -Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,, -Alstonia scholaris,alssch,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,,0.1,0.9 -Alstonia scholaris,alssch,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.2,0.88 -Brombya platynema,bropla,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.35,0.25 -Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.4,0.34 -Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.32,0.44 -Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,0.56 -Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,3000--4000,ug,nnnnyyynnnnn,mallee tree shrub tree mallee,male,mid-slope,high nutrient,17:00:00,,4,3,4,cm,,,,, -Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4,3,4,cm,,,,, -Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4,3,4,cm,,,,, -Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,,,,4,cm,,,,, -Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,,geophyte,,bottom slope,,9:00:00,instrument 3,,,4,cm,,,,, -Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3,,4,4,cm,,,,, -Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,,trees,female,dune crest,,,,10,6,4,cm,,,,, -Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,,tree,male,,,,,,9,4,cm,,,,, -Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,,male,,,,,1,10,4,cm,,,,, -Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,summer,,male,,,,,1,2,4,cm,,,,, -Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,,herbs,male,,,,,1,2,4,cm,,,,, -Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,,male,,control,,,1,,4,cm,,,,, -Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,,tree,male,,control,,,2,,4,cm,,,,, -Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,,tree,male,,high nutrient,,,,,4,cm,,,,, -Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,,tree,male,,high nutrient,,,,,4,cm,,,,, -Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,,unknown,female,,low nutrient,,,2,5,4,cm,,,,, -Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,3--4,mg,,,female,,low nutrient,,,,5,4,cm,,,,, -Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,,female2,,,,,,5,4,cm,,,,, -Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,,,,5,40,mm,,,,, -Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,,,,,40,mm,,,,, -Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,,,,,40,mm,,,,, -Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,,,,,40,mm,,,,, -Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,,,,,40,mm,,,,, -Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,,,,,40,mm,,,,, -Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,,,,,40,mm,,,,, -Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,,,,,40,mm,,,,, -Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,,,,,40,mm,,,,, -Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,,,,,40,mm,,,,, -Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,,,,,40,mm,,,,, -Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,,,,,40,mm,,,,, -Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,,,,,40,mm,,,,, -Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,,,,,40,mm,,,,, -Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,,,,,40,mm,,,,, -Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,,,,,40,mm,,,,, -Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,,,,,40,mm,,,,, -Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,,,,,40,mm,,,,, -Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,,,,,40,mm,,,,, -Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,,,,,40,mm,,,,, -Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,,,,,40,mm,,,,, -Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,,,,,40,mm,,,,, -Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,,,,,40,mm,,,,, -Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,,,,,40,mm,,,,, -Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,,,,,40,mm,,,,, +Species,species_abb,site,LMA (mg mm-2),Leaf nitrogen (mg mg-1),leaf size (mm2),wood density (mg mm-3),branch mass fraction,Seed mass (mg),LASA10,LASA250,LASA50,LASA1000,seed_dry_mass,seed_dry_mass_units,flowering_time,plant_growth_form,sex,slope position,nutrient treatment,sampling time of day,instrument used,tree height,plant diameter,leaf_length,leaf_length_units,leaf_photosynthesis,individual_id,leaf_stomatal_conductance,leaf_stomatal_conductance_2,leaf_stomatal_conductance_3,bin_conversions +Acacia celsa,acacel,Atherton,0.145,0.0214,2786,0.498,0.67,10.3,2977,7260,3722,6824,1--2,mg,nyynnnnnnnnn,herbs,female,bottom slope,control,17:00:00,instrument 1,3,,4,cm,,,,,,1--5 +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,,,2--5 +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,5,1,,,,5--6 +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,3,1,,,, +Acronychia acidula,acraci,Atherton,,,,,,,,,,,,,,,female,,,,,,,,,2,1,,,, +Acronychia acidula,acraci,Atherton,0.085,100,14302,0.525,0.48,,,7560,5541,9480,3--4,mg,nnnnnnnnnyyy,shrub,female,dune crest,control,17:00:00,instrument 1,5,3,4,cm,,,,,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,7,1,,,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,6,1,,,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,5.5,1,,,, +Alphitonia petriei,alppet,Atherton,,,,,,,,,,,,,,,male,,,,,,,,,4,1,,,, +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,,, +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.4,,, +Acacia celsa,acacel,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,0.48,,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.9,,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.8,,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.7,,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.66,,, +Acacia celsa,acacel,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,,, +Alstonia scholaris,alssch,Cape Tribulation,,,,,,,,,,,,,,,,,,,,,,,,,,,0.1,0.9, +Alstonia scholaris,alssch,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.2,0.88, +Brombya platynema,bropla,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.35,0.25, +Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.4,0.34, +Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.32,0.44, +Cleistanthus myrianthus,clemyr,Atherton,,,,,,,,,,,,,,,,,,,,,,,,,,,0.3,0.56, +Alphitonia petriei,alppet,Atherton,0.149,0.0163,6820,0.413,0.42,27.2,,4340,3313,4335,3000--4000,ug,nnnnyyynnnnn,mallee tree shrub tree mallee,male,mid-slope,high nutrient,17:00:00,,4,3,4,cm,,,,,, +Glochidion hylandii,glohyl,Atherton,0.106,0.0137,3209,0.566,0.41,10.41,1993,5075,5455,8664,,,yyyyynnnnnny,,female2,,high nutrient,,instrument 2,4,3,4,cm,,,,,, +Homalanthus novoguineensis,omanov,Atherton,0.082,0.022,10682,0.319,0.47,7,,2136,2158,3307,,,yyyyyyyyyyyy,climber,male,bottom slope,low nutrient,,instrument 2,4,3,4,cm,,,,,, +Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860,6119,,,nnnnnyyyynnn,geophyte,,bottom slope,low nutrient,9:00:00,,,,4,cm,,,,,, +Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,,geophyte,,bottom slope,,9:00:00,instrument 3,,,4,cm,,,,,, +Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3,,4,4,cm,,,,,, +Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,,trees,female,dune crest,,,,10,6,4,cm,,,,,, +Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,,tree,male,,,,,,9,4,cm,,,,,, +Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,,male,,,,,1,10,4,cm,,,,,, +Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,summer,,male,,,,,1,2,4,cm,,,,,, +Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,not observed,herbs,male,,,,,1,2,4,cm,,,,,, +Argyrodendron peralatum,argper,Cape Tribulation,0.244,0.0119,3201,0.726,0.71,433,,3832,1689,6718,,,,,male,,control,,,1,,4,cm,,,,,, +Atractocarpus hirtus,atrhir,Cape Tribulation,0.072,0.0157,11374,0.804,0.28,,,7143,6727,6103,,,,tree,male,,control,,,2,,4,cm,,,,,, +Brombya platynema,bropla,Cape Tribulation,0.106,0.0188,8218,0.603,0.33,,,4261,3531,5377,,,,tree,male,,high nutrient,,,,,4,cm,,,,,, +Cardwellia sublimis,carsub,Cape Tribulation,0.127,0.0128,4352,0.603,0.56,582.3,,6315,4880,8282,,,,tree,male,,high nutrient,,,,,4,cm,,,,,, +Castanospermum australe,casaus,Cape Tribulation,0.117,0.0237,2765,0.587,0.37,14851,,7329,,8869,,,,unknown,female,,low nutrient,,,2,5,4,cm,,,,,, +Cleistanthus myrianthus,clemyr,Cape Tribulation,0.078,0.0228,4828,0.588,0.56,,3720,6084,5233,8559,3--4,mg,,,female,,low nutrient,,,,5,4,cm,,,,,, +Cryptocarya laevigata,crylae,Cape Tribulation,0.087,0.0156,2682,0.64,0.65,1281,1391,3297,4680,7588,,,,,female2,,,,,,5,4,cm,,,,,, +Cryptocarya mackinnoniana,crymac,Cape Tribulation,0.204,0.0152,10458,0.655,0.61,204,,3277,2325,8657,,,,,,,,,,,5,40,mm,,,,,, +Cryptocarya murrayi,crymur,Cape Tribulation,0.155,0.0167,9960,0.674,0.39,,2693,5543,4298,5451,,,,,,,,,,,,40,mm,,,,,, +Dendrocnide moroides,denmor,Cape Tribulation,0.052,0.0312,26454,0.23,0.46,0.71,,2372,,2090,,,,,,,,,,,,40,mm,,,,,, +Elaeocarpus grandis,elaang,Cape Tribulation,0.122,0.0187,2762,0.499,0.47,3699,,2598,1748,4635,,,,,,,,,,,,40,mm,,,,,, +Endiandra leptodendron,endlep,Cape Tribulation,0.106,0.018,3987,0.611,0.68,,1492,2412,2783,7477,,,,,,,,,,,,40,mm,,,,,, +Endiandra microneura,endmic,Cape Tribulation,0.151,0.0177,3377,0.623,0.61,,3573,6344,3354,6235,,,,,,,,,,,,40,mm,,,,,, +Gillbeea adenopetala,gilade,Cape Tribulation,0.126,0.0096,3678,0.43,0.46,15,,2863,3160,6549,,,,,,,,,,,,40,mm,,,,,, +Haplostichanthus sp Coop. Ck,hapspp,Cape Tribulation,0.072,0.022,4685,0.668,0.36,,2430,12304,3282,2992,,,,,,,,,,,,40,mm,,,,,, +Harpullia rhyticarpa,harrhy,Cape Tribulation,0.076,0.0174,40876,0.621,0.01,,,8971,5922,4669,,,,,,,,,,,,40,mm,,,,,, +Hernandia albiflora,heralb,Cape Tribulation,0.069,0.0195,3806,0.447,0.33,,3123,4145,4643,6086,,,,,,,,,,,,40,mm,,,,,, +Ixora biflora,ixobif,Cape Tribulation,0.081,0.01,2760,0.843,0.55,41.5,5244,3892,1969,8094,,,,,,,,,,,,40,mm,,,,,, +Lasianthus strigosus,lasstr,Cape Tribulation,0.055,0.0158,3313,0.684,0.15,7,1841,5100,2379,2731,,,,,,,,,,,,40,mm,,,,,, +Litsea leefeana,litlee,Cape Tribulation,0.13,0.0144,3917,0.549,0.68,263.4,3984,4141,3816,9645,,,,,,,,,,,,40,mm,,,,,, +Macaranga tanarius,mactan,Cape Tribulation,0.104,0.0205,46676,0.344,0,,,3377,,3901,,,,,,,,,,,,40,mm,,,,,, +Mallotus mollissimus,malmol,Cape Tribulation,0.063,0.0352,16716,0.373,0.32,31.25,1788,5580,5163,7944,,,,,,,,,,,,40,mm,,,,,, +Medicosma sessiliflora,medses,Cape Tribulation,0.106,0.0153,8164,0.69,0.65,,2844,9332,6514,10298,,,,,,,,,,,,40,mm,,,,,, +Melastoma cyanoides,melaff,Cape Tribulation,0.046,0.0208,4009,0.381,0.6,0.07,2960,4057,4661,6637,,,,,,,,,,,,40,mm,,,,,, +Myristica insipida,myrins,Cape Tribulation,0.106,0.0185,8379,0.433,0.51,1612,,6929,4852,9273,,,,,,,,,,,,40,mm,,,,,, +Pittosporum rubiginosum,pitrub,Cape Tribulation,0.065,0.0143,9931,0.728,0.28,27.94,7428,7459,5265,6548,,,,,,,,,,,,40,mm,,,,,, +Psychotria dallachiana,psydal,Cape Tribulation,0.079,0.0177,2495,0.612,0.33,,4290,5666,4916,4761,,,,,,,,,,,,40,mm,,,,,, +Quassia baileyana,quabai,Cape Tribulation,0.086,0.023,9624,0.501,0.42,,,5867,3216,5719,,,,,,,,,,,,40,mm,,,,,, +Rockinghamia angustifolia,rocang,Cape Tribulation,0.108,0.0158,10636,0.455,0.39,19.38,,5862,4611,6098,,,,,,,,,,,,40,mm,,,,,, +Syzygium gustavioides,syzgus,Cape Tribulation,0.167,0.0129,3590,0.521,0.59,48000,2833,3121,3047,6584,,,,,,,,,,,,40,mm,,,,,, +Syzygium sayeri,syzsay,Cape Tribulation,0.131,0.0137,2645,0.485,0.65,841,3929,5767,4939,9836,,,,,,,,,,,,40,mm,,,,,, +Trema aspera,treasp,Cape Tribulation,0.053,0.0299,2071,0.357,0.53,5.12,3578,5291,5440,6695,,,,,,,,,,,,40,mm,,,,,, diff --git a/tests/testthat/examples/Test_2023_1/metadata.yml b/tests/testthat/examples/Test_2023_1/metadata.yml index 2c8bc5d4..e2d4b04a 100644 --- a/tests/testthat/examples/Test_2023_1/metadata.yml +++ b/tests/testthat/examples/Test_2023_1/metadata.yml @@ -46,10 +46,8 @@ dataset: basis_of_record: field life_stage: adult entity_type: population - basis_of_value: measurement - value_type: mean measurement_remarks: from Falster_2005_1 - replicates: '3' + replicates: 3 sampling_strategy: Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature @@ -149,12 +147,16 @@ traits: - var_in: LMA (mg mm-2) unit_in: mg/mm2 trait_name: leaf_mass_per_area + basis_of_value: measurement + value_type: mean methods: LMA was calculated as the leaf dry mass (oven-dried for 48 hours at 65 deg C) divided by leaf size. It was measured on the first five fully expanded leaves at the tip of each individual. - var_in: Leaf nitrogen (mg mg-1) unit_in: mg/mg trait_name: leaf_N_per_dry_mass + basis_of_value: measurement + value_type: mean methods: Leaves from all individuals per species were pooled and finely ground for nitrogen analysis. Total nitrogen concentration (%) was measured using complete combustion gas chromatography by Waite Analytical Services, Adelaide. The first @@ -162,11 +164,15 @@ traits: - var_in: leaf size (mm2) unit_in: mm2 trait_name: leaf_area + basis_of_value: measurement + value_type: mean methods: Leaf size was calculated as the one-sided leaf area (flat bed scanner). It was measured on the first five fully expanded leaves at the tip of each individual. - var_in: wood density (mg mm-3) unit_in: mg/mm3 trait_name: wood_density + basis_of_value: measurement + value_type: mean methods: Wood density was calculated using 40-60 mm stem segments taken 250 mm and 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated before processing. After removing bark material, the volume of each wood sample @@ -179,12 +185,16 @@ traits: - var_in: branch mass fraction unit_in: mg/mg trait_name: .na + basis_of_value: measurement + value_type: mean methods: Branch mass fraction was calculated as the mass side branches/total mass, on a carbon dry mass basis. The zero values are correct - these are plants with no branches. - var_in: Seed mass (mg) unit_in: mg trait_name: seed_dry_mass + basis_of_value: measurement + value_type: mean methods: Mean oven-dried seed mass (including seed coat but excluding seed accessories) was estimated for all species with available field material. In total, collections for 17 of 47 species were made. Data for an additional 12 species were drawn from @@ -193,12 +203,15 @@ traits: - var_in: seed_dry_mass unit_in: seed_dry_mass_units trait_name: seed_dry_mass + basis_of_value: measurement value_type: bin - replicates: '10' + replicates: 10 methods: Made up bin value. - var_in: LASA10 unit_in: mm2{leaf}/mm2{sapwood} trait_name: huber_value + basis_of_value: measurement + value_type: mean methods: 'Leaf area was determined for a shoot whose sapwood had a cross sectional area of 10 mm2. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering @@ -238,6 +251,8 @@ traits: - var_in: LASA250 unit_in: mm2{leaf}/mm2{sapwood} trait_name: huber_value + basis_of_value: measurement + value_type: mean methods: 'Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, @@ -278,6 +293,8 @@ traits: - var_in: LASA50 unit_in: mm2{leaf}/mm2{sapwood} trait_name: huber_value + basis_of_value: measurement + value_type: mean methods: 'Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, @@ -318,6 +335,8 @@ traits: - var_in: LASA50_dupe unit_in: mm2{leaf}/mm2{sapwood} trait_name: huber_value + basis_of_value: measurement + value_type: mean methods: 'Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, @@ -362,7 +381,7 @@ traits: basis_of_value: model_derived measurement_remarks: made-up measurement remarks collection_date: 2002/2002 - replicates: '5' + replicates: 5 methods: 'Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, @@ -408,43 +427,8 @@ traits: basis_of_value: model_derived measurement_remarks: made-up measurement remarks collection_date: 2002/2002 - replicates: '5' - methods: 'Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional - area was determined where the branch was cut. In detail from Wright_2006, which - used this data, No single best point exists to compare traits such as LM/ SM, - LA/SM and LA/SA when considering a set of species that varies widely in canopy - architecture and typical maximum height (here, approximately 20 cm to 85 m). We - have used several approaches (Table 1). In one study, we made measurements on - the terminal twigs of each species, i.e. on a relatively standard developmental - unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits - were measured at each of several different distances back down the stem from the - branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). - At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional - area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw - data from the previous studies and, for every species possible, calculated patterns - of leaf and stem deployment at two standard points: at 250 mm distance from the - branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood - (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted - as subscript in trait abbreviations). This was done as follows. For each individual - plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline - interpolation from values measured at the nearest sampling points on either side - of this distance. As the dry mass data tended to display non-linear (power) relationships - with distance from the branch tip, the interpolated values were calculated from - log10-log10- transformed data, then back-transformed to the original scale. The - same approach was used for interpolating data to the standard stem (or sapwood) - cross-sectional area. For individuals where measurements had not been made on - either side of the desired point but the nearest measurement had been made within - 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired - point), we extrapolated (rather than interpolated) the measured data to the standard - point. This allowed us to include a number of individuals and species for which - interpolation was not possible. Still, several large-leaved, large-stemmed species - from the TRF site could not be included in the 10-mm2 crosssection dataset. No - unusual tendencies in analyses, including the extrapolated data, were seen in - comparison to analyses including interpolated data only (details not shown). To - illustrate how species'' morphology varied at the two standard sampling points, - species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm - distance from the branch tip, while the distance from the branch tip at which - stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.' + replicates: 5 + methods: Should be different `method_id` here. - var_in: flowering_time unit_in: .na trait_name: flowering_time @@ -476,7 +460,7 @@ traits: value_type: mean basis_of_value: measurement methods: Test that NA units will go to excluded data. - replicates: unknown + replicates: 3 - var_in: no_unit_conversion unit_in: mass trait_name: seed_dry_mass @@ -484,11 +468,13 @@ traits: value_type: mean basis_of_value: measurement methods: Test that a unit without a unit conversion will go to excluded data. - replicates: unknown + replicates: 3 - var_in: leaf_length unit_in: leaf_length_units trait_name: leaf_length entity_type: individual + basis_of_value: measurement + value_type: mean methods: Made up leaf length values to test reading in units from a column. - var_in: leaf_photosynthesis unit_in: umol/m2/s @@ -527,6 +513,14 @@ traits: is set to FALSE but have already been entered with `repeat_measurements_id` as TRUE from another column. replicates: 1 +- var_in: bin_conversions + unit_in: g + trait_name: seed_dry_mass + entity_type: individual + value_type: bin + basis_of_value: measurement + methods: Test unit conversions for bins with a fixed trait-level unit. + replicates: 1 substitutions: - trait_name: plant_growth_form find: herbs @@ -534,6 +528,9 @@ substitutions: - trait_name: flowering_time find: summer replace: yynnnnnnnnny +- trait_name: flowering_time + find: not observed + replace: .na taxonomic_updates: - find: Homalanthus novoguineensis replace: Homalanthus novo-guineensis diff --git a/tests/testthat/examples/Test_2023_2/metadata.yml b/tests/testthat/examples/Test_2023_2/metadata.yml index e7651155..817b5f9a 100644 --- a/tests/testthat/examples/Test_2023_2/metadata.yml +++ b/tests/testthat/examples/Test_2023_2/metadata.yml @@ -33,7 +33,6 @@ dataset: source_id: source_id entity_type: species replicates: replicates - basis_of_value: basis_of_value description: Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species. value_type: mean @@ -56,17 +55,14 @@ locations: description: Tropical rain forest vegetation. elevation (m): 800 rainfall (mm): 2000 - basis_of_value: measurement collection_date: '2002/2003' Cape Tribulation: description: Complex mesophyll vine forest in tropical rain forest. elevation (m): 25 - latitude (deg): .na - longitude (deg): .na rainfall (mm): 3500 replicates: 10 - basis_of_value: field_experiment life_stage: juvenile + basis_of_record: field_experiment measurement_remarks: Made-up measurement remarks for Cape Tribulation contexts: .na traits: @@ -82,6 +78,7 @@ traits: unit_in: mg/mg trait_name: leaf_N_per_dry_mass value_type: value_type + basis_of_value: basis_of_value methods: Leaves from all individuals per species were pooled and finely ground for nitrogen analysis. Total nitrogen concentration (%) was measured using complete combustion gas chromatography by Waite Analytical Services, Adelaide. The first @@ -90,12 +87,14 @@ traits: unit_in: mm2 trait_name: leaf_area value_type: value_type + basis_of_value: basis_of_value methods: Leaf size was calculated as the one-sided leaf area (flat bed scanner). It was measured on the first five fully expanded leaves at the tip of each individual. - var_in: wood density (mg mm-3) unit_in: mg/mm3 trait_name: wood_density value_type: value_type + basis_of_value: basis_of_value methods: Wood density was calculated using 40-60 mm stem segments taken 250 mm and 1000 mm back along a branch from the branch tip. Fresh samples were refrigerated before processing. After removing bark material, the volume of each wood sample @@ -110,6 +109,7 @@ traits: trait_name: branch_mass_fraction entity_type: population value_type: value_type + basis_of_value: basis_of_value methods: Branch mass fraction was calculated as the mass side branches/total mass, on a carbon dry mass basis. The zero values are correct - these are plants with no branches. @@ -120,6 +120,7 @@ traits: value_type: value_type replicates: unknown basis_of_record: literature + basis_of_value: basis_of_value life_stage: seedling methods: Mean oven-dried seed mass (including seed coat but excluding seed accessories) was estimated for all species with available field material. In total, collections @@ -131,6 +132,7 @@ traits: trait_name: huber_value entity_type: population value_type: value_type + basis_of_value: basis_of_value replicates: 7 methods: 'Leaf area was determined for a shoot whose sapwood had a cross sectional area of 10 mm2. In detail from Wright_2006, which used this data, No single best @@ -173,6 +175,7 @@ traits: trait_name: huber_value entity_type: population value_type: value_type + basis_of_value: basis_of_value methods: 'Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, @@ -214,6 +217,7 @@ traits: trait_name: huber_value entity_type: population value_type: value_type + basis_of_value: basis_of_value methods: 'Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, @@ -255,6 +259,7 @@ traits: trait_name: huber_value entity_type: population value_type: mean + basis_of_value: basis_of_value methods: 'Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, @@ -295,7 +300,8 @@ traits: unit_in: mm2{leaf}/mm2{sapwood} trait_name: huber_value entity_type: population - value_type: value_type + value_type: maximum + basis_of_value: basis_of_value methods: 'Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, diff --git a/tests/testthat/examples/Test_2023_3/data.csv b/tests/testthat/examples/Test_2023_3/data.csv index a88bf4dd..d0b0f3d9 100644 --- a/tests/testthat/examples/Test_2023_3/data.csv +++ b/tests/testthat/examples/Test_2023_3/data.csv @@ -1,201 +1,210 @@ -source,taxon_name,trait_name,category,trait_value,flora_value,units,value_type -PlantNET_flora,Exocarpos homalocladus,fruit_width,drupe,8,NA,mm,maximum -PlantNET_flora,Lepidosperma gladiatum,fruit_length,nut,3,NA,mm,minimum -PlantNET_flora,Imperata cylindrica,fruit_length,caryopsis,1,NA,mm,minimum -PlantNET_flora,Gentianella barringtonensis,fruit_colour,NA,brown,inferred_from_genus,NA,mode -PlantNET_flora,Acacia bulgaensis,fruit_length,pods,95,NA,mm,maximum -PlantNET_flora,Sparaxis bulbifera,fruit_colour,NA,green,green,NA,mode -PlantNET_flora,Psoralea pinnata,fruit_width,fruits,2.5,NA,mm,minimum -PlantNET_flora,Eucalyptus dorrigoensis,fruit_length,fruit,5,NA,mm,maximum -PlantNET_flora,Alectryon subdentatus,fruit_length,capsule,8,NA,mm,minimum -PlantNET_flora,Acacia crassa,fruit_length,pods,40,NA,mm,minimum -PlantNET_flora,Commersonia amystia,fruit_width,capsule,13,NA,mm,maximum -PlantNET_flora,Gompholobium grandiflorum,fruit_length,pod,15,NA,mm,maximum -PlantNET_flora,Crassula decumbens,fruit_dehiscence,NA,dehiscent,dehiscing,NA,mode -PlantNET_flora,Chthonocephalus pseudevax,fruit_length,achenes,0.5,NA,mm,minimum -PlantNET_flora,Amyema preissii,fruit_colour,NA,pink white,pink white,NA,mode -PlantNET_flora,Dichromochlamys dentatifolia,fruit_length,achenes,1.8,NA,mm,minimum -PlantNET_flora,Adriana tomentosa,fruit_width,capsule,12,NA,mm,maximum -PlantNET_flora,Isotoma fluviatilis subsp. fluviatilis,fruit_width,capsule,3,NA,mm,maximum -PlantNET_flora,Cassinia compacta,fruit_length,achenes,0.5,NA,mm,maximum -PlantNET_flora,Mischocarpus australis,fruit_width,capsule,8,NA,mm,maximum -PlantNET_flora,Eleocharis pallens,fruit_length,nut,1.4,NA,mm,maximum -PlantNET_flora,Hypoxis glabella var. glabella,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Crassula peduncularis,fruit_dehiscence,NA,dehiscent,splitting,NA,mode -PlantNET_flora,Derris involuta,fruit_dehiscence,NA,indehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Diodia,fruit_dehiscence,NA,indehiscent,indehiscent,NA,mode -PlantNET_flora,Stellaria angustifolia subsp. angustifolia,fruit_length,capsule,8.5,NA,mm,maximum -PlantNET_flora,Pittosporum erioloma,fruit_dehiscence,NA,dehiscent,valves,NA,mode -PlantNET_flora,Corymbia citriodora,fruit_length,fruit,15,NA,mm,maximum -PlantNET_flora,Pimelea ligustrina subsp. ligustrina,fruit_colour,NA,green,inferred_from_species,NA,mode -PlantNET_flora,Trifolium dubium,fruit_length,pod,2,NA,mm,maximum -PlantNET_flora,Myoporum boninense subsp. australe,fruit_length,fruit,10,NA,mm,maximum -PlantNET_flora,Arbutus unedo,fruit_colour,NA,red,red,NA,mode -PlantNET_flora,Schoenus vaginatus,fruit_colour,NA,red yellow brown,red yellow brown,NA,mode -PlantNET_flora,Dodonaea petiolaris,fruit_length,capsule,16,NA,mm,minimum -PlantNET_flora,Leptospermum continentale,fruit_length,fruit,6,NA,mm,minimum -PlantNET_flora,Freesia hybrid,fruit_colour,NA,green,green,NA,mode -PlantNET_flora,Epilobium gunnianum,fruit_length,fruit,75,NA,mm,maximum -PlantNET_flora,Dodonaea truncatiales,fruit_width,capsule,17,NA,mm,minimum -PlantNET_flora,Thlaspi,fruit_dehiscence,NA,dehiscent,dehiscent,NA,mode -PlantNET_flora,Eucalyptus recurva,fruit_length,fruit,4,NA,mm,maximum -PlantNET_flora,Lotononis bainesii,fruit_length,pod,8,NA,mm,minimum -PlantNET_flora,Correa alba,fruit_length,fruit,5,NA,mm,minimum -PlantNET_flora,Commersonia salviifolia,fruit_width,capsule,5,NA,mm,minimum -PlantNET_flora,Carex cephalotes,fruit_length,utricles,2.5,NA,mm,minimum -PlantNET_flora,Juncus acutus subsp. acutus,fruit_dehiscence,NA,dehiscent,inferred_from_family,NA,mode -PlantNET_flora,Thelymitra kangaloonica,fruit_length,capsules,12,NA,mm,maximum -PlantNET_flora,Eucalyptus viminalis,fruit_width,fruit,4,NA,mm,minimum -PlantNET_flora,Acronychia littoralis,fruit_width,fruit,20,NA,mm,maximum -PlantNET_flora,Eucalyptus leucoxylon subsp. pruinosa,fruit_dehiscence,NA,dehiscent,valves,NA,mode -PlantNET_flora,Hibbertia crinita,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Crotalaria brevis,fruit_length,pods,6,NA,mm,minimum -PlantNET_flora,Spergularia diandra,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Hypericum elodes,fruit_length,capsule,4,NA,mm,minimum -PlantNET_flora,Hakea macraeana,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Dillwynia cinerascens,fruit_length,pod,5,NA,mm,maximum -PlantNET_flora,Lupinus polyphyllus,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Potamogeton australiensis,fruit_length,fruit,4,NA,mm,maximum -PlantNET_flora,Hypoxis,fruit_dehiscence,NA,dehiscent,dehiscing,NA,mode -PlantNET_flora,Carex raleighii,fruit_length,utricles,2.5,NA,mm,minimum -PlantNET_flora,Veronica catenata,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Phlegmatospermum cochlearinum,fruit_length,silicula,10,NA,mm,maximum -PlantNET_flora,Australina pusilla,fruit_length,achene,1,NA,mm,minimum -PlantNET_flora,Schoenus lepidosperma,fruit_width,nut,2.5,NA,mm,maximum -PlantNET_flora,Calendula arvensis,fruit_length,achenes,15,NA,mm,maximum -PlantNET_flora,Veronica derwentiana,fruit_length,capsule,2.8,NA,mm,minimum -PlantNET_flora,Gossia bidwillii,fruit_colour,NA,black,black,NA,mode -PlantNET_flora,Cyperus bulbosus,fruit_colour,NA,grey,greyish,NA,mode -PlantNET_flora,Eucalyptus youmanii,fruit_width,fruit,9,NA,mm,minimum -PlantNET_flora,Lobelia pedunculata,fruit_length,fruit,4,NA,mm,minimum -PlantNET_flora,Goodenia varia,fruit_length,fruit,10,NA,mm,maximum -PlantNET_flora,Convolvulus farinosus,fruit_width,capsule,6,NA,mm,minimum -PlantNET_flora,Freesia laxa,fruit_length,capsule,12,NA,mm,maximum -PlantNET_flora,Rhodamnia argentea,fruit_colour,NA,black,black,NA,mode -PlantNET_flora,Eremophila deserti,fruit_colour,NA,yellow black,yellow black,NA,mode -PlantNET_flora,Geijera salicifolia,fruit_width,fruit,6,NA,mm,maximum -PlantNET_flora,Endiandra globosa,fruit_width,fruit,50,NA,mm,maximum -PlantNET_flora,Thesium australe,fruit_width,fruit,2.5,NA,mm,maximum -PlantNET_flora,Teucrium puberulum,fruit_width,drupe,4,NA,mm,maximum -PlantNET_flora,Davidsonia johnsonii,fruit_length,fruit,30,NA,mm,minimum -PlantNET_flora,Claoxylon australe,fruit_width,capsule,5,NA,mm,minimum -PlantNET_flora,Cyperus sculptus,fruit_length,nut,1,NA,mm,maximum -PlantNET_flora,Cyperus laevigatus,fruit_width,nut,1.2,NA,mm,maximum -PlantNET_flora,Eucalyptus muelleriana,fruit_dehiscence,NA,dehiscent,valves,NA,mode -PlantNET_flora,Centranthera,fruit_dehiscence,NA,dehiscent,loculicidal,NA,mode -PlantNET_flora,Eucalyptus badjensis,fruit_length,fruit,5,NA,mm,maximum -PlantNET_flora,Leucopogon amplexicaulis,fruit_length,fruit,3.5,NA,mm,maximum -PlantNET_flora,Eucalyptus oblonga,fruit_length,fruit,8,NA,mm,maximum -PlantNET_flora,Lobelia trigonocaulis,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Senecio longipilus,fruit_length,achenes,2.5,NA,mm,minimum -PlantNET_flora,Burmannia disticha,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Schoenus apogon,fruit_colour,NA,white,whitish,NA,mode -PlantNET_flora,Bursaria spinosa subsp. spinosa,fruit_width,capsules,9,NA,mm,maximum -PlantNET_flora,Pisum sativum var. arvense,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Abildgaardia ovata,fruit_width,nut,1.2,NA,mm,minimum -PlantNET_flora,Leptospermum obovatum,fruit_width,fruit,8,NA,mm,maximum -PlantNET_flora,Hibiscus brachysiphonius,fruit_length,capsule,15,NA,mm,maximum -PlantNET_flora,Muehlenbeckia adpressa,fruit_colour,NA,brown black,brown black,NA,mode -PlantNET_flora,Salix alba,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Isolepis montivaga,fruit_length,nut,0.9,NA,mm,minimum -PlantNET_flora,Leptomeria drupacea,fruit_length,drupe,6,NA,mm,maximum -PlantNET_flora,Elaeocarpus grandis,fruit_width,fruit,20,NA,mm,minimum -PlantNET_flora,Eucalyptus youmanii,fruit_length,fruit,12,NA,mm,maximum -PlantNET_flora,Carex leporina,fruit_length,utricles,3.5,NA,mm,minimum -PlantNET_flora,Juncus kraussii,fruit_colour,NA,red yellow brown black,red golden brown blackish,NA,mode -PlantNET_flora,Eucalyptus nandewarica,fruit_length,fruit,3,NA,mm,minimum -PlantNET_flora,Eucalyptus yangoura,fruit_width,fruit,6,NA,mm,minimum -PlantNET_flora,Eucalyptus olida,fruit_length,fruit,5,NA,mm,minimum -PlantNET_flora,Sida goniocarpa,fruit_width,fruit,7,NA,mm,minimum -PlantNET_flora,Dampiera fusca,fruit_colour,NA,brown,brownish,NA,mode -PlantNET_flora,Lepidium foliosum,fruit_length,silicula,4,NA,mm,minimum -PlantNET_flora,Alectryon coriaceus,fruit_length,capsule,7,NA,mm,maximum -PlantNET_flora,Styphelia viridis,fruit_length,fruit,10,NA,mm,maximum -PlantNET_flora,Lepidium oxytrichum,fruit_length,silicula,5,NA,mm,maximum -PlantNET_flora,Rhodamnia argentea,fruit_length,fruit,6,NA,mm,minimum -PlantNET_flora,Rubus parvifolius,fruit_colour,NA,red,red,NA,mode -PlantNET_flora,Artanema,fruit_dehiscence,NA,dehiscent,valve,NA,mode -PlantNET_flora,Lepidium africanum,fruit_width,silicula,2,NA,mm,maximum -PlantNET_flora,Acacia leiocalyx subsp. leiocalyx,fruit_width,pods,4,NA,mm,maximum -PlantNET_flora,Plantago turrifera,fruit_length,capsule,3,NA,mm,minimum -PlantNET_flora,Crotalaria brevis,fruit_colour,NA,brown,brown,NA,mode -PlantNET_flora,Apophyllum anomalum,fruit_colour,NA,purple,purple,NA,mode -PlantNET_flora,Isotoma axillaris,fruit_length,capsule,7,NA,mm,minimum -PlantNET_flora,Eucalyptus camphora,fruit_length,fruit,4,NA,mm,minimum -PlantNET_flora,Medicago orbicularis,fruit_length,pod,7,NA,mm,maximum -PlantNET_flora,Acacia havilandiorum,fruit_width,pods,2,NA,mm,minimum -PlantNET_flora,Coprosma nivalis,fruit_colour,NA,purple grey,violet grey,NA,mode -PlantNET_flora,Swainsona cadellii,fruit_length,pod,25,NA,mm,minimum -PlantNET_flora,Paraserianthes lophantha,fruit_width,pod,25,NA,mm,maximum -PlantNET_flora,Crotalaria lanceolata,fruit_length,pod,20,NA,mm,minimum -PlantNET_flora,Nicotiana goodspeedii,fruit_length,capsule,5,NA,mm,minimum -PlantNET_flora,Eucalyptus rossii,fruit_width,fruit,6,NA,mm,maximum -PlantNET_flora,Gentiana wingecarribiensis,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Oxalis corniculata,fruit_width,fruit,1.5,NA,mm,minimum -PlantNET_flora,Acacia gladiiformis,fruit_length,pods,150,NA,mm,maximum -PlantNET_flora,Escallonia bifida,fruit_length,capsule,3,NA,mm,minimum -PlantNET_flora,Crotalaria grahamiana,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Acacia alpina,fruit_width,pods,3,NA,mm,minimum -PlantNET_flora,Sphaeromorphaea littoralis,fruit_length,achenes,1.3,NA,mm,maximum -PlantNET_flora,Picris barbarorum,fruit_length,cypselas,7.5,NA,mm,maximum -PlantNET_flora,Acacia ramulosa var. ramulosa,fruit_length,pods,20,NA,mm,minimum -PlantNET_flora,Stypandra,fruit_colour,NA,black,black,NA,mode -PlantNET_flora,Eremophila oppositifolia,fruit_length,fruit,4,NA,mm,minimum -PlantNET_flora,Parkinsonia,fruit_dehiscence,NA,indehiscent,indehiscent,NA,mode -PlantNET_flora,Geranium purpureum subsp. purpureum,fruit_length,fruit,12,NA,mm,minimum -PlantNET_flora,Callistemon purpurascens,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Acacia beadleana,fruit_width,pods,10.5,NA,mm,maximum -PlantNET_flora,Polycarpon tetraphyllum,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Schenkia australis,fruit_length,capsule,10,NA,mm,maximum -PlantNET_flora,Pultenaea ferruginea,fruit_length,pod,6,NA,mm,maximum -PlantNET_flora,Angophora leiocarpa,fruit_width,fruit,11,NA,mm,maximum -PlantNET_flora,Sisymbrium irio,fruit_length,siliqua,25,NA,mm,minimum -PlantNET_flora,Corymbia eximia,fruit_length,fruit,13,NA,mm,minimum -PlantNET_flora,Cylindropuntia kleiniae,fruit_length,fruits,20,NA,mm,maximum -PlantNET_flora,Hibiscus sturtii,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Carex cephalotes,fruit_width,utricles,1,NA,mm,minimum -PlantNET_flora,Cyperus albostriatus,fruit_colour,NA,brown black,brown blackish,NA,mode -PlantNET_flora,Pandorea pandorana subsp. austrocaledonica,fruit_dehiscence,NA,dehiscent,valves,NA,mode -PlantNET_flora,Coprosma niphophila,fruit_colour,NA,red orange,red orange,NA,mode -PlantNET_flora,Wahlenbergia luteola,fruit_length,capsule,5,NA,mm,minimum -PlantNET_flora,Libertia,fruit_dehiscence,NA,dehiscent,inferred_from_family,NA,mode -PlantNET_flora,Ammannia,fruit_dehiscence,NA,dehiscent,splitting,NA,mode -PlantNET_flora,Acacia myrtifolia,fruit_width,pods,5,NA,mm,maximum -PlantNET_flora,Erigeron conyzoides,fruit_length,achenes,2.5,NA,mm,maximum -PlantNET_flora,Scleria rugosa,fruit_length,nut,3,NA,mm,minimum -PlantNET_flora,Hemisteptia lyrata,fruit_length,achenes,2,NA,mm,maximum -PlantNET_flora,Dovyalis caffra,fruit_colour,NA,orange yellow,apricot yellow,NA,mode -PlantNET_flora,Carmichaelia exsul,fruit_length,pods,10,NA,mm,minimum -PlantNET_flora,Centaurium tenuiflorum,fruit_length,capsule,6,NA,mm,minimum -PlantNET_flora,Acacia spectabilis,fruit_length,pods,170,NA,mm,maximum -PlantNET_flora,Castanospermum australe,fruit_length,pod,100,NA,mm,minimum -PlantNET_flora,Parentucellia latifolia,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Alectryon oleifolius,fruit_width,capsule,10,NA,mm,minimum -PlantNET_flora,Cyperus betchei,fruit_width,nut,0.4,NA,mm,maximum -PlantNET_flora,Endiandra muelleri,fruit_colour,NA,black,black,NA,mode -PlantNET_flora,Lantana montevidensis,fruit_colour,NA,purple black,purplish black,NA,mode -PlantNET_flora,Exocarpos sparteus,fruit_length,drupe,5,NA,mm,maximum -PlantNET_flora,Acacia flexifolia,fruit_width,pods,2,NA,mm,minimum -PlantNET_flora,Eucalyptus scias,fruit_dehiscence,NA,dehiscent,valves,NA,mode -PlantNET_flora,Melichrus procumbens,fruit_length,fruit,4,NA,mm,maximum -PlantNET_flora,Pinus pinea,fruit_colour,NA,brown,brown,NA,mode -PlantNET_flora,Erythroxylum australe,fruit_width,drupe,4,NA,mm,maximum -PlantNET_flora,Schoenus brevifolius,fruit_width,nut,0.7,NA,mm,maximum -PlantNET_flora,Cestrum nocturnum,fruit_width,berry,8,NA,mm,minimum -PlantNET_flora,Acacia terminalis subsp. Glabrous form (M.Hancock 94),fruit_width,pods,14,NA,mm,maximum -PlantNET_flora,Rorippa gigantea,fruit_length,siliqua,15,NA,mm,minimum -PlantNET_flora,Dinosperma erythrococcum,fruit_length,follicles,5,NA,mm,minimum -PlantNET_flora,Grevillea scortechinii,fruit_colour,NA,red brown,reddish brown,NA,mode -PlantNET_flora,Ficus henneana,fruit_length,figs,15,NA,mm,minimum -PlantNET_flora,Sigesbeckia orientalis,fruit_length,achenes,3,NA,mm,maximum -PlantNET_flora,Indigofera triflora,fruit_length,pods,30,NA,mm,maximum -PlantNET_flora,Dillwynia floribunda,fruit_length,pod,4,NA,mm,minimum -PlantNET_flora,Lotus corniculatus,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode -PlantNET_flora,Eucalyptus pulverulenta,fruit_width,fruit,6,NA,mm,minimum -PlantNET_flora,Acacia caroleae,fruit_width,pods,2,NA,mm,minimum -PlantNET_flora,Geranium obtusisepalum,fruit_length,fruit,17,NA,mm,maximum -PlantNET_flora,Phyla nodiflora,fruit_width,fruit,2,NA,mm,maximum -PlantNET_flora,Nicotiana glauca,fruit_length,capsule,13,NA,mm,maximum -PlantNET_flora,Ipomoea cairica,fruit_length,capsule,11,NA,mm,maximum -PlantNET_flora,Euphorbia inappendiculata var. queenslandica,fruit_length,capsule,1.5,NA,mm,maximum -PlantNET_flora,Daviesia arenaria,fruit_length,pod,7,NA,mm,maximum +source,test_location,taxon_name,trait_name,category,trait_value,flora_value,units,value_type +PlantNET_flora,australia,Exocarpos homalocladus,fruit_width,drupe,8,NA,mm,maximum +PlantNET_flora,australia,Lepidosperma gladiatum,fruit_length,nut,3000,NA,mm,minimum +PlantNET_flora,australia,Imperata cylindrica,fruit_length,caryopsis,1,NA,mm,minimum +PlantNET_flora,australia,Gentianella barringtonensis,fruit_colour,NA,brunneous,inferred_from_genus,NA,mode +PlantNET_flora,australia,Acacia bulgaensis,fruit_length,pods,95,NA,mm,maximum +PlantNET_flora,australia,Sparaxis bulbifera,fruit_colour,NA,green,green,NA,mode +PlantNET_flora,australia,Psoralea pinnata,fruit_width,fruits,2.5,NA,mm,minimum +PlantNET_flora,australia,Eucalyptus dorrigoensis,fruit_length,fruit,5,NA,mm,maximum +PlantNET_flora,australia,Alectryon subdentatus,fruit_length,capsule,8,NA,mm,minimum +PlantNET_flora,,Acacia crassa,fruit_length,pods,40,NA,mm,minimum +PlantNET_flora,,Commersonia amystia,fruit_width,capsule,13,NA,mm,maximum +PlantNET_flora,,Gompholobium grandiflorum,fruit_length,pod,15,NA,mm,maximum +PlantNET_flora,australia_2,Crassula decumbens,fruit_dehiscence,NA,dehiscent,dehiscing,NA,mode +PlantNET_flora,australia_2,Chthonocephalus pseudevax,fruit_length,achenes,0.5,NA,mm,minimum +PlantNET_flora,australia_2,Amyema preissii,fruit_colour,NA,pink white,pink white,NA,mode +PlantNET_flora,australia_2,Dichromochlamys dentatifolia,fruit_length,achenes,1.8,NA,mm,minimum +PlantNET_flora,australia_2,Adriana tomentosa,fruit_width,capsule,12,NA,mm,maximum +PlantNET_flora,australia_2,Isotoma fluviatilis subsp. fluviatilis,fruit_width,capsule,3,NA,mm,maximum +PlantNET_flora,australia_2,Cassinia compacta,fruit_length,achenes,0.5,NA,mm,maximum +PlantNET_flora,australia_2,Mischocarpus australis,fruit_width,capsule,8,NA,mm,maximum +PlantNET_flora,australia_2,Eleocharis pallens,fruit_length,nut,1.4,NA,mm,maximum +PlantNET_flora,australia_2,Hypoxis glabella var. glabella,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Crassula peduncularis,fruit_dehiscence,NA,dehiscent,splitting,NA,mode +PlantNET_flora,australia_2,Derris involuta,fruit_dehiscence,NA,indehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Diodia,fruit_dehiscence,NA,indehiscent,indehiscent,NA,mode +PlantNET_flora,australia_2,Stellaria angustifolia subsp. angustifolia,fruit_length,capsule,8.5,NA,mm,maximum +PlantNET_flora,australia_2,Pittosporum erioloma,fruit_dehiscence,NA,dehiscent,valves,NA,mode +PlantNET_flora,australia_2,Corymbia citriodora,fruit_length,fruit,15,NA,mm,maximum +PlantNET_flora,australia_2,Pimelea ligustrina subsp. ligustrina,fruit_colour,NA,green,inferred_from_species,NA,mode +PlantNET_flora,australia_2,Trifolium dubium,fruit_length,pod,2,NA,mm,maximum +PlantNET_flora,australia_2,Myoporum boninense subsp. australe,fruit_length,fruit,10,NA,mm,maximum +PlantNET_flora,australia_2,Arbutus unedo,fruit_colour,NA,red,red,NA,mode +PlantNET_flora,australia_2,Schoenus vaginatus,fruit_colour,NA,red yellow brown,red yellow brown,NA,mode +PlantNET_flora,australia_2,Dodonaea petiolaris,fruit_length,capsule,16,NA,mm,minimum +PlantNET_flora,australia_2,Leptospermum continentale,fruit_length,fruit,6,NA,mm,minimum +PlantNET_flora,australia_2,Freesia hybrid,fruit_colour,NA,green,green,NA,mode +PlantNET_flora,australia_2,Epilobium gunnianum,fruit_length,fruit,75,NA,mm,maximum +PlantNET_flora,australia_2,Dodonaea truncatiales,fruit_width,capsule,17,NA,mm,minimum +PlantNET_flora,australia_2,Thlaspi,fruit_dehiscence,NA,dehiscent,dehiscent,NA,mode +PlantNET_flora,australia_2,Eucalyptus recurva,fruit_length,fruit,4,NA,mm,maximum +PlantNET_flora,australia_2,Lotononis bainesii,fruit_length,pod,8,NA,mm,minimum +PlantNET_flora,australia_2,Correa alba,fruit_length,fruit,5,NA,mm,minimum +PlantNET_flora,australia_2,Commersonia salviifolia,fruit_width,capsule,5,NA,mm,minimum +PlantNET_flora,australia_2,Carex cephalotes,fruit_length,utricles,2.5,NA,mm,minimum +PlantNET_flora,australia_2,Juncus acutus subsp. acutus,fruit_dehiscence,NA,dehiscent,inferred_from_family,NA,mode +PlantNET_flora,australia_2,Thelymitra kangaloonica,fruit_length,capsules,12,NA,mm,maximum +PlantNET_flora,australia_2,Eucalyptus viminalis,fruit_width,fruit,4,NA,mm,minimum +PlantNET_flora,australia_2,Acronychia littoralis,fruit_width,fruit,20,NA,mm,maximum +PlantNET_flora,australia_2,Eucalyptus leucoxylon subsp. pruinosa,fruit_dehiscence,NA,dehiscent,valves,NA,mode +PlantNET_flora,australia_2,Hibbertia crinita,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Crotalaria brevis,fruit_length,pods,6,NA,mm,minimum +PlantNET_flora,australia_2,Spergularia diandra,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Hypericum elodes,fruit_length,capsule,4,NA,mm,minimum +PlantNET_flora,australia_2,Hakea macraeana,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Dillwynia cinerascens,fruit_length,pod,5,NA,mm,maximum +PlantNET_flora,australia_2,Lupinus polyphyllus,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Potamogeton australiensis,fruit_length,fruit,4,NA,mm,maximum +PlantNET_flora,australia_2,Hypoxis,fruit_dehiscence,NA,dehiscent,dehiscing,NA,mode +PlantNET_flora,australia_2,Carex raleighii,fruit_length,utricles,2.5,NA,mm,minimum +PlantNET_flora,australia_2,Veronica catenata,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Phlegmatospermum cochlearinum,fruit_length,silicula,10,NA,mm,maximum +PlantNET_flora,australia_2,Australina pusilla,fruit_length,achene,1,NA,mm,minimum +PlantNET_flora,australia_2,Schoenus lepidosperma,fruit_width,nut,2.5,NA,mm,maximum +PlantNET_flora,australia_2,Calendula arvensis,fruit_length,achenes,15,NA,mm,maximum +PlantNET_flora,australia_2,Veronica derwentiana,fruit_length,capsule,2.8,NA,mm,minimum +PlantNET_flora,australia_2,Gossia bidwillii,fruit_colour,NA,black,black,NA,mode +PlantNET_flora,australia_2,Cyperus bulbosus,fruit_colour,NA,grey,greyish,NA,mode +PlantNET_flora,australia_2,Eucalyptus youmanii,fruit_width,fruit,9,NA,mm,minimum +PlantNET_flora,australia_2,Lobelia pedunculata,fruit_length,fruit,4,NA,mm,minimum +PlantNET_flora,australia_2,Goodenia varia,fruit_length,fruit,10,NA,mm,maximum +PlantNET_flora,australia_2,Convolvulus farinosus,fruit_width,capsule,6,NA,mm,minimum +PlantNET_flora,australia_2,Freesia laxa,fruit_length,capsule,12,NA,mm,maximum +PlantNET_flora,australia_2,Rhodamnia argentea,fruit_colour,NA,black,black,NA,mode +PlantNET_flora,australia_2,Eremophila deserti,fruit_colour,NA,yellow black,yellow black,NA,mode +PlantNET_flora,australia_2,Geijera salicifolia,fruit_width,fruit,6,NA,mm,maximum +PlantNET_flora,australia_2,Endiandra globosa,fruit_width,fruit,50,NA,mm,maximum +PlantNET_flora,australia_2,Thesium australe,fruit_width,fruit,2.5,NA,mm,maximum +PlantNET_flora,australia_2,Teucrium puberulum,fruit_width,drupe,4,NA,mm,maximum +PlantNET_flora,australia_2,Davidsonia johnsonii,fruit_length,fruit,30,NA,mm,minimum +PlantNET_flora,australia_2,Claoxylon australe,fruit_width,capsule,5,NA,mm,minimum +PlantNET_flora,australia_2,Cyperus sculptus,fruit_length,nut,1,NA,mm,maximum +PlantNET_flora,australia_2,Cyperus laevigatus,fruit_width,nut,1.2,NA,mm,maximum +PlantNET_flora,australia_2,Eucalyptus muelleriana,fruit_dehiscence,NA,dehiscent,valves,NA,mode +PlantNET_flora,australia_2,Centranthera,fruit_dehiscence,NA,dehiscent,loculicidal,NA,mode +PlantNET_flora,australia_2,Eucalyptus badjensis,fruit_length,fruit,5,NA,mm,maximum +PlantNET_flora,australia_2,Leucopogon amplexicaulis,fruit_length,fruit,3.5,NA,mm,maximum +PlantNET_flora,australia_2,Eucalyptus oblonga,fruit_length,fruit,8,NA,mm,maximum +PlantNET_flora,australia_2,Lobelia trigonocaulis,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Senecio longipilus,fruit_length,achenes,2.5,NA,mm,minimum +PlantNET_flora,australia_2,Burmannia disticha,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Schoenus apogon,fruit_colour,NA,white,whitish,NA,mode +PlantNET_flora,australia_2,Bursaria spinosa subsp. spinosa,fruit_width,capsules,9,NA,mm,maximum +PlantNET_flora,australia_2,Pisum sativum var. arvense,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Abildgaardia ovata,fruit_width,nut,1.2,NA,mm,minimum +PlantNET_flora,australia_2,Leptospermum obovatum,fruit_width,fruit,8,NA,mm,maximum +PlantNET_flora,australia_2,Hibiscus brachysiphonius,fruit_length,capsule,15,NA,mm,maximum +PlantNET_flora,australia_2,Muehlenbeckia adpressa,fruit_colour,NA,brown black,brown black,NA,mode +PlantNET_flora,australia_2,Salix alba,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Isolepis montivaga,fruit_length,nut,0.9,NA,mm,minimum +PlantNET_flora,australia_2,Leptomeria drupacea,fruit_length,drupe,6,NA,mm,maximum +PlantNET_flora,australia_2,Elaeocarpus grandis,fruit_width,fruit,20,NA,mm,minimum +PlantNET_flora,australia_2,Eucalyptus youmanii,fruit_length,fruit,12,NA,mm,maximum +PlantNET_flora,australia_2,Carex leporina,fruit_length,utricles,3.5,NA,mm,minimum +PlantNET_flora,australia_2,Juncus kraussii,fruit_colour,NA,red yellow brown black,red golden brown blackish,NA,mode +PlantNET_flora,australia_2,Eucalyptus nandewarica,fruit_length,fruit,3,NA,mm,minimum +PlantNET_flora,australia_2,Eucalyptus yangoura,fruit_width,fruit,6,NA,mm,minimum +PlantNET_flora,australia_2,Eucalyptus olida,fruit_length,fruit,5,NA,mm,minimum +PlantNET_flora,australia_2,Sida goniocarpa,fruit_width,fruit,7,NA,mm,minimum +PlantNET_flora,australia_2,Dampiera fusca,fruit_colour,NA,brown,brownish,NA,mode +PlantNET_flora,australia_2,Lepidium foliosum,fruit_length,silicula,4,NA,mm,minimum +PlantNET_flora,australia_2,Alectryon coriaceus,fruit_length,capsule,7,NA,mm,maximum +PlantNET_flora,australia_2,Styphelia viridis,fruit_length,fruit,10,NA,mm,maximum +PlantNET_flora,australia_2,Lepidium oxytrichum,fruit_length,silicula,5,NA,mm,maximum +PlantNET_flora,australia_2,Rhodamnia argentea,fruit_length,fruit,6,NA,mm,minimum +PlantNET_flora,australia_2,Rubus parvifolius,fruit_colour,NA,red,red,NA,mode +PlantNET_flora,australia_2,Artanema,fruit_dehiscence,NA,dehiscent,valve,NA,mode +PlantNET_flora,australia_2,Lepidium africanum,fruit_width,silicula,2,NA,mm,maximum +PlantNET_flora,australia_2,Acacia leiocalyx subsp. leiocalyx,fruit_width,pods,4,NA,mm,maximum +PlantNET_flora,australia_2,Plantago turrifera,fruit_length,capsule,3,NA,mm,minimum +PlantNET_flora,australia_2,Crotalaria brevis,fruit_colour,NA,brown,brown,NA,mode +PlantNET_flora,australia_2,Apophyllum anomalum,fruit_colour,NA,purple,purple,NA,mode +PlantNET_flora,australia_2,Isotoma axillaris,fruit_length,capsule,7,NA,mm,minimum +PlantNET_flora,australia_2,Eucalyptus camphora,fruit_length,fruit,4,NA,mm,minimum +PlantNET_flora,australia_2,Medicago orbicularis,fruit_length,pod,7,NA,mm,maximum +PlantNET_flora,australia_2,Acacia havilandiorum,fruit_width,pods,2,NA,mm,minimum +PlantNET_flora,australia_2,Coprosma nivalis,fruit_colour,NA,purple grey,violet grey,NA,mode +PlantNET_flora,australia_2,Swainsona cadellii,fruit_length,pod,25,NA,mm,minimum +PlantNET_flora,australia_2,Paraserianthes lophantha,fruit_width,pod,25,NA,mm,maximum +PlantNET_flora,australia_2,Crotalaria lanceolata,fruit_length,pod,20,NA,mm,minimum +PlantNET_flora,australia_2,Nicotiana goodspeedii,fruit_length,capsule,5,NA,mm,minimum +PlantNET_flora,australia_2,Eucalyptus rossii,fruit_width,fruit,6,NA,mm,maximum +PlantNET_flora,australia_2,Gentiana wingecarribiensis,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Oxalis corniculata,fruit_width,fruit,1.5,NA,mm,minimum +PlantNET_flora,australia_2,Acacia gladiiformis,fruit_length,pods,150,NA,mm,maximum +PlantNET_flora,australia_2,Escallonia bifida,fruit_length,capsule,3,NA,mm,minimum +PlantNET_flora,australia_2,Crotalaria grahamiana,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Acacia alpina,fruit_width,pods,3,NA,mm,minimum +PlantNET_flora,australia_2,Sphaeromorphaea littoralis,fruit_length,achenes,1.3,NA,mm,maximum +PlantNET_flora,australia_2,Picris barbarorum,fruit_length,cypselas,7.5,NA,mm,maximum +PlantNET_flora,australia_2,Acacia ramulosa var. ramulosa,fruit_length,pods,20,NA,mm,minimum +PlantNET_flora,australia_2,Stypandra,fruit_colour,NA,black,black,NA,mode +PlantNET_flora,australia_2,Eremophila oppositifolia,fruit_length,fruit,4,NA,mm,minimum +PlantNET_flora,australia_2,Parkinsonia,fruit_dehiscence,NA,not dehiscent,indehiscent,NA,mode +PlantNET_flora,australia_2,Geranium purpureum subsp. purpureum,fruit_length,fruit,12,NA,mm,minimum +PlantNET_flora,australia_2,Callistemon purpurascens,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Acacia beadleana,fruit_width,pods,10.5,NA,mm,maximum +PlantNET_flora,australia_2,Polycarpon tetraphyllum,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Schenkia australis,fruit_length,capsule,10,NA,mm,maximum +PlantNET_flora,australia_2,Pultenaea ferruginea,fruit_length,pod,6,NA,mm,maximum +PlantNET_flora,australia_2,Angophora leiocarpa,fruit_width,fruit,11,NA,mm,maximum +PlantNET_flora,australia_2,Sisymbrium irio,fruit_length,siliqua,25,NA,mm,minimum +PlantNET_flora,australia_2,Corymbia eximia,fruit_length,fruit,13,NA,mm,minimum +PlantNET_flora,australia_2,Cylindropuntia kleiniae,fruit_length,fruits,20,NA,mm,maximum +PlantNET_flora,australia_2,Hibiscus sturtii,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Carex cephalotes,fruit_width,utricles,1,NA,mm,minimum +PlantNET_flora,australia_2,Cyperus albostriatus,fruit_colour,NA,brown black,brown blackish,NA,mode +PlantNET_flora,australia_2,Pandorea pandorana subsp. austrocaledonica,fruit_dehiscence,NA,dehiscent,valves,NA,mode +PlantNET_flora,australia_2,Coprosma niphophila,fruit_colour,NA,red orange,red orange,NA,mode +PlantNET_flora,australia_2,Wahlenbergia luteola,fruit_length,capsule,5,NA,mm,minimum +PlantNET_flora,australia_2,Libertia,fruit_dehiscence,NA,dehiscent,inferred_from_family,NA,mode +PlantNET_flora,australia_2,Ammannia,fruit_dehiscence,NA,dehiscent,splitting,NA,mode +PlantNET_flora,australia_2,Acacia myrtifolia,fruit_width,pods,5,NA,mm,maximum +PlantNET_flora,australia_2,Erigeron conyzoides,fruit_length,achenes,2.5,NA,mm,maximum +PlantNET_flora,australia_2,Scleria rugosa,fruit_length,nut,3,NA,mm,minimum +PlantNET_flora,australia_2,Hemisteptia lyrata,fruit_length,achenes,2,NA,mm,maximum +PlantNET_flora,australia_2,Dovyalis caffra,fruit_colour,NA,orange yellow,apricot yellow,NA,mode +PlantNET_flora,australia_2,Carmichaelia exsul,fruit_length,pods,10,NA,mm,minimum +PlantNET_flora,australia_2,Centaurium tenuiflorum,fruit_length,capsule,6,NA,mm,minimum +PlantNET_flora,australia_2,Acacia spectabilis,fruit_length,pods,170,NA,mm,maximum +PlantNET_flora,australia_2,Castanospermum australe,fruit_length,pod,100,NA,mm,minimum +PlantNET_flora,australia_2,Parentucellia latifolia,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Alectryon oleifolius,fruit_width,capsule,10,NA,mm,minimum +PlantNET_flora,australia_2,Cyperus betchei,fruit_width,nut,0.4,NA,mm,maximum +PlantNET_flora,australia_2,Endiandra muelleri,fruit_colour,NA,black,black,NA,mode +PlantNET_flora,australia_2,Lantana montevidensis,fruit_colour,NA,purple black,purplish black,NA,mode +PlantNET_flora,australia_2,Exocarpos sparteus,fruit_length,drupe,5,NA,mm,maximum +PlantNET_flora,australia_2,Acacia flexifolia,fruit_width,pods,2,NA,mm,minimum +PlantNET_flora,australia_2,Eucalyptus scias,fruit_dehiscence,NA,dehiscent,valves,NA,mode +PlantNET_flora,australia_2,Melichrus procumbens,fruit_length,fruit,4,NA,mm,maximum +PlantNET_flora,australia_2,Pinus pinea,fruit_colour,NA,brown,brown,NA,mode +PlantNET_flora,australia_2,Erythroxylum australe,fruit_width,drupe,4,NA,mm,maximum +PlantNET_flora,australia_2,Schoenus brevifolius,fruit_width,nut,0.7,NA,mm,maximum +PlantNET_flora,australia_2,Cestrum nocturnum,fruit_width,berry,8,NA,mm,minimum +PlantNET_flora,australia_2,Acacia terminalis subsp. Glabrous form (M.Hancock 94),fruit_width,pods,14,NA,mm,maximum +PlantNET_flora,australia_2,Rorippa gigantea,fruit_length,siliqua,15,NA,mm,minimum +PlantNET_flora,australia_2,Dinosperma erythrococcum,fruit_length,follicles,5,NA,mm,minimum +PlantNET_flora,australia_2,Grevillea scortechinii,fruit_colour,NA,red brown,reddish brown,NA,mode +PlantNET_flora,australia_2,Ficus henneana,fruit_length,figs,15,NA,mm,minimum +PlantNET_flora,australia_2,Sigesbeckia orientalis,fruit_length,achenes,3,NA,mm,maximum +PlantNET_flora,australia_2,Indigofera triflora,fruit_length,pods,30,NA,mm,maximum +PlantNET_flora,australia_2,Dillwynia floribunda,fruit_length,pod,4,NA,mm,minimum +PlantNET_flora,australia_2,Lotus corniculatus,fruit_dehiscence,NA,dehiscent,inferred_from_genus,NA,mode +PlantNET_flora,australia_2,Eucalyptus pulverulenta,fruit_width,fruit,6,NA,mm,minimum +PlantNET_flora,australia_2,Acacia caroleae,fruit_width,pods,2,NA,mm,minimum +PlantNET_flora,australia_2,Geranium obtusisepalum,fruit_length,fruit,17,NA,mm,maximum +PlantNET_flora,australia_2,Phyla nodiflora,fruit_width,fruit,2,NA,mm,maximum +PlantNET_flora,australia_2,Nicotiana glauca,fruit_length,capsule,13,NA,mm,maximum +PlantNET_flora,australia_2,Ipomoea cairica,fruit_length,capsule,11,NA,mm,maximum +PlantNET_flora,australia_2,Euphorbia inappendiculata var. queenslandica,fruit_length,capsule,1.5,NA,mm,maximum +PlantNET_flora,australia_2,Daviesia arenaria,fruit_length,pod,7,NA,mm,maximum +PlantNET_flora,australia,Grevillea scortechinii,flowering_time,,yyyyyyyynnnn,NA,NA,NA +PlantNET_flora,australia_2,Grevillea scortechinii,flowering_time,,nnnnyyyyynnn,NA,NA,NA +PlantNET_flora,australia,Pinus pinea,flowering_time,,nyyynnnnnnnn,NA,NA,NA +PlantNET_flora,australia_2,Pinus pinea,flowering_time,,nnnynnnnnnnn,NA,NA,NA +PlantNET_flora,australia_2,Sigesbeckia orientalis,flowering_time,,nynnnnn134,NA,NA,NA +PlantNET_flora,australia,Sigesbeckia orientalis,flowering_time,,winter,NA,NA,NA +PlantNET_flora,australia,Sigesbeckia orientalis,flowering_time,,not observed,NA,NA,NA +PlantNET_flora,australia_2,Crotalaria brevis,fruit_length_dupe,pods,6,NA,mm,minimum +PlantNET_flora,australia_2,Castanospermum australe,fruit_length_dupe,pod,100,NA,mm,minimum diff --git a/tests/testthat/examples/Test_2023_3/metadata.yml b/tests/testthat/examples/Test_2023_3/metadata.yml index 22b1c7e1..e9f293dd 100644 --- a/tests/testthat/examples/Test_2023_3/metadata.yml +++ b/tests/testthat/examples/Test_2023_3/metadata.yml @@ -84,6 +84,9 @@ dataset: entity_measured = ifelse(category %in% c("valve", "valves"), "valve", entity_measured), entity_measured = ifelse(category %in% c("pappus"), "pappus", entity_measured), entity_measured = ifelse(category %in% c("capsule", "silicula", "nut", "utricles", "pyrenes", "berry", "achenes"), "fruit", entity_measured), + species = "species", + trait_name = ifelse(value_type == "maximum" & trait_name == "fruit_width", "fruit_width_max", trait_name), + trait_name = ifelse(value_type == "minimum" & trait_name == "fruit_width", "fruit_width_min", trait_name) ) %>% arrange(category) %>% distinct(source, taxon_name, trait_name, trait_value, units, value_type, inferred, .keep_all = TRUE) %>% @@ -96,7 +99,7 @@ dataset: taxon_name: taxon_name trait_name: trait_name value: trait_value - value_type: value_type + entity_type: species measurement_remarks: measurement_remarks description: Plant growth form data extracted from the NT Flora Online basis_of_record: literature @@ -119,13 +122,20 @@ dataset: were scored as `achene`, which was mentioned only in the genus description. original_file: .na notes: .na -locations: .na +locations: + australia: + description: First made-up location for testing + australia_2: + latitude (deg): -27.158 + longitude (deg): 142.685 + description: Second made-up location for testing contexts: - context_property: trait scoring method category: method_context var_in: inferred values: - - value: scored from text + - find: scored from text + value: scored_from_text description: Trait value scored directly from taxon description. - value: inferred_from_species description: Trait value inferred from species-level taxon description. @@ -133,42 +143,13 @@ contexts: description: Trait value inferred from genus-level taxon description. - value: inferred_from_family description: Trait value inferred from family-level taxon description. - - value: inferred_from_trait - description: Trait value inferred from the value of a different trait. - - value: inferred_from_taxonomy - description: Trait value inferred from a higher level taxon description. - context_property: entity measured category: entity_context var_in: entity_measured values: - - value: unknown - - value: leaflet - - value: pinnae - - value: all + - find: unknown + value: fruit - value: fruit - - value: infructescence - - value: valve - - value: female_cones - - value: disc_achenes - - value: ray_achenes - - value: leaf - - value: fertile_leaf - - value: sterile_leaf - - value: cauline_leaf - - value: basal_leaf - - value: upper_leaf - - value: stem_leaf - - value: basal_pinnae - - value: phyllode - - value: cladode - - value: fertile_pinnule - - value: sterile_pinnule - - value: lower_leaf - - value: lateral_leaf - - value: emergent_leaf - - value: submerged_leaf - - value: upper_pinnae - - value: scale_leaf - context_property: replicate observations category: temporal_context var_in: observation_number @@ -181,6 +162,7 @@ traits: trait_name: fruit_colour entity_type: species basis_of_value: expert_score + value_type: mean replicates: .na methods: When specified in the taxon description, only the colours of the fruit at maturity or the dominant colours of the fruit exterior were scored. If neither @@ -190,6 +172,7 @@ traits: trait_name: fruit_dehiscence entity_type: species basis_of_value: expert_score + value_type: mean replicates: .na methods: Taxa were scored as dehiscent from a variety of terms in the text including the kind of dehiscence e.g. scepticidal, loculicidal or possessing valves. @@ -198,20 +181,59 @@ traits: trait_name: fruit_length entity_type: species basis_of_value: measurement - replicates: .na + value_type: mean + replicates: '3' methods: The term used to describe the fruit length was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes. -- var_in: fruit_width +- var_in: fruit_length_dupe unit_in: mm + trait_name: .na + entity_type: species + basis_of_value: measurement + value_type: mean + replicates: '3' + methods: trait_name set to .na +- var_in: fruit_width_min + unit_in: units trait_name: fruit_width entity_type: species basis_of_value: measurement + value_type: minimum + replicates: '3' + methods: Minimum fruit width; the term used to describe the fruit width was stored as + a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which + were spherical or round in shape were inferred as possessing the same dimensions in + other planes. +- var_in: fruit_width_max + unit_in: units + trait_name: fruit_width + entity_type: species + basis_of_value: measurement + value_type: maximum + replicates: '3' + methods: Maximum fruit width; the term used to describe the fruit width was stored as + a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which + were spherical or round in shape were inferred as possessing the same dimensions in + other planes. +- var_in: flowering_time + unit_in: .na + trait_name: flowering_time + entity_type: population + value_type: mode + basis_of_value: expert_score + methods: Made up flowering time values. replicates: .na - methods: The term used to describe the fruit width was stored as a measurement - remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical - or round in shape were inferred as possessing the same dimensions in other planes. -substitutions: .na +substitutions: +- trait_name: fruit_dehiscence + find: not dehiscent + replace: indehiscent +- trait_name: flowering_time + find: winter + replace: nnnnnyyynnnn +- trait_name: flowering_time + find: not observed + replace: .na taxonomic_updates: - find: Acaena anserovina replace: Acaena x anserovina diff --git a/tests/testthat/examples/Test_2023_4/data.csv b/tests/testthat/examples/Test_2023_4/data.csv index a4b1580f..49504c0e 100644 --- a/tests/testthat/examples/Test_2023_4/data.csv +++ b/tests/testthat/examples/Test_2023_4/data.csv @@ -195,10 +195,10 @@ PlantNET_flora,australia_2,Eucalyptus pulverulenta,fruit_width,fruit,6,NA,mm,mod PlantNET_flora,australia_2,Acacia caroleae,fruit_width,pods,2,NA,mm,mode,species,,,, PlantNET_flora,australia_2,Geranium obtusisepalum,fruit_length,fruit,17,NA,mm,mode,species,,,, PlantNET_flora,australia_2,Phyla nodiflora,fruit_width,fruit,2,NA,mm,mode,species,,,, -PlantNET_flora,australia_2,Nicotiana glauca,fruit_length,capsule,13,NA,mm,mode,species,,,, -PlantNET_flora,australia_2,Ipomoea cairica,fruit_length,capsule,11,NA,mm,mode,species,,,, -PlantNET_flora,australia_2,Euphorbia inappendiculata var. queenslandica,fruit_length,capsule,1.5,NA,mm,mode,species,,,, -PlantNET_flora,australia_2,Daviesia arenaria,fruit_length,pod,7,NA,mm,mode,species,,,, +PlantNET_flora,australia_2,Nicotiana glauca,fruit_length,capsule,1.3,NA,cm,mode,species,,,, +PlantNET_flora,australia_2,Ipomoea cairica,fruit_length,capsule,1.1,NA,cm,mode,species,,,, +PlantNET_flora,australia_2,Euphorbia inappendiculata var. queenslandica,fruit_length,capsule,0.15,NA,cm,mode,species,,,, +PlantNET_flora,australia_2,Daviesia arenaria,fruit_length,pod,0.7,NA,cm,mode,species,,,, PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,6,NA,,,individual,,,, PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,4,NA,,,individual,,,, PlantNET_flora,australia_2,Nicotiana glauca,leaf_photosynthesis,NA,3.7,NA,,,individual,,,, @@ -222,3 +222,6 @@ PlantNET_flora,australia,Ipomoea cairica,leaf_stomatal_conductance_2,NA,0.5,NA,, PlantNET_flora,australia_2,Ipomoea cairica,leaf_stomatal_conductance_2,NA,0.42,NA,,,,,,, PlantNET_flora,australia_2,Phyla nodiflora,leaf_stomatal_conductance_2,NA,0.37,NA,,,,,,, PlantNET_flora,australia_2,Phyla nodiflora,leaf_stomatal_conductance_2,NA,0.6,NA,,,,,,, +PlantNET_flora,,Hemisteptia lyrata,fruit_width_2,NA,1000--3000,NA,um,bin,species,,,, +PlantNET_flora,,Dovyalis caffra,fruit_width_2,NA,2000--4000,NA,um,bin,species,,,, +PlantNET_flora,,Carmichaelia exsul,fruit_width_2,NA,1000--2000,NA,um,bin,species,,,, diff --git a/tests/testthat/examples/Test_2023_4/metadata.yml b/tests/testthat/examples/Test_2023_4/metadata.yml index 93483c92..707bb4c5 100644 --- a/tests/testthat/examples/Test_2023_4/metadata.yml +++ b/tests/testthat/examples/Test_2023_4/metadata.yml @@ -99,9 +99,8 @@ dataset: value: trait_value individual_id: individual_id location_name: test_location - value_type: value_type entity_type: test_entity_type - basis_of_value: unknown + basis_of_record: field_experiment source_id: source_id unit_in: units description: Plant growth form data extracted from the NT Flora Online @@ -132,7 +131,6 @@ locations: longitude (deg): 125.239 description: First made-up location for testing entity_type: population - value_type: minimum life_stage: juvenile replicates: 2 collection_date: '2020' @@ -201,6 +199,7 @@ traits: - var_in: fruit_colour trait_name: fruit_colour replicates: .na + value_type: value_type methods: When specified in the taxon description, only the colours of the fruit at maturity or the dominant colours of the fruit exterior were scored. If neither were specified, all colours associated with the fruit were scored. @@ -208,7 +207,8 @@ traits: - var_in: fruit_dehiscence unit_in: .na trait_name: fruit_dehiscence - replicates: 3 + replicates: .na + value_type: value_type methods: Taxa were scored as dehiscent from a variety of terms in the text including the kind of dehiscence e.g. scepticidal, loculicidal or possessing valves. basis_of_record: test_basis_of_record @@ -219,12 +219,19 @@ traits: methods: The term used to describe the fruit length was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes. - value_type: mode + value_type: value_type basis_of_value: test_basis_of_value basis_of_record: test_basis_of_record - var_in: fruit_width unit_in: mm trait_name: fruit_width + value_type: value_type + methods: The term used to describe the fruit width was stored as a measurement + remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical + or round in shape were inferred as possessing the same dimensions in other planes. +- var_in: fruit_width_2 + trait_name: fruit_width + value_type: value_type methods: The term used to describe the fruit width was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes. @@ -234,7 +241,7 @@ traits: value_type: raw basis_of_value: measurement methods: Test `repeat_measurements_id` at the trait level for long datasets. - replicates: 1 + replicates: 5 repeat_measurements_id: TRUE - var_in: leaf_stomatal_conductance unit_in: mol{H2O}/m2/s @@ -242,7 +249,7 @@ traits: value_type: raw basis_of_value: measurement methods: Test `repeat_measurements_id` at the trait level for populations and species. - replicates: 1 + replicates: 5 repeat_measurements_id: TRUE - var_in: leaf_stomatal_conductance_2 unit_in: mol{H2O}/m2/s @@ -253,7 +260,7 @@ traits: methods: Test that `repeat_measurements_id` is not made for traits where `repeat_measurements_id` is set to FALSE but have already been entered with `repeat_measurements_id` as TRUE from another column. - replicates: 1 + replicates: 5 substitutions: .na taxonomic_updates: - find: Acaena anserovina From a545072d2d3df0c3906c5b9211fc3afb15f8cf2f Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Thu, 5 Oct 2023 23:35:32 +1100 Subject: [PATCH 32/45] Update READMEs --- tests/testthat/examples/Test_2023_3/README.md | 1 - tests/testthat/examples/Test_2023_5/README.md | 2 +- tests/testthat/examples/Test_2023_6/README.md | 2 +- 3 files changed, 2 insertions(+), 3 deletions(-) diff --git a/tests/testthat/examples/Test_2023_3/README.md b/tests/testthat/examples/Test_2023_3/README.md index 48833b24..c396eae3 100644 --- a/tests/testthat/examples/Test_2023_3/README.md +++ b/tests/testthat/examples/Test_2023_3/README.md @@ -30,4 +30,3 @@ Test_2023_3 is a copy of NHNSW_2023 with the following modifications: - Changed a "indehiscent" value to "not dehiscent" for substitutions, added some `flowering_time` values to be substituted See output/ for expected output files. - diff --git a/tests/testthat/examples/Test_2023_5/README.md b/tests/testthat/examples/Test_2023_5/README.md index dedd6ec7..81a9a017 100644 --- a/tests/testthat/examples/Test_2023_5/README.md +++ b/tests/testthat/examples/Test_2023_5/README.md @@ -14,4 +14,4 @@ Lizzy recommends this dataset for testing units: Test_2023_5 is a copy of Falster_2005_1 (maybe change to Richards_2008) with the following modifications: - Added all `bibtype` options to the dataset via secondary/original sources -See output/ for expected output files. \ No newline at end of file +See output/ for expected output files. diff --git a/tests/testthat/examples/Test_2023_6/README.md b/tests/testthat/examples/Test_2023_6/README.md index a54730e0..5d065ada 100644 --- a/tests/testthat/examples/Test_2023_6/README.md +++ b/tests/testthat/examples/Test_2023_6/README.md @@ -9,4 +9,4 @@ This dataset is for testing: Test_2023_6 is a copy of X with the following modifications: -See output/ for expected output files. \ No newline at end of file +See output/ for expected output files. From 33a945f9e4a4169fc3db55335099f9a1e8a96a26 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Thu, 5 Oct 2023 23:50:06 +1100 Subject: [PATCH 33/45] Update some output files --- tests/testthat/examples/Test_2023_1/output/methods.csv | 2 ++ tests/testthat/examples/Test_2023_2/output/locations.csv | 2 -- 2 files changed, 2 insertions(+), 2 deletions(-) diff --git a/tests/testthat/examples/Test_2023_1/output/methods.csv b/tests/testthat/examples/Test_2023_1/output/methods.csv index 236bc4ba..a62bbd02 100644 --- a/tests/testthat/examples/Test_2023_1/output/methods.csv +++ b/tests/testthat/examples/Test_2023_1/output/methods.csv @@ -9,6 +9,7 @@ Test_2023_1,huber_value,"Leaf area was determined for a shoot whose sapwood had Test_2023_1,huber_value,"Leaf area was determined for a 250 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk Test_2023_1,huber_value,"Leaf area was determined for a 50 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk Test_2023_1,huber_value,"Leaf area was determined for a 1000 mm branch segment and sapwood cross-sectional area was determined where the branch was cut. In detail from Wright_2006, which used this data, No single best point exists to compare traits such as LM/ SM, LA/SM and LA/SA when considering a set of species that varies widely in canopy architecture and typical maximum height (here, approximately 20 cm to 85 m). We have used several approaches (Table 1). In one study, we made measurements on the terminal twigs of each species, i.e. on a relatively standard developmental unit (Westoby and Wright 2003). For species at Ash, GLP, Myall and TRF, traits were measured at each of several different distances back down the stem from the branch tip (Falster and Westoby 2005a, 2005b and unpublished, Pickup et al. 2005). At GHP, RHM and RHW, traits were measured at a standard sapwood cross-sectional area (10 mm2; Pickup et al. 2005). For the present re-analysis, we took the raw data from the previous studies and, for every species possible, calculated patterns of leaf and stem deployment at two standard points: at 250 mm distance from the branch tip (Ash, GLP, Myall and TRF) and at 10 mm2 stem (Ash, Myall, TRF) or sapwood (GHP, GLP, RHM, RHW) crosssectional area (250 mm or 10 mm2 formulation denoted as subscript in trait abbreviations). This was done as follows. For each individual plant, total leaf and stem dry mass at 250 mm distance was estimated by straightline interpolation from values measured at the nearest sampling points on either side of this distance. As the dry mass data tended to display non-linear (power) relationships with distance from the branch tip, the interpolated values were calculated from log10-log10- transformed data, then back-transformed to the original scale. The same approach was used for interpolating data to the standard stem (or sapwood) cross-sectional area. For individuals where measurements had not been made on either side of the desired point but the nearest measurement had been made within 25 mm of 250 mm or 1 mm2 of 10 mm2 cross-section (i.e. within 10% of the desired point), we extrapolated (rather than interpolated) the measured data to the standard point. This allowed us to include a number of individuals and species for which interpolation was not possible. Still, several large-leaved, large-stemmed species from the TRF site could not be included in the 10-mm2 crosssection dataset. No unusual tendencies in analyses, including the extrapolated data, were seen in comparison to analyses including interpolated data only (details not shown). To illustrate how species' morphology varied at the two standard sampling points, species-mean stem cross-sectional area varied between 1.2 and 258 mm2 at 250 mm distance from the branch tip, while the distance from the branch tip at which stem cross-sectional area reached 10 mm2 varied from 64 to 995 mm.",04,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,huber_value,Should be different `method_id` here.,05,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk Test_2023_1,flowering_time,Made up flowering time values.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk Test_2023_1,plant_growth_form,Made up growth form values.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk Test_2023_1,wrong_trait_name,Test that a wrong trait name will go to excluded data.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk @@ -19,3 +20,4 @@ Test_2023_1,leaf_photosynthesis,Test `repeat_measurements_id` at the trait level Test_2023_1,leaf_stomatal_conductance,Test `repeat_measurements_id` at the trait level for populations.,01,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk Test_2023_1,leaf_stomatal_conductance,Test `repeat_measurements_id` at the trait level for species.,02,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk Test_2023_1,leaf_stomatal_conductance,Test that `repeat_measurements_id` is not made for traits where `repeat_measurements_id` is set to FALSE but have already been entered with `repeat_measurements_id` as TRUE from another column.,03,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk +Test_2023_1,seed_dry_mass,Test unit conversions for bins with a fixed trait-level unit.,04,Investigation into trait values correlated with plant height along light availability and successional gradients for far north Queensland species.,"Nineteen species, ranging from early to late successional status, were selected using published sources (Hopkins & Graham 1987; Osunkoya 1996; Hyland et al. 1999). Species selected to represent the light gradient establish and mature in closed forest, where successional species are assumed absent. For inclusion in this set we required that a species was known to establish and persist at low light levels, as indicated either by published sources (Hyland et al. 1999; Osunkoya 1996) or by scientists familiar with the vegetation (A Graham, J Wells, CSIRO Atherton; R Jensen). Twenty-six species, experiencing a range of light levels at maturity, from high (canopy trees) to low light (understorey shrubs), were included.",Test_2023_1,"D. S. Falster and M. Westoby. ""Alternative height strategies among 45 dicot rain forest species from tropical Queensland, Australia"". _Journal of Ecology_ 93 (2005), pp. 521-535. doi: [10.1111/j.0022-0477.2005.00992.x](https://doi.org/10.1111%2Fj.0022-0477.2005.00992.x).",,,,,"Daniel Falster (contact), Mark Westoby",,Elizabeth Wenk diff --git a/tests/testthat/examples/Test_2023_2/output/locations.csv b/tests/testthat/examples/Test_2023_2/output/locations.csv index 4ce4e11c..8273b937 100644 --- a/tests/testthat/examples/Test_2023_2/output/locations.csv +++ b/tests/testthat/examples/Test_2023_2/output/locations.csv @@ -3,7 +3,5 @@ Test_2023_2,01,Atherton,description,Tropical rain forest vegetation. Test_2023_2,01,Atherton,elevation (m),800 Test_2023_2,01,Atherton,rainfall (mm),2000 Test_2023_2,02,Cape Tribulation,description,Complex mesophyll vine forest in tropical rain forest. -Test_2023_2,02,Cape Tribulation,latitude (deg), -Test_2023_2,02,Cape Tribulation,longitude (deg), Test_2023_2,02,Cape Tribulation,elevation (m),25 Test_2023_2,02,Cape Tribulation,rainfall (mm),3500 From 9ff8b21e99a75c895855509de37e40d16c682bb8 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 00:08:41 +1100 Subject: [PATCH 34/45] Update Test_2023_1 output --- .../Test_2023_1/output/excluded_data.csv | 368 +++--- .../examples/Test_2023_1/output/traits.csv | 1055 +++++++++-------- 2 files changed, 713 insertions(+), 710 deletions(-) diff --git a/tests/testthat/examples/Test_2023_1/output/excluded_data.csv b/tests/testthat/examples/Test_2023_1/output/excluded_data.csv index 78298250..0d3143a7 100644 --- a/tests/testthat/examples/Test_2023_1/output/excluded_data.csv +++ b/tests/testthat/examples/Test_2023_1/output/excluded_data.csv @@ -1,185 +1,185 @@ error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Missing unit conversion,Test_2023_1,Acacia celsa,005,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,03,07,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,005,wood_density,0.498,,species,mean,measurement,unknown,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,02,07,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,005,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Missing unit conversion,Test_2023_1,Acmena graveolens,009,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Acmena graveolens -Missing unit conversion,Test_2023_1,Acmena graveolens,009,wood_density,0.599,,species,mean,measurement,unknown,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,02,,Acmena graveolens -Trait name not in trait dictionary,Test_2023_1,Acmena graveolens,009,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Value out of allowable range,Test_2023_1,Acronychia acidula,012,leaf_N_per_dry_mass,1e+05,mg/g,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Missing unit conversion,Test_2023_1,Acronychia acidula,013,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,07,Acronychia acidula -Missing unit conversion,Test_2023_1,Acronychia acidula,013,wood_density,0.525,,species,mean,measurement,unknown,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,07,Acronychia acidula -Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,013,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Missing unit conversion,Test_2023_1,Acronychia acidula,014,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula -Missing unit conversion,Test_2023_1,Acronychia acidula,014,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula -Missing unit conversion,Test_2023_1,Acronychia acidula,014,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula -Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,014,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula -Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,014,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula -Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,014,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula -Missing unit conversion,Test_2023_1,Aleurites rockinghamensis,017,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Aleurites rockinghamensis -Missing unit conversion,Test_2023_1,Aleurites rockinghamensis,017,wood_density,0.28,,species,mean,measurement,unknown,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,02,,Aleurites rockinghamensis -Trait name not in trait dictionary,Test_2023_1,Aleurites rockinghamensis,017,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Missing unit conversion,Test_2023_1,Alphitonia petriei,021,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,,Alphitonia petriei -Missing unit conversion,Test_2023_1,Alphitonia petriei,021,wood_density,0.413,,species,mean,measurement,unknown,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,,Alphitonia petriei -Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,021,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei -Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei -Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei -Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei -Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Missing unit conversion,Test_2023_1,Alstonia scholaris,025,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris -Missing unit conversion,Test_2023_1,Alstonia scholaris,025,wood_density,0.361,,species,mean,measurement,unknown,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris -Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,025,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Missing unit conversion,Test_2023_1,Alstonia scholaris,026,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris -Missing unit conversion,Test_2023_1,Alstonia scholaris,026,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris -Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,026,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,026,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Missing unit conversion,Test_2023_1,Argyrodendron peralatum,029,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,,Argyrodendron peralatum -Missing unit conversion,Test_2023_1,Argyrodendron peralatum,029,wood_density,0.726,,species,mean,measurement,unknown,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,02,,Argyrodendron peralatum -Trait name not in trait dictionary,Test_2023_1,Argyrodendron peralatum,029,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Missing unit conversion,Test_2023_1,Atractocarpus hirtus,032,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,,Atractocarpus hirtus -Missing unit conversion,Test_2023_1,Atractocarpus hirtus,032,wood_density,0.804,,species,mean,measurement,unknown,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,02,,Atractocarpus hirtus -Trait name not in trait dictionary,Test_2023_1,Atractocarpus hirtus,032,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Missing unit conversion,Test_2023_1,Brombya platynema,035,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Brombya platynema -Missing unit conversion,Test_2023_1,Brombya platynema,035,wood_density,0.603,,species,mean,measurement,unknown,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,,Brombya platynema -Trait name not in trait dictionary,Test_2023_1,Brombya platynema,035,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Missing unit conversion,Test_2023_1,Brombya platynema,036,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Brombya platynema -Trait name not in trait dictionary,Test_2023_1,Brombya platynema,036,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Brombya platynema -Missing unit conversion,Test_2023_1,Cardwellia sublimis,039,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Cardwellia sublimis -Missing unit conversion,Test_2023_1,Cardwellia sublimis,039,wood_density,0.603,,species,mean,measurement,unknown,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,,Cardwellia sublimis -Trait name not in trait dictionary,Test_2023_1,Cardwellia sublimis,039,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Unsupported trait value,Test_2023_1,Castanospermum australe,042,plant_growth_form,unknown,,species,mode,expert_score,3,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Missing unit conversion,Test_2023_1,Castanospermum australe,042,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,03,,Castanospermum australe -Missing unit conversion,Test_2023_1,Castanospermum australe,042,wood_density,0.587,,species,mean,measurement,unknown,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,02,,Castanospermum australe -Trait name not in trait dictionary,Test_2023_1,Castanospermum australe,042,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,045,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,045,wood_density,0.588,,species,mean,measurement,unknown,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus -Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,045,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,046,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,046,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,046,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,046,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,046,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,046,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Missing unit conversion,Test_2023_1,Cryptocarya laevigata,049,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,03,,Cryptocarya laevigata -Missing unit conversion,Test_2023_1,Cryptocarya laevigata,049,wood_density,0.64,,species,mean,measurement,unknown,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,02,,Cryptocarya laevigata -Trait name not in trait dictionary,Test_2023_1,Cryptocarya laevigata,049,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Missing unit conversion,Test_2023_1,Cryptocarya mackinnoniana,052,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,03,,Cryptocarya mackinnoniana -Missing unit conversion,Test_2023_1,Cryptocarya mackinnoniana,052,wood_density,0.655,,species,mean,measurement,unknown,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,02,,Cryptocarya mackinnoniana -Trait name not in trait dictionary,Test_2023_1,Cryptocarya mackinnoniana,052,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Missing unit conversion,Test_2023_1,Cryptocarya murrayi,055,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Cryptocarya murrayi -Missing unit conversion,Test_2023_1,Cryptocarya murrayi,055,wood_density,0.674,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Cryptocarya murrayi -Trait name not in trait dictionary,Test_2023_1,Cryptocarya murrayi,055,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Missing unit conversion,Test_2023_1,Dendrocnide moroides,058,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Dendrocnide moroides -Missing unit conversion,Test_2023_1,Dendrocnide moroides,058,wood_density,0.23,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Dendrocnide moroides -Trait name not in trait dictionary,Test_2023_1,Dendrocnide moroides,058,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Missing unit conversion,Test_2023_1,Elaeocarpus grandis,061,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Elaeocarpus grandis -Missing unit conversion,Test_2023_1,Elaeocarpus grandis,061,wood_density,0.499,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Elaeocarpus grandis -Trait name not in trait dictionary,Test_2023_1,Elaeocarpus grandis,061,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Missing unit conversion,Test_2023_1,Endiandra leptodendron,064,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra leptodendron -Missing unit conversion,Test_2023_1,Endiandra leptodendron,064,wood_density,0.611,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Endiandra leptodendron -Trait name not in trait dictionary,Test_2023_1,Endiandra leptodendron,064,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Missing unit conversion,Test_2023_1,Endiandra microneura,067,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra microneura -Missing unit conversion,Test_2023_1,Endiandra microneura,067,wood_density,0.623,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Endiandra microneura -Trait name not in trait dictionary,Test_2023_1,Endiandra microneura,067,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Missing unit conversion,Test_2023_1,Gillbeea adenopetala,070,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Gillbeea adenopetala -Missing unit conversion,Test_2023_1,Gillbeea adenopetala,070,wood_density,0.43,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Gillbeea adenopetala -Trait name not in trait dictionary,Test_2023_1,Gillbeea adenopetala,070,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Missing unit conversion,Test_2023_1,Glochidion hylandii,073,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,11,Glochidion hylandii -Missing unit conversion,Test_2023_1,Glochidion hylandii,073,wood_density,0.566,,species,mean,measurement,unknown,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,02,11,Glochidion hylandii -Trait name not in trait dictionary,Test_2023_1,Glochidion hylandii,073,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Missing unit conversion,Test_2023_1,Haplostichanthus submontanus,076,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Haplostichanthus sp Coop. Ck -Missing unit conversion,Test_2023_1,Haplostichanthus submontanus,076,wood_density,0.668,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Haplostichanthus sp Coop. Ck -Trait name not in trait dictionary,Test_2023_1,Haplostichanthus submontanus,076,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Missing unit conversion,Test_2023_1,Harpullia rhyticarpa,079,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Harpullia rhyticarpa -Missing unit conversion,Test_2023_1,Harpullia rhyticarpa,079,wood_density,0.621,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Harpullia rhyticarpa -Trait name not in trait dictionary,Test_2023_1,Harpullia rhyticarpa,079,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Missing unit conversion,Test_2023_1,Hernandia albiflora,082,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Hernandia albiflora -Missing unit conversion,Test_2023_1,Hernandia albiflora,082,wood_density,0.447,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Hernandia albiflora -Trait name not in trait dictionary,Test_2023_1,Hernandia albiflora,082,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Missing unit conversion,Test_2023_1,Homalanthus novo-guineensis,085,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,11,Homalanthus novoguineensis -Missing unit conversion,Test_2023_1,Homalanthus novo-guineensis,085,wood_density,0.319,,species,mean,measurement,unknown,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,02,11,Homalanthus novoguineensis -Trait name not in trait dictionary,Test_2023_1,Homalanthus novo-guineensis,085,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Missing unit conversion,Test_2023_1,Ixora biflora,088,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Ixora biflora -Missing unit conversion,Test_2023_1,Ixora biflora,088,wood_density,0.843,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Ixora biflora -Trait name not in trait dictionary,Test_2023_1,Ixora biflora,088,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Missing unit conversion,Test_2023_1,Lasianthus strigosus,091,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Lasianthus strigosus -Missing unit conversion,Test_2023_1,Lasianthus strigosus,091,wood_density,0.684,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Lasianthus strigosus -Trait name not in trait dictionary,Test_2023_1,Lasianthus strigosus,091,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Missing unit conversion,Test_2023_1,Litsea leefeana,094,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Litsea leefeana -Missing unit conversion,Test_2023_1,Litsea leefeana,094,wood_density,0.549,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Litsea leefeana -Trait name not in trait dictionary,Test_2023_1,Litsea leefeana,094,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Missing unit conversion,Test_2023_1,Macaranga tanarius,097,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Macaranga tanarius -Missing unit conversion,Test_2023_1,Macaranga tanarius,097,wood_density,0.344,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Macaranga tanarius -Trait name not in trait dictionary,Test_2023_1,Macaranga tanarius,097,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Missing unit conversion,Test_2023_1,Mallotus mollissimus,100,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Mallotus mollissimus -Missing unit conversion,Test_2023_1,Mallotus mollissimus,100,wood_density,0.373,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Mallotus mollissimus -Trait name not in trait dictionary,Test_2023_1,Mallotus mollissimus,100,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Missing unit conversion,Test_2023_1,Medicosma sessiliflora,103,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Medicosma sessiliflora -Missing unit conversion,Test_2023_1,Medicosma sessiliflora,103,wood_density,0.69,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Medicosma sessiliflora -Trait name not in trait dictionary,Test_2023_1,Medicosma sessiliflora,103,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Missing unit conversion,Test_2023_1,Melastoma cyanoides,106,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Melastoma cyanoides -Missing unit conversion,Test_2023_1,Melastoma cyanoides,106,wood_density,0.381,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Melastoma cyanoides -Trait name not in trait dictionary,Test_2023_1,Melastoma cyanoides,106,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Missing unit conversion,Test_2023_1,Melicope elleryana,109,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,,Melicope elleryana -Missing unit conversion,Test_2023_1,Melicope elleryana,109,wood_density,0.346,,species,mean,measurement,unknown,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,02,,Melicope elleryana -Trait name not in trait dictionary,Test_2023_1,Melicope elleryana,109,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Missing unit conversion,Test_2023_1,Myristica insipida,112,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Myristica insipida -Missing unit conversion,Test_2023_1,Myristica insipida,112,wood_density,0.433,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Myristica insipida -Trait name not in trait dictionary,Test_2023_1,Myristica insipida,112,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Missing unit conversion,Test_2023_1,Neolitsea dealbata,115,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,,Neolitsea dealbata -Missing unit conversion,Test_2023_1,Neolitsea dealbata,115,wood_density,0.352,,species,mean,measurement,unknown,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,02,,Neolitsea dealbata -Trait name not in trait dictionary,Test_2023_1,Neolitsea dealbata,115,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Missing unit conversion,Test_2023_1,Pittosporum rubiginosum,118,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Pittosporum rubiginosum -Missing unit conversion,Test_2023_1,Pittosporum rubiginosum,118,wood_density,0.728,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Pittosporum rubiginosum -Trait name not in trait dictionary,Test_2023_1,Pittosporum rubiginosum,118,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Times must be length 12,Test_2023_1,Polyscias australiana,119,flowering_time,nnnnnyyyynnnnnnnnnn,,individual,mode,expert_score,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Missing unit conversion,Test_2023_1,Polyscias australiana,121,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,03,,Polyscias australiana -Missing unit conversion,Test_2023_1,Polyscias australiana,121,wood_density,0.397,,species,mean,measurement,unknown,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,02,,Polyscias australiana -Trait name not in trait dictionary,Test_2023_1,Polyscias australiana,121,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Missing unit conversion,Test_2023_1,Psychotria dallachiana,124,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Psychotria dallachiana -Missing unit conversion,Test_2023_1,Psychotria dallachiana,124,wood_density,0.612,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Psychotria dallachiana -Trait name not in trait dictionary,Test_2023_1,Psychotria dallachiana,124,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Unsupported trait value,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,plant_growth_form,trees,,species,mode,expert_score,3,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Missing unit conversion,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,,Psychotria sp Utchee Creek -Missing unit conversion,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,wood_density,0.582,,species,mean,measurement,unknown,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,02,,Psychotria sp Utchee Creek -Trait name not in trait dictionary,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Missing unit conversion,Test_2023_1,Quassia baileyana,130,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Quassia baileyana -Missing unit conversion,Test_2023_1,Quassia baileyana,130,wood_density,0.501,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Quassia baileyana -Trait name not in trait dictionary,Test_2023_1,Quassia baileyana,130,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Missing unit conversion,Test_2023_1,Rhodomyrtus trineura,133,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,03,,Rhodomyrtus trineura -Missing unit conversion,Test_2023_1,Rhodomyrtus trineura,133,wood_density,0.763,,species,mean,measurement,unknown,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,02,,Rhodomyrtus trineura -Trait name not in trait dictionary,Test_2023_1,Rhodomyrtus trineura,133,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Missing unit conversion,Test_2023_1,Rockinghamia angustifolia,136,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Rockinghamia angustifolia -Missing unit conversion,Test_2023_1,Rockinghamia angustifolia,136,wood_density,0.455,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Rockinghamia angustifolia -Trait name not in trait dictionary,Test_2023_1,Rockinghamia angustifolia,136,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Observation excluded in metadata,Test_2023_1,Syzygium gustavioides,138,leaf_mass_per_area,0.167,mg/mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Missing unit conversion,Test_2023_1,Syzygium gustavioides,139,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium gustavioides -Missing unit conversion,Test_2023_1,Syzygium gustavioides,139,wood_density,0.521,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Syzygium gustavioides -Trait name not in trait dictionary,Test_2023_1,Syzygium gustavioides,139,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Missing unit conversion,Test_2023_1,Syzygium sayeri,142,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium sayeri -Missing unit conversion,Test_2023_1,Syzygium sayeri,142,wood_density,0.485,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Syzygium sayeri -Trait name not in trait dictionary,Test_2023_1,Syzygium sayeri,142,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Missing unit conversion,Test_2023_1,Trema aspera,145,seed_dry_mass,2,mass,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Trema aspera -Missing unit conversion,Test_2023_1,Trema aspera,145,wood_density,0.357,,species,mean,measurement,unknown,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Trema aspera -Trait name not in trait dictionary,Test_2023_1,Trema aspera,145,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Missing unit conversion,Test_2023_1,Acacia celsa,006,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,03,07,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,006,wood_density,0.498,,species,mean,measurement,3,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,02,07,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,006,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Missing unit conversion,Test_2023_1,Acacia celsa,007,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Trait name not in trait dictionary,Test_2023_1,Acacia celsa,007,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Missing unit conversion,Test_2023_1,Acmena graveolens,010,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Acmena graveolens +Missing unit conversion,Test_2023_1,Acmena graveolens,010,wood_density,0.599,,species,mean,measurement,3,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,02,,Acmena graveolens +Trait name not in trait dictionary,Test_2023_1,Acmena graveolens,010,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Value out of allowable range,Test_2023_1,Acronychia acidula,013,leaf_N_per_dry_mass,1e+05,mg/g,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,014,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,07,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,014,wood_density,0.525,,species,mean,measurement,3,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,07,Acronychia acidula +Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,014,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,015,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,015,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula +Missing unit conversion,Test_2023_1,Acronychia acidula,015,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,03,,Acronychia acidula +Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,015,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,015,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Trait name not in trait dictionary,Test_2023_1,Acronychia acidula,015,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Missing unit conversion,Test_2023_1,Aleurites rockinghamensis,018,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Aleurites rockinghamensis +Missing unit conversion,Test_2023_1,Aleurites rockinghamensis,018,wood_density,0.28,,species,mean,measurement,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,02,,Aleurites rockinghamensis +Trait name not in trait dictionary,Test_2023_1,Aleurites rockinghamensis,018,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Missing unit conversion,Test_2023_1,Alphitonia petriei,022,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,022,wood_density,0.413,,species,mean,measurement,3,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,022,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,023,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,023,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,023,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alphitonia petriei,023,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,023,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,023,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,023,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Trait name not in trait dictionary,Test_2023_1,Alphitonia petriei,023,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Missing unit conversion,Test_2023_1,Alstonia scholaris,026,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Missing unit conversion,Test_2023_1,Alstonia scholaris,026,wood_density,0.361,,species,mean,measurement,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris +Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,026,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Missing unit conversion,Test_2023_1,Alstonia scholaris,027,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Missing unit conversion,Test_2023_1,Alstonia scholaris,027,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,027,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Trait name not in trait dictionary,Test_2023_1,Alstonia scholaris,027,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Missing unit conversion,Test_2023_1,Argyrodendron peralatum,030,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,,Argyrodendron peralatum +Missing unit conversion,Test_2023_1,Argyrodendron peralatum,030,wood_density,0.726,,species,mean,measurement,3,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,02,,Argyrodendron peralatum +Trait name not in trait dictionary,Test_2023_1,Argyrodendron peralatum,030,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Missing unit conversion,Test_2023_1,Atractocarpus hirtus,033,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,,Atractocarpus hirtus +Missing unit conversion,Test_2023_1,Atractocarpus hirtus,033,wood_density,0.804,,species,mean,measurement,3,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,02,,Atractocarpus hirtus +Trait name not in trait dictionary,Test_2023_1,Atractocarpus hirtus,033,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Missing unit conversion,Test_2023_1,Brombya platynema,036,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Brombya platynema +Missing unit conversion,Test_2023_1,Brombya platynema,036,wood_density,0.603,,species,mean,measurement,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,,Brombya platynema +Trait name not in trait dictionary,Test_2023_1,Brombya platynema,036,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Missing unit conversion,Test_2023_1,Brombya platynema,037,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Brombya platynema +Trait name not in trait dictionary,Test_2023_1,Brombya platynema,037,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Brombya platynema +Missing unit conversion,Test_2023_1,Cardwellia sublimis,040,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Cardwellia sublimis +Missing unit conversion,Test_2023_1,Cardwellia sublimis,040,wood_density,0.603,,species,mean,measurement,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,,Cardwellia sublimis +Trait name not in trait dictionary,Test_2023_1,Cardwellia sublimis,040,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Unsupported trait value,Test_2023_1,Castanospermum australe,043,plant_growth_form,unknown,,species,mode,expert_score,3,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Missing unit conversion,Test_2023_1,Castanospermum australe,043,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,03,,Castanospermum australe +Missing unit conversion,Test_2023_1,Castanospermum australe,043,wood_density,0.587,,species,mean,measurement,3,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,02,,Castanospermum australe +Trait name not in trait dictionary,Test_2023_1,Castanospermum australe,043,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,046,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,046,wood_density,0.588,,species,mean,measurement,3,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,046,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,047,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,047,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cleistanthus myrianthus,047,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,047,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,047,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Trait name not in trait dictionary,Test_2023_1,Cleistanthus myrianthus,047,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Missing unit conversion,Test_2023_1,Cryptocarya laevigata,050,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,03,,Cryptocarya laevigata +Missing unit conversion,Test_2023_1,Cryptocarya laevigata,050,wood_density,0.64,,species,mean,measurement,3,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,02,,Cryptocarya laevigata +Trait name not in trait dictionary,Test_2023_1,Cryptocarya laevigata,050,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Missing unit conversion,Test_2023_1,Cryptocarya mackinnoniana,053,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,03,,Cryptocarya mackinnoniana +Missing unit conversion,Test_2023_1,Cryptocarya mackinnoniana,053,wood_density,0.655,,species,mean,measurement,3,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,02,,Cryptocarya mackinnoniana +Trait name not in trait dictionary,Test_2023_1,Cryptocarya mackinnoniana,053,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Missing unit conversion,Test_2023_1,Cryptocarya murrayi,056,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Cryptocarya murrayi +Missing unit conversion,Test_2023_1,Cryptocarya murrayi,056,wood_density,0.674,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Cryptocarya murrayi +Trait name not in trait dictionary,Test_2023_1,Cryptocarya murrayi,056,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Missing unit conversion,Test_2023_1,Dendrocnide moroides,059,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Dendrocnide moroides +Missing unit conversion,Test_2023_1,Dendrocnide moroides,059,wood_density,0.23,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Dendrocnide moroides +Trait name not in trait dictionary,Test_2023_1,Dendrocnide moroides,059,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Missing unit conversion,Test_2023_1,Elaeocarpus grandis,062,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Elaeocarpus grandis +Missing unit conversion,Test_2023_1,Elaeocarpus grandis,062,wood_density,0.499,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Elaeocarpus grandis +Trait name not in trait dictionary,Test_2023_1,Elaeocarpus grandis,062,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Missing unit conversion,Test_2023_1,Endiandra leptodendron,065,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra leptodendron +Missing unit conversion,Test_2023_1,Endiandra leptodendron,065,wood_density,0.611,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Endiandra leptodendron +Trait name not in trait dictionary,Test_2023_1,Endiandra leptodendron,065,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Missing unit conversion,Test_2023_1,Endiandra microneura,068,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra microneura +Missing unit conversion,Test_2023_1,Endiandra microneura,068,wood_density,0.623,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Endiandra microneura +Trait name not in trait dictionary,Test_2023_1,Endiandra microneura,068,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Missing unit conversion,Test_2023_1,Gillbeea adenopetala,071,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Gillbeea adenopetala +Missing unit conversion,Test_2023_1,Gillbeea adenopetala,071,wood_density,0.43,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Gillbeea adenopetala +Trait name not in trait dictionary,Test_2023_1,Gillbeea adenopetala,071,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Missing unit conversion,Test_2023_1,Glochidion hylandii,074,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,11,Glochidion hylandii +Missing unit conversion,Test_2023_1,Glochidion hylandii,074,wood_density,0.566,,species,mean,measurement,3,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,02,11,Glochidion hylandii +Trait name not in trait dictionary,Test_2023_1,Glochidion hylandii,074,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Missing unit conversion,Test_2023_1,Haplostichanthus submontanus,077,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Haplostichanthus sp Coop. Ck +Missing unit conversion,Test_2023_1,Haplostichanthus submontanus,077,wood_density,0.668,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Haplostichanthus sp Coop. Ck +Trait name not in trait dictionary,Test_2023_1,Haplostichanthus submontanus,077,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Missing unit conversion,Test_2023_1,Harpullia rhyticarpa,080,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Harpullia rhyticarpa +Missing unit conversion,Test_2023_1,Harpullia rhyticarpa,080,wood_density,0.621,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Harpullia rhyticarpa +Trait name not in trait dictionary,Test_2023_1,Harpullia rhyticarpa,080,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Missing unit conversion,Test_2023_1,Hernandia albiflora,083,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Hernandia albiflora +Missing unit conversion,Test_2023_1,Hernandia albiflora,083,wood_density,0.447,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Hernandia albiflora +Trait name not in trait dictionary,Test_2023_1,Hernandia albiflora,083,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Missing unit conversion,Test_2023_1,Homalanthus novo-guineensis,086,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,11,Homalanthus novoguineensis +Missing unit conversion,Test_2023_1,Homalanthus novo-guineensis,086,wood_density,0.319,,species,mean,measurement,3,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,02,11,Homalanthus novoguineensis +Trait name not in trait dictionary,Test_2023_1,Homalanthus novo-guineensis,086,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Missing unit conversion,Test_2023_1,Ixora biflora,089,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Ixora biflora +Missing unit conversion,Test_2023_1,Ixora biflora,089,wood_density,0.843,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Ixora biflora +Trait name not in trait dictionary,Test_2023_1,Ixora biflora,089,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Missing unit conversion,Test_2023_1,Lasianthus strigosus,092,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Lasianthus strigosus +Missing unit conversion,Test_2023_1,Lasianthus strigosus,092,wood_density,0.684,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Lasianthus strigosus +Trait name not in trait dictionary,Test_2023_1,Lasianthus strigosus,092,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Missing unit conversion,Test_2023_1,Litsea leefeana,095,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Litsea leefeana +Missing unit conversion,Test_2023_1,Litsea leefeana,095,wood_density,0.549,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Litsea leefeana +Trait name not in trait dictionary,Test_2023_1,Litsea leefeana,095,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Missing unit conversion,Test_2023_1,Macaranga tanarius,098,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Macaranga tanarius +Missing unit conversion,Test_2023_1,Macaranga tanarius,098,wood_density,0.344,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Macaranga tanarius +Trait name not in trait dictionary,Test_2023_1,Macaranga tanarius,098,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Missing unit conversion,Test_2023_1,Mallotus mollissimus,101,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Mallotus mollissimus +Missing unit conversion,Test_2023_1,Mallotus mollissimus,101,wood_density,0.373,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Mallotus mollissimus +Trait name not in trait dictionary,Test_2023_1,Mallotus mollissimus,101,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Missing unit conversion,Test_2023_1,Medicosma sessiliflora,104,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Medicosma sessiliflora +Missing unit conversion,Test_2023_1,Medicosma sessiliflora,104,wood_density,0.69,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Medicosma sessiliflora +Trait name not in trait dictionary,Test_2023_1,Medicosma sessiliflora,104,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Missing unit conversion,Test_2023_1,Melastoma cyanoides,107,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Melastoma cyanoides +Missing unit conversion,Test_2023_1,Melastoma cyanoides,107,wood_density,0.381,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Melastoma cyanoides +Trait name not in trait dictionary,Test_2023_1,Melastoma cyanoides,107,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Missing unit conversion,Test_2023_1,Melicope elleryana,110,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,,Melicope elleryana +Missing unit conversion,Test_2023_1,Melicope elleryana,110,wood_density,0.346,,species,mean,measurement,3,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,02,,Melicope elleryana +Trait name not in trait dictionary,Test_2023_1,Melicope elleryana,110,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Missing unit conversion,Test_2023_1,Myristica insipida,113,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Myristica insipida +Missing unit conversion,Test_2023_1,Myristica insipida,113,wood_density,0.433,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Myristica insipida +Trait name not in trait dictionary,Test_2023_1,Myristica insipida,113,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Missing unit conversion,Test_2023_1,Neolitsea dealbata,116,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,,Neolitsea dealbata +Missing unit conversion,Test_2023_1,Neolitsea dealbata,116,wood_density,0.352,,species,mean,measurement,3,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,02,,Neolitsea dealbata +Trait name not in trait dictionary,Test_2023_1,Neolitsea dealbata,116,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Missing unit conversion,Test_2023_1,Pittosporum rubiginosum,119,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Pittosporum rubiginosum +Missing unit conversion,Test_2023_1,Pittosporum rubiginosum,119,wood_density,0.728,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Pittosporum rubiginosum +Trait name not in trait dictionary,Test_2023_1,Pittosporum rubiginosum,119,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Times must be length 12,Test_2023_1,Polyscias australiana,120,flowering_time,nnnnnyyyynnnnnnnnnn,,individual,mode,expert_score,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Missing unit conversion,Test_2023_1,Polyscias australiana,122,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,03,,Polyscias australiana +Missing unit conversion,Test_2023_1,Polyscias australiana,122,wood_density,0.397,,species,mean,measurement,3,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,02,,Polyscias australiana +Trait name not in trait dictionary,Test_2023_1,Polyscias australiana,122,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Missing unit conversion,Test_2023_1,Psychotria dallachiana,125,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Psychotria dallachiana +Missing unit conversion,Test_2023_1,Psychotria dallachiana,125,wood_density,0.612,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Psychotria dallachiana +Trait name not in trait dictionary,Test_2023_1,Psychotria dallachiana,125,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Unsupported trait value,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),128,plant_growth_form,trees,,species,mode,expert_score,3,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Missing unit conversion,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),128,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,,Psychotria sp Utchee Creek +Missing unit conversion,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),128,wood_density,0.582,,species,mean,measurement,3,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,02,,Psychotria sp Utchee Creek +Trait name not in trait dictionary,Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),128,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Missing unit conversion,Test_2023_1,Quassia baileyana,131,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Quassia baileyana +Missing unit conversion,Test_2023_1,Quassia baileyana,131,wood_density,0.501,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Quassia baileyana +Trait name not in trait dictionary,Test_2023_1,Quassia baileyana,131,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Missing unit conversion,Test_2023_1,Rhodomyrtus trineura,134,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,03,,Rhodomyrtus trineura +Missing unit conversion,Test_2023_1,Rhodomyrtus trineura,134,wood_density,0.763,,species,mean,measurement,3,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,02,,Rhodomyrtus trineura +Trait name not in trait dictionary,Test_2023_1,Rhodomyrtus trineura,134,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Missing unit conversion,Test_2023_1,Rockinghamia angustifolia,137,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Rockinghamia angustifolia +Missing unit conversion,Test_2023_1,Rockinghamia angustifolia,137,wood_density,0.455,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Rockinghamia angustifolia +Trait name not in trait dictionary,Test_2023_1,Rockinghamia angustifolia,137,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Observation excluded in metadata,Test_2023_1,Syzygium gustavioides,139,leaf_mass_per_area,0.167,mg/mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Missing unit conversion,Test_2023_1,Syzygium gustavioides,140,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium gustavioides +Missing unit conversion,Test_2023_1,Syzygium gustavioides,140,wood_density,0.521,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Syzygium gustavioides +Trait name not in trait dictionary,Test_2023_1,Syzygium gustavioides,140,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Missing unit conversion,Test_2023_1,Syzygium sayeri,143,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium sayeri +Missing unit conversion,Test_2023_1,Syzygium sayeri,143,wood_density,0.485,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Syzygium sayeri +Trait name not in trait dictionary,Test_2023_1,Syzygium sayeri,143,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Missing unit conversion,Test_2023_1,Trema aspera,146,seed_dry_mass,2,mass,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Trema aspera +Missing unit conversion,Test_2023_1,Trema aspera,146,wood_density,0.357,,species,mean,measurement,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,02,,Trema aspera +Trait name not in trait dictionary,Test_2023_1,Trema aspera,146,wrong_trait_name,test,,species,mode,expert_score,3,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera diff --git a/tests/testthat/examples/Test_2023_1/output/traits.csv b/tests/testthat/examples/Test_2023_1/output/traits.csv index b47fd0a2..7ab133b3 100644 --- a/tests/testthat/examples/Test_2023_1/output/traits.csv +++ b/tests/testthat/examples/Test_2023_1/output/traits.csv @@ -1,8 +1,9 @@ dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name Test_2023_1,Acacia celsa,001,flowering_time,nyynnnnnnnnn,,individual,mode,expert_score,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa Test_2023_1,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,01,,,02,,01,04,01,01,2002/2002,made-up measurement remarks,04,04,Acacia celsa -Test_2023_1,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,01,,,02,,01,04,01,01,2002/2002,made-up measurement remarks,04,07,Acacia celsa +Test_2023_1,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,01,,,02,,01,04,01,01,2002/2002,made-up measurement remarks,05,07,Acacia celsa Test_2023_1,Acacia celsa,001,leaf_length,40,mm,individual,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acacia celsa,001,seed_dry_mass,1000--5000,mg,individual,bin,measurement,1,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,04,07,Acacia celsa Test_2023_1,Acacia celsa,002,huber_value,0.000335908632851864,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa Test_2023_1,Acacia celsa,002,huber_value,0.000137741046831956,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,02,05,Acacia celsa Test_2023_1,Acacia celsa,002,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,03,06,Acacia celsa @@ -13,528 +14,530 @@ Test_2023_1,Acacia celsa,002,leaf_mass_per_area,145,g/m2,population,mean,measure Test_2023_1,Acacia celsa,002,seed_dry_mass,10.3,mg,population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa Test_2023_1,Acacia celsa,002,seed_dry_mass,1--2,mg,population,bin,measurement,10,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,02,07,Acacia celsa Test_2023_1,Acacia celsa,002,wood_density,0.498,mg/mm3,population,mean,measurement,3,field,adult,01,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acacia celsa,003,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,01,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Test_2023_1,Acacia celsa,003,leaf_stomatal_conductance,0.4,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,02,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Test_2023_1,Acacia celsa,003,leaf_stomatal_conductance,0.48,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,03,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.9,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.8,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,02,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.7,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,03,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.66,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,04,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,05,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa -Test_2023_1,Acacia celsa,005,plant_growth_form,herb,,species,mode,expert_score,3,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa -Test_2023_1,Acmena graveolens,007,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,10,,,2002/2002,made-up measurement remarks,04,01,Acmena graveolens -Test_2023_1,Acmena graveolens,007,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,10,,,2002/2002,made-up measurement remarks,04,,Acmena graveolens -Test_2023_1,Acmena graveolens,007,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acmena graveolens,008,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,02,02,Acmena graveolens -Test_2023_1,Acmena graveolens,008,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,03,03,Acmena graveolens -Test_2023_1,Acmena graveolens,008,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Acmena graveolens -Test_2023_1,Acmena graveolens,008,leaf_N_per_dry_mass,15.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acmena graveolens,008,leaf_area,5246,mm2,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acmena graveolens,008,leaf_mass_per_area,151,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acmena graveolens,008,wood_density,0.599,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens -Test_2023_1,Acronychia acidula,010,leaf_photosynthesis,5,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,01,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula -Test_2023_1,Acronychia acidula,010,leaf_photosynthesis,3,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,02,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula -Test_2023_1,Acronychia acidula,010,leaf_photosynthesis,2,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,03,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula -Test_2023_1,Acronychia acidula,011,flowering_time,nnnnnnnnnyyy,,individual,mode,expert_score,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,011,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,03,,,02,,01,06,02,01,2002/2002,made-up measurement remarks,04,04,Acronychia acidula -Test_2023_1,Acronychia acidula,011,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,03,,,02,,01,06,02,01,2002/2002,made-up measurement remarks,04,07,Acronychia acidula -Test_2023_1,Acronychia acidula,011,leaf_length,40,mm,individual,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,012,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,05,Acronychia acidula -Test_2023_1,Acronychia acidula,012,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,06,Acronychia acidula -Test_2023_1,Acronychia acidula,012,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,07,Acronychia acidula -Test_2023_1,Acronychia acidula,012,leaf_area,14302,mm2,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,012,leaf_mass_per_area,85,g/m2,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,012,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,07,Acronychia acidula -Test_2023_1,Acronychia acidula,012,wood_density,0.525,mg/mm3,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Acronychia acidula,013,plant_growth_form,shrub,,species,mode,expert_score,3,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula -Test_2023_1,Aleurites rockinghamensis,015,flowering_time,yynnnnnnnnny,,individual,mode,expert_score,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,015,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,01,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,015,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,015,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,016,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,02,02,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,016,leaf_N_per_dry_mass,18.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,016,leaf_area,73984,mm2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,016,leaf_mass_per_area,113,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,016,seed_dry_mass,7077,mg,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Aleurites rockinghamensis,016,wood_density,0.28,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis -Test_2023_1,Alphitonia petriei,018,leaf_photosynthesis,7,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,01,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,018,leaf_photosynthesis,6,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,02,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,018,leaf_photosynthesis,5.5,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,03,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,018,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,04,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,019,flowering_time,nnnnyyynnnnn,,individual,mode,expert_score,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,019,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,05,,,02,,01,14,03,02,2002/2002,made-up measurement remarks,04,01,Alphitonia petriei -Test_2023_1,Alphitonia petriei,019,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,05,,,02,,01,14,03,02,2002/2002,made-up measurement remarks,04,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,019,leaf_length,40,mm,individual,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,02,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,03,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,leaf_N_per_dry_mass,16.3,mg/g,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,leaf_area,6820,mm2,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,leaf_mass_per_area,149,g/m2,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,seed_dry_mass,27.2,mg,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,020,wood_density,0.413,mg/mm3,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alphitonia petriei,021,plant_growth_form,mallee mallee shrub tree tree,,species,mode,expert_score,3,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei -Test_2023_1,Alstonia scholaris,023,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,01,Alstonia scholaris -Test_2023_1,Alstonia scholaris,023,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,023,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,024,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,02,02,Alstonia scholaris -Test_2023_1,Alstonia scholaris,024,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,03,03,Alstonia scholaris -Test_2023_1,Alstonia scholaris,024,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,024,leaf_N_per_dry_mass,22.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,024,leaf_area,6182,mm2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,024,leaf_mass_per_area,107,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,024,seed_dry_mass,1.53,mg,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,024,wood_density,0.361,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,025,plant_growth_form,herb,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,026,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,02,,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,026,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,02,,,01,,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,026,leaf_stomatal_conductance,0.9,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris -Test_2023_1,Alstonia scholaris,026,leaf_stomatal_conductance,0.88,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris -Test_2023_1,Argyrodendron peralatum,027,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,10,,,,,02,12,,01,2002/2002,made-up measurement remarks,04,01,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,027,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,10,,,,,02,12,,01,2002/2002,made-up measurement remarks,04,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,027,leaf_length,40,mm,individual,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,028,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,02,02,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,028,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,03,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,028,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,028,leaf_N_per_dry_mass,11.9,mg/g,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,028,leaf_area,3201,mm2,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,028,leaf_mass_per_area,244,g/m2,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,028,seed_dry_mass,433,mg,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Argyrodendron peralatum,028,wood_density,0.726,mg/mm3,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum -Test_2023_1,Atractocarpus hirtus,030,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,10,,,,,02,13,,01,2002/2002,made-up measurement remarks,04,01,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,030,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,10,,,,,02,13,,01,2002/2002,made-up measurement remarks,04,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,030,leaf_length,40,mm,individual,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,031,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,02,02,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,031,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,03,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,031,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,031,leaf_N_per_dry_mass,15.7,mg/g,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,031,leaf_area,11374,mm2,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,031,leaf_mass_per_area,72,g/m2,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,031,wood_density,0.804,mg/mm3,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Atractocarpus hirtus,032,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus -Test_2023_1,Brombya platynema,033,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,01,Brombya platynema -Test_2023_1,Brombya platynema,033,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,,Brombya platynema -Test_2023_1,Brombya platynema,033,leaf_length,40,mm,individual,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,034,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,02,Brombya platynema -Test_2023_1,Brombya platynema,034,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,03,Brombya platynema -Test_2023_1,Brombya platynema,034,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Brombya platynema -Test_2023_1,Brombya platynema,034,leaf_N_per_dry_mass,18.8,mg/g,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,034,leaf_area,8218,mm2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,034,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,034,wood_density,0.603,mg/mm3,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,035,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema -Test_2023_1,Brombya platynema,036,leaf_stomatal_conductance,0.35,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,01,,,,2004/2004,from Falster_2005_1,02,,Brombya platynema -Test_2023_1,Brombya platynema,036,leaf_stomatal_conductance,0.25,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Brombya platynema -Test_2023_1,Cardwellia sublimis,037,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,01,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,037,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,037,leaf_length,40,mm,individual,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,038,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,02,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,038,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,03,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,038,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,038,leaf_N_per_dry_mass,12.8,mg/g,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,038,leaf_area,4352,mm2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,038,leaf_mass_per_area,127,g/m2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,038,seed_dry_mass,582.3,mg,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,038,wood_density,0.603,mg/mm3,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Cardwellia sublimis,039,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis -Test_2023_1,Castanospermum australe,040,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,,,,,02,03,,03,2002/2002,made-up measurement remarks,04,01,Castanospermum australe -Test_2023_1,Castanospermum australe,040,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,,,,,02,03,,03,2002/2002,made-up measurement remarks,04,,Castanospermum australe -Test_2023_1,Castanospermum australe,040,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,041,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,02,02,Castanospermum australe -Test_2023_1,Castanospermum australe,041,leaf_N_per_dry_mass,23.7,mg/g,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,041,leaf_area,2765,mm2,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,041,leaf_mass_per_area,117,g/m2,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,041,seed_dry_mass,14851,mg,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Castanospermum australe,041,wood_density,0.587,mg/mm3,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe -Test_2023_1,Cleistanthus myrianthus,043,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,,,,,02,08,,03,2002/2002,made-up measurement remarks,04,01,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,043,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,,,,,02,08,,03,2002/2002,made-up measurement remarks,04,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,043,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,02,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,03,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,leaf_N_per_dry_mass,22.8,mg/g,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,leaf_area,4828,mm2,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,leaf_mass_per_area,78,g/m2,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,044,wood_density,0.588,mg/mm3,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.4,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.32,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,02,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,03,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.34,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Test_2023_1,Cleistanthus myrianthus,046,leaf_stomatal_conductance,0.56,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus -Test_2023_1,Cryptocarya laevigata,047,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,08,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,047,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,08,,,2002/2002,made-up measurement remarks,04,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,047,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,03,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,leaf_N_per_dry_mass,15.6,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,leaf_area,2682,mm2,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,leaf_mass_per_area,87,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,seed_dry_mass,1281,mg,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya laevigata,048,wood_density,0.64,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata -Test_2023_1,Cryptocarya mackinnoniana,050,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,01,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,050,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,01,,,2002/2002,made-up measurement remarks,04,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,050,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,051,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,051,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,051,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,03,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,051,leaf_N_per_dry_mass,15.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,051,leaf_area,10458,mm2,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,051,leaf_mass_per_area,204,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,051,seed_dry_mass,204,mg,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya mackinnoniana,051,wood_density,0.655,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana -Test_2023_1,Cryptocarya murrayi,053,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,053,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,053,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,054,leaf_N_per_dry_mass,16.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,054,leaf_area,9960,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,054,leaf_mass_per_area,155,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Cryptocarya murrayi,054,wood_density,0.674,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi -Test_2023_1,Dendrocnide moroides,056,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,056,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,056,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,057,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,057,leaf_N_per_dry_mass,31.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,057,leaf_area,26454,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,057,leaf_mass_per_area,52,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,057,seed_dry_mass,0.71,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Dendrocnide moroides,057,wood_density,0.23,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides -Test_2023_1,Elaeocarpus grandis,059,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,059,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,059,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,060,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,060,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,060,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,060,leaf_N_per_dry_mass,18.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,060,leaf_area,2762,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,060,leaf_mass_per_area,122,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,060,seed_dry_mass,3699,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Elaeocarpus grandis,060,wood_density,0.499,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis -Test_2023_1,Endiandra leptodendron,062,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,062,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,062,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,063,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,063,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,063,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,063,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,063,leaf_N_per_dry_mass,18,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,063,leaf_area,3987,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,063,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra leptodendron,063,wood_density,0.611,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron -Test_2023_1,Endiandra microneura,065,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Endiandra microneura -Test_2023_1,Endiandra microneura,065,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Endiandra microneura -Test_2023_1,Endiandra microneura,065,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,066,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,066,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Endiandra microneura -Test_2023_1,Endiandra microneura,066,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Endiandra microneura -Test_2023_1,Endiandra microneura,066,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra microneura -Test_2023_1,Endiandra microneura,066,leaf_N_per_dry_mass,17.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,066,leaf_area,3377,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,066,leaf_mass_per_area,151,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Endiandra microneura,066,wood_density,0.623,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura -Test_2023_1,Gillbeea adenopetala,068,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,068,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,068,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,069,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,069,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,069,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,069,leaf_N_per_dry_mass,9.6,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,069,leaf_area,3678,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,069,leaf_mass_per_area,126,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,069,seed_dry_mass,15,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Gillbeea adenopetala,069,wood_density,0.43,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala -Test_2023_1,Glochidion hylandii,071,flowering_time,yyyyynnnnnny,,individual,mode,expert_score,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,071,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,06,,,,,01,05,,02,2002/2002,made-up measurement remarks,04,08,Glochidion hylandii -Test_2023_1,Glochidion hylandii,071,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,06,,,,,01,05,,02,2002/2002,made-up measurement remarks,04,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,071,leaf_length,40,mm,individual,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,02,09,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,10,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,leaf_N_per_dry_mass,13.7,mg/g,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,leaf_area,3209,mm2,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,seed_dry_mass,10.41,mg,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Glochidion hylandii,072,wood_density,0.566,mg/mm3,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii -Test_2023_1,Haplostichanthus submontanus,074,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,074,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,074,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,075,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,075,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,075,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,075,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,075,leaf_N_per_dry_mass,22,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,075,leaf_area,4685,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,075,leaf_mass_per_area,72,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Haplostichanthus submontanus,075,wood_density,0.668,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck -Test_2023_1,Harpullia rhyticarpa,077,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,077,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,077,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,078,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,078,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,078,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,078,leaf_N_per_dry_mass,17.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,078,leaf_area,40876,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,078,leaf_mass_per_area,76,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Harpullia rhyticarpa,078,wood_density,0.621,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa -Test_2023_1,Hernandia albiflora,080,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Hernandia albiflora -Test_2023_1,Hernandia albiflora,080,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,080,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,081,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,081,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Hernandia albiflora -Test_2023_1,Hernandia albiflora,081,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Hernandia albiflora -Test_2023_1,Hernandia albiflora,081,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,081,leaf_N_per_dry_mass,19.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,081,leaf_area,3806,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,081,leaf_mass_per_area,69,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Hernandia albiflora,081,wood_density,0.447,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora -Test_2023_1,Homalanthus novo-guineensis,083,flowering_time,yyyyyyyyyyyy,,individual,mode,expert_score,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,083,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,07,,,,,01,14,01,03,2002/2002,made-up measurement remarks,04,08,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,083,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,07,,,,,01,14,01,03,2002/2002,made-up measurement remarks,04,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,083,leaf_length,40,mm,individual,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,084,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,02,09,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,084,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,10,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,084,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,084,leaf_N_per_dry_mass,22,mg/g,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,084,leaf_area,10682,mm2,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,084,leaf_mass_per_area,82,g/m2,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,084,seed_dry_mass,7,mg,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,084,wood_density,0.319,mg/mm3,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Homalanthus novo-guineensis,085,plant_growth_form,climber,,species,mode,expert_score,3,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis -Test_2023_1,Ixora biflora,086,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Ixora biflora -Test_2023_1,Ixora biflora,086,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Ixora biflora -Test_2023_1,Ixora biflora,086,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,087,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,087,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Ixora biflora -Test_2023_1,Ixora biflora,087,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Ixora biflora -Test_2023_1,Ixora biflora,087,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Ixora biflora -Test_2023_1,Ixora biflora,087,leaf_N_per_dry_mass,10,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,087,leaf_area,2760,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,087,leaf_mass_per_area,81,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,087,seed_dry_mass,41.5,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Ixora biflora,087,wood_density,0.843,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora -Test_2023_1,Lasianthus strigosus,089,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,089,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,089,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,leaf_N_per_dry_mass,15.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,leaf_area,3313,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,leaf_mass_per_area,55,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,seed_dry_mass,7,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Lasianthus strigosus,090,wood_density,0.684,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus -Test_2023_1,Litsea leefeana,092,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Litsea leefeana -Test_2023_1,Litsea leefeana,092,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Litsea leefeana -Test_2023_1,Litsea leefeana,092,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,093,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,093,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Litsea leefeana -Test_2023_1,Litsea leefeana,093,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Litsea leefeana -Test_2023_1,Litsea leefeana,093,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Litsea leefeana -Test_2023_1,Litsea leefeana,093,leaf_N_per_dry_mass,14.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,093,leaf_area,3917,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,093,leaf_mass_per_area,130,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,093,seed_dry_mass,263.4,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Litsea leefeana,093,wood_density,0.549,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana -Test_2023_1,Macaranga tanarius,095,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Macaranga tanarius -Test_2023_1,Macaranga tanarius,095,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,095,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,096,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Macaranga tanarius -Test_2023_1,Macaranga tanarius,096,leaf_N_per_dry_mass,20.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,096,leaf_area,46676,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,096,leaf_mass_per_area,104,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Macaranga tanarius,096,wood_density,0.344,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius -Test_2023_1,Mallotus mollissimus,098,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,098,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,098,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,leaf_N_per_dry_mass,35.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,leaf_area,16716,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,leaf_mass_per_area,63,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,seed_dry_mass,31.25,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Mallotus mollissimus,099,wood_density,0.373,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus -Test_2023_1,Medicosma sessiliflora,101,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,101,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,101,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,102,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,102,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,102,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,102,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,102,leaf_N_per_dry_mass,15.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,102,leaf_area,8164,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,102,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Medicosma sessiliflora,102,wood_density,0.69,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora -Test_2023_1,Melastoma cyanoides,104,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,104,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,104,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,leaf_N_per_dry_mass,20.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,leaf_area,4009,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,leaf_mass_per_area,46,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,seed_dry_mass,0.07,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melastoma cyanoides,105,wood_density,0.381,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides -Test_2023_1,Melicope elleryana,107,flowering_time,nnnnnyyyynnn,,individual,mode,expert_score,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,107,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,07,,,01,,01,,01,03,2002/2002,made-up measurement remarks,04,01,Melicope elleryana -Test_2023_1,Melicope elleryana,107,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,07,,,01,,01,,01,03,2002/2002,made-up measurement remarks,04,,Melicope elleryana -Test_2023_1,Melicope elleryana,107,leaf_length,40,mm,individual,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,108,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,02,02,Melicope elleryana -Test_2023_1,Melicope elleryana,108,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,03,Melicope elleryana -Test_2023_1,Melicope elleryana,108,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,,Melicope elleryana -Test_2023_1,Melicope elleryana,108,leaf_N_per_dry_mass,26.8,mg/g,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,108,leaf_area,6955,mm2,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,108,leaf_mass_per_area,75,g/m2,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,108,seed_dry_mass,1.61,mg,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,108,wood_density,0.346,mg/mm3,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Melicope elleryana,109,plant_growth_form,geophyte,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana -Test_2023_1,Myristica insipida,110,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Myristica insipida -Test_2023_1,Myristica insipida,110,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Myristica insipida -Test_2023_1,Myristica insipida,110,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,111,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Myristica insipida -Test_2023_1,Myristica insipida,111,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Myristica insipida -Test_2023_1,Myristica insipida,111,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Myristica insipida -Test_2023_1,Myristica insipida,111,leaf_N_per_dry_mass,18.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,111,leaf_area,8379,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,111,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,111,seed_dry_mass,1612,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Myristica insipida,111,wood_density,0.433,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida -Test_2023_1,Neolitsea dealbata,113,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,08,,,01,,01,,01,,2002/2002,made-up measurement remarks,04,01,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,113,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,08,,,01,,01,,01,,2002/2002,made-up measurement remarks,04,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,113,leaf_length,40,mm,individual,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,02,02,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,03,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,leaf_N_per_dry_mass,16.4,mg/g,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,leaf_area,5228,mm2,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,leaf_mass_per_area,93,g/m2,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,seed_dry_mass,176.1,mg,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,114,wood_density,0.352,mg/mm3,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Neolitsea dealbata,115,plant_growth_form,geophyte,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata -Test_2023_1,Pittosporum rubiginosum,116,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,116,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,116,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,leaf_N_per_dry_mass,14.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,leaf_area,9931,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,leaf_mass_per_area,65,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,seed_dry_mass,27.94,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Pittosporum rubiginosum,117,wood_density,0.728,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum -Test_2023_1,Polyscias australiana,119,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,09,,,01,,01,07,02,,2002/2002,made-up measurement remarks,04,01,Polyscias australiana -Test_2023_1,Polyscias australiana,119,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,09,,,01,,01,07,02,,2002/2002,made-up measurement remarks,04,,Polyscias australiana -Test_2023_1,Polyscias australiana,119,leaf_length,40,mm,individual,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,120,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,02,02,Polyscias australiana -Test_2023_1,Polyscias australiana,120,leaf_N_per_dry_mass,15.4,mg/g,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,120,leaf_area,6806,mm2,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,120,leaf_mass_per_area,79,g/m2,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,120,seed_dry_mass,8.35,mg,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,120,wood_density,0.397,mg/mm3,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Polyscias australiana,121,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana -Test_2023_1,Psychotria dallachiana,122,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,122,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,122,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,123,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,123,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,123,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,123,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,123,leaf_N_per_dry_mass,17.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,123,leaf_area,2495,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,123,leaf_mass_per_area,79,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria dallachiana,123,wood_density,0.612,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),125,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,09,,,,,01,02,02,,2002/2002,made-up measurement remarks,04,01,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),125,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,09,,,,,01,02,02,,2002/2002,made-up measurement remarks,04,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),125,leaf_length,40,mm,individual,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,02,02,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,03,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,leaf_N_per_dry_mass,17.9,mg/g,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,leaf_area,11157,mm2,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,leaf_mass_per_area,108,g/m2,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,seed_dry_mass,23.09,mg,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,wood_density,0.582,mg/mm3,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek -Test_2023_1,Quassia baileyana,128,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Quassia baileyana -Test_2023_1,Quassia baileyana,128,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Quassia baileyana -Test_2023_1,Quassia baileyana,128,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Quassia baileyana,129,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Quassia baileyana -Test_2023_1,Quassia baileyana,129,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Quassia baileyana -Test_2023_1,Quassia baileyana,129,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Quassia baileyana -Test_2023_1,Quassia baileyana,129,leaf_N_per_dry_mass,23,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Quassia baileyana,129,leaf_area,9624,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Quassia baileyana,129,leaf_mass_per_area,86,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Quassia baileyana,129,wood_density,0.501,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana -Test_2023_1,Rhodomyrtus trineura,131,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,02,,,,,01,15,,,2002/2002,made-up measurement remarks,04,01,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,131,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,02,,,,,01,15,,,2002/2002,made-up measurement remarks,04,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,131,leaf_length,40,mm,individual,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,02,02,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,03,03,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,03,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,132,leaf_N_per_dry_mass,11.1,mg/g,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,132,leaf_area,3401,mm2,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,132,leaf_mass_per_area,129,g/m2,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,132,wood_density,0.763,mg/mm3,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rhodomyrtus trineura,133,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura -Test_2023_1,Rockinghamia angustifolia,134,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,134,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,134,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,135,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,135,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,135,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,135,leaf_N_per_dry_mass,15.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,135,leaf_area,10636,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,135,leaf_mass_per_area,108,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,135,seed_dry_mass,19.38,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Rockinghamia angustifolia,135,wood_density,0.455,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia -Test_2023_1,Syzygium gustavioides,137,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,137,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,137,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,138,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,138,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,138,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,138,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,138,leaf_N_per_dry_mass,12.9,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,138,leaf_area,3590,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,138,seed_dry_mass,48000,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium gustavioides,138,wood_density,0.521,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides -Test_2023_1,Syzygium sayeri,140,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Syzygium sayeri -Test_2023_1,Syzygium sayeri,140,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,140,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,leaf_N_per_dry_mass,13.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,leaf_area,2645,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,leaf_mass_per_area,131,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,seed_dry_mass,841,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Syzygium sayeri,141,wood_density,0.485,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri -Test_2023_1,Trema aspera,143,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Trema aspera -Test_2023_1,Trema aspera,143,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,,Trema aspera -Test_2023_1,Trema aspera,143,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,144,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,144,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Trema aspera -Test_2023_1,Trema aspera,144,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Trema aspera -Test_2023_1,Trema aspera,144,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Trema aspera -Test_2023_1,Trema aspera,144,leaf_N_per_dry_mass,29.9,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,144,leaf_area,2071,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,144,leaf_mass_per_area,53,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,144,seed_dry_mass,5.12,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera -Test_2023_1,Trema aspera,144,wood_density,0.357,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Acacia celsa,003,seed_dry_mass,2000--5000,mg,individual,bin,measurement,1,field,adult,02,,,,,01,,,,2004/2004,from Falster_2005_1,04,,Acacia celsa +Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,01,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.4,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,02,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,004,leaf_stomatal_conductance,0.48,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,02,,03,,,01,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,005,leaf_stomatal_conductance,0.9,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,01,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,005,leaf_stomatal_conductance,0.8,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,02,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,005,leaf_stomatal_conductance,0.7,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,03,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,005,leaf_stomatal_conductance,0.66,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,04,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,005,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,1,field,adult,04,,05,,,02,,,,2004/2004,from Falster_2005_1,01,,Acacia celsa +Test_2023_1,Acacia celsa,006,plant_growth_form,herb,,species,mode,expert_score,3,field,adult,,,,02,,01,04,01,01,2004/2004,from Falster_2005_1,01,07,Acacia celsa +Test_2023_1,Acmena graveolens,008,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,10,,,2002/2002,made-up measurement remarks,04,01,Acmena graveolens +Test_2023_1,Acmena graveolens,008,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,10,,,2002/2002,made-up measurement remarks,05,,Acmena graveolens +Test_2023_1,Acmena graveolens,008,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acmena graveolens,009,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,02,02,Acmena graveolens +Test_2023_1,Acmena graveolens,009,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,03,03,Acmena graveolens +Test_2023_1,Acmena graveolens,009,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,03,,Acmena graveolens +Test_2023_1,Acmena graveolens,009,leaf_N_per_dry_mass,15.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acmena graveolens,009,leaf_area,5246,mm2,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acmena graveolens,009,leaf_mass_per_area,151,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acmena graveolens,009,wood_density,0.599,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,10,,,2004/2004,from Falster_2005_1,01,,Acmena graveolens +Test_2023_1,Acronychia acidula,011,leaf_photosynthesis,5,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,01,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Test_2023_1,Acronychia acidula,011,leaf_photosynthesis,3,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,02,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Test_2023_1,Acronychia acidula,011,leaf_photosynthesis,2,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,03,,,01,09,,,2004/2004,from Falster_2005_1,01,,Acronychia acidula +Test_2023_1,Acronychia acidula,011,seed_dry_mass,5000--6000,mg,individual,bin,measurement,1,field,adult,02,01,,,,01,09,,,2004/2004,from Falster_2005_1,04,,Acronychia acidula +Test_2023_1,Acronychia acidula,012,flowering_time,nnnnnnnnnyyy,,individual,mode,expert_score,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,012,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,03,,,02,,01,06,02,01,2002/2002,made-up measurement remarks,04,04,Acronychia acidula +Test_2023_1,Acronychia acidula,012,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,03,,,02,,01,06,02,01,2002/2002,made-up measurement remarks,05,07,Acronychia acidula +Test_2023_1,Acronychia acidula,012,leaf_length,40,mm,individual,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,013,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,05,Acronychia acidula +Test_2023_1,Acronychia acidula,013,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,06,Acronychia acidula +Test_2023_1,Acronychia acidula,013,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,03,07,Acronychia acidula +Test_2023_1,Acronychia acidula,013,leaf_area,14302,mm2,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,013,leaf_mass_per_area,85,g/m2,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,013,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,02,07,Acronychia acidula +Test_2023_1,Acronychia acidula,013,wood_density,0.525,mg/mm3,population,mean,measurement,3,field,adult,03,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Acronychia acidula,014,plant_growth_form,shrub,,species,mode,expert_score,3,field,adult,,,,02,,01,06,02,01,2004/2004,from Falster_2005_1,01,07,Acronychia acidula +Test_2023_1,Aleurites rockinghamensis,016,flowering_time,yynnnnnnnnny,,individual,mode,expert_score,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,01,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,05,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,016,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,017,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,02,02,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,017,leaf_N_per_dry_mass,18.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,017,leaf_area,73984,mm2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,017,leaf_mass_per_area,113,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,017,seed_dry_mass,7077,mg,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Aleurites rockinghamensis,017,wood_density,0.28,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Aleurites rockinghamensis +Test_2023_1,Alphitonia petriei,019,leaf_photosynthesis,7,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,01,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,019,leaf_photosynthesis,6,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,02,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,019,leaf_photosynthesis,5.5,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,03,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,019,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,1,field,adult,02,01,04,,,01,16,,,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,flowering_time,nnnnyyynnnnn,,individual,mode,expert_score,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,05,,,02,,01,14,03,02,2002/2002,made-up measurement remarks,04,01,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,05,,,02,,01,14,03,02,2002/2002,made-up measurement remarks,05,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,020,leaf_length,40,mm,individual,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,02,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,03,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,03,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,leaf_N_per_dry_mass,16.3,mg/g,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,leaf_area,6820,mm2,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,leaf_mass_per_area,149,g/m2,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,seed_dry_mass,27.2,mg,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,02,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,021,wood_density,0.413,mg/mm3,population,mean,measurement,3,field,adult,05,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alphitonia petriei,022,plant_growth_form,mallee mallee shrub tree tree,,species,mode,expert_score,3,field,adult,,,,02,,01,14,03,02,2004/2004,from Falster_2005_1,01,,Alphitonia petriei +Test_2023_1,Alstonia scholaris,024,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,04,01,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,11,,,2002/2002,made-up measurement remarks,05,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,024,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,02,02,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,03,03,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,leaf_N_per_dry_mass,22.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,leaf_area,6182,mm2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,leaf_mass_per_area,107,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,seed_dry_mass,1.53,mg,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,025,wood_density,0.361,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,026,plant_growth_form,herb,,species,mode,expert_score,3,field,adult,,,,,,02,11,,,2004/2004,from Falster_2005_1,01,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,027,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,02,,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,027,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,02,,,01,,,,2004/2004,from Falster_2005_1,02,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,027,leaf_stomatal_conductance,0.9,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Test_2023_1,Alstonia scholaris,027,leaf_stomatal_conductance,0.88,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Alstonia scholaris +Test_2023_1,Argyrodendron peralatum,028,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,10,,,,,02,12,,01,2002/2002,made-up measurement remarks,04,01,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,10,,,,,02,12,,01,2002/2002,made-up measurement remarks,05,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,028,leaf_length,40,mm,individual,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,029,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,02,02,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,029,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,03,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,029,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,03,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,029,leaf_N_per_dry_mass,11.9,mg/g,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,029,leaf_area,3201,mm2,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,029,leaf_mass_per_area,244,g/m2,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,029,seed_dry_mass,433,mg,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Argyrodendron peralatum,029,wood_density,0.726,mg/mm3,population,mean,measurement,3,field,adult,10,,,,,02,12,,01,2004/2004,from Falster_2005_1,01,,Argyrodendron peralatum +Test_2023_1,Atractocarpus hirtus,031,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,10,,,,,02,13,,01,2002/2002,made-up measurement remarks,04,01,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,10,,,,,02,13,,01,2002/2002,made-up measurement remarks,05,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,031,leaf_length,40,mm,individual,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,032,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,02,02,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,032,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,03,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,032,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,03,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,032,leaf_N_per_dry_mass,15.7,mg/g,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,032,leaf_area,11374,mm2,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,032,leaf_mass_per_area,72,g/m2,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,032,wood_density,0.804,mg/mm3,population,mean,measurement,3,field,adult,10,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Atractocarpus hirtus,033,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,13,,01,2004/2004,from Falster_2005_1,01,,Atractocarpus hirtus +Test_2023_1,Brombya platynema,034,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,01,Brombya platynema +Test_2023_1,Brombya platynema,034,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,05,,Brombya platynema +Test_2023_1,Brombya platynema,034,leaf_length,40,mm,individual,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,035,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,02,Brombya platynema +Test_2023_1,Brombya platynema,035,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,03,Brombya platynema +Test_2023_1,Brombya platynema,035,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Brombya platynema +Test_2023_1,Brombya platynema,035,leaf_N_per_dry_mass,18.8,mg/g,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,035,leaf_area,8218,mm2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,035,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,035,wood_density,0.603,mg/mm3,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,036,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Brombya platynema +Test_2023_1,Brombya platynema,037,leaf_stomatal_conductance,0.35,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,01,,,,2004/2004,from Falster_2005_1,02,,Brombya platynema +Test_2023_1,Brombya platynema,037,leaf_stomatal_conductance,0.25,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Brombya platynema +Test_2023_1,Cardwellia sublimis,038,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,04,01,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,11,,,,,02,16,,02,2002/2002,made-up measurement remarks,05,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,038,leaf_length,40,mm,individual,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,02,02,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,03,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,03,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,leaf_N_per_dry_mass,12.8,mg/g,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,leaf_area,4352,mm2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,leaf_mass_per_area,127,g/m2,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,seed_dry_mass,582.3,mg,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,039,wood_density,0.603,mg/mm3,population,mean,measurement,3,field,adult,11,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Cardwellia sublimis,040,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,02,16,,02,2004/2004,from Falster_2005_1,01,,Cardwellia sublimis +Test_2023_1,Castanospermum australe,041,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,,,,,02,03,,03,2002/2002,made-up measurement remarks,04,01,Castanospermum australe +Test_2023_1,Castanospermum australe,041,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,,,,,02,03,,03,2002/2002,made-up measurement remarks,05,,Castanospermum australe +Test_2023_1,Castanospermum australe,041,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,042,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,02,02,Castanospermum australe +Test_2023_1,Castanospermum australe,042,leaf_N_per_dry_mass,23.7,mg/g,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,042,leaf_area,2765,mm2,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,042,leaf_mass_per_area,117,g/m2,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,042,seed_dry_mass,14851,mg,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Castanospermum australe,042,wood_density,0.587,mg/mm3,population,mean,measurement,3,field,adult,12,,,,,02,03,,03,2004/2004,from Falster_2005_1,01,,Castanospermum australe +Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,12,,,,,02,08,,03,2002/2002,made-up measurement remarks,04,01,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,12,,,,,02,08,,03,2002/2002,made-up measurement remarks,05,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,044,leaf_length,40,mm,individual,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,02,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,03,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,leaf_N_per_dry_mass,22.8,mg/g,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,leaf_area,4828,mm2,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,leaf_mass_per_area,78,g/m2,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,seed_dry_mass,3--4,mg,population,bin,measurement,10,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,045,wood_density,0.588,mg/mm3,population,mean,measurement,3,field,adult,12,,,,,02,08,,03,2004/2004,from Falster_2005_1,01,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,047,leaf_stomatal_conductance,0.4,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,01,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,047,leaf_stomatal_conductance,0.32,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,02,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,047,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,03,,,01,,,,2004/2004,from Falster_2005_1,02,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,047,leaf_stomatal_conductance,0.34,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,047,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Test_2023_1,Cleistanthus myrianthus,047,leaf_stomatal_conductance,0.56,mol{H2O}/m2/s,species,raw,measurement,1,field,adult,,,,,,01,,,,2004/2004,from Falster_2005_1,03,,Cleistanthus myrianthus +Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,08,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,08,,,2002/2002,made-up measurement remarks,05,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,048,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,03,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,leaf_N_per_dry_mass,15.6,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,leaf_area,2682,mm2,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,leaf_mass_per_area,87,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,seed_dry_mass,1281,mg,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya laevigata,049,wood_density,0.64,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,08,,,2004/2004,from Falster_2005_1,01,,Cryptocarya laevigata +Test_2023_1,Cryptocarya mackinnoniana,051,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,01,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,01,,,2002/2002,made-up measurement remarks,05,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,051,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,052,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,052,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,052,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,03,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,052,leaf_N_per_dry_mass,15.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,052,leaf_area,10458,mm2,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,052,leaf_mass_per_area,204,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,052,seed_dry_mass,204,mg,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya mackinnoniana,052,wood_density,0.655,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,01,,,2004/2004,from Falster_2005_1,01,,Cryptocarya mackinnoniana +Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,054,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,055,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,055,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,055,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,055,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,055,leaf_N_per_dry_mass,16.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,055,leaf_area,9960,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,055,leaf_mass_per_area,155,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Cryptocarya murrayi,055,wood_density,0.674,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Cryptocarya murrayi +Test_2023_1,Dendrocnide moroides,057,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,057,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,057,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,058,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,058,leaf_N_per_dry_mass,31.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,058,leaf_area,26454,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,058,leaf_mass_per_area,52,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,058,seed_dry_mass,0.71,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Dendrocnide moroides,058,wood_density,0.23,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Dendrocnide moroides +Test_2023_1,Elaeocarpus grandis,060,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,060,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,061,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,061,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,061,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,061,leaf_N_per_dry_mass,18.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,061,leaf_area,2762,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,061,leaf_mass_per_area,122,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,061,seed_dry_mass,3699,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Elaeocarpus grandis,061,wood_density,0.499,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Elaeocarpus grandis +Test_2023_1,Endiandra leptodendron,063,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,063,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,064,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,064,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,064,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,064,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,064,leaf_N_per_dry_mass,18,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,064,leaf_area,3987,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,064,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra leptodendron,064,wood_density,0.611,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra leptodendron +Test_2023_1,Endiandra microneura,066,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Endiandra microneura +Test_2023_1,Endiandra microneura,066,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Endiandra microneura +Test_2023_1,Endiandra microneura,066,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,067,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,067,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Endiandra microneura +Test_2023_1,Endiandra microneura,067,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Endiandra microneura +Test_2023_1,Endiandra microneura,067,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Endiandra microneura +Test_2023_1,Endiandra microneura,067,leaf_N_per_dry_mass,17.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,067,leaf_area,3377,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,067,leaf_mass_per_area,151,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Endiandra microneura,067,wood_density,0.623,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Endiandra microneura +Test_2023_1,Gillbeea adenopetala,069,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,069,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,070,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,070,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,070,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,070,leaf_N_per_dry_mass,9.6,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,070,leaf_area,3678,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,070,leaf_mass_per_area,126,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,070,seed_dry_mass,15,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Gillbeea adenopetala,070,wood_density,0.43,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Gillbeea adenopetala +Test_2023_1,Glochidion hylandii,072,flowering_time,yyyyynnnnnny,,individual,mode,expert_score,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,06,,,,,01,05,,02,2002/2002,made-up measurement remarks,04,08,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,06,,,,,01,05,,02,2002/2002,made-up measurement remarks,05,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,072,leaf_length,40,mm,individual,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,02,09,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,10,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,03,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,leaf_N_per_dry_mass,13.7,mg/g,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,leaf_area,3209,mm2,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,seed_dry_mass,10.41,mg,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Glochidion hylandii,073,wood_density,0.566,mg/mm3,population,mean,measurement,3,field,adult,06,,,,,01,05,,02,2004/2004,from Falster_2005_1,01,11,Glochidion hylandii +Test_2023_1,Haplostichanthus submontanus,075,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,075,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,076,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,076,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,076,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,076,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,076,leaf_N_per_dry_mass,22,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,076,leaf_area,4685,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,076,leaf_mass_per_area,72,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Haplostichanthus submontanus,076,wood_density,0.668,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Haplostichanthus sp Coop. Ck +Test_2023_1,Harpullia rhyticarpa,078,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,078,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,079,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,079,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,079,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,079,leaf_N_per_dry_mass,17.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,079,leaf_area,40876,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,079,leaf_mass_per_area,76,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Harpullia rhyticarpa,079,wood_density,0.621,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Harpullia rhyticarpa +Test_2023_1,Hernandia albiflora,081,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,081,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,082,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,082,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Hernandia albiflora +Test_2023_1,Hernandia albiflora,082,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Hernandia albiflora +Test_2023_1,Hernandia albiflora,082,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,082,leaf_N_per_dry_mass,19.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,082,leaf_area,3806,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,082,leaf_mass_per_area,69,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Hernandia albiflora,082,wood_density,0.447,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Hernandia albiflora +Test_2023_1,Homalanthus novo-guineensis,084,flowering_time,yyyyyyyyyyyy,,individual,mode,expert_score,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,07,,,,,01,14,01,03,2002/2002,made-up measurement remarks,04,08,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,07,,,,,01,14,01,03,2002/2002,made-up measurement remarks,05,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,084,leaf_length,40,mm,individual,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,02,09,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,10,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,03,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,leaf_N_per_dry_mass,22,mg/g,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,leaf_area,10682,mm2,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,leaf_mass_per_area,82,g/m2,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,seed_dry_mass,7,mg,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,085,wood_density,0.319,mg/mm3,population,mean,measurement,3,field,adult,07,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Homalanthus novo-guineensis,086,plant_growth_form,climber,,species,mode,expert_score,3,field,adult,,,,,,01,14,01,03,2004/2004,from Falster_2005_1,01,11,Homalanthus novoguineensis +Test_2023_1,Ixora biflora,087,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Ixora biflora +Test_2023_1,Ixora biflora,087,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Ixora biflora +Test_2023_1,Ixora biflora,087,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,088,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,088,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Ixora biflora +Test_2023_1,Ixora biflora,088,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Ixora biflora +Test_2023_1,Ixora biflora,088,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Ixora biflora +Test_2023_1,Ixora biflora,088,leaf_N_per_dry_mass,10,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,088,leaf_area,2760,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,088,leaf_mass_per_area,81,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,088,seed_dry_mass,41.5,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Ixora biflora,088,wood_density,0.843,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Ixora biflora +Test_2023_1,Lasianthus strigosus,090,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,090,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,leaf_N_per_dry_mass,15.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,leaf_area,3313,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,leaf_mass_per_area,55,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,seed_dry_mass,7,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Lasianthus strigosus,091,wood_density,0.684,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Lasianthus strigosus +Test_2023_1,Litsea leefeana,093,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Litsea leefeana +Test_2023_1,Litsea leefeana,093,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Litsea leefeana +Test_2023_1,Litsea leefeana,093,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,094,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,094,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Litsea leefeana +Test_2023_1,Litsea leefeana,094,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Litsea leefeana +Test_2023_1,Litsea leefeana,094,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Litsea leefeana +Test_2023_1,Litsea leefeana,094,leaf_N_per_dry_mass,14.4,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,094,leaf_area,3917,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,094,leaf_mass_per_area,130,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,094,seed_dry_mass,263.4,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Litsea leefeana,094,wood_density,0.549,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Litsea leefeana +Test_2023_1,Macaranga tanarius,096,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Macaranga tanarius +Test_2023_1,Macaranga tanarius,096,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,096,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,097,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Macaranga tanarius +Test_2023_1,Macaranga tanarius,097,leaf_N_per_dry_mass,20.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,097,leaf_area,46676,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,097,leaf_mass_per_area,104,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Macaranga tanarius,097,wood_density,0.344,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Macaranga tanarius +Test_2023_1,Mallotus mollissimus,099,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,099,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,leaf_N_per_dry_mass,35.2,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,leaf_area,16716,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,leaf_mass_per_area,63,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,seed_dry_mass,31.25,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Mallotus mollissimus,100,wood_density,0.373,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Mallotus mollissimus +Test_2023_1,Medicosma sessiliflora,102,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,102,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,103,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,103,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,103,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,103,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,103,leaf_N_per_dry_mass,15.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,103,leaf_area,8164,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,103,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Medicosma sessiliflora,103,wood_density,0.69,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Medicosma sessiliflora +Test_2023_1,Melastoma cyanoides,105,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,105,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,leaf_N_per_dry_mass,20.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,leaf_area,4009,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,leaf_mass_per_area,46,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,seed_dry_mass,0.07,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melastoma cyanoides,106,wood_density,0.381,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Melastoma cyanoides +Test_2023_1,Melicope elleryana,108,flowering_time,nnnnnyyyynnn,,individual,mode,expert_score,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,108,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,07,,,01,,01,,01,03,2002/2002,made-up measurement remarks,04,01,Melicope elleryana +Test_2023_1,Melicope elleryana,108,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,07,,,01,,01,,01,03,2002/2002,made-up measurement remarks,05,,Melicope elleryana +Test_2023_1,Melicope elleryana,108,leaf_length,40,mm,individual,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,109,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,02,02,Melicope elleryana +Test_2023_1,Melicope elleryana,109,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,03,Melicope elleryana +Test_2023_1,Melicope elleryana,109,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,03,,Melicope elleryana +Test_2023_1,Melicope elleryana,109,leaf_N_per_dry_mass,26.8,mg/g,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,109,leaf_area,6955,mm2,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,109,leaf_mass_per_area,75,g/m2,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,109,seed_dry_mass,1.61,mg,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,109,wood_density,0.346,mg/mm3,population,mean,measurement,3,field,adult,07,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Melicope elleryana,110,plant_growth_form,geophyte,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,03,2004/2004,from Falster_2005_1,01,,Melicope elleryana +Test_2023_1,Myristica insipida,111,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Myristica insipida +Test_2023_1,Myristica insipida,111,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Myristica insipida +Test_2023_1,Myristica insipida,111,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,112,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Myristica insipida +Test_2023_1,Myristica insipida,112,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Myristica insipida +Test_2023_1,Myristica insipida,112,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Myristica insipida +Test_2023_1,Myristica insipida,112,leaf_N_per_dry_mass,18.5,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,112,leaf_area,8379,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,112,leaf_mass_per_area,106,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,112,seed_dry_mass,1612,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Myristica insipida,112,wood_density,0.433,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Myristica insipida +Test_2023_1,Neolitsea dealbata,114,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,08,,,01,,01,,01,,2002/2002,made-up measurement remarks,04,01,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,08,,,01,,01,,01,,2002/2002,made-up measurement remarks,05,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,114,leaf_length,40,mm,individual,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,02,02,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,03,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,03,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,leaf_N_per_dry_mass,16.4,mg/g,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,leaf_area,5228,mm2,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,leaf_mass_per_area,93,g/m2,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,seed_dry_mass,176.1,mg,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,115,wood_density,0.352,mg/mm3,population,mean,measurement,3,field,adult,08,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Neolitsea dealbata,116,plant_growth_form,geophyte,,species,mode,expert_score,3,field,adult,,,,01,,01,,01,,2004/2004,from Falster_2005_1,01,,Neolitsea dealbata +Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,117,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,leaf_N_per_dry_mass,14.3,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,leaf_area,9931,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,leaf_mass_per_area,65,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,seed_dry_mass,27.94,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Pittosporum rubiginosum,118,wood_density,0.728,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Pittosporum rubiginosum +Test_2023_1,Polyscias australiana,120,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,09,,,01,,01,07,02,,2002/2002,made-up measurement remarks,04,01,Polyscias australiana +Test_2023_1,Polyscias australiana,120,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,09,,,01,,01,07,02,,2002/2002,made-up measurement remarks,05,,Polyscias australiana +Test_2023_1,Polyscias australiana,120,leaf_length,40,mm,individual,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,121,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,02,02,Polyscias australiana +Test_2023_1,Polyscias australiana,121,leaf_N_per_dry_mass,15.4,mg/g,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,121,leaf_area,6806,mm2,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,121,leaf_mass_per_area,79,g/m2,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,121,seed_dry_mass,8.35,mg,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,121,wood_density,0.397,mg/mm3,population,mean,measurement,3,field,adult,09,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Polyscias australiana,122,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,01,,01,07,02,,2004/2004,from Falster_2005_1,01,,Polyscias australiana +Test_2023_1,Psychotria dallachiana,123,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,123,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,124,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,124,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,124,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,124,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,124,leaf_N_per_dry_mass,17.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,124,leaf_area,2495,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,124,leaf_mass_per_area,79,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria dallachiana,124,wood_density,0.612,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Psychotria dallachiana +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,09,,,,,01,02,02,,2002/2002,made-up measurement remarks,04,01,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,09,,,,,01,02,02,,2002/2002,made-up measurement remarks,05,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),126,leaf_length,40,mm,individual,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,02,02,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,03,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,03,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,leaf_N_per_dry_mass,17.9,mg/g,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,leaf_area,11157,mm2,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,leaf_mass_per_area,108,g/m2,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,seed_dry_mass,23.09,mg,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),127,wood_density,0.582,mg/mm3,population,mean,measurement,3,field,adult,09,,,,,01,02,02,,2004/2004,from Falster_2005_1,01,,Psychotria sp Utchee Creek +Test_2023_1,Quassia baileyana,129,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Quassia baileyana +Test_2023_1,Quassia baileyana,129,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Quassia baileyana +Test_2023_1,Quassia baileyana,129,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Quassia baileyana,130,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Quassia baileyana +Test_2023_1,Quassia baileyana,130,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Quassia baileyana +Test_2023_1,Quassia baileyana,130,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Quassia baileyana +Test_2023_1,Quassia baileyana,130,leaf_N_per_dry_mass,23,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Quassia baileyana,130,leaf_area,9624,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Quassia baileyana,130,leaf_mass_per_area,86,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Quassia baileyana,130,wood_density,0.501,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,02,,,,,01,15,,,2002/2002,made-up measurement remarks,04,01,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,02,,,,,01,15,,,2002/2002,made-up measurement remarks,05,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,132,leaf_length,40,mm,individual,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,02,02,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,03,03,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,03,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,leaf_N_per_dry_mass,11.1,mg/g,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,leaf_area,3401,mm2,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,leaf_mass_per_area,129,g/m2,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,133,wood_density,0.763,mg/mm3,population,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rhodomyrtus trineura,134,plant_growth_form,tree,,species,mode,expert_score,3,field,adult,,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura +Test_2023_1,Rockinghamia angustifolia,135,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,135,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,136,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,136,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,136,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,136,leaf_N_per_dry_mass,15.8,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,136,leaf_area,10636,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,136,leaf_mass_per_area,108,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,136,seed_dry_mass,19.38,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Rockinghamia angustifolia,136,wood_density,0.455,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Rockinghamia angustifolia +Test_2023_1,Syzygium gustavioides,138,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,138,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,139,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,139,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,139,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,139,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,139,leaf_N_per_dry_mass,12.9,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,139,leaf_area,3590,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,139,seed_dry_mass,48000,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium gustavioides,139,wood_density,0.521,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium gustavioides +Test_2023_1,Syzygium sayeri,141,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,141,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,leaf_N_per_dry_mass,13.7,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,leaf_area,2645,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,leaf_mass_per_area,131,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,seed_dry_mass,841,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Syzygium sayeri,142,wood_density,0.485,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Syzygium sayeri +Test_2023_1,Trema aspera,144,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,04,01,Trema aspera +Test_2023_1,Trema aspera,144,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,04,,,,,02,,,,2002/2002,made-up measurement remarks,05,,Trema aspera +Test_2023_1,Trema aspera,144,leaf_length,40,mm,individual,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,145,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,145,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,02,02,Trema aspera +Test_2023_1,Trema aspera,145,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,03,Trema aspera +Test_2023_1,Trema aspera,145,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,03,,Trema aspera +Test_2023_1,Trema aspera,145,leaf_N_per_dry_mass,29.9,mg/g,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,145,leaf_area,2071,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,145,leaf_mass_per_area,53,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,145,seed_dry_mass,5.12,mg,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera +Test_2023_1,Trema aspera,145,wood_density,0.357,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Trema aspera From 42f897fa8c096cbcd4d0f1de4fc8cd7d9d3a294e Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 01:09:04 +1100 Subject: [PATCH 35/45] Update output files --- .../examples/Test_2023_2/output/traits.csv | 816 +++++++++--------- .../examples/Test_2023_4/output/traits.csv | 415 ++++----- 2 files changed, 617 insertions(+), 614 deletions(-) diff --git a/tests/testthat/examples/Test_2023_2/output/traits.csv b/tests/testthat/examples/Test_2023_2/output/traits.csv index 97067f8d..84d0f5fa 100644 --- a/tests/testthat/examples/Test_2023_2/output/traits.csv +++ b/tests/testthat/examples/Test_2023_2/output/traits.csv @@ -3,450 +3,450 @@ Test_2023_2,Acacia celsa,001,branch_mass_fraction,0.67,mg/mg,population,raw,meas Test_2023_2,Acacia celsa,001,huber_value,0.000335908632851864,mm2{sapwood}/mm2{leaf},population,raw,measurement,7,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa Test_2023_2,Acacia celsa,001,huber_value,0.000137741046831956,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Acacia celsa Test_2023_2,Acacia celsa,001,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa +Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa Test_2023_2,Acacia celsa,002,seed_dry_mass,10.3,mg,population,raw,measurement,unknown,literature,seedling,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa Test_2023_2,Acacia celsa,003,leaf_N_per_dry_mass,21.4,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa Test_2023_2,Acacia celsa,003,leaf_area,2786,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa Test_2023_2,Acacia celsa,003,leaf_mass_per_area,145,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa Test_2023_2,Acacia celsa,003,wood_density,0.498,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acmena graveolens,004,branch_mass_fraction,0.67,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_N_per_dry_mass,15.5,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_area,5246,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_mass_per_area,151,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,wood_density,0.599,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,branch_mass_fraction,0.67,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Acmena graveolens +Test_2023_2,Acmena graveolens,004,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Acmena graveolens +Test_2023_2,Acmena graveolens,005,leaf_N_per_dry_mass,15.5,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,005,leaf_area,5246,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,005,leaf_mass_per_area,151,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,005,wood_density,0.599,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens Test_2023_2,Acronychia acidula,006,branch_mass_fraction,0.48,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula Test_2023_2,Acronychia acidula,006,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Acronychia acidula Test_2023_2,Acronychia acidula,006,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula +Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula Test_2023_2,Acronychia acidula,007,leaf_N_per_dry_mass,24.3,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula Test_2023_2,Acronychia acidula,007,leaf_area,14302,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula Test_2023_2,Acronychia acidula,007,leaf_mass_per_area,85,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula Test_2023_2,Acronychia acidula,007,wood_density,0.525,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Aleurites rockinghamensis,008,branch_mass_fraction,0.02,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,009,seed_dry_mass,7077,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_N_per_dry_mass,18.4,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_area,73984,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_mass_per_area,113,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,wood_density,0.28,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,008,branch_mass_fraction,0.02,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,009,seed_dry_mass,7077,mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,010,leaf_N_per_dry_mass,18.4,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,010,leaf_area,73984,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,010,leaf_mass_per_area,113,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,010,wood_density,0.28,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis Test_2023_2,Alphitonia petriei,011,branch_mass_fraction,0.42,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei Test_2023_2,Alphitonia petriei,011,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Alphitonia petriei Test_2023_2,Alphitonia petriei,011,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei Test_2023_2,Alphitonia petriei,012,seed_dry_mass,27.2,mg,population,raw,measurement,unknown,literature,seedling,01,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei Test_2023_2,Alphitonia petriei,013,leaf_N_per_dry_mass,16.3,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei Test_2023_2,Alphitonia petriei,013,leaf_area,6820,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei Test_2023_2,Alphitonia petriei,013,leaf_mass_per_area,149,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei Test_2023_2,Alphitonia petriei,013,wood_density,0.413,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alstonia scholaris,014,branch_mass_fraction,0.46,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,015,seed_dry_mass,1.53,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_N_per_dry_mass,22.3,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_area,6182,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_mass_per_area,107,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,wood_density,0.361,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Argyrodendron peralatum,017,branch_mass_fraction,0.71,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,018,seed_dry_mass,433,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_N_per_dry_mass,11.9,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_area,3201,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_mass_per_area,244,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,wood_density,0.726,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Atractocarpus hirtus,020,branch_mass_fraction,0.28,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_N_per_dry_mass,15.7,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_area,11374,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_mass_per_area,72,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,wood_density,0.804,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Brombya platynema,022,branch_mass_fraction,0.33,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_N_per_dry_mass,18.8,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_area,8218,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_mass_per_area,106,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,wood_density,0.603,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Cardwellia sublimis,024,branch_mass_fraction,0.56,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,025,seed_dry_mass,582.3,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_N_per_dry_mass,12.8,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_area,4352,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_mass_per_area,127,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,wood_density,0.603,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Castanospermum australe,027,branch_mass_fraction,0.37,mg/mg,population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe -Test_2023_2,Castanospermum australe,028,seed_dry_mass,14851,mg,population,,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_N_per_dry_mass,23.7,mg/g,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_area,2765,mm2,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_mass_per_area,117,g/m2,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,wood_density,0.587,mg/mm3,species,,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Cleistanthus myrianthus,030,branch_mass_fraction,0.56,mg/mg,population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,raw,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_N_per_dry_mass,22.8,mg/g,species,raw,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_area,4828,mm2,species,raw,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_mass_per_area,78,g/m2,species,raw,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,wood_density,0.588,mg/mm3,species,raw,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cryptocarya laevigata,032,branch_mass_fraction,0.65,mg/mg,population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,maximum,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,033,seed_dry_mass,1281,mg,population,maximum,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_N_per_dry_mass,15.6,mg/g,species,maximum,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_area,2682,mm2,species,maximum,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_mass_per_area,87,g/m2,species,maximum,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,wood_density,0.64,mg/mm3,species,maximum,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya mackinnoniana,035,branch_mass_fraction,0.61,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,036,seed_dry_mass,204,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_N_per_dry_mass,15.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_area,10458,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_mass_per_area,204,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,wood_density,0.655,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya murrayi,038,branch_mass_fraction,0.39,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_N_per_dry_mass,16.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_area,9960,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_mass_per_area,155,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,wood_density,0.674,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Dendrocnide moroides,040,branch_mass_fraction,0.46,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,041,seed_dry_mass,0.71,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_N_per_dry_mass,31.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_area,26454,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_mass_per_area,52,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,wood_density,0.23,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Elaeocarpus grandis,043,branch_mass_fraction,0.47,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,044,seed_dry_mass,3699,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_N_per_dry_mass,18.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_area,2762,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_mass_per_area,122,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,wood_density,0.499,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Endiandra leptodendron,046,branch_mass_fraction,0.68,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_N_per_dry_mass,18,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_area,3987,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,wood_density,0.611,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra microneura,048,branch_mass_fraction,0.61,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_N_per_dry_mass,17.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_area,3377,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_mass_per_area,151,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,wood_density,0.623,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Gillbeea adenopetala,050,branch_mass_fraction,0.46,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,051,seed_dry_mass,15,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_N_per_dry_mass,9.6,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_area,3678,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_mass_per_area,126,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,wood_density,0.43,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Alstonia scholaris,014,branch_mass_fraction,0.46,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,014,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,014,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,015,seed_dry_mass,1.53,mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,016,leaf_N_per_dry_mass,22.3,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,016,leaf_area,6182,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,016,leaf_mass_per_area,107,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,016,wood_density,0.361,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Argyrodendron peralatum,017,branch_mass_fraction,0.71,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,017,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,018,seed_dry_mass,433,mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,019,leaf_N_per_dry_mass,11.9,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,019,leaf_area,3201,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,019,leaf_mass_per_area,244,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,019,wood_density,0.726,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Atractocarpus hirtus,020,branch_mass_fraction,0.28,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,021,leaf_N_per_dry_mass,15.7,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,021,leaf_area,11374,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,021,leaf_mass_per_area,72,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,021,wood_density,0.804,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Brombya platynema,022,branch_mass_fraction,0.33,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema +Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema +Test_2023_2,Brombya platynema,022,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Brombya platynema +Test_2023_2,Brombya platynema,022,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Brombya platynema +Test_2023_2,Brombya platynema,023,leaf_N_per_dry_mass,18.8,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,023,leaf_area,8218,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,023,leaf_mass_per_area,106,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,023,wood_density,0.603,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Cardwellia sublimis,024,branch_mass_fraction,0.56,mg/mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,024,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,024,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,025,seed_dry_mass,582.3,mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,026,leaf_N_per_dry_mass,12.8,mg/g,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,026,leaf_area,4352,mm2,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,026,leaf_mass_per_area,127,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,026,wood_density,0.603,mg/mm3,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Castanospermum australe,027,branch_mass_fraction,0.37,mg/mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe +Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe +Test_2023_2,Castanospermum australe,027,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Castanospermum australe +Test_2023_2,Castanospermum australe,028,seed_dry_mass,14851,mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,029,leaf_N_per_dry_mass,23.7,mg/g,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,029,leaf_area,2765,mm2,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,029,leaf_mass_per_area,117,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,029,wood_density,0.587,mg/mm3,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Cleistanthus myrianthus,030,branch_mass_fraction,0.56,mg/mg,population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,031,leaf_N_per_dry_mass,22.8,mg/g,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,031,leaf_area,4828,mm2,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,031,leaf_mass_per_area,78,g/m2,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,031,wood_density,0.588,mg/mm3,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cryptocarya laevigata,032,branch_mass_fraction,0.65,mg/mg,population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,033,seed_dry_mass,1281,mg,population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,034,leaf_N_per_dry_mass,15.6,mg/g,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,034,leaf_area,2682,mm2,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,034,leaf_mass_per_area,87,g/m2,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,034,wood_density,0.64,mg/mm3,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya mackinnoniana,035,branch_mass_fraction,0.61,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,036,seed_dry_mass,204,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,037,leaf_N_per_dry_mass,15.2,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,037,leaf_area,10458,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,037,leaf_mass_per_area,204,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,037,wood_density,0.655,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya murrayi,038,branch_mass_fraction,0.39,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,039,leaf_N_per_dry_mass,16.7,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,039,leaf_area,9960,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,039,leaf_mass_per_area,155,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,039,wood_density,0.674,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Dendrocnide moroides,040,branch_mass_fraction,0.46,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,040,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,041,seed_dry_mass,0.71,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,042,leaf_N_per_dry_mass,31.2,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,042,leaf_area,26454,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,042,leaf_mass_per_area,52,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,042,wood_density,0.23,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Elaeocarpus grandis,043,branch_mass_fraction,0.47,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,043,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,044,seed_dry_mass,3699,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,045,leaf_N_per_dry_mass,18.7,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,045,leaf_area,2762,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,045,leaf_mass_per_area,122,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,045,wood_density,0.499,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Endiandra leptodendron,046,branch_mass_fraction,0.68,mg/mg,population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,047,leaf_N_per_dry_mass,18,mg/g,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,047,leaf_area,3987,mm2,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,047,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,047,wood_density,0.611,mg/mm3,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra microneura,048,branch_mass_fraction,0.61,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura +Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura +Test_2023_2,Endiandra microneura,049,leaf_N_per_dry_mass,17.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,049,leaf_area,3377,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,049,leaf_mass_per_area,151,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,049,wood_density,0.623,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Gillbeea adenopetala,050,branch_mass_fraction,0.46,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,051,seed_dry_mass,15,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,052,leaf_N_per_dry_mass,9.6,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,052,leaf_area,3678,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,052,leaf_mass_per_area,126,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,052,wood_density,0.43,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala Test_2023_2,Glochidion hylandii,053,branch_mass_fraction,0.41,mg/mg,population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii Test_2023_2,Glochidion hylandii,053,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii Test_2023_2,Glochidion hylandii,053,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Glochidion hylandii Test_2023_2,Glochidion hylandii,053,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Glochidion hylandii Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,maximum,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii Test_2023_2,Glochidion hylandii,054,seed_dry_mass,10.41,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii Test_2023_2,Glochidion hylandii,055,leaf_N_per_dry_mass,13.7,mg/g,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii Test_2023_2,Glochidion hylandii,055,leaf_area,3209,mm2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii Test_2023_2,Glochidion hylandii,055,leaf_mass_per_area,106,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii Test_2023_2,Glochidion hylandii,055,wood_density,0.566,mg/mm3,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Haplostichanthus submontanus,056,branch_mass_fraction,0.36,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_N_per_dry_mass,22,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_area,4685,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_mass_per_area,72,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,wood_density,0.668,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Harpullia rhyticarpa,058,branch_mass_fraction,0.01,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_N_per_dry_mass,17.4,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_area,40876,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_mass_per_area,76,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,wood_density,0.621,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Hernandia albiflora,060,branch_mass_fraction,0.33,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_N_per_dry_mass,19.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_area,3806,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_mass_per_area,69,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,wood_density,0.447,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Homalanthus novo-guineensis,062,branch_mass_fraction,0.47,mg/mg,population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,063,seed_dry_mass,7,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,leaf_N_per_dry_mass,22,mg/g,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,leaf_area,10682,mm2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Haplostichanthus submontanus,056,branch_mass_fraction,0.36,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,057,leaf_N_per_dry_mass,22,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,057,leaf_area,4685,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,057,leaf_mass_per_area,72,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,057,wood_density,0.668,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Harpullia rhyticarpa,058,branch_mass_fraction,0.01,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,059,leaf_N_per_dry_mass,17.4,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,059,leaf_area,40876,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,059,leaf_mass_per_area,76,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,059,wood_density,0.621,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Hernandia albiflora,060,branch_mass_fraction,0.33,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,061,leaf_N_per_dry_mass,19.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,061,leaf_area,3806,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,061,leaf_mass_per_area,69,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,061,wood_density,0.447,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Homalanthus novo-guineensis,062,branch_mass_fraction,0.47,mg/mg,population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,063,seed_dry_mass,7,mg,population,mean,model_derived,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,064,leaf_N_per_dry_mass,22,mg/g,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,064,leaf_area,10682,mm2,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis Test_2023_2,Homalanthus novo-guineensis,064,leaf_mass_per_area,82,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,wood_density,0.319,mg/mm3,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Ixora biflora,065,branch_mass_fraction,0.55,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora -Test_2023_2,Ixora biflora,066,seed_dry_mass,41.5,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_N_per_dry_mass,10,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_area,2760,mm2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_mass_per_area,81,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,wood_density,0.843,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Lasianthus strigosus,068,branch_mass_fraction,0.15,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,069,seed_dry_mass,7,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_N_per_dry_mass,15.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_area,3313,mm2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_mass_per_area,55,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,wood_density,0.684,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Litsea leefeana,071,branch_mass_fraction,0.68,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana -Test_2023_2,Litsea leefeana,072,seed_dry_mass,263.4,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_N_per_dry_mass,14.4,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_area,3917,mm2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_mass_per_area,130,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,wood_density,0.549,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Macaranga tanarius,074,branch_mass_fraction,0,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_N_per_dry_mass,20.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_area,46676,mm2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_mass_per_area,104,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,wood_density,0.344,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Mallotus mollissimus,076,branch_mass_fraction,0.32,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,077,seed_dry_mass,31.25,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_N_per_dry_mass,35.2,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_area,16716,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_mass_per_area,63,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,wood_density,0.373,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Medicosma sessiliflora,079,branch_mass_fraction,0.65,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_N_per_dry_mass,15.3,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_area,8164,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,wood_density,0.69,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Melastoma cyanoides,081,branch_mass_fraction,0.6,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,082,seed_dry_mass,0.07,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_N_per_dry_mass,20.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_area,4009,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_mass_per_area,46,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,wood_density,0.381,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melicope elleryana,084,branch_mass_fraction,0.58,mg/mg,population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana -Test_2023_2,Melicope elleryana,085,seed_dry_mass,1.61,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,leaf_N_per_dry_mass,26.8,mg/g,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,leaf_area,6955,mm2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Homalanthus novo-guineensis,064,wood_density,0.319,mg/mm3,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Ixora biflora,065,branch_mass_fraction,0.55,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora +Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora +Test_2023_2,Ixora biflora,066,seed_dry_mass,41.5,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,067,leaf_N_per_dry_mass,10,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,067,leaf_area,2760,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,067,leaf_mass_per_area,81,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,067,wood_density,0.843,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Lasianthus strigosus,068,branch_mass_fraction,0.15,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,069,seed_dry_mass,7,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,070,leaf_N_per_dry_mass,15.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,070,leaf_area,3313,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,070,leaf_mass_per_area,55,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,070,wood_density,0.684,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Litsea leefeana,071,branch_mass_fraction,0.68,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana +Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana +Test_2023_2,Litsea leefeana,072,seed_dry_mass,263.4,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,073,leaf_N_per_dry_mass,14.4,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,073,leaf_area,3917,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,073,leaf_mass_per_area,130,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,073,wood_density,0.549,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Macaranga tanarius,074,branch_mass_fraction,0,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,074,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,075,leaf_N_per_dry_mass,20.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,075,leaf_area,46676,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,075,leaf_mass_per_area,104,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,075,wood_density,0.344,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Mallotus mollissimus,076,branch_mass_fraction,0.32,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,077,seed_dry_mass,31.25,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,078,leaf_N_per_dry_mass,35.2,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,078,leaf_area,16716,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,078,leaf_mass_per_area,63,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,078,wood_density,0.373,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Medicosma sessiliflora,079,branch_mass_fraction,0.65,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,080,leaf_N_per_dry_mass,15.3,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,080,leaf_area,8164,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,080,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,080,wood_density,0.69,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Melastoma cyanoides,081,branch_mass_fraction,0.6,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,082,seed_dry_mass,0.07,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,083,leaf_N_per_dry_mass,20.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,083,leaf_area,4009,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,083,leaf_mass_per_area,46,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,083,wood_density,0.381,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melicope elleryana,084,branch_mass_fraction,0.58,mg/mg,population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,084,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Melicope elleryana +Test_2023_2,Melicope elleryana,084,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Melicope elleryana +Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana +Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,maximum,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana +Test_2023_2,Melicope elleryana,085,seed_dry_mass,1.61,mg,population,mean,unknown,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,086,leaf_N_per_dry_mass,26.8,mg/g,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,086,leaf_area,6955,mm2,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana Test_2023_2,Melicope elleryana,086,leaf_mass_per_area,75,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,wood_density,0.346,mg/mm3,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Myristica insipida,087,branch_mass_fraction,0.51,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida -Test_2023_2,Myristica insipida,088,seed_dry_mass,1612,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_N_per_dry_mass,18.5,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_area,8379,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_mass_per_area,106,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,wood_density,0.433,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Neolitsea dealbata,090,branch_mass_fraction,0.58,mg/mg,population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,091,seed_dry_mass,176.1,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,leaf_N_per_dry_mass,16.4,mg/g,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,leaf_area,5228,mm2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Melicope elleryana,086,wood_density,0.346,mg/mm3,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Myristica insipida,087,branch_mass_fraction,0.51,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,087,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Myristica insipida +Test_2023_2,Myristica insipida,087,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Myristica insipida +Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida +Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida +Test_2023_2,Myristica insipida,088,seed_dry_mass,1612,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,089,leaf_N_per_dry_mass,18.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,089,leaf_area,8379,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,089,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,089,wood_density,0.433,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Neolitsea dealbata,090,branch_mass_fraction,0.58,mg/mg,population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,maximum,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,091,seed_dry_mass,176.1,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,092,leaf_N_per_dry_mass,16.4,mg/g,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,092,leaf_area,5228,mm2,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata Test_2023_2,Neolitsea dealbata,092,leaf_mass_per_area,93,g/m2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,wood_density,0.352,mg/mm3,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Pittosporum rubiginosum,093,branch_mass_fraction,0.28,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,094,seed_dry_mass,27.94,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_N_per_dry_mass,14.3,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_area,9931,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_mass_per_area,65,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,wood_density,0.728,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Polyscias australiana,096,branch_mass_fraction,0.42,mg/mg,population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,measurement,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana -Test_2023_2,Polyscias australiana,097,seed_dry_mass,8.35,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,leaf_N_per_dry_mass,15.4,mg/g,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,leaf_area,6806,mm2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Neolitsea dealbata,092,wood_density,0.352,mg/mm3,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Pittosporum rubiginosum,093,branch_mass_fraction,0.28,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,094,seed_dry_mass,27.94,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,095,leaf_N_per_dry_mass,14.3,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,095,leaf_area,9931,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,095,leaf_mass_per_area,65,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,095,wood_density,0.728,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Polyscias australiana,096,branch_mass_fraction,0.42,mg/mg,population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,096,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Polyscias australiana +Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana +Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,maximum,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana +Test_2023_2,Polyscias australiana,097,seed_dry_mass,8.35,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,098,leaf_N_per_dry_mass,15.4,mg/g,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,098,leaf_area,6806,mm2,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana Test_2023_2,Polyscias australiana,098,leaf_mass_per_area,79,g/m2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,wood_density,0.397,mg/mm3,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Psychotria dallachiana,099,branch_mass_fraction,0.33,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_N_per_dry_mass,17.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_area,2495,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_mass_per_area,79,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,wood_density,0.612,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,branch_mass_fraction,0,mg/mg,population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),102,seed_dry_mass,23.09,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_N_per_dry_mass,17.9,mg/g,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_area,11157,mm2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Polyscias australiana,098,wood_density,0.397,mg/mm3,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Psychotria dallachiana,099,branch_mass_fraction,0.33,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,100,leaf_N_per_dry_mass,17.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,100,leaf_area,2495,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,100,leaf_mass_per_area,79,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,100,wood_density,0.612,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,branch_mass_fraction,0,mg/mg,population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,maximum,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),102,seed_dry_mass,23.09,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_N_per_dry_mass,17.9,mg/g,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_area,11157,mm2,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_mass_per_area,108,g/m2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,wood_density,0.582,mg/mm3,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Quassia baileyana,104,branch_mass_fraction,0.42,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_N_per_dry_mass,23,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_area,9624,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_mass_per_area,86,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,wood_density,0.501,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Rhodomyrtus trineura,106,branch_mass_fraction,0.34,mg/mg,population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,measurement,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,leaf_N_per_dry_mass,11.1,mg/g,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,leaf_area,3401,mm2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,wood_density,0.582,mg/mm3,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Quassia baileyana,104,branch_mass_fraction,0.42,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,104,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Quassia baileyana +Test_2023_2,Quassia baileyana,104,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Quassia baileyana +Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana +Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana +Test_2023_2,Quassia baileyana,105,leaf_N_per_dry_mass,23,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,105,leaf_area,9624,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,105,leaf_mass_per_area,86,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,105,wood_density,0.501,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Rhodomyrtus trineura,106,branch_mass_fraction,0.34,mg/mg,population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,maximum,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,107,leaf_N_per_dry_mass,11.1,mg/g,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,107,leaf_area,3401,mm2,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura Test_2023_2,Rhodomyrtus trineura,107,leaf_mass_per_area,129,g/m2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,wood_density,0.763,mg/mm3,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rockinghamia angustifolia,108,branch_mass_fraction,0.39,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,109,seed_dry_mass,19.38,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_N_per_dry_mass,15.8,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_area,10636,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_mass_per_area,108,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,wood_density,0.455,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Syzygium gustavioides,111,branch_mass_fraction,0.59,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,112,seed_dry_mass,48000,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_N_per_dry_mass,12.9,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_area,3590,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_mass_per_area,167,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,wood_density,0.521,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium sayeri,114,branch_mass_fraction,0.65,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,115,seed_dry_mass,841,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_N_per_dry_mass,13.7,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_area,2645,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_mass_per_area,131,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,wood_density,0.485,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Trema aspera,117,branch_mass_fraction,0.53,mg/mg,population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,field_experiment,10,field,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera -Test_2023_2,Trema aspera,118,seed_dry_mass,5.12,mg,population,mean,field_experiment,10,literature,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_N_per_dry_mass,29.9,mg/g,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_area,2071,mm2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_mass_per_area,53,g/m2,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,wood_density,0.357,mg/mm3,species,mean,field_experiment,10,field,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Rhodomyrtus trineura,107,wood_density,0.763,mg/mm3,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rockinghamia angustifolia,108,branch_mass_fraction,0.39,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,109,seed_dry_mass,19.38,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,110,leaf_N_per_dry_mass,15.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,110,leaf_area,10636,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,110,leaf_mass_per_area,108,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,110,wood_density,0.455,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Syzygium gustavioides,111,branch_mass_fraction,0.59,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,112,seed_dry_mass,48000,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,113,leaf_N_per_dry_mass,12.9,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,113,leaf_area,3590,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,113,leaf_mass_per_area,167,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,113,wood_density,0.521,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium sayeri,114,branch_mass_fraction,0.65,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,115,seed_dry_mass,841,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,116,leaf_N_per_dry_mass,13.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,116,leaf_area,2645,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,116,leaf_mass_per_area,131,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,116,wood_density,0.485,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Trema aspera,117,branch_mass_fraction,0.53,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera +Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera +Test_2023_2,Trema aspera,118,seed_dry_mass,5.12,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,119,leaf_N_per_dry_mass,29.9,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,119,leaf_area,2071,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,119,leaf_mass_per_area,53,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,119,wood_density,0.357,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera diff --git a/tests/testthat/examples/Test_2023_4/output/traits.csv b/tests/testthat/examples/Test_2023_4/output/traits.csv index c0008f5b..9e8fdf56 100644 --- a/tests/testthat/examples/Test_2023_4/output/traits.csv +++ b/tests/testthat/examples/Test_2023_4/output/traits.csv @@ -1,215 +1,218 @@ dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Test_2023_4,Abildgaardia ovata,001,fruit_width,1.2,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Abildgaardia ovata -Test_2023_4,Acacia alpina,002,fruit_width,3,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia alpina -Test_2023_4,Acacia beadleana,003,fruit_width,10.5,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia beadleana +Test_2023_4,Abildgaardia ovata,001,fruit_width,1.2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Abildgaardia ovata +Test_2023_4,Acacia alpina,002,fruit_width,3,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia alpina +Test_2023_4,Acacia beadleana,003,fruit_width,10.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia beadleana Test_2023_4,Acacia bulgaensis,004,fruit_length,95,mm,population,minimum,measurement,2,literature,juvenile,,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Acacia bulgaensis -Test_2023_4,Acacia caroleae,005,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia caroleae -Test_2023_4,Acacia crassa,006,fruit_length,40,mm,species,mode,expert_score,1,field,seedling,,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Acacia crassa -Test_2023_4,Acacia flexifolia,007,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia flexifolia +Test_2023_4,Acacia caroleae,005,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia caroleae +Test_2023_4,Acacia crassa,006,fruit_length,40,mm,species,minimum,expert_score,1,field,seedling,,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Acacia crassa +Test_2023_4,Acacia flexifolia,007,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia flexifolia Test_2023_4,Acacia gladiiformis,008,fruit_length,150,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia gladiiformis -Test_2023_4,Acacia havilandiorum,009,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia havilandiorum -Test_2023_4,Acacia leiocalyx subsp. leiocalyx,010,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia leiocalyx subsp. leiocalyx -Test_2023_4,Acacia myrtifolia,011,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia myrtifolia +Test_2023_4,Acacia havilandiorum,009,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia havilandiorum +Test_2023_4,Acacia leiocalyx subsp. leiocalyx,010,fruit_width,4,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia leiocalyx subsp. leiocalyx +Test_2023_4,Acacia myrtifolia,011,fruit_width,5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia myrtifolia Test_2023_4,Acacia ramulosa var. ramulosa,012,fruit_length,20,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia ramulosa var. ramulosa Test_2023_4,Acacia spectabilis,013,fruit_length,170,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia spectabilis -Test_2023_4,Acacia terminalis subsp. Glabrous form (M.Hancock 94),014,fruit_width,14,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia terminalis subsp. Glabrous form (M.Hancock 94) -Test_2023_4,Acronychia littoralis,015,fruit_width,20,mm,species,,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Acronychia littoralis -Test_2023_4,Adriana tomentosa,016,fruit_width,12,mm,,mode,unknown,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Adriana tomentosa +Test_2023_4,Acacia terminalis subsp. Glabrous form (M.Hancock 94),014,fruit_width,14,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia terminalis subsp. Glabrous form (M.Hancock 94) +Test_2023_4,Acronychia littoralis,015,fruit_width,20,mm,species,,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Acronychia littoralis +Test_2023_4,Adriana tomentosa,016,fruit_width,12,mm,,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Adriana tomentosa Test_2023_4,Alectryon coriaceus,017,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon coriaceus -Test_2023_4,Alectryon oleifolius,018,fruit_width,10,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon oleifolius +Test_2023_4,Alectryon oleifolius,018,fruit_width,10,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon oleifolius Test_2023_4,Alectryon subdentatus,019,fruit_length,8,mm,population,minimum,measurement,2,,juvenile,,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Alectryon subdentatus -Test_2023_4,Amyema preissii,020,fruit_colour,pink white,,,mode,unknown,1,,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Amyema preissii -Test_2023_4,Angophora leiocarpa,021,fruit_width,11,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Angophora leiocarpa -Test_2023_4,Apophyllum anomalum,022,fruit_colour,purple,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Apophyllum anomalum -Test_2023_4,Arbutus unedo,023,fruit_colour,red,,metapopulation,mode,unknown,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Arbutus unedo +Test_2023_4,Amyema preissii,020,fruit_colour,pink white,,,mode,,1,,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Amyema preissii +Test_2023_4,Angophora leiocarpa,021,fruit_width,11,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Angophora leiocarpa +Test_2023_4,Apophyllum anomalum,022,fruit_colour,purple,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Apophyllum anomalum +Test_2023_4,Arbutus unedo,023,fruit_colour,red,,metapopulation,mode,,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Arbutus unedo Test_2023_4,Australina pusilla,024,fruit_length,1,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Australina pusilla -Test_2023_4,Burmannia disticha,025,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Burmannia disticha -Test_2023_4,Bursaria spinosa subsp. spinosa,026,fruit_width,9,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Bursaria spinosa subsp. spinosa +Test_2023_4,Burmannia disticha,025,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Burmannia disticha +Test_2023_4,Bursaria spinosa subsp. spinosa,026,fruit_width,9,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Bursaria spinosa subsp. spinosa Test_2023_4,Calendula arvensis,027,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Calendula arvensis -Test_2023_4,Callistemon purpurascens,028,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Callistemon purpurascens -Test_2023_4,Carex cephalotes,029,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex cephalotes -Test_2023_4,Carex cephalotes,029,fruit_width,1,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex cephalotes -Test_2023_4,Carex leporina,030,fruit_length,3.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex leporina -Test_2023_4,Carex raleighii,031,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex raleighii -Test_2023_4,Carmichaelia exsul,032,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Carmichaelia exsul -Test_2023_4,Cassinia compacta,033,fruit_length,0.5,mm,species,mode,,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Cassinia compacta -Test_2023_4,Castanospermum australe,034,fruit_length,100,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Castanospermum australe -Test_2023_4,Centaurium tenuiflorum,035,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Centaurium tenuiflorum -Test_2023_4,Cestrum nocturnum,036,fruit_width,8,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cestrum nocturnum -Test_2023_4,Chthonocephalus pseudevax,037,fruit_length,0.5,mm,species,mode,,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Chthonocephalus pseudevax -Test_2023_4,Claoxylon australe,038,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Claoxylon australe -Test_2023_4,Commersonia amystia,039,fruit_width,13,mm,species,maximum,unknown,1,,seedling,,,,01,Test_2003,,01,,,,Part of Test Dataset 4,01,04,Commersonia amystia -Test_2023_4,Commersonia salviifolia,040,fruit_width,5,mm,species,mode,unknown,1,,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Commersonia salviifolia -Test_2023_4,Convolvulus farinosus,041,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Convolvulus farinosus -Test_2023_4,Coprosma niphophila,042,fruit_colour,orange red,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Coprosma niphophila -Test_2023_4,Coprosma nivalis,043,fruit_colour,grey purple,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Coprosma nivalis -Test_2023_4,Correa alba,044,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Correa alba -Test_2023_4,Corymbia citriodora,045,fruit_length,15,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Corymbia citriodora -Test_2023_4,Corymbia eximia,046,fruit_length,13,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Corymbia eximia -Test_2023_4,Crassula decumbens,047,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Crassula decumbens -Test_2023_4,Crassula peduncularis,048,fruit_dehiscence,dehiscent,,population,mode,unknown,3,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Crassula peduncularis -Test_2023_4,Crotalaria brevis,049,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria brevis -Test_2023_4,Crotalaria brevis,049,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria brevis -Test_2023_4,Crotalaria grahamiana,050,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Crotalaria grahamiana -Test_2023_4,Crotalaria lanceolata,051,fruit_length,20,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria lanceolata -Test_2023_4,Cylindropuntia kleiniae,052,fruit_length,20,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cylindropuntia kleiniae -Test_2023_4,Cyperus albostriatus,053,fruit_colour,black brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Cyperus albostriatus -Test_2023_4,Cyperus betchei,054,fruit_width,0.4,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus betchei -Test_2023_4,Cyperus bulbosus,055,fruit_colour,grey,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Cyperus bulbosus -Test_2023_4,Cyperus laevigatus,056,fruit_width,1.2,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus laevigatus -Test_2023_4,Cyperus sculptus,057,fruit_length,1,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus sculptus -Test_2023_4,Dampiera fusca,058,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dampiera fusca -Test_2023_4,Davidsonia johnsonii,059,fruit_length,30,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Davidsonia johnsonii -Test_2023_4,Daviesia arenaria,060,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Daviesia arenaria -Test_2023_4,Derris involuta,061,fruit_dehiscence,indehiscent,,population,mode,unknown,3,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Derris involuta -Test_2023_4,Dichromochlamys dentatifolia,062,fruit_length,1.8,mm,species,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Dichromochlamys dentatifolia -Test_2023_4,Dillwynia cinerascens,063,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dillwynia cinerascens -Test_2023_4,Dillwynia floribunda,064,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dillwynia floribunda -Test_2023_4,Dinosperma erythrococcum,065,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dinosperma erythrococcum -Test_2023_4,Dodonaea petiolaris,066,fruit_length,16,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Dodonaea petiolaris -Test_2023_4,Dodonaea truncatiales,067,fruit_width,17,mm,metapopulation,mode,unknown,1,,seedling,03,,,01,,02,01,,,2021,From `australia_2` site,01,04,Dodonaea truncatiales -Test_2023_4,Dovyalis caffra,068,fruit_colour,orange yellow,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dovyalis caffra -Test_2023_4,Elaeocarpus grandis,069,fruit_width,20,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Elaeocarpus grandis -Test_2023_4,Eleocharis pallens,070,fruit_length,1.4,mm,species,mode,,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Eleocharis pallens -Test_2023_4,Endiandra globosa,071,fruit_width,50,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Endiandra globosa -Test_2023_4,Endiandra muelleri,072,fruit_colour,black,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Endiandra muelleri -Test_2023_4,Epilobium gunnianum,073,fruit_length,75,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Epilobium gunnianum -Test_2023_4,Eremophila deserti,074,fruit_colour,black yellow,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eremophila deserti -Test_2023_4,Eremophila oppositifolia,075,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eremophila oppositifolia -Test_2023_4,Erigeron conyzoides,076,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Erigeron conyzoides -Test_2023_4,Erythroxylum australe,077,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Erythroxylum australe -Test_2023_4,Escallonia bifida,078,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Escallonia bifida -Test_2023_4,Eucalyptus badjensis,079,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus badjensis -Test_2023_4,Eucalyptus camphora,080,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus camphora -Test_2023_4,Eucalyptus dorrigoensis,081,fruit_length,5,mm,population,minimum,measurement,2,field_experiment,juvenile,,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Eucalyptus dorrigoensis -Test_2023_4,Eucalyptus leucoxylon subsp. pruinosa,082,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus leucoxylon subsp. pruinosa -Test_2023_4,Eucalyptus muelleriana,083,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus muelleriana -Test_2023_4,Eucalyptus nandewarica,084,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus nandewarica -Test_2023_4,Eucalyptus oblonga,085,fruit_length,8,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus oblonga -Test_2023_4,Eucalyptus olida,086,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus olida -Test_2023_4,Eucalyptus pulverulenta,087,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta -Test_2023_4,Eucalyptus pulverulenta,088,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,01,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta -Test_2023_4,Eucalyptus pulverulenta,088,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,02,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta -Test_2023_4,Eucalyptus pulverulenta,088,leaf_stomatal_conductance,0.7,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,03,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta -Test_2023_4,Eucalyptus pulverulenta,088,leaf_stomatal_conductance,0.88,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,04,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta -Test_2023_4,Eucalyptus recurva,089,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus recurva -Test_2023_4,Eucalyptus rossii,090,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus rossii -Test_2023_4,Eucalyptus scias,091,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus scias -Test_2023_4,Eucalyptus viminalis,092,fruit_width,4,mm,species,,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus viminalis -Test_2023_4,Eucalyptus yangoura,093,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus yangoura -Test_2023_4,Eucalyptus youmanii,094,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii -Test_2023_4,Eucalyptus youmanii,094,fruit_width,9,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii -Test_2023_4,Euphorbia inappendiculata var. queenslandica,095,fruit_length,1.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Euphorbia inappendiculata var. queenslandica -Test_2023_4,Exocarpos homalocladus,096,fruit_width,8,mm,population,minimum,unknown,2,,juvenile,,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Exocarpos homalocladus -Test_2023_4,Exocarpos sparteus,097,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Exocarpos sparteus -Test_2023_4,Ficus henneana,098,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Ficus henneana -Test_2023_4,Freesia hybrid,099,fruit_colour,green,,metapopulation,mode,unknown,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Freesia hybrid -Test_2023_4,Freesia laxa,100,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Freesia laxa -Test_2023_4,Geijera salicifolia,101,fruit_width,6,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geijera salicifolia -Test_2023_4,Gentiana wingecarribiensis,102,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Gentiana wingecarribiensis -Test_2023_4,Gentianella barringtonensis,103,fruit_colour,brown,,population,minimum,unknown,2,literature,juvenile,,,,01,,01,02,,,2020,Part of Test Dataset 4,01,02,Gentianella barringtonensis -Test_2023_4,Geranium obtusisepalum,104,fruit_length,17,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium obtusisepalum -Test_2023_4,Geranium purpureum subsp. purpureum,105,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium purpureum subsp. purpureum -Test_2023_4,Gompholobium grandiflorum,106,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Gompholobium grandiflorum -Test_2023_4,Goodenia varia,107,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Goodenia varia -Test_2023_4,Gossia bidwillii,108,fruit_colour,black,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Gossia bidwillii -Test_2023_4,Grevillea scortechinii,109,fruit_colour,brown red,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Grevillea scortechinii -Test_2023_4,Hakea macraeana,110,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hakea macraeana -Test_2023_4,Hemisteptia lyrata,111,fruit_length,2,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hemisteptia lyrata -Test_2023_4,Hibbertia crinita,112,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibbertia crinita -Test_2023_4,Hibiscus brachysiphonius,113,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hibiscus brachysiphonius -Test_2023_4,Hibiscus sturtii,114,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibiscus sturtii -Test_2023_4,Hypericum elodes,115,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hypericum elodes -Test_2023_4,Hypoxis glabella var. glabella,116,fruit_dehiscence,dehiscent,,population,mode,unknown,3,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Hypoxis glabella var. glabella -Test_2023_4,Imperata cylindrica,117,fruit_length,1,mm,population,minimum,measurement,2,literature,juvenile,,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Imperata cylindrica -Test_2023_4,Indigofera triflora,118,fruit_length,30,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Indigofera triflora -Test_2023_4,Ipomoea cairica,119,fruit_length,11,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Ipomoea cairica -Test_2023_4,Ipomoea cairica,120,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica -Test_2023_4,Ipomoea cairica,120,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica -Test_2023_4,Ipomoea cairica,120,leaf_stomatal_conductance,0.42,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Ipomoea cairica -Test_2023_4,Isolepis montivaga,121,fruit_length,0.9,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isolepis montivaga -Test_2023_4,Isotoma axillaris,122,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isotoma axillaris -Test_2023_4,Isotoma fluviatilis subsp. fluviatilis,123,fruit_width,3,mm,,mode,unknown,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Isotoma fluviatilis subsp. fluviatilis -Test_2023_4,Juncus acutus subsp. acutus,124,fruit_dehiscence,dehiscent,,species,,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,01,Juncus acutus subsp. acutus -Test_2023_4,Juncus kraussii,125,fruit_colour,black brown red yellow,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Juncus kraussii -Test_2023_4,Lantana montevidensis,126,fruit_colour,black purple,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Lantana montevidensis -Test_2023_4,Lepidium africanum,127,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium africanum -Test_2023_4,Lepidium foliosum,128,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium foliosum -Test_2023_4,Lepidium oxytrichum,129,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium oxytrichum -Test_2023_4,Lepidosperma gladiatum,130,fruit_length,3,mm,population,minimum,measurement,2,literature,juvenile,,,,01,Test_2000,01,01,,,2020,Part of Test Dataset 4,01,04,Lepidosperma gladiatum -Test_2023_4,Leptomeria drupacea,131,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Leptomeria drupacea -Test_2023_4,Leptospermum continentale,132,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum continentale -Test_2023_4,Leptospermum obovatum,133,fruit_width,8,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum obovatum -Test_2023_4,Leucopogon amplexicaulis,134,fruit_length,3.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leucopogon amplexicaulis -Test_2023_4,Lobelia pedunculata,135,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lobelia pedunculata -Test_2023_4,Lobelia trigonocaulis,136,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lobelia trigonocaulis -Test_2023_4,Lotononis bainesii,137,fruit_length,8,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,02,,,2021,From `australia_2` site,01,04,Lotononis bainesii -Test_2023_4,Lotus corniculatus,138,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,01,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,138,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,01,,02,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,139,leaf_photosynthesis,5,umol/m2/s,individual,raw,measurement,1,,seedling,03,01,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,139,leaf_photosynthesis,4.4,umol/m2/s,individual,raw,measurement,1,,seedling,03,01,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,139,leaf_photosynthesis,2,umol/m2/s,individual,raw,measurement,1,,seedling,03,01,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,140,leaf_photosynthesis,0.9,umol/m2/s,individual,raw,measurement,1,,seedling,03,02,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,141,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,raw,measurement,1,,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,141,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,population,raw,measurement,1,,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,141,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,1,,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,142,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lotus corniculatus -Test_2023_4,Lupinus polyphyllus,143,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lupinus polyphyllus -Test_2023_4,Medicago orbicularis,144,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Medicago orbicularis -Test_2023_4,Melichrus procumbens,145,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Melichrus procumbens -Test_2023_4,Mischocarpus australis,146,fruit_width,8,mm,,mode,unknown,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Mischocarpus australis -Test_2023_4,Muehlenbeckia adpressa,147,fruit_colour,black brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Muehlenbeckia adpressa -Test_2023_4,Myoporum boninense subsp. australe,148,fruit_length,10,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Myoporum boninense subsp. australe -Test_2023_4,Nicotiana glauca,149,leaf_photosynthesis,6,umol/m2/s,individual,raw,measurement,1,,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana glauca,149,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,1,,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana glauca,149,leaf_photosynthesis,3.7,umol/m2/s,individual,raw,measurement,1,,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana glauca,150,fruit_length,13,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana goodspeedii,151,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana goodspeedii -Test_2023_4,Oxalis corniculata,152,fruit_width,1.5,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Oxalis corniculata -Test_2023_4,Pandorea pandorana subsp. austrocaledonica,153,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pandorea pandorana subsp. austrocaledonica -Test_2023_4,Paraserianthes lophantha,154,fruit_width,25,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Paraserianthes lophantha -Test_2023_4,Parentucellia latifolia,155,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Parentucellia latifolia -Test_2023_4,Phlegmatospermum cochlearinum,156,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phlegmatospermum cochlearinum -Test_2023_4,Phyla nodiflora,157,fruit_width,2,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phyla nodiflora -Test_2023_4,Phyla nodiflora,158,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,minimum,measurement,2,,juvenile,,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Phyla nodiflora -Test_2023_4,Phyla nodiflora,158,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,02,,,02,02,,,2021,From `australia_2` site,01,04,Phyla nodiflora -Test_2023_4,Phyla nodiflora,158,leaf_stomatal_conductance,0.37,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora -Test_2023_4,Phyla nodiflora,158,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,species,raw,measurement,1,,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora -Test_2023_4,Picris barbarorum,159,fruit_length,7.5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Picris barbarorum -Test_2023_4,Pimelea ligustrina subsp. ligustrina,160,fruit_colour,green,,metapopulation,mode,unknown,1,literature,seedling,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,03,Pimelea ligustrina subsp. ligustrina -Test_2023_4,Pinus pinea,161,fruit_colour,brown,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pinus pinea -Test_2023_4,Pisum sativum var. arvense,162,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Pisum sativum var. arvense -Test_2023_4,Pittosporum erioloma,163,fruit_dehiscence,dehiscent,,,mode,unknown,3,literature,adult,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Pittosporum erioloma -Test_2023_4,Plantago turrifera,164,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Plantago turrifera -Test_2023_4,Polycarpon tetraphyllum,165,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Polycarpon tetraphyllum -Test_2023_4,Potamogeton australiensis,166,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Potamogeton australiensis -Test_2023_4,Psoralea pinnata,167,fruit_width,2.5,mm,population,minimum,unknown,2,,juvenile,01,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Psoralea pinnata -Test_2023_4,Pultenaea ferruginea,168,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pultenaea ferruginea -Test_2023_4,Rhodamnia argentea,169,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Rhodamnia argentea -Test_2023_4,Rhodamnia argentea,170,fruit_colour,black,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rhodamnia argentea -Test_2023_4,Rorippa gigantea,171,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rorippa gigantea -Test_2023_4,Rubus parvifolius,172,fruit_colour,red,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rubus parvifolius -Test_2023_4,Salix alba,173,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Salix alba -Test_2023_4,Schenkia australis,174,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schenkia australis -Test_2023_4,Schoenus apogon,175,fruit_colour,white,,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus apogon -Test_2023_4,Schoenus brevifolius,176,fruit_width,0.7,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus brevifolius -Test_2023_4,Schoenus lepidosperma,177,fruit_width,2.5,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus lepidosperma -Test_2023_4,Schoenus vaginatus,178,fruit_colour,brown red yellow,,metapopulation,mode,unknown,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus vaginatus -Test_2023_4,Scleria rugosa,179,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Scleria rugosa -Test_2023_4,Senecio longipilus,180,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Senecio longipilus -Test_2023_4,Sida goniocarpa,181,fruit_width,7,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sida goniocarpa -Test_2023_4,Sigesbeckia orientalis,182,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sigesbeckia orientalis -Test_2023_4,Sisymbrium irio,183,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Sisymbrium irio -Test_2023_4,Sparaxis bulbifera,184,fruit_colour,green,,population,minimum,unknown,2,field,juvenile,01,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Sparaxis bulbifera -Test_2023_4,Spergularia diandra,185,fruit_dehiscence,dehiscent,,species,mean,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Spergularia diandra -Test_2023_4,Sphaeromorphaea littoralis,186,fruit_length,1.3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sphaeromorphaea littoralis -Test_2023_4,Stellaria angustifolia subsp. angustifolia,187,fruit_length,8.5,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Stellaria angustifolia subsp. angustifolia -Test_2023_4,Styphelia viridis,188,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Styphelia viridis -Test_2023_4,Swainsona cadellii,189,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Swainsona cadellii -Test_2023_4,Teucrium puberulum,190,fruit_width,4,mm,species,mode,unknown,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Teucrium puberulum -Test_2023_4,Thelymitra kangaloonica,191,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Thelymitra kangaloonica -Test_2023_4,Thesium australe,192,fruit_width,2.5,mm,species,mode,unknown,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Thesium australe -Test_2023_4,Trifolium dubium,193,fruit_length,2,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Trifolium dubium -Test_2023_4,Veronica catenata,194,fruit_dehiscence,dehiscent,,species,mode,unknown,3,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Veronica catenata -Test_2023_4,Veronica derwentiana,195,fruit_length,2.8,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Veronica derwentiana -Test_2023_4,Wahlenbergia luteola,196,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Wahlenbergia luteola +Test_2023_4,Callistemon purpurascens,028,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Callistemon purpurascens +Test_2023_4,Carex cephalotes,029,fruit_length,2.5,mm,species,,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex cephalotes +Test_2023_4,Carex cephalotes,030,fruit_width,1,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex cephalotes +Test_2023_4,Carex leporina,031,fruit_length,3.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex leporina +Test_2023_4,Carex raleighii,032,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Carex raleighii +Test_2023_4,Carmichaelia exsul,033,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Carmichaelia exsul +Test_2023_4,Carmichaelia exsul,034,fruit_width,1--2,mm,species,bin,,1,field_experiment,seedling,,,,01,,,02,,,,Part of Test Dataset 4,01,04,Carmichaelia exsul +Test_2023_4,Cassinia compacta,035,fruit_length,0.5,mm,species,mode,,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Cassinia compacta +Test_2023_4,Castanospermum australe,036,fruit_length,100,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Castanospermum australe +Test_2023_4,Centaurium tenuiflorum,037,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Centaurium tenuiflorum +Test_2023_4,Cestrum nocturnum,038,fruit_width,8,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cestrum nocturnum +Test_2023_4,Chthonocephalus pseudevax,039,fruit_length,0.5,mm,species,mode,,1,,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Chthonocephalus pseudevax +Test_2023_4,Claoxylon australe,040,fruit_width,5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Claoxylon australe +Test_2023_4,Commersonia amystia,041,fruit_width,13,mm,species,maximum,,1,field_experiment,seedling,,,,01,Test_2003,,01,,,,Part of Test Dataset 4,01,04,Commersonia amystia +Test_2023_4,Commersonia salviifolia,042,fruit_width,5,mm,species,mode,,1,field_experiment,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Commersonia salviifolia +Test_2023_4,Convolvulus farinosus,043,fruit_width,6,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Convolvulus farinosus +Test_2023_4,Coprosma niphophila,044,fruit_colour,orange red,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Coprosma niphophila +Test_2023_4,Coprosma nivalis,045,fruit_colour,grey purple,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Coprosma nivalis +Test_2023_4,Correa alba,046,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Correa alba +Test_2023_4,Corymbia citriodora,047,fruit_length,15,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Corymbia citriodora +Test_2023_4,Corymbia eximia,048,fruit_length,13,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Corymbia eximia +Test_2023_4,Crassula decumbens,049,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Crassula decumbens +Test_2023_4,Crassula peduncularis,050,fruit_dehiscence,dehiscent,,population,mode,,1,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Crassula peduncularis +Test_2023_4,Crotalaria brevis,051,fruit_colour,brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria brevis +Test_2023_4,Crotalaria brevis,051,fruit_length,6,mm,species,mean,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria brevis +Test_2023_4,Crotalaria grahamiana,052,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Crotalaria grahamiana +Test_2023_4,Crotalaria lanceolata,053,fruit_length,20,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Crotalaria lanceolata +Test_2023_4,Cylindropuntia kleiniae,054,fruit_length,20,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cylindropuntia kleiniae +Test_2023_4,Cyperus albostriatus,055,fruit_colour,black brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Cyperus albostriatus +Test_2023_4,Cyperus betchei,056,fruit_width,0.4,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus betchei +Test_2023_4,Cyperus bulbosus,057,fruit_colour,grey,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Cyperus bulbosus +Test_2023_4,Cyperus laevigatus,058,fruit_width,1.2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus laevigatus +Test_2023_4,Cyperus sculptus,059,fruit_length,1,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Cyperus sculptus +Test_2023_4,Dampiera fusca,060,fruit_colour,brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dampiera fusca +Test_2023_4,Davidsonia johnsonii,061,fruit_length,30,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Davidsonia johnsonii +Test_2023_4,Daviesia arenaria,062,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Daviesia arenaria +Test_2023_4,Derris involuta,063,fruit_dehiscence,indehiscent,,population,mode,,1,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Derris involuta +Test_2023_4,Dichromochlamys dentatifolia,064,fruit_length,1.8,mm,species,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Dichromochlamys dentatifolia +Test_2023_4,Dillwynia cinerascens,065,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dillwynia cinerascens +Test_2023_4,Dillwynia floribunda,066,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dillwynia floribunda +Test_2023_4,Dinosperma erythrococcum,067,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dinosperma erythrococcum +Test_2023_4,Dodonaea petiolaris,068,fruit_length,16,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Dodonaea petiolaris +Test_2023_4,Dodonaea truncatiales,069,fruit_width,17,mm,metapopulation,mode,,1,field_experiment,seedling,03,,,01,,02,01,,,2021,From `australia_2` site,01,04,Dodonaea truncatiales +Test_2023_4,Dovyalis caffra,070,fruit_colour,orange yellow,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Dovyalis caffra +Test_2023_4,Dovyalis caffra,071,fruit_width,2--4,mm,species,bin,,1,field_experiment,seedling,,,,01,,,02,,,,Part of Test Dataset 4,01,04,Dovyalis caffra +Test_2023_4,Elaeocarpus grandis,072,fruit_width,20,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Elaeocarpus grandis +Test_2023_4,Eleocharis pallens,073,fruit_length,1.4,mm,species,mode,,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Eleocharis pallens +Test_2023_4,Endiandra globosa,074,fruit_width,50,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Endiandra globosa +Test_2023_4,Endiandra muelleri,075,fruit_colour,black,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Endiandra muelleri +Test_2023_4,Epilobium gunnianum,076,fruit_length,75,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Epilobium gunnianum +Test_2023_4,Eremophila deserti,077,fruit_colour,black yellow,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eremophila deserti +Test_2023_4,Eremophila oppositifolia,078,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eremophila oppositifolia +Test_2023_4,Erigeron conyzoides,079,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Erigeron conyzoides +Test_2023_4,Erythroxylum australe,080,fruit_width,4,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Erythroxylum australe +Test_2023_4,Escallonia bifida,081,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Escallonia bifida +Test_2023_4,Eucalyptus badjensis,082,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus badjensis +Test_2023_4,Eucalyptus camphora,083,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus camphora +Test_2023_4,Eucalyptus dorrigoensis,084,fruit_length,5,mm,population,minimum,measurement,2,field_experiment,juvenile,,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Eucalyptus dorrigoensis +Test_2023_4,Eucalyptus leucoxylon subsp. pruinosa,085,fruit_dehiscence,dehiscent,,species,,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus leucoxylon subsp. pruinosa +Test_2023_4,Eucalyptus muelleriana,086,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus muelleriana +Test_2023_4,Eucalyptus nandewarica,087,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus nandewarica +Test_2023_4,Eucalyptus oblonga,088,fruit_length,8,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus oblonga +Test_2023_4,Eucalyptus olida,089,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus olida +Test_2023_4,Eucalyptus pulverulenta,090,fruit_width,6,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus pulverulenta,091,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,01,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus pulverulenta,091,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,02,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus pulverulenta,091,leaf_stomatal_conductance,0.7,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,03,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus pulverulenta,091,leaf_stomatal_conductance,0.88,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,04,,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus pulverulenta +Test_2023_4,Eucalyptus recurva,092,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus recurva +Test_2023_4,Eucalyptus rossii,093,fruit_width,6,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus rossii +Test_2023_4,Eucalyptus scias,094,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus scias +Test_2023_4,Eucalyptus viminalis,095,fruit_width,4,mm,species,,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus viminalis +Test_2023_4,Eucalyptus yangoura,096,fruit_width,6,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus yangoura +Test_2023_4,Eucalyptus youmanii,097,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii +Test_2023_4,Eucalyptus youmanii,098,fruit_width,9,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii +Test_2023_4,Euphorbia inappendiculata var. queenslandica,099,fruit_length,1.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Euphorbia inappendiculata var. queenslandica +Test_2023_4,Exocarpos homalocladus,100,fruit_width,8,mm,population,maximum,,2,field_experiment,juvenile,,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Exocarpos homalocladus +Test_2023_4,Exocarpos sparteus,101,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Exocarpos sparteus +Test_2023_4,Ficus henneana,102,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Ficus henneana +Test_2023_4,Freesia hybrid,103,fruit_colour,green,,metapopulation,mode,,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Freesia hybrid +Test_2023_4,Freesia laxa,104,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Freesia laxa +Test_2023_4,Geijera salicifolia,105,fruit_width,6,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geijera salicifolia +Test_2023_4,Gentiana wingecarribiensis,106,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Gentiana wingecarribiensis +Test_2023_4,Gentianella barringtonensis,107,fruit_colour,brown,,population,minimum,,2,literature,juvenile,,,,01,,01,02,,,2020,Part of Test Dataset 4,01,02,Gentianella barringtonensis +Test_2023_4,Geranium obtusisepalum,108,fruit_length,17,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium obtusisepalum +Test_2023_4,Geranium purpureum subsp. purpureum,109,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium purpureum subsp. purpureum +Test_2023_4,Gompholobium grandiflorum,110,fruit_length,15,mm,species,maximum,,1,,seedling,,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Gompholobium grandiflorum +Test_2023_4,Goodenia varia,111,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Goodenia varia +Test_2023_4,Gossia bidwillii,112,fruit_colour,black,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Gossia bidwillii +Test_2023_4,Grevillea scortechinii,113,fruit_colour,brown red,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Grevillea scortechinii +Test_2023_4,Hakea macraeana,114,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hakea macraeana +Test_2023_4,Hemisteptia lyrata,115,fruit_length,2,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hemisteptia lyrata +Test_2023_4,Hemisteptia lyrata,116,fruit_width,1--3,mm,species,bin,,1,field_experiment,seedling,,,,01,,,02,,,,Part of Test Dataset 4,01,04,Hemisteptia lyrata +Test_2023_4,Hibbertia crinita,117,fruit_dehiscence,dehiscent,,species,,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibbertia crinita +Test_2023_4,Hibiscus brachysiphonius,118,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hibiscus brachysiphonius +Test_2023_4,Hibiscus sturtii,119,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibiscus sturtii +Test_2023_4,Hypericum elodes,120,fruit_length,4,mm,species,mean,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hypericum elodes +Test_2023_4,Hypoxis glabella var. glabella,121,fruit_dehiscence,dehiscent,,population,mode,,1,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Hypoxis glabella var. glabella +Test_2023_4,Imperata cylindrica,122,fruit_length,1,mm,population,minimum,measurement,2,literature,juvenile,,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Imperata cylindrica +Test_2023_4,Indigofera triflora,123,fruit_length,30,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Indigofera triflora +Test_2023_4,Ipomoea cairica,124,fruit_length,11,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,125,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,125,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,125,leaf_stomatal_conductance,0.42,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Ipomoea cairica +Test_2023_4,Isolepis montivaga,126,fruit_length,0.9,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isolepis montivaga +Test_2023_4,Isotoma axillaris,127,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isotoma axillaris +Test_2023_4,Isotoma fluviatilis subsp. fluviatilis,128,fruit_width,3,mm,,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Isotoma fluviatilis subsp. fluviatilis +Test_2023_4,Juncus acutus subsp. acutus,129,fruit_dehiscence,dehiscent,,species,,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,01,Juncus acutus subsp. acutus +Test_2023_4,Juncus kraussii,130,fruit_colour,black brown red yellow,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Juncus kraussii +Test_2023_4,Lantana montevidensis,131,fruit_colour,black purple,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Lantana montevidensis +Test_2023_4,Lepidium africanum,132,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium africanum +Test_2023_4,Lepidium foliosum,133,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium foliosum +Test_2023_4,Lepidium oxytrichum,134,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium oxytrichum +Test_2023_4,Lepidosperma gladiatum,135,fruit_length,3,mm,population,maximum,measurement,2,literature,juvenile,,,,01,Test_2000,01,01,,,2020,Part of Test Dataset 4,01,04,Lepidosperma gladiatum +Test_2023_4,Leptomeria drupacea,136,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Leptomeria drupacea +Test_2023_4,Leptospermum continentale,137,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum continentale +Test_2023_4,Leptospermum obovatum,138,fruit_width,8,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum obovatum +Test_2023_4,Leucopogon amplexicaulis,139,fruit_length,3.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leucopogon amplexicaulis +Test_2023_4,Lobelia pedunculata,140,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lobelia pedunculata +Test_2023_4,Lobelia trigonocaulis,141,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lobelia trigonocaulis +Test_2023_4,Lotononis bainesii,142,fruit_length,8,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,02,,,2021,From `australia_2` site,01,04,Lotononis bainesii +Test_2023_4,Lotus corniculatus,143,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,143,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,02,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,144,leaf_photosynthesis,5,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,144,leaf_photosynthesis,4.4,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,144,leaf_photosynthesis,2,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,145,leaf_photosynthesis,0.9,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,02,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,146,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,146,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,146,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,147,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lotus corniculatus +Test_2023_4,Lupinus polyphyllus,148,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lupinus polyphyllus +Test_2023_4,Medicago orbicularis,149,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Medicago orbicularis +Test_2023_4,Melichrus procumbens,150,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Melichrus procumbens +Test_2023_4,Mischocarpus australis,151,fruit_width,8,mm,,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Mischocarpus australis +Test_2023_4,Muehlenbeckia adpressa,152,fruit_colour,black brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Muehlenbeckia adpressa +Test_2023_4,Myoporum boninense subsp. australe,153,fruit_length,10,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Myoporum boninense subsp. australe +Test_2023_4,Nicotiana glauca,154,leaf_photosynthesis,6,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,154,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,154,leaf_photosynthesis,3.7,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,155,fruit_length,13,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana goodspeedii,156,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana goodspeedii +Test_2023_4,Oxalis corniculata,157,fruit_width,1.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Oxalis corniculata +Test_2023_4,Pandorea pandorana subsp. austrocaledonica,158,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pandorea pandorana subsp. austrocaledonica +Test_2023_4,Paraserianthes lophantha,159,fruit_width,25,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Paraserianthes lophantha +Test_2023_4,Parentucellia latifolia,160,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Parentucellia latifolia +Test_2023_4,Phlegmatospermum cochlearinum,161,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phlegmatospermum cochlearinum +Test_2023_4,Phyla nodiflora,162,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,02,,,02,02,,,2021,From `australia_2` site,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.37,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora +Test_2023_4,Picris barbarorum,164,fruit_length,7.5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Picris barbarorum +Test_2023_4,Pimelea ligustrina subsp. ligustrina,165,fruit_colour,green,,metapopulation,mode,,1,literature,seedling,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,03,Pimelea ligustrina subsp. ligustrina +Test_2023_4,Pinus pinea,166,fruit_colour,brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pinus pinea +Test_2023_4,Pisum sativum var. arvense,167,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Pisum sativum var. arvense +Test_2023_4,Pittosporum erioloma,168,fruit_dehiscence,dehiscent,,,mode,,1,literature,adult,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Pittosporum erioloma +Test_2023_4,Plantago turrifera,169,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Plantago turrifera +Test_2023_4,Polycarpon tetraphyllum,170,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Polycarpon tetraphyllum +Test_2023_4,Potamogeton australiensis,171,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Potamogeton australiensis +Test_2023_4,Psoralea pinnata,172,fruit_width,2.5,mm,population,minimum,,2,field_experiment,juvenile,01,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Psoralea pinnata +Test_2023_4,Pultenaea ferruginea,173,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pultenaea ferruginea +Test_2023_4,Rhodamnia argentea,174,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Rhodamnia argentea +Test_2023_4,Rhodamnia argentea,175,fruit_colour,black,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rhodamnia argentea +Test_2023_4,Rorippa gigantea,176,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rorippa gigantea +Test_2023_4,Rubus parvifolius,177,fruit_colour,red,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rubus parvifolius +Test_2023_4,Salix alba,178,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Salix alba +Test_2023_4,Schenkia australis,179,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schenkia australis +Test_2023_4,Schoenus apogon,180,fruit_colour,white,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus apogon +Test_2023_4,Schoenus brevifolius,181,fruit_width,0.7,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus brevifolius +Test_2023_4,Schoenus lepidosperma,182,fruit_width,2.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus lepidosperma +Test_2023_4,Schoenus vaginatus,183,fruit_colour,brown red yellow,,metapopulation,mode,,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus vaginatus +Test_2023_4,Scleria rugosa,184,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Scleria rugosa +Test_2023_4,Senecio longipilus,185,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Senecio longipilus +Test_2023_4,Sida goniocarpa,186,fruit_width,7,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sida goniocarpa +Test_2023_4,Sigesbeckia orientalis,187,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sigesbeckia orientalis +Test_2023_4,Sisymbrium irio,188,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Sisymbrium irio +Test_2023_4,Sparaxis bulbifera,189,fruit_colour,green,,population,minimum,,2,field,juvenile,01,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Sparaxis bulbifera +Test_2023_4,Spergularia diandra,190,fruit_dehiscence,dehiscent,,species,mean,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Spergularia diandra +Test_2023_4,Sphaeromorphaea littoralis,191,fruit_length,1.3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sphaeromorphaea littoralis +Test_2023_4,Stellaria angustifolia subsp. angustifolia,192,fruit_length,8.5,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Stellaria angustifolia subsp. angustifolia +Test_2023_4,Styphelia viridis,193,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Styphelia viridis +Test_2023_4,Swainsona cadellii,194,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Swainsona cadellii +Test_2023_4,Teucrium puberulum,195,fruit_width,4,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Teucrium puberulum +Test_2023_4,Thelymitra kangaloonica,196,fruit_length,12,mm,species,,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Thelymitra kangaloonica +Test_2023_4,Thesium australe,197,fruit_width,2.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Thesium australe +Test_2023_4,Trifolium dubium,198,fruit_length,2,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Trifolium dubium +Test_2023_4,Veronica catenata,199,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Veronica catenata +Test_2023_4,Veronica derwentiana,200,fruit_length,2.8,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Veronica derwentiana +Test_2023_4,Wahlenbergia luteola,201,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Wahlenbergia luteola From 413ae6bbe2c9ad9b3be2e1b36348348cabec55de Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 02:00:22 +1100 Subject: [PATCH 36/45] Add expected outputs for Test_2023_3 and update process.R --- R/process.R | 9 +- .../examples/Test_2023_3/metadata.yml | 1 + .../examples/Test_2023_3/output/contexts.csv | 8 + .../Test_2023_3/output/contributors.csv | 3 + .../Test_2023_3/output/definitions.yml | 66 ++++++ .../Test_2023_3/output/excluded_data.csv | 4 + .../examples/Test_2023_3/output/locations.csv | 5 + .../examples/Test_2023_3/output/metadata.yml | 86 ++++++++ .../examples/Test_2023_3/output/methods.csv | 7 + .../examples/Test_2023_3/output/sources.bib | 7 + .../examples/Test_2023_3/output/taxa.csv | 186 +++++++++++++++++ .../Test_2023_3/output/taxonomic_updates.csv | 188 +++++++++++++++++ .../examples/Test_2023_3/output/traits.csv | 195 ++++++++++++++++++ 13 files changed, 761 insertions(+), 4 deletions(-) create mode 100644 tests/testthat/examples/Test_2023_3/output/contexts.csv create mode 100644 tests/testthat/examples/Test_2023_3/output/contributors.csv create mode 100644 tests/testthat/examples/Test_2023_3/output/definitions.yml create mode 100644 tests/testthat/examples/Test_2023_3/output/excluded_data.csv create mode 100644 tests/testthat/examples/Test_2023_3/output/locations.csv create mode 100644 tests/testthat/examples/Test_2023_3/output/metadata.yml create mode 100644 tests/testthat/examples/Test_2023_3/output/methods.csv create mode 100644 tests/testthat/examples/Test_2023_3/output/sources.bib create mode 100644 tests/testthat/examples/Test_2023_3/output/taxa.csv create mode 100644 tests/testthat/examples/Test_2023_3/output/taxonomic_updates.csv create mode 100644 tests/testthat/examples/Test_2023_3/output/traits.csv diff --git a/R/process.R b/R/process.R index 8ef935ea..6325bbfa 100644 --- a/R/process.R +++ b/R/process.R @@ -383,9 +383,10 @@ process_create_observation_id <- function(data, metadata) { .data$entity_type %in% c("individual", "population", "metapopulation"), process_generate_id(.data$population_id, ""), NA), - pop_id_segment = ifelse(is.na(.data$pop_id_segment) & - .data$entity_type %in% c("individual", "population", "metapopulation"), - "pop_unk", .data$pop_id_segment), + pop_id_segment = ifelse( + is.na(.data$pop_id_segment) & .data$entity_type %in% c("individual", "population", "metapopulation"), + "pop_unk", + .data$pop_id_segment), population_id = .data$pop_id_segment ) @@ -409,7 +410,7 @@ process_create_observation_id <- function(data, metadata) { # presented in the `data.csv` file as multiple columns and therefore # row number correctly identifies an individual. - # For datasets where an individual_id is not assigned via metadata$dataset + # For datasets where an `individual_id` is not assigned via metadata$dataset if (all(is.na(data[["individual_id"]]))) { # Check which rows of data include individual-level measurements diff --git a/tests/testthat/examples/Test_2023_3/metadata.yml b/tests/testthat/examples/Test_2023_3/metadata.yml index e9f293dd..9d07a20b 100644 --- a/tests/testthat/examples/Test_2023_3/metadata.yml +++ b/tests/testthat/examples/Test_2023_3/metadata.yml @@ -99,6 +99,7 @@ dataset: taxon_name: taxon_name trait_name: trait_name value: trait_value + location_name: test_location entity_type: species measurement_remarks: measurement_remarks description: Plant growth form data extracted from the NT Flora Online diff --git a/tests/testthat/examples/Test_2023_3/output/contexts.csv b/tests/testthat/examples/Test_2023_3/output/contexts.csv new file mode 100644 index 00000000..19edf410 --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/contexts.csv @@ -0,0 +1,8 @@ +dataset_id,context_property,category,value,description,link_id,link_vals +Test_2023_3,trait scoring method,method_context,scored_from_text,Trait value scored directly from taxon description.,method_context_id,04 +Test_2023_3,trait scoring method,method_context,inferred_from_species,Trait value inferred from species-level taxon description.,method_context_id,03 +Test_2023_3,trait scoring method,method_context,inferred_from_genus,Trait value inferred from genus-level taxon description.,method_context_id,02 +Test_2023_3,trait scoring method,method_context,inferred_from_family,Trait value inferred from family-level taxon description.,method_context_id,01 +Test_2023_3,entity measured,entity_context,fruit,,entity_context_id,01 +Test_2023_3,replicate observations,temporal_context,1,,temporal_context_id,01 +Test_2023_3,replicate observations,temporal_context,2,,temporal_context_id,02 diff --git a/tests/testthat/examples/Test_2023_3/output/contributors.csv b/tests/testthat/examples/Test_2023_3/output/contributors.csv new file mode 100644 index 00000000..5bd434ad --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/contributors.csv @@ -0,0 +1,3 @@ +dataset_id,last_name,given_name,ORCID,affiliation,additional_role +Test_2023_3,Duretto,Marco,0000-0003-1013-4291,"National Herbarium of New South Wales, Australian Institute of Botanical Science, Royal Botanic Gardens and Domain Trust, Sydney, Australia", +Test_2023_3,Coleman,David,0000-0002-1773-6597,"Evolution & Ecology Research Centre, School of Biological, Earth, and Environmental Sciences, UNSW Sydney, Australia", diff --git a/tests/testthat/examples/Test_2023_3/output/definitions.yml b/tests/testthat/examples/Test_2023_3/output/definitions.yml new file mode 100644 index 00000000..c74388eb --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/definitions.yml @@ -0,0 +1,66 @@ +fruit_length: + label: Fruit length + description: A fruit morphology trait [TO:0002629] which is the length [PATO:0000122] + of a fresh [EnvThes:21976] fruit [PO:0009001] from the fruit proximal end [PO:0008002] + (base) to the fruit distal end [PO:0008001] (apex).;Linear dimension from the + base to the apex of a fresh fruit, even if this is not the longest dimension. + type: numeric + units: mm + allowed_values_min: 0.01 + allowed_values_max: 2000.0 + entity_URI: https://w3id.org/APD/traits/trait_0012512 +fruit_width: + label: Fruit width + description: A fruit morphology trait [TO:0002629] which is the width [PATO:0000921] + of a fresh [EnvThes:21976] fruit [PO:0009001], where width is the greatest linear + dimension [PATO:0001708] perpendicular to [PATO:0002434] to the fruit length [PATO:0000122] + and fruit height [PATO:0000119].;Greatest linear width dimension of a fresh fruit, + sometimes referred to as 'diameter' in fruits where the width and height are identical; + orthogonal to the fruit length, the base-to-apex dimension. + type: numeric + units: mm + allowed_values_min: 0.01 + allowed_values_max: 2000.0 + entity_URI: https://w3id.org/APD/traits/trait_0012513 +fruit_dehiscence: + label: Fruit dehiscence + description: A fruit morphology trait [TO:0002629] which indicates whether mature + [PATO:0001701] fruits [PO:0009001] are dehiscent [GO:0009900].;Binary variable, + dividing fruits into 'dehiscent' versus 'indehiscent' based on whether the individual + fruit units are dehiscent when mature. + type: categorical + allowed_values_levels: + dehiscent: Fruits are dehiscent when mature. + indehiscent: Fruits are indehiscent when mature. + entity_URI: https://w3id.org/APD/traits/trait_0012518 +fruit_colour: + label: Fruit colour + description: A fruit morphology trait [TO:0002629] which is the primary [NCIT:C25251] + colour [PATO:0000014] of the exocarp [PO:0009085] of a mature [PATO:0001701] fruit + [PO:0009001].;Human visible dominant colour of a fresh fruit's exocarp (outermost + layer) at maturity. + comments: If a fruit is multiple colours, they are listed as a space-delimited string. + type: categorical + allowed_values_levels: + black: Fruit's exocarp is black. + blue: Fruit's exocarp is blue. + brown: Fruit's exocarp is brown. + cream: Fruit's exocarp is cream. + green: Fruit's exocarp is green. + grey: Fruit's exocarp is grey. + orange: Fruit's exocarp is orange. + pink: Fruit's exocarp is pink. + purple: Fruit's exocarp is purple. + red: Fruit's exocarp is red. + white: Fruit's exocarp is white. + yellow: Fruit's exocarp is yellow. + entity_URI: https://w3id.org/APD/traits/trait_0012519 +flowering_time: + label: Flowering time, by month + description: The months [UO:0000035] during which a plant [PO:0000003] has open + (anthetic) flowers [PO:0009046] and is therefore at the whole plant flowering + stage [PO:0007016].;Months during which taxon has open (anthetic) flowers. + comments: Trait keyed as a sequences of 12 Ns (not flowering) and Ys (flowering), + representing the 12 months, starting with January. + type: categorical + entity_URI: https://w3id.org/APD/traits/trait_0030214 diff --git a/tests/testthat/examples/Test_2023_3/output/excluded_data.csv b/tests/testthat/examples/Test_2023_3/output/excluded_data.csv new file mode 100644 index 00000000..de8bdb63 --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/excluded_data.csv @@ -0,0 +1,4 @@ +error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +Unsupported trait value,Test_2023_3,Gentianella barringtonensis,102,fruit_colour,brunneous,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Gentianella barringtonensis +Value out of allowable range,Test_2023_3,Lepidosperma gladiatum,130,fruit_length,3000,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Lepidosperma gladiatum +Time can only contain Y & Ns,Test_2023_3,Sigesbeckia orientalis,178,flowering_time,nynnnnn134,,population,mode,expert_score,,literature,adult,pop_unk,,,01,,,01,,,unknown/2022,,01,04,Sigesbeckia orientalis diff --git a/tests/testthat/examples/Test_2023_3/output/locations.csv b/tests/testthat/examples/Test_2023_3/output/locations.csv new file mode 100644 index 00000000..5ad74713 --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/locations.csv @@ -0,0 +1,5 @@ +dataset_id,location_id,location_name,location_property,value +Test_2023_3,01,australia,description,First made-up location for testing +Test_2023_3,02,australia_2,description,Second made-up location for testing +Test_2023_3,02,australia_2,latitude (deg),-27.158 +Test_2023_3,02,australia_2,longitude (deg),142.685 diff --git a/tests/testthat/examples/Test_2023_3/output/metadata.yml b/tests/testthat/examples/Test_2023_3/output/metadata.yml new file mode 100644 index 00000000..a38d6462 --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/metadata.yml @@ -0,0 +1,86 @@ +title: 'AusTraits: a curated plant trait database for the Australian flora' +description: AusTraits is a transformative database, containing measurements on the + traits of Australia's plant taxa, standardised from hundreds of disconnected primary + sources. While this repository contains the harmonised data, the raw data and code + used to build the resource are also available on the project's GitHub repository,http://traitecoevo.github.io/traits.build. + Further information on the project is available in the associated publication and + at the project website https://austraits.org. +version: 4.0.0 +doi: 10.5281/zenodo.5112001 +structure_URI: https://github.com/traitecoevo/traits.build +geo_location: + geo_location_place: Australia + geodetic_datum: EPSG:4326 +language: en +related_identifiers: +- related_identifier_type: url + identifier: https://github.com/traitecoevo/traits.build/tree/v3.0.2 + relation_type: isCompiledBy + resource_type: dataset +- related_identifier_type: doi + identifier: 10.1038/s41597-021-01006-6 + relation_type: isCitedBy + resource_type: publication-article +references: 'Falster, Gallagher et al (2021) *AusTraits, a curated plant trait database + for the Australian flora*. Scientific Data 8: 254, https://doi.org/10.1038/s41597-021-01006-6' +publisher: Zenodo +publication_date: 27 Nov 2022 +license: + rights: CC-BY-4.0 + rights_holder: Falster, Daniel + rights_URI: https://creativecommons.org/licenses/by/4.0/ + description: Under this license, the material can be copied and redistributed in + any medium or format. It can be remixed, transformed, and built upon for any purpose, + even commercially. Re-users must give appropriate credit, provide a link to the + license, and indicate if changes were made. Re-users may not apply legal terms + or technological measures that legally restrict others from doing anything the + license permits. +subject: + subject_scheme: ANZSRC Field of Research + scheme_URI: https://linked.data.gov.au/def/anzsrc-for/2020/ + value_URI: + - https://linked.data.gov.au/def/anzsrc-for/2020/3103 + - https://linked.data.gov.au/def/anzsrc-for/2020/3104 + - https://linked.data.gov.au/def/anzsrc-for/2020/4104 + - https://linked.data.gov.au/def/anzsrc-for/2020/300703 + - https://linked.data.gov.au/def/anzsrc-for/2020/060705 + - https://linked.data.gov.au/def/anzsrc-for/2020/050202 + - https://linked.data.gov.au/def/anzsrc-for/2020/060208 + - https://linked.data.gov.au/def/anzsrc-for/2020/069902 +funding_reference: +- funder_name: Australian Research Data Commons (ARDC) + award_IRI: doi.org/10.47486/DP720 + award_number: DP720 + award_title: AusTraits, A national database on the traits of Australia's complete + flora. +- funder_name: Australian Research Data Commons (ARDC) + award_IRI: doi.org/10.47486/TD044 + award_number: TD044 + award_title: AusTraits, A national database on the traits of Australia's complete + flora. +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/DE170100208 + award_number: DE170100208 + award_title: Discovery Early Career Researcher Award +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/FT160100113 + award_number: FT160100113 + award_title: Future Fellowship +- funder_name: Australian Research Council + award_IRI: purl.org/au-research/grants/arc/FT100100910 + award_number: FT100100910 + award_title: Future Fellowship +creators: +- last_name: Falster + given_name: Daniel + ORCID: 0000-0002-9814-092X + affiliation: Evolution & Ecology Research Centre, UNSW Sydney, Australia +- last_name: Gallagher + given_name: Rachael + ORCID: 0000-0002-4680-8115 + affiliation: Hawkesbury Institute for the Environment, Western Sydney University, + Australia +- last_name: Elizabeth + given_name: Wenk + ORCID: 0000-0001-5640-5910 + affiliation: Evolution & Ecology Research Centre, UNSW Sydney, Australia diff --git a/tests/testthat/examples/Test_2023_3/output/methods.csv b/tests/testthat/examples/Test_2023_3/output/methods.csv new file mode 100644 index 00000000..b7f074cc --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/methods.csv @@ -0,0 +1,7 @@ +dataset_id,trait_name,methods,method_id,description,sampling_strategy,source_primary_key,source_primary_citation,source_secondary_key,source_secondary_citation,source_original_dataset_key,source_original_dataset_citation,data_collectors,assistants,dataset_curators +Test_2023_3,fruit_colour,"When specified in the taxon description, only the colours of the fruit at maturity or the dominant colours of the fruit exterior were scored. If neither were specified, all colours associated with the fruit were scored.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_3,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_3,fruit_dehiscence,"Taxa were scored as dehiscent from a variety of terms in the text including the kind of dehiscence e.g. scepticidal, loculicidal or possessing valves.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_3,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_3,fruit_length,"The term used to describe the fruit length was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_3,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_3,fruit_width,"Minimum fruit width; the term used to describe the fruit width was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes.",01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_3,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_3,fruit_width,"Maximum fruit width; the term used to describe the fruit width was stored as a measurement remark for greater clarity e.g. fruit, achene, capsule. Fruits which were spherical or round in shape were inferred as possessing the same dimensions in other planes.",02,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_3,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk +Test_2023_3,flowering_time,Made up flowering time values.,01,Plant growth form data extracted from the NT Flora Online,"This dataset is sourced from the PlantNet online flora (version date 2022-05-06). Briefly, the textual descriptions of each taxon were downloaded and organised into a tabular format of individual taxon names and their corresponding text using R coding script. Sentences and phrases were categorised using a large glossary of botanical terminology as referring to one of the following, the entire organism, stem, leaf, flower, fruit/seed, roots and environment/habitat. Key terms corresponding to trait values in AusTraits were then extracted from these smaller chunks of text using a reference table containing a) the AusTraits trait name, b) the AusTraits trait value and c) terms to search for in the text. The resulting traits were then checked manually using a subset of ~500 taxa to search for errors and update the reference table and coding script accordingly. The process was repeated iteratively to remove any wrongly classified trait values and to ensure as many correct trait values as possible were captured using the algorithm. Where possible, unclassified taxa were inferred as possessing a trait value from a higher-level taxonomic description e.g. the fruit type of all taxa in the Adenanthos genus were scored as `achene`, which was mentioned only in the genus description.",Test_2023_3,"N. H. of New South Wales. _The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0._. accessed on 6 May, 2022.. 2023. url: [https://plantnet.rbgsyd.nsw.gov.au/](https://plantnet.rbgsyd.nsw.gov.au/).",,,,,"Marco Duretto, David Coleman",,Elizabeth Wenk diff --git a/tests/testthat/examples/Test_2023_3/output/sources.bib b/tests/testthat/examples/Test_2023_3/output/sources.bib new file mode 100644 index 00000000..52be6094 --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/sources.bib @@ -0,0 +1,7 @@ +@Online{Test_2023_3, + year = {2023}, + author = {National Herbarium {of New South Wales}}, + title = {{The Plant Information Network System of The Royal Botanic Gardens and Domain Trust Version 2.0.}}, + url = {https://plantnet.rbgsyd.nsw.gov.au/}, + note = {accessed on 6 May, 2022.}, +} diff --git a/tests/testthat/examples/Test_2023_3/output/taxa.csv b/tests/testthat/examples/Test_2023_3/output/taxa.csv new file mode 100644 index 00000000..5b99552e --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/taxa.csv @@ -0,0 +1,186 @@ +taxon_name,taxonomic_reference,taxon_rank,trinomial,binomial,genus,family,taxon_distribution,establishment_means,taxonomic_status,scientific_name,scientific_name_authorship,taxon_id,scientific_name_id +Abildgaardia ovata,,,,,Abildgaardia,,,,,,,, +Acacia alpina,,,,,Acacia,,,,,,,, +Acacia beadleana,,,,,Acacia,,,,,,,, +Acacia bulgaensis,,,,,Acacia,,,,,,,, +Acacia caroleae,,,,,Acacia,,,,,,,, +Acacia crassa,,,,,Acacia,,,,,,,, +Acacia flexifolia,,,,,Acacia,,,,,,,, +Acacia gladiiformis,,,,,Acacia,,,,,,,, +Acacia havilandiorum,,,,,Acacia,,,,,,,, +Acacia leiocalyx subsp. leiocalyx,,,,,Acacia,,,,,,,, +Acacia myrtifolia,,,,,Acacia,,,,,,,, +Acacia ramulosa var. ramulosa,,,,,Acacia,,,,,,,, +Acacia spectabilis,,,,,Acacia,,,,,,,, +Acacia terminalis subsp. Glabrous form (M.Hancock 94),,,,,Acacia,,,,,,,, +Acronychia littoralis,,,,,Acronychia,,,,,,,, +Adriana tomentosa,,,,,Adriana,,,,,,,, +Alectryon coriaceus,,,,,Alectryon,,,,,,,, +Alectryon oleifolius,,,,,Alectryon,,,,,,,, +Alectryon subdentatus,,,,,Alectryon,,,,,,,, +Amyema preissii,,,,,Amyema,,,,,,,, +Angophora leiocarpa,,,,,Angophora,,,,,,,, +Apophyllum anomalum,,,,,Apophyllum,,,,,,,, +Arbutus unedo,,,,,Arbutus,,,,,,,, +Australina pusilla,,,,,Australina,,,,,,,, +Burmannia disticha,,,,,Burmannia,,,,,,,, +Bursaria spinosa subsp. spinosa,,,,,Bursaria,,,,,,,, +Calendula arvensis,,,,,Calendula,,,,,,,, +Callistemon purpurascens,,,,,Callistemon,,,,,,,, +Carex cephalotes,,,,,Carex,,,,,,,, +Carex leporina,,,,,Carex,,,,,,,, +Carex raleighii,,,,,Carex,,,,,,,, +Carmichaelia exsul,,,,,Carmichaelia,,,,,,,, +Cassinia compacta,,,,,Cassinia,,,,,,,, +Castanospermum australe,,,,,Castanospermum,,,,,,,, +Centaurium tenuiflorum,,,,,Centaurium,,,,,,,, +Cestrum nocturnum,,,,,Cestrum,,,,,,,, +Chthonocephalus pseudevax,,,,,Chthonocephalus,,,,,,,, +Claoxylon australe,,,,,Claoxylon,,,,,,,, +Commersonia amystia,,,,,Commersonia,,,,,,,, +Commersonia salviifolia,,,,,Commersonia,,,,,,,, +Convolvulus farinosus,,,,,Convolvulus,,,,,,,, +Coprosma niphophila,,,,,Coprosma,,,,,,,, +Coprosma nivalis,,,,,Coprosma,,,,,,,, +Correa alba,,,,,Correa,,,,,,,, +Corymbia citriodora,,,,,Corymbia,,,,,,,, +Corymbia eximia,,,,,Corymbia,,,,,,,, +Crassula decumbens,,,,,Crassula,,,,,,,, +Crassula peduncularis,,,,,Crassula,,,,,,,, +Crotalaria brevis,,,,,Crotalaria,,,,,,,, +Crotalaria grahamiana,,,,,Crotalaria,,,,,,,, +Crotalaria lanceolata,,,,,Crotalaria,,,,,,,, +Cylindropuntia kleiniae,,,,,Cylindropuntia,,,,,,,, +Cyperus albostriatus,,,,,Cyperus,,,,,,,, +Cyperus betchei,,,,,Cyperus,,,,,,,, +Cyperus bulbosus,,,,,Cyperus,,,,,,,, +Cyperus laevigatus,,,,,Cyperus,,,,,,,, +Cyperus sculptus,,,,,Cyperus,,,,,,,, +Dampiera fusca,,,,,Dampiera,,,,,,,, +Davidsonia johnsonii,,,,,Davidsonia,,,,,,,, +Daviesia arenaria,,,,,Daviesia,,,,,,,, +Derris involuta,,,,,Derris,,,,,,,, +Dichromochlamys dentatifolia,,,,,Dichromochlamys,,,,,,,, +Dillwynia cinerascens,,,,,Dillwynia,,,,,,,, +Dillwynia floribunda,,,,,Dillwynia,,,,,,,, +Dinosperma erythrococcum,,,,,Dinosperma,,,,,,,, +Dodonaea petiolaris,,,,,Dodonaea,,,,,,,, +Dodonaea truncatiales,,,,,Dodonaea,,,,,,,, +Dovyalis caffra,,,,,Dovyalis,,,,,,,, +Elaeocarpus grandis,,,,,Elaeocarpus,,,,,,,, +Eleocharis pallens,,,,,Eleocharis,,,,,,,, +Endiandra globosa,,,,,Endiandra,,,,,,,, +Endiandra muelleri,,,,,Endiandra,,,,,,,, +Epilobium gunnianum,,,,,Epilobium,,,,,,,, +Eremophila deserti,,,,,Eremophila,,,,,,,, +Eremophila oppositifolia,,,,,Eremophila,,,,,,,, +Erigeron conyzoides,,,,,Erigeron,,,,,,,, +Erythroxylum australe,,,,,Erythroxylum,,,,,,,, +Escallonia bifida,,,,,Escallonia,,,,,,,, +Eucalyptus badjensis,,,,,Eucalyptus,,,,,,,, +Eucalyptus camphora,,,,,Eucalyptus,,,,,,,, +Eucalyptus dorrigoensis,,,,,Eucalyptus,,,,,,,, +Eucalyptus leucoxylon subsp. pruinosa,,,,,Eucalyptus,,,,,,,, +Eucalyptus muelleriana,,,,,Eucalyptus,,,,,,,, +Eucalyptus nandewarica,,,,,Eucalyptus,,,,,,,, +Eucalyptus oblonga,,,,,Eucalyptus,,,,,,,, +Eucalyptus olida,,,,,Eucalyptus,,,,,,,, +Eucalyptus pulverulenta,,,,,Eucalyptus,,,,,,,, +Eucalyptus recurva,,,,,Eucalyptus,,,,,,,, +Eucalyptus rossii,,,,,Eucalyptus,,,,,,,, +Eucalyptus scias,,,,,Eucalyptus,,,,,,,, +Eucalyptus viminalis,,,,,Eucalyptus,,,,,,,, +Eucalyptus yangoura,,,,,Eucalyptus,,,,,,,, +Eucalyptus youmanii,,,,,Eucalyptus,,,,,,,, +Euphorbia inappendiculata var. queenslandica,,,,,Euphorbia,,,,,,,, +Exocarpos homalocladus,,,,,Exocarpos,,,,,,,, +Exocarpos sparteus,,,,,Exocarpos,,,,,,,, +Ficus henneana,,,,,Ficus,,,,,,,, +Freesia hybrid,,,,,Freesia,,,,,,,, +Freesia laxa,,,,,Freesia,,,,,,,, +Geijera salicifolia,,,,,Geijera,,,,,,,, +Gentiana wingecarribiensis,,,,,Gentiana,,,,,,,, +Geranium obtusisepalum,,,,,Geranium,,,,,,,, +Geranium purpureum subsp. purpureum,,,,,Geranium,,,,,,,, +Gompholobium grandiflorum,,,,,Gompholobium,,,,,,,, +Goodenia varia,,,,,Goodenia,,,,,,,, +Gossia bidwillii,,,,,Gossia,,,,,,,, +Grevillea scortechinii,,,,,Grevillea,,,,,,,, +Hakea macraeana,,,,,Hakea,,,,,,,, +Hemisteptia lyrata,,,,,Hemisteptia,,,,,,,, +Hibbertia crinita,,,,,Hibbertia,,,,,,,, +Hibiscus brachysiphonius,,,,,Hibiscus,,,,,,,, +Hibiscus sturtii,,,,,Hibiscus,,,,,,,, +Hypericum elodes,,,,,Hypericum,,,,,,,, +Hypoxis glabella var. glabella,,,,,Hypoxis,,,,,,,, +Imperata cylindrica,,,,,Imperata,,,,,,,, +Indigofera triflora,,,,,Indigofera,,,,,,,, +Ipomoea cairica,,,,,Ipomoea,,,,,,,, +Isolepis montivaga,,,,,Isolepis,,,,,,,, +Isotoma axillaris,,,,,Isotoma,,,,,,,, +Isotoma fluviatilis subsp. fluviatilis,,,,,Isotoma,,,,,,,, +Juncus acutus subsp. acutus,,,,,Juncus,,,,,,,, +Juncus kraussii,,,,,Juncus,,,,,,,, +Lantana montevidensis,,,,,Lantana,,,,,,,, +Lepidium africanum,,,,,Lepidium,,,,,,,, +Lepidium foliosum,,,,,Lepidium,,,,,,,, +Lepidium oxytrichum,,,,,Lepidium,,,,,,,, +Leptomeria drupacea,,,,,Leptomeria,,,,,,,, +Leptospermum continentale,,,,,Leptospermum,,,,,,,, +Leptospermum obovatum,,,,,Leptospermum,,,,,,,, +Leucopogon amplexicaulis,,,,,Leucopogon,,,,,,,, +Lobelia pedunculata,,,,,Lobelia,,,,,,,, +Lobelia trigonocaulis,,,,,Lobelia,,,,,,,, +Lotononis bainesii,,,,,Lotononis,,,,,,,, +Lotus corniculatus,,,,,Lotus,,,,,,,, +Lupinus polyphyllus,,,,,Lupinus,,,,,,,, +Medicago orbicularis,,,,,Medicago,,,,,,,, +Melichrus procumbens,,,,,Melichrus,,,,,,,, +Mischocarpus australis,,,,,Mischocarpus,,,,,,,, +Muehlenbeckia adpressa,,,,,Muehlenbeckia,,,,,,,, +Myoporum boninense subsp. australe,,,,,Myoporum,,,,,,,, +Nicotiana glauca,,,,,Nicotiana,,,,,,,, +Nicotiana goodspeedii,,,,,Nicotiana,,,,,,,, +Oxalis corniculata,,,,,Oxalis,,,,,,,, +Pandorea pandorana subsp. austrocaledonica,,,,,Pandorea,,,,,,,, +Paraserianthes lophantha,,,,,Paraserianthes,,,,,,,, +Parentucellia latifolia,,,,,Parentucellia,,,,,,,, +Phlegmatospermum cochlearinum,,,,,Phlegmatospermum,,,,,,,, +Phyla nodiflora,,,,,Phyla,,,,,,,, +Picris barbarorum,,,,,Picris,,,,,,,, +Pimelea ligustrina subsp. ligustrina,,,,,Pimelea,,,,,,,, +Pinus pinea,,,,,Pinus,,,,,,,, +Pisum sativum var. arvense,,,,,Pisum,,,,,,,, +Pittosporum erioloma,,,,,Pittosporum,,,,,,,, +Plantago turrifera,,,,,Plantago,,,,,,,, +Polycarpon tetraphyllum,,,,,Polycarpon,,,,,,,, +Potamogeton australiensis,,,,,Potamogeton,,,,,,,, +Psoralea pinnata,,,,,Psoralea,,,,,,,, +Pultenaea ferruginea,,,,,Pultenaea,,,,,,,, +Rhodamnia argentea,,,,,Rhodamnia,,,,,,,, +Rorippa gigantea,,,,,Rorippa,,,,,,,, +Rubus parvifolius,,,,,Rubus,,,,,,,, +Salix alba,,,,,Salix,,,,,,,, +Schenkia australis,,,,,Schenkia,,,,,,,, +Schoenus apogon,,,,,Schoenus,,,,,,,, +Schoenus brevifolius,,,,,Schoenus,,,,,,,, +Schoenus lepidosperma,,,,,Schoenus,,,,,,,, +Schoenus vaginatus,,,,,Schoenus,,,,,,,, +Scleria rugosa,,,,,Scleria,,,,,,,, +Senecio longipilus,,,,,Senecio,,,,,,,, +Sida goniocarpa,,,,,Sida,,,,,,,, +Sigesbeckia orientalis,,,,,Sigesbeckia,,,,,,,, +Sisymbrium irio,,,,,Sisymbrium,,,,,,,, +Sparaxis bulbifera,,,,,Sparaxis,,,,,,,, +Spergularia diandra,,,,,Spergularia,,,,,,,, +Sphaeromorphaea littoralis,,,,,Sphaeromorphaea,,,,,,,, +Stellaria angustifolia subsp. angustifolia,,,,,Stellaria,,,,,,,, +Styphelia viridis,,,,,Styphelia,,,,,,,, +Swainsona cadellii,,,,,Swainsona,,,,,,,, +Teucrium puberulum,,,,,Teucrium,,,,,,,, +Thelymitra kangaloonica,,,,,Thelymitra,,,,,,,, +Thesium australe,,,,,Thesium,,,,,,,, +Trifolium dubium,,,,,Trifolium,,,,,,,, +Veronica catenata,,,,,Veronica,,,,,,,, +Veronica derwentiana,,,,,Veronica,,,,,,,, +Wahlenbergia luteola,,,,,Wahlenbergia,,,,,,,, diff --git a/tests/testthat/examples/Test_2023_3/output/taxonomic_updates.csv b/tests/testthat/examples/Test_2023_3/output/taxonomic_updates.csv new file mode 100644 index 00000000..c9fcc126 --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/taxonomic_updates.csv @@ -0,0 +1,188 @@ +dataset_id,original_name,cleaned_name,taxonomic_resolution,cleaned_scientific_name_id,cleaned_name_taxonomic_status,cleaned_name_alternative_taxonomic_status,taxon_id,taxon_name +Test_2023_3,Abildgaardia ovata,Abildgaardia ovata,,,,,, +Test_2023_3,Acacia alpina,Acacia alpina,,,,,, +Test_2023_3,Acacia beadleana,Acacia beadleana,,,,,, +Test_2023_3,Acacia bulgaensis,Acacia bulgaensis,,,,,, +Test_2023_3,Acacia caroleae,Acacia caroleae,,,,,, +Test_2023_3,Acacia crassa,Acacia crassa,,,,,, +Test_2023_3,Acacia flexifolia,Acacia flexifolia,,,,,, +Test_2023_3,Acacia gladiiformis,Acacia gladiiformis,,,,,, +Test_2023_3,Acacia havilandiorum,Acacia havilandiorum,,,,,, +Test_2023_3,Acacia leiocalyx subsp. leiocalyx,Acacia leiocalyx subsp. leiocalyx,,,,,, +Test_2023_3,Acacia myrtifolia,Acacia myrtifolia,,,,,, +Test_2023_3,Acacia ramulosa var. ramulosa,Acacia ramulosa var. ramulosa,,,,,, +Test_2023_3,Acacia spectabilis,Acacia spectabilis,,,,,, +Test_2023_3,Acacia terminalis subsp. Glabrous form (M.Hancock 94),Acacia terminalis subsp. Glabrous form (M.Hancock 94),,,,,, +Test_2023_3,Acronychia littoralis,Acronychia littoralis,,,,,, +Test_2023_3,Adriana tomentosa,Adriana tomentosa,,,,,, +Test_2023_3,Alectryon coriaceus,Alectryon coriaceus,,,,,, +Test_2023_3,Alectryon oleifolius,Alectryon oleifolius,,,,,, +Test_2023_3,Alectryon subdentatus,Alectryon subdentatus,,,,,, +Test_2023_3,Amyema preissii,Amyema preissii,,,,,, +Test_2023_3,Angophora leiocarpa,Angophora leiocarpa,,,,,, +Test_2023_3,Apophyllum anomalum,Apophyllum anomalum,,,,,, +Test_2023_3,Arbutus unedo,Arbutus unedo,,,,,, +Test_2023_3,Australina pusilla,Australina pusilla,,,,,, +Test_2023_3,Burmannia disticha,Burmannia disticha,,,,,, +Test_2023_3,Bursaria spinosa subsp. spinosa,Bursaria spinosa subsp. spinosa,,,,,, +Test_2023_3,Calendula arvensis,Calendula arvensis,,,,,, +Test_2023_3,Callistemon purpurascens,Callistemon purpurascens,,,,,, +Test_2023_3,Carex cephalotes,Carex cephalotes,,,,,, +Test_2023_3,Carex leporina,Carex leporina,,,,,, +Test_2023_3,Carex raleighii,Carex raleighii,,,,,, +Test_2023_3,Carmichaelia exsul,Carmichaelia exsul,,,,,, +Test_2023_3,Cassinia compacta,Cassinia compacta,,,,,, +Test_2023_3,Castanospermum australe,Castanospermum australe,,,,,, +Test_2023_3,Centaurium tenuiflorum,Centaurium tenuiflorum,,,,,, +Test_2023_3,Cestrum nocturnum,Cestrum nocturnum,,,,,, +Test_2023_3,Chthonocephalus pseudevax,Chthonocephalus pseudevax,,,,,, +Test_2023_3,Claoxylon australe,Claoxylon australe,,,,,, +Test_2023_3,Commersonia amystia,Commersonia amystia,,,,,, +Test_2023_3,Commersonia salviifolia,Commersonia salviifolia,,,,,, +Test_2023_3,Convolvulus farinosus,Convolvulus farinosus,,,,,, +Test_2023_3,Coprosma niphophila,Coprosma niphophila,,,,,, +Test_2023_3,Coprosma nivalis,Coprosma nivalis,,,,,, +Test_2023_3,Correa alba,Correa alba,,,,,, +Test_2023_3,Corymbia citriodora,Corymbia citriodora,,,,,, +Test_2023_3,Corymbia eximia,Corymbia eximia,,,,,, +Test_2023_3,Crassula decumbens,Crassula decumbens,,,,,, +Test_2023_3,Crassula peduncularis,Crassula peduncularis,,,,,, +Test_2023_3,Crotalaria brevis,Crotalaria brevis,,,,,, +Test_2023_3,Crotalaria grahamiana,Crotalaria grahamiana,,,,,, +Test_2023_3,Crotalaria lanceolata,Crotalaria lanceolata,,,,,, +Test_2023_3,Cylindropuntia kleiniae,Cylindropuntia kleiniae,,,,,, +Test_2023_3,Cyperus albostriatus,Cyperus albostriatus,,,,,, +Test_2023_3,Cyperus betchei,Cyperus betchei,,,,,, +Test_2023_3,Cyperus bulbosus,Cyperus bulbosus,,,,,, +Test_2023_3,Cyperus laevigatus,Cyperus laevigatus,,,,,, +Test_2023_3,Cyperus sculptus,Cyperus sculptus,,,,,, +Test_2023_3,Dampiera fusca,Dampiera fusca,,,,,, +Test_2023_3,Davidsonia johnsonii,Davidsonia johnsonii,,,,,, +Test_2023_3,Daviesia arenaria,Daviesia arenaria,,,,,, +Test_2023_3,Derris involuta,Derris involuta,,,,,, +Test_2023_3,Dichromochlamys dentatifolia,Dichromochlamys dentatifolia,,,,,, +Test_2023_3,Dillwynia cinerascens,Dillwynia cinerascens,,,,,, +Test_2023_3,Dillwynia floribunda,Dillwynia floribunda,,,,,, +Test_2023_3,Dinosperma erythrococcum,Dinosperma erythrococcum,,,,,, +Test_2023_3,Dodonaea petiolaris,Dodonaea petiolaris,,,,,, +Test_2023_3,Dodonaea truncatiales,Dodonaea truncatiales,,,,,, +Test_2023_3,Dovyalis caffra,Dovyalis caffra,,,,,, +Test_2023_3,Elaeocarpus grandis,Elaeocarpus grandis,,,,,, +Test_2023_3,Eleocharis pallens,Eleocharis pallens,,,,,, +Test_2023_3,Endiandra globosa,Endiandra globosa,,,,,, +Test_2023_3,Endiandra muelleri,Endiandra muelleri,,,,,, +Test_2023_3,Epilobium gunnianum,Epilobium gunnianum,,,,,, +Test_2023_3,Eremophila deserti,Eremophila deserti,,,,,, +Test_2023_3,Eremophila oppositifolia,Eremophila oppositifolia,,,,,, +Test_2023_3,Erigeron conyzoides,Erigeron conyzoides,,,,,, +Test_2023_3,Erythroxylum australe,Erythroxylum australe,,,,,, +Test_2023_3,Escallonia bifida,Escallonia bifida,,,,,, +Test_2023_3,Eucalyptus badjensis,Eucalyptus badjensis,,,,,, +Test_2023_3,Eucalyptus camphora,Eucalyptus camphora,,,,,, +Test_2023_3,Eucalyptus dorrigoensis,Eucalyptus dorrigoensis,,,,,, +Test_2023_3,Eucalyptus leucoxylon subsp. pruinosa,Eucalyptus leucoxylon subsp. pruinosa,,,,,, +Test_2023_3,Eucalyptus muelleriana,Eucalyptus muelleriana,,,,,, +Test_2023_3,Eucalyptus nandewarica,Eucalyptus nandewarica,,,,,, +Test_2023_3,Eucalyptus oblonga,Eucalyptus oblonga,,,,,, +Test_2023_3,Eucalyptus olida,Eucalyptus olida,,,,,, +Test_2023_3,Eucalyptus pulverulenta,Eucalyptus pulverulenta,,,,,, +Test_2023_3,Eucalyptus recurva,Eucalyptus recurva,,,,,, +Test_2023_3,Eucalyptus rossii,Eucalyptus rossii,,,,,, +Test_2023_3,Eucalyptus scias,Eucalyptus scias,,,,,, +Test_2023_3,Eucalyptus viminalis,Eucalyptus viminalis,,,,,, +Test_2023_3,Eucalyptus yangoura,Eucalyptus yangoura,,,,,, +Test_2023_3,Eucalyptus youmanii,Eucalyptus youmanii,,,,,, +Test_2023_3,Euphorbia inappendiculata var. queenslandica,Euphorbia inappendiculata var. queenslandica,,,,,, +Test_2023_3,Exocarpos homalocladus,Exocarpos homalocladus,,,,,, +Test_2023_3,Exocarpos sparteus,Exocarpos sparteus,,,,,, +Test_2023_3,Ficus henneana,Ficus henneana,,,,,, +Test_2023_3,Freesia hybrid,Freesia hybrid,,,,,, +Test_2023_3,Freesia laxa,Freesia laxa,,,,,, +Test_2023_3,Geijera salicifolia,Geijera salicifolia,,,,,, +Test_2023_3,Gentiana wingecarribiensis,Gentiana wingecarribiensis,,,,,, +Test_2023_3,Gentianella barringtonensis,Gentianella barringtonensis,,,,,, +Test_2023_3,Geranium obtusisepalum,Geranium obtusisepalum,,,,,, +Test_2023_3,Geranium purpureum subsp. purpureum,Geranium purpureum subsp. purpureum,,,,,, +Test_2023_3,Gompholobium grandiflorum,Gompholobium grandiflorum,,,,,, +Test_2023_3,Goodenia varia,Goodenia varia,,,,,, +Test_2023_3,Gossia bidwillii,Gossia bidwillii,,,,,, +Test_2023_3,Grevillea scortechinii,Grevillea scortechinii,,,,,, +Test_2023_3,Hakea macraeana,Hakea macraeana,,,,,, +Test_2023_3,Hemisteptia lyrata,Hemisteptia lyrata,,,,,, +Test_2023_3,Hibbertia crinita,Hibbertia crinita,,,,,, +Test_2023_3,Hibiscus brachysiphonius,Hibiscus brachysiphonius,,,,,, +Test_2023_3,Hibiscus sturtii,Hibiscus sturtii,,,,,, +Test_2023_3,Hypericum elodes,Hypericum elodes,,,,,, +Test_2023_3,Hypoxis glabella var. glabella,Hypoxis glabella var. glabella,,,,,, +Test_2023_3,Imperata cylindrica,Imperata cylindrica,,,,,, +Test_2023_3,Indigofera triflora,Indigofera triflora,,,,,, +Test_2023_3,Ipomoea cairica,Ipomoea cairica,,,,,, +Test_2023_3,Isolepis montivaga,Isolepis montivaga,,,,,, +Test_2023_3,Isotoma axillaris,Isotoma axillaris,,,,,, +Test_2023_3,Isotoma fluviatilis subsp. fluviatilis,Isotoma fluviatilis subsp. fluviatilis,,,,,, +Test_2023_3,Juncus acutus subsp. acutus,Juncus acutus subsp. acutus,,,,,, +Test_2023_3,Juncus kraussii,Juncus kraussii,,,,,, +Test_2023_3,Lantana montevidensis,Lantana montevidensis,,,,,, +Test_2023_3,Lepidium africanum,Lepidium africanum,,,,,, +Test_2023_3,Lepidium foliosum,Lepidium foliosum,,,,,, +Test_2023_3,Lepidium oxytrichum,Lepidium oxytrichum,,,,,, +Test_2023_3,Lepidosperma gladiatum,Lepidosperma gladiatum,,,,,, +Test_2023_3,Leptomeria drupacea,Leptomeria drupacea,,,,,, +Test_2023_3,Leptospermum continentale,Leptospermum continentale,,,,,, +Test_2023_3,Leptospermum obovatum,Leptospermum obovatum,,,,,, +Test_2023_3,Leucopogon amplexicaulis,Leucopogon amplexicaulis,,,,,, +Test_2023_3,Lobelia pedunculata,Lobelia pedunculata,,,,,, +Test_2023_3,Lobelia trigonocaulis,Lobelia trigonocaulis,,,,,, +Test_2023_3,Lotononis bainesii,Lotononis bainesii,,,,,, +Test_2023_3,Lotus corniculatus,Lotus corniculatus,,,,,, +Test_2023_3,Lupinus polyphyllus,Lupinus polyphyllus,,,,,, +Test_2023_3,Medicago orbicularis,Medicago orbicularis,,,,,, +Test_2023_3,Melichrus procumbens,Melichrus procumbens,,,,,, +Test_2023_3,Mischocarpus australis,Mischocarpus australis,,,,,, +Test_2023_3,Muehlenbeckia adpressa,Muehlenbeckia adpressa,,,,,, +Test_2023_3,Myoporum boninense subsp. australe,Myoporum boninense subsp. australe,,,,,, +Test_2023_3,Nicotiana glauca,Nicotiana glauca,,,,,, +Test_2023_3,Nicotiana goodspeedii,Nicotiana goodspeedii,,,,,, +Test_2023_3,Oxalis corniculata,Oxalis corniculata,,,,,, +Test_2023_3,Pandorea pandorana subsp. austrocaledonica,Pandorea pandorana subsp. austrocaledonica,,,,,, +Test_2023_3,Paraserianthes lophantha,Paraserianthes lophantha,,,,,, +Test_2023_3,Parentucellia latifolia,Parentucellia latifolia,,,,,, +Test_2023_3,Phlegmatospermum cochlearinum,Phlegmatospermum cochlearinum,,,,,, +Test_2023_3,Phyla nodiflora,Phyla nodiflora,,,,,, +Test_2023_3,Picris barbarorum,Picris barbarorum,,,,,, +Test_2023_3,Pimelea ligustrina subsp. ligustrina,Pimelea ligustrina subsp. ligustrina,,,,,, +Test_2023_3,Pinus pinea,Pinus pinea,,,,,, +Test_2023_3,Pisum sativum var. arvense,Pisum sativum var. arvense,,,,,, +Test_2023_3,Pittosporum erioloma,Pittosporum erioloma,,,,,, +Test_2023_3,Plantago turrifera,Plantago turrifera,,,,,, +Test_2023_3,Polycarpon tetraphyllum,Polycarpon tetraphyllum,,,,,, +Test_2023_3,Potamogeton australiensis,Potamogeton australiensis,,,,,, +Test_2023_3,Psoralea pinnata,Psoralea pinnata,,,,,, +Test_2023_3,Pultenaea ferruginea,Pultenaea ferruginea,,,,,, +Test_2023_3,Rhodamnia argentea,Rhodamnia argentea,,,,,, +Test_2023_3,Rorippa gigantea,Rorippa gigantea,,,,,, +Test_2023_3,Rubus parvifolius,Rubus parvifolius,,,,,, +Test_2023_3,Salix alba,Salix alba,,,,,, +Test_2023_3,Schenkia australis,Schenkia australis,,,,,, +Test_2023_3,Schoenus apogon,Schoenus apogon,,,,,, +Test_2023_3,Schoenus brevifolius,Schoenus brevifolius,,,,,, +Test_2023_3,Schoenus lepidosperma,Schoenus lepidosperma,,,,,, +Test_2023_3,Schoenus vaginatus,Schoenus vaginatus,,,,,, +Test_2023_3,Scleria rugosa,Scleria rugosa,,,,,, +Test_2023_3,Senecio longipilus,Senecio longipilus,,,,,, +Test_2023_3,Sida goniocarpa,Sida goniocarpa,,,,,, +Test_2023_3,Sigesbeckia orientalis,Sigesbeckia orientalis,,,,,, +Test_2023_3,Sisymbrium irio,Sisymbrium irio,,,,,, +Test_2023_3,Sparaxis bulbifera,Sparaxis bulbifera,,,,,, +Test_2023_3,Spergularia diandra,Spergularia diandra,,,,,, +Test_2023_3,Sphaeromorphaea littoralis,Sphaeromorphaea littoralis,,,,,, +Test_2023_3,Stellaria angustifolia subsp. angustifolia,Stellaria angustifolia subsp. angustifolia,,,,,, +Test_2023_3,Styphelia viridis,Styphelia viridis,,,,,, +Test_2023_3,Swainsona cadellii,Swainsona cadellii,,,,,, +Test_2023_3,Teucrium puberulum,Teucrium puberulum,,,,,, +Test_2023_3,Thelymitra kangaloonica,Thelymitra kangaloonica,,,,,, +Test_2023_3,Thesium australe,Thesium australe,,,,,, +Test_2023_3,Trifolium dubium,Trifolium dubium,,,,,, +Test_2023_3,Veronica catenata,Veronica catenata,,,,,, +Test_2023_3,Veronica derwentiana,Veronica derwentiana,,,,,, +Test_2023_3,Wahlenbergia luteola,Wahlenbergia luteola,,,,,, diff --git a/tests/testthat/examples/Test_2023_3/output/traits.csv b/tests/testthat/examples/Test_2023_3/output/traits.csv new file mode 100644 index 00000000..9ef3c4e8 --- /dev/null +++ b/tests/testthat/examples/Test_2023_3/output/traits.csv @@ -0,0 +1,195 @@ +dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name +Test_2023_3,Abildgaardia ovata,001,fruit_width,1.2,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Abildgaardia ovata +Test_2023_3,Acacia alpina,002,fruit_width,3,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia alpina +Test_2023_3,Acacia beadleana,003,fruit_width,10.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia beadleana +Test_2023_3,Acacia bulgaensis,004,fruit_length,95,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia bulgaensis +Test_2023_3,Acacia caroleae,005,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia caroleae +Test_2023_3,Acacia crassa,006,fruit_length,40,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia crassa +Test_2023_3,Acacia flexifolia,007,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia flexifolia +Test_2023_3,Acacia gladiiformis,008,fruit_length,150,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia gladiiformis +Test_2023_3,Acacia havilandiorum,009,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia havilandiorum +Test_2023_3,Acacia leiocalyx subsp. leiocalyx,010,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia leiocalyx subsp. leiocalyx +Test_2023_3,Acacia myrtifolia,011,fruit_width,5,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia myrtifolia +Test_2023_3,Acacia ramulosa var. ramulosa,012,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia ramulosa var. ramulosa +Test_2023_3,Acacia spectabilis,013,fruit_length,170,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia spectabilis +Test_2023_3,Acacia terminalis subsp. Glabrous form (M.Hancock 94),014,fruit_width,14,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia terminalis subsp. Glabrous form (M.Hancock 94) +Test_2023_3,Acronychia littoralis,015,fruit_width,20,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Acronychia littoralis +Test_2023_3,Adriana tomentosa,016,fruit_width,12,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,02,04,Adriana tomentosa +Test_2023_3,Alectryon coriaceus,017,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon coriaceus +Test_2023_3,Alectryon oleifolius,018,fruit_width,10,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon oleifolius +Test_2023_3,Alectryon subdentatus,019,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon subdentatus +Test_2023_3,Amyema preissii,020,fruit_colour,pink white,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Amyema preissii +Test_2023_3,Angophora leiocarpa,021,fruit_width,11,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Angophora leiocarpa +Test_2023_3,Apophyllum anomalum,022,fruit_colour,purple,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Apophyllum anomalum +Test_2023_3,Arbutus unedo,023,fruit_colour,red,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Arbutus unedo +Test_2023_3,Australina pusilla,024,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achene,01,04,Australina pusilla +Test_2023_3,Burmannia disticha,025,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Burmannia disticha +Test_2023_3,Bursaria spinosa subsp. spinosa,026,fruit_width,9,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsules,02,04,Bursaria spinosa subsp. spinosa +Test_2023_3,Calendula arvensis,027,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Calendula arvensis +Test_2023_3,Callistemon purpurascens,028,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Callistemon purpurascens +Test_2023_3,Carex cephalotes,029,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex cephalotes +Test_2023_3,Carex cephalotes,029,fruit_width,1,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex cephalotes +Test_2023_3,Carex leporina,030,fruit_length,3.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex leporina +Test_2023_3,Carex raleighii,031,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex raleighii +Test_2023_3,Carmichaelia exsul,032,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Carmichaelia exsul +Test_2023_3,Cassinia compacta,033,fruit_length,0.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Cassinia compacta +Test_2023_3,Castanospermum australe,034,fruit_length,100,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Castanospermum australe +Test_2023_3,Centaurium tenuiflorum,035,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Centaurium tenuiflorum +Test_2023_3,Cestrum nocturnum,036,fruit_width,8,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to berry,01,04,Cestrum nocturnum +Test_2023_3,Chthonocephalus pseudevax,037,fruit_length,0.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Chthonocephalus pseudevax +Test_2023_3,Claoxylon australe,038,fruit_width,5,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Claoxylon australe +Test_2023_3,Commersonia amystia,039,fruit_width,13,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,02,04,Commersonia amystia +Test_2023_3,Commersonia salviifolia,040,fruit_width,5,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Commersonia salviifolia +Test_2023_3,Convolvulus farinosus,041,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Convolvulus farinosus +Test_2023_3,Coprosma niphophila,042,fruit_colour,orange red,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Coprosma niphophila +Test_2023_3,Coprosma nivalis,043,fruit_colour,grey purple,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Coprosma nivalis +Test_2023_3,Correa alba,044,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Correa alba +Test_2023_3,Corymbia citriodora,045,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Corymbia citriodora +Test_2023_3,Corymbia eximia,046,fruit_length,13,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Corymbia eximia +Test_2023_3,Crassula decumbens,047,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Crassula decumbens +Test_2023_3,Crassula peduncularis,048,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Crassula peduncularis +Test_2023_3,Crotalaria brevis,049,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Crotalaria brevis +Test_2023_3,Crotalaria brevis,049,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Crotalaria brevis +Test_2023_3,Crotalaria grahamiana,050,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Crotalaria grahamiana +Test_2023_3,Crotalaria lanceolata,051,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Crotalaria lanceolata +Test_2023_3,Cylindropuntia kleiniae,052,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruits,01,04,Cylindropuntia kleiniae +Test_2023_3,Cyperus albostriatus,053,fruit_colour,black brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Cyperus albostriatus +Test_2023_3,Cyperus betchei,054,fruit_width,0.4,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,02,04,Cyperus betchei +Test_2023_3,Cyperus bulbosus,055,fruit_colour,grey,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Cyperus bulbosus +Test_2023_3,Cyperus laevigatus,056,fruit_width,1.2,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,02,04,Cyperus laevigatus +Test_2023_3,Cyperus sculptus,057,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Cyperus sculptus +Test_2023_3,Dampiera fusca,058,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Dampiera fusca +Test_2023_3,Davidsonia johnsonii,059,fruit_length,30,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Davidsonia johnsonii +Test_2023_3,Daviesia arenaria,060,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Daviesia arenaria +Test_2023_3,Derris involuta,061,fruit_dehiscence,indehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Derris involuta +Test_2023_3,Dichromochlamys dentatifolia,062,fruit_length,1.8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Dichromochlamys dentatifolia +Test_2023_3,Dillwynia cinerascens,063,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Dillwynia cinerascens +Test_2023_3,Dillwynia floribunda,064,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Dillwynia floribunda +Test_2023_3,Dinosperma erythrococcum,065,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to follicles,01,04,Dinosperma erythrococcum +Test_2023_3,Dodonaea petiolaris,066,fruit_length,16,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Dodonaea petiolaris +Test_2023_3,Dodonaea truncatiales,067,fruit_width,17,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Dodonaea truncatiales +Test_2023_3,Dovyalis caffra,068,fruit_colour,orange yellow,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Dovyalis caffra +Test_2023_3,Elaeocarpus grandis,069,fruit_width,20,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Elaeocarpus grandis +Test_2023_3,Eleocharis pallens,070,fruit_length,1.4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Eleocharis pallens +Test_2023_3,Endiandra globosa,071,fruit_width,50,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Endiandra globosa +Test_2023_3,Endiandra muelleri,072,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Endiandra muelleri +Test_2023_3,Epilobium gunnianum,073,fruit_length,75,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Epilobium gunnianum +Test_2023_3,Eremophila deserti,074,fruit_colour,black yellow,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Eremophila deserti +Test_2023_3,Eremophila oppositifolia,075,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eremophila oppositifolia +Test_2023_3,Erigeron conyzoides,076,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Erigeron conyzoides +Test_2023_3,Erythroxylum australe,077,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,02,04,Erythroxylum australe +Test_2023_3,Escallonia bifida,078,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Escallonia bifida +Test_2023_3,Eucalyptus badjensis,079,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus badjensis +Test_2023_3,Eucalyptus camphora,080,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus camphora +Test_2023_3,Eucalyptus dorrigoensis,081,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus dorrigoensis +Test_2023_3,Eucalyptus leucoxylon subsp. pruinosa,082,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Eucalyptus leucoxylon subsp. pruinosa +Test_2023_3,Eucalyptus muelleriana,083,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Eucalyptus muelleriana +Test_2023_3,Eucalyptus nandewarica,084,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus nandewarica +Test_2023_3,Eucalyptus oblonga,085,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus oblonga +Test_2023_3,Eucalyptus olida,086,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus olida +Test_2023_3,Eucalyptus pulverulenta,087,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus pulverulenta +Test_2023_3,Eucalyptus recurva,088,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus recurva +Test_2023_3,Eucalyptus rossii,089,fruit_width,6,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Eucalyptus rossii +Test_2023_3,Eucalyptus scias,090,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Eucalyptus scias +Test_2023_3,Eucalyptus viminalis,091,fruit_width,4,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus viminalis +Test_2023_3,Eucalyptus yangoura,092,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus yangoura +Test_2023_3,Eucalyptus youmanii,093,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus youmanii +Test_2023_3,Eucalyptus youmanii,093,fruit_width,9,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus youmanii +Test_2023_3,Euphorbia inappendiculata var. queenslandica,094,fruit_length,1.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Euphorbia inappendiculata var. queenslandica +Test_2023_3,Exocarpos homalocladus,095,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,02,04,Exocarpos homalocladus +Test_2023_3,Exocarpos sparteus,096,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,01,04,Exocarpos sparteus +Test_2023_3,Ficus henneana,097,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to figs,01,04,Ficus henneana +Test_2023_3,Freesia hybrid,098,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Freesia hybrid +Test_2023_3,Freesia laxa,099,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Freesia laxa +Test_2023_3,Geijera salicifolia,100,fruit_width,6,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Geijera salicifolia +Test_2023_3,Gentiana wingecarribiensis,101,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Gentiana wingecarribiensis +Test_2023_3,Geranium obtusisepalum,103,fruit_length,17,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Geranium obtusisepalum +Test_2023_3,Geranium purpureum subsp. purpureum,104,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Geranium purpureum subsp. purpureum +Test_2023_3,Gompholobium grandiflorum,105,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Gompholobium grandiflorum +Test_2023_3,Goodenia varia,106,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Goodenia varia +Test_2023_3,Gossia bidwillii,107,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Gossia bidwillii +Test_2023_3,Grevillea scortechinii,108,fruit_colour,brown red,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Grevillea scortechinii +Test_2023_3,Grevillea scortechinii,109,flowering_time,yyyyyyyynnnn,,population,mode,expert_score,,literature,adult,pop_unk,,,01,,,01,,,unknown/2022,,01,04,Grevillea scortechinii +Test_2023_3,Grevillea scortechinii,110,flowering_time,nnnnyyyyynnn,,population,mode,expert_score,,literature,adult,pop_unk,,,02,,,01,,,unknown/2022,,01,04,Grevillea scortechinii +Test_2023_3,Hakea macraeana,111,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Hakea macraeana +Test_2023_3,Hemisteptia lyrata,112,fruit_length,2,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Hemisteptia lyrata +Test_2023_3,Hibbertia crinita,113,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Hibbertia crinita +Test_2023_3,Hibiscus brachysiphonius,114,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Hibiscus brachysiphonius +Test_2023_3,Hibiscus sturtii,115,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Hibiscus sturtii +Test_2023_3,Hypericum elodes,116,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Hypericum elodes +Test_2023_3,Hypoxis glabella var. glabella,117,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Hypoxis glabella var. glabella +Test_2023_3,Imperata cylindrica,118,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to caryopsis,01,04,Imperata cylindrica +Test_2023_3,Indigofera triflora,119,fruit_length,30,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Indigofera triflora +Test_2023_3,Ipomoea cairica,120,fruit_length,11,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Ipomoea cairica +Test_2023_3,Isolepis montivaga,121,fruit_length,0.9,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Isolepis montivaga +Test_2023_3,Isotoma axillaris,122,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Isotoma axillaris +Test_2023_3,Isotoma fluviatilis subsp. fluviatilis,123,fruit_width,3,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,02,04,Isotoma fluviatilis subsp. fluviatilis +Test_2023_3,Juncus acutus subsp. acutus,124,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,01,Juncus acutus subsp. acutus +Test_2023_3,Juncus kraussii,125,fruit_colour,black brown red yellow,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Juncus kraussii +Test_2023_3,Lantana montevidensis,126,fruit_colour,black purple,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Lantana montevidensis +Test_2023_3,Lepidium africanum,127,fruit_width,2,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to silicula,02,04,Lepidium africanum +Test_2023_3,Lepidium foliosum,128,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to silicula,01,04,Lepidium foliosum +Test_2023_3,Lepidium oxytrichum,129,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to silicula,01,04,Lepidium oxytrichum +Test_2023_3,Leptomeria drupacea,131,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,01,04,Leptomeria drupacea +Test_2023_3,Leptospermum continentale,132,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Leptospermum continentale +Test_2023_3,Leptospermum obovatum,133,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Leptospermum obovatum +Test_2023_3,Leucopogon amplexicaulis,134,fruit_length,3.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Leucopogon amplexicaulis +Test_2023_3,Lobelia pedunculata,135,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Lobelia pedunculata +Test_2023_3,Lobelia trigonocaulis,136,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Lobelia trigonocaulis +Test_2023_3,Lotononis bainesii,137,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Lotononis bainesii +Test_2023_3,Lotus corniculatus,138,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Lotus corniculatus +Test_2023_3,Lupinus polyphyllus,139,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Lupinus polyphyllus +Test_2023_3,Medicago orbicularis,140,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Medicago orbicularis +Test_2023_3,Melichrus procumbens,141,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Melichrus procumbens +Test_2023_3,Mischocarpus australis,142,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,02,04,Mischocarpus australis +Test_2023_3,Muehlenbeckia adpressa,143,fruit_colour,black brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Muehlenbeckia adpressa +Test_2023_3,Myoporum boninense subsp. australe,144,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Myoporum boninense subsp. australe +Test_2023_3,Nicotiana glauca,145,fruit_length,13,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Nicotiana glauca +Test_2023_3,Nicotiana goodspeedii,146,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Nicotiana goodspeedii +Test_2023_3,Oxalis corniculata,147,fruit_width,1.5,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Oxalis corniculata +Test_2023_3,Pandorea pandorana subsp. austrocaledonica,148,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Pandorea pandorana subsp. austrocaledonica +Test_2023_3,Paraserianthes lophantha,149,fruit_width,25,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,02,04,Paraserianthes lophantha +Test_2023_3,Parentucellia latifolia,150,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Parentucellia latifolia +Test_2023_3,Phlegmatospermum cochlearinum,151,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to silicula,01,04,Phlegmatospermum cochlearinum +Test_2023_3,Phyla nodiflora,152,fruit_width,2,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Phyla nodiflora +Test_2023_3,Picris barbarorum,153,fruit_length,7.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to cypselas,01,04,Picris barbarorum +Test_2023_3,Pimelea ligustrina subsp. ligustrina,154,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,03,Pimelea ligustrina subsp. ligustrina +Test_2023_3,Pinus pinea,155,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Pinus pinea +Test_2023_3,Pinus pinea,156,flowering_time,nyyynnnnnnnn,,population,mode,expert_score,,literature,adult,pop_unk,,,01,,,01,,,unknown/2022,,01,04,Pinus pinea +Test_2023_3,Pinus pinea,157,flowering_time,nnnynnnnnnnn,,population,mode,expert_score,,literature,adult,pop_unk,,,02,,,01,,,unknown/2022,,01,04,Pinus pinea +Test_2023_3,Pisum sativum var. arvense,158,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Pisum sativum var. arvense +Test_2023_3,Pittosporum erioloma,159,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Pittosporum erioloma +Test_2023_3,Plantago turrifera,160,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Plantago turrifera +Test_2023_3,Polycarpon tetraphyllum,161,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Polycarpon tetraphyllum +Test_2023_3,Potamogeton australiensis,162,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Potamogeton australiensis +Test_2023_3,Psoralea pinnata,163,fruit_width,2.5,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruits,01,04,Psoralea pinnata +Test_2023_3,Pultenaea ferruginea,164,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Pultenaea ferruginea +Test_2023_3,Rhodamnia argentea,165,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Rhodamnia argentea +Test_2023_3,Rhodamnia argentea,165,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Rhodamnia argentea +Test_2023_3,Rorippa gigantea,166,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to siliqua,01,04,Rorippa gigantea +Test_2023_3,Rubus parvifolius,167,fruit_colour,red,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Rubus parvifolius +Test_2023_3,Salix alba,168,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Salix alba +Test_2023_3,Schenkia australis,169,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Schenkia australis +Test_2023_3,Schoenus apogon,170,fruit_colour,white,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Schoenus apogon +Test_2023_3,Schoenus brevifolius,171,fruit_width,0.7,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,02,04,Schoenus brevifolius +Test_2023_3,Schoenus lepidosperma,172,fruit_width,2.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,02,04,Schoenus lepidosperma +Test_2023_3,Schoenus vaginatus,173,fruit_colour,brown red yellow,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Schoenus vaginatus +Test_2023_3,Scleria rugosa,174,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Scleria rugosa +Test_2023_3,Senecio longipilus,175,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Senecio longipilus +Test_2023_3,Sida goniocarpa,176,fruit_width,7,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Sida goniocarpa +Test_2023_3,Sigesbeckia orientalis,177,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Sigesbeckia orientalis +Test_2023_3,Sigesbeckia orientalis,179,flowering_time,nnnnnyyynnnn,,population,mode,expert_score,,literature,adult,pop_unk,,,02,,,01,,,unknown/2022,,01,04,Sigesbeckia orientalis +Test_2023_3,Sisymbrium irio,180,fruit_length,25,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to siliqua,01,04,Sisymbrium irio +Test_2023_3,Sparaxis bulbifera,181,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Sparaxis bulbifera +Test_2023_3,Spergularia diandra,182,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Spergularia diandra +Test_2023_3,Sphaeromorphaea littoralis,183,fruit_length,1.3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Sphaeromorphaea littoralis +Test_2023_3,Stellaria angustifolia subsp. angustifolia,184,fruit_length,8.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Stellaria angustifolia subsp. angustifolia +Test_2023_3,Styphelia viridis,185,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Styphelia viridis +Test_2023_3,Swainsona cadellii,186,fruit_length,25,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Swainsona cadellii +Test_2023_3,Teucrium puberulum,187,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,02,04,Teucrium puberulum +Test_2023_3,Thelymitra kangaloonica,188,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsules,01,04,Thelymitra kangaloonica +Test_2023_3,Thesium australe,189,fruit_width,2.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Thesium australe +Test_2023_3,Trifolium dubium,190,fruit_length,2,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Trifolium dubium +Test_2023_3,Veronica catenata,191,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Veronica catenata +Test_2023_3,Veronica derwentiana,192,fruit_length,2.8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Veronica derwentiana +Test_2023_3,Wahlenbergia luteola,193,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Wahlenbergia luteola From 6b2af6379ebb6f427dffbfb55d49057fb83470c5 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 10:44:59 +1100 Subject: [PATCH 37/45] Regenerate output --- .../Test_2023_3/output/excluded_data.csv | 6 +- .../examples/Test_2023_3/output/traits.csv | 382 +++++++++--------- 2 files changed, 194 insertions(+), 194 deletions(-) diff --git a/tests/testthat/examples/Test_2023_3/output/excluded_data.csv b/tests/testthat/examples/Test_2023_3/output/excluded_data.csv index de8bdb63..1ad360dc 100644 --- a/tests/testthat/examples/Test_2023_3/output/excluded_data.csv +++ b/tests/testthat/examples/Test_2023_3/output/excluded_data.csv @@ -1,4 +1,4 @@ error,dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Unsupported trait value,Test_2023_3,Gentianella barringtonensis,102,fruit_colour,brunneous,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Gentianella barringtonensis -Value out of allowable range,Test_2023_3,Lepidosperma gladiatum,130,fruit_length,3000,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Lepidosperma gladiatum -Time can only contain Y & Ns,Test_2023_3,Sigesbeckia orientalis,178,flowering_time,nynnnnn134,,population,mode,expert_score,,literature,adult,pop_unk,,,01,,,01,,,unknown/2022,,01,04,Sigesbeckia orientalis +Unsupported trait value,Test_2023_3,Gentianella barringtonensis,102,fruit_colour,brunneous,,species,mean,expert_score,,literature,adult,,,,01,,01,01,,,unknown/2022,,01,02,Gentianella barringtonensis +Value out of allowable range,Test_2023_3,Lepidosperma gladiatum,130,fruit_length,3000,mm,species,mean,measurement,3,literature,adult,,,,01,,01,01,,,unknown/2022,Trait value refers to nut,01,04,Lepidosperma gladiatum +Time can only contain Y & Ns,Test_2023_3,Sigesbeckia orientalis,177,flowering_time,nynnnnn134,,population,mode,expert_score,,literature,adult,01,,,01,,02,01,,,unknown/2022,,01,04,Sigesbeckia orientalis diff --git a/tests/testthat/examples/Test_2023_3/output/traits.csv b/tests/testthat/examples/Test_2023_3/output/traits.csv index 9ef3c4e8..e485a6f8 100644 --- a/tests/testthat/examples/Test_2023_3/output/traits.csv +++ b/tests/testthat/examples/Test_2023_3/output/traits.csv @@ -1,195 +1,195 @@ dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Test_2023_3,Abildgaardia ovata,001,fruit_width,1.2,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Abildgaardia ovata -Test_2023_3,Acacia alpina,002,fruit_width,3,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia alpina -Test_2023_3,Acacia beadleana,003,fruit_width,10.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia beadleana -Test_2023_3,Acacia bulgaensis,004,fruit_length,95,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia bulgaensis -Test_2023_3,Acacia caroleae,005,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia caroleae +Test_2023_3,Abildgaardia ovata,001,fruit_width,1.2,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,01,04,Abildgaardia ovata +Test_2023_3,Acacia alpina,002,fruit_width,3,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia alpina +Test_2023_3,Acacia beadleana,003,fruit_width,10.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia beadleana +Test_2023_3,Acacia bulgaensis,004,fruit_length,95,mm,species,mean,measurement,3,literature,adult,,,,01,,01,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia bulgaensis +Test_2023_3,Acacia caroleae,005,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia caroleae Test_2023_3,Acacia crassa,006,fruit_length,40,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia crassa -Test_2023_3,Acacia flexifolia,007,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia flexifolia -Test_2023_3,Acacia gladiiformis,008,fruit_length,150,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia gladiiformis -Test_2023_3,Acacia havilandiorum,009,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia havilandiorum -Test_2023_3,Acacia leiocalyx subsp. leiocalyx,010,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia leiocalyx subsp. leiocalyx -Test_2023_3,Acacia myrtifolia,011,fruit_width,5,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia myrtifolia -Test_2023_3,Acacia ramulosa var. ramulosa,012,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia ramulosa var. ramulosa -Test_2023_3,Acacia spectabilis,013,fruit_length,170,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia spectabilis -Test_2023_3,Acacia terminalis subsp. Glabrous form (M.Hancock 94),014,fruit_width,14,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia terminalis subsp. Glabrous form (M.Hancock 94) -Test_2023_3,Acronychia littoralis,015,fruit_width,20,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Acronychia littoralis -Test_2023_3,Adriana tomentosa,016,fruit_width,12,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,02,04,Adriana tomentosa -Test_2023_3,Alectryon coriaceus,017,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon coriaceus -Test_2023_3,Alectryon oleifolius,018,fruit_width,10,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon oleifolius -Test_2023_3,Alectryon subdentatus,019,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon subdentatus -Test_2023_3,Amyema preissii,020,fruit_colour,pink white,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Amyema preissii -Test_2023_3,Angophora leiocarpa,021,fruit_width,11,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Angophora leiocarpa -Test_2023_3,Apophyllum anomalum,022,fruit_colour,purple,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Apophyllum anomalum -Test_2023_3,Arbutus unedo,023,fruit_colour,red,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Arbutus unedo -Test_2023_3,Australina pusilla,024,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achene,01,04,Australina pusilla -Test_2023_3,Burmannia disticha,025,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Burmannia disticha -Test_2023_3,Bursaria spinosa subsp. spinosa,026,fruit_width,9,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsules,02,04,Bursaria spinosa subsp. spinosa -Test_2023_3,Calendula arvensis,027,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Calendula arvensis -Test_2023_3,Callistemon purpurascens,028,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Callistemon purpurascens -Test_2023_3,Carex cephalotes,029,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex cephalotes -Test_2023_3,Carex cephalotes,029,fruit_width,1,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex cephalotes -Test_2023_3,Carex leporina,030,fruit_length,3.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex leporina -Test_2023_3,Carex raleighii,031,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex raleighii -Test_2023_3,Carmichaelia exsul,032,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Carmichaelia exsul -Test_2023_3,Cassinia compacta,033,fruit_length,0.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Cassinia compacta -Test_2023_3,Castanospermum australe,034,fruit_length,100,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Castanospermum australe -Test_2023_3,Centaurium tenuiflorum,035,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Centaurium tenuiflorum -Test_2023_3,Cestrum nocturnum,036,fruit_width,8,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to berry,01,04,Cestrum nocturnum -Test_2023_3,Chthonocephalus pseudevax,037,fruit_length,0.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Chthonocephalus pseudevax -Test_2023_3,Claoxylon australe,038,fruit_width,5,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Claoxylon australe +Test_2023_3,Acacia flexifolia,007,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia flexifolia +Test_2023_3,Acacia gladiiformis,008,fruit_length,150,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia gladiiformis +Test_2023_3,Acacia havilandiorum,009,fruit_width,2,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia havilandiorum +Test_2023_3,Acacia leiocalyx subsp. leiocalyx,010,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia leiocalyx subsp. leiocalyx +Test_2023_3,Acacia myrtifolia,011,fruit_width,5,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia myrtifolia +Test_2023_3,Acacia ramulosa var. ramulosa,012,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia ramulosa var. ramulosa +Test_2023_3,Acacia spectabilis,013,fruit_length,170,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Acacia spectabilis +Test_2023_3,Acacia terminalis subsp. Glabrous form (M.Hancock 94),014,fruit_width,14,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,02,04,Acacia terminalis subsp. Glabrous form (M.Hancock 94) +Test_2023_3,Acronychia littoralis,015,fruit_width,20,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,02,04,Acronychia littoralis +Test_2023_3,Adriana tomentosa,016,fruit_width,12,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,02,04,Adriana tomentosa +Test_2023_3,Alectryon coriaceus,017,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon coriaceus +Test_2023_3,Alectryon oleifolius,018,fruit_width,10,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon oleifolius +Test_2023_3,Alectryon subdentatus,019,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,01,01,,,unknown/2022,Trait value refers to capsule,01,04,Alectryon subdentatus +Test_2023_3,Amyema preissii,020,fruit_colour,pink white,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Amyema preissii +Test_2023_3,Angophora leiocarpa,021,fruit_width,11,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,02,04,Angophora leiocarpa +Test_2023_3,Apophyllum anomalum,022,fruit_colour,purple,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Apophyllum anomalum +Test_2023_3,Arbutus unedo,023,fruit_colour,red,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Arbutus unedo +Test_2023_3,Australina pusilla,024,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achene,01,04,Australina pusilla +Test_2023_3,Burmannia disticha,025,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Burmannia disticha +Test_2023_3,Bursaria spinosa subsp. spinosa,026,fruit_width,9,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsules,02,04,Bursaria spinosa subsp. spinosa +Test_2023_3,Calendula arvensis,027,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Calendula arvensis +Test_2023_3,Callistemon purpurascens,028,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Callistemon purpurascens +Test_2023_3,Carex cephalotes,029,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex cephalotes +Test_2023_3,Carex cephalotes,029,fruit_width,1,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex cephalotes +Test_2023_3,Carex leporina,030,fruit_length,3.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex leporina +Test_2023_3,Carex raleighii,031,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to utricles,01,04,Carex raleighii +Test_2023_3,Carmichaelia exsul,032,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Carmichaelia exsul +Test_2023_3,Cassinia compacta,033,fruit_length,0.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Cassinia compacta +Test_2023_3,Castanospermum australe,034,fruit_length,100,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Castanospermum australe +Test_2023_3,Centaurium tenuiflorum,035,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Centaurium tenuiflorum +Test_2023_3,Cestrum nocturnum,036,fruit_width,8,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to berry,01,04,Cestrum nocturnum +Test_2023_3,Chthonocephalus pseudevax,037,fruit_length,0.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Chthonocephalus pseudevax +Test_2023_3,Claoxylon australe,038,fruit_width,5,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Claoxylon australe Test_2023_3,Commersonia amystia,039,fruit_width,13,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,02,04,Commersonia amystia -Test_2023_3,Commersonia salviifolia,040,fruit_width,5,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Commersonia salviifolia -Test_2023_3,Convolvulus farinosus,041,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Convolvulus farinosus -Test_2023_3,Coprosma niphophila,042,fruit_colour,orange red,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Coprosma niphophila -Test_2023_3,Coprosma nivalis,043,fruit_colour,grey purple,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Coprosma nivalis -Test_2023_3,Correa alba,044,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Correa alba -Test_2023_3,Corymbia citriodora,045,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Corymbia citriodora -Test_2023_3,Corymbia eximia,046,fruit_length,13,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Corymbia eximia -Test_2023_3,Crassula decumbens,047,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Crassula decumbens -Test_2023_3,Crassula peduncularis,048,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Crassula peduncularis -Test_2023_3,Crotalaria brevis,049,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Crotalaria brevis -Test_2023_3,Crotalaria brevis,049,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Crotalaria brevis -Test_2023_3,Crotalaria grahamiana,050,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Crotalaria grahamiana -Test_2023_3,Crotalaria lanceolata,051,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Crotalaria lanceolata -Test_2023_3,Cylindropuntia kleiniae,052,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruits,01,04,Cylindropuntia kleiniae -Test_2023_3,Cyperus albostriatus,053,fruit_colour,black brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Cyperus albostriatus -Test_2023_3,Cyperus betchei,054,fruit_width,0.4,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,02,04,Cyperus betchei -Test_2023_3,Cyperus bulbosus,055,fruit_colour,grey,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Cyperus bulbosus -Test_2023_3,Cyperus laevigatus,056,fruit_width,1.2,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,02,04,Cyperus laevigatus -Test_2023_3,Cyperus sculptus,057,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Cyperus sculptus -Test_2023_3,Dampiera fusca,058,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Dampiera fusca -Test_2023_3,Davidsonia johnsonii,059,fruit_length,30,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Davidsonia johnsonii -Test_2023_3,Daviesia arenaria,060,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Daviesia arenaria -Test_2023_3,Derris involuta,061,fruit_dehiscence,indehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Derris involuta -Test_2023_3,Dichromochlamys dentatifolia,062,fruit_length,1.8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Dichromochlamys dentatifolia -Test_2023_3,Dillwynia cinerascens,063,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Dillwynia cinerascens -Test_2023_3,Dillwynia floribunda,064,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Dillwynia floribunda -Test_2023_3,Dinosperma erythrococcum,065,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to follicles,01,04,Dinosperma erythrococcum -Test_2023_3,Dodonaea petiolaris,066,fruit_length,16,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Dodonaea petiolaris -Test_2023_3,Dodonaea truncatiales,067,fruit_width,17,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Dodonaea truncatiales -Test_2023_3,Dovyalis caffra,068,fruit_colour,orange yellow,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Dovyalis caffra -Test_2023_3,Elaeocarpus grandis,069,fruit_width,20,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Elaeocarpus grandis -Test_2023_3,Eleocharis pallens,070,fruit_length,1.4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Eleocharis pallens -Test_2023_3,Endiandra globosa,071,fruit_width,50,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Endiandra globosa -Test_2023_3,Endiandra muelleri,072,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Endiandra muelleri -Test_2023_3,Epilobium gunnianum,073,fruit_length,75,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Epilobium gunnianum -Test_2023_3,Eremophila deserti,074,fruit_colour,black yellow,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Eremophila deserti -Test_2023_3,Eremophila oppositifolia,075,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eremophila oppositifolia -Test_2023_3,Erigeron conyzoides,076,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Erigeron conyzoides -Test_2023_3,Erythroxylum australe,077,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,02,04,Erythroxylum australe -Test_2023_3,Escallonia bifida,078,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Escallonia bifida -Test_2023_3,Eucalyptus badjensis,079,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus badjensis -Test_2023_3,Eucalyptus camphora,080,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus camphora -Test_2023_3,Eucalyptus dorrigoensis,081,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus dorrigoensis -Test_2023_3,Eucalyptus leucoxylon subsp. pruinosa,082,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Eucalyptus leucoxylon subsp. pruinosa -Test_2023_3,Eucalyptus muelleriana,083,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Eucalyptus muelleriana -Test_2023_3,Eucalyptus nandewarica,084,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus nandewarica -Test_2023_3,Eucalyptus oblonga,085,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus oblonga -Test_2023_3,Eucalyptus olida,086,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus olida -Test_2023_3,Eucalyptus pulverulenta,087,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus pulverulenta -Test_2023_3,Eucalyptus recurva,088,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus recurva -Test_2023_3,Eucalyptus rossii,089,fruit_width,6,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Eucalyptus rossii -Test_2023_3,Eucalyptus scias,090,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Eucalyptus scias -Test_2023_3,Eucalyptus viminalis,091,fruit_width,4,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus viminalis -Test_2023_3,Eucalyptus yangoura,092,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus yangoura -Test_2023_3,Eucalyptus youmanii,093,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus youmanii -Test_2023_3,Eucalyptus youmanii,093,fruit_width,9,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus youmanii -Test_2023_3,Euphorbia inappendiculata var. queenslandica,094,fruit_length,1.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Euphorbia inappendiculata var. queenslandica -Test_2023_3,Exocarpos homalocladus,095,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,02,04,Exocarpos homalocladus -Test_2023_3,Exocarpos sparteus,096,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,01,04,Exocarpos sparteus -Test_2023_3,Ficus henneana,097,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to figs,01,04,Ficus henneana -Test_2023_3,Freesia hybrid,098,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Freesia hybrid -Test_2023_3,Freesia laxa,099,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Freesia laxa -Test_2023_3,Geijera salicifolia,100,fruit_width,6,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Geijera salicifolia -Test_2023_3,Gentiana wingecarribiensis,101,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Gentiana wingecarribiensis -Test_2023_3,Geranium obtusisepalum,103,fruit_length,17,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Geranium obtusisepalum -Test_2023_3,Geranium purpureum subsp. purpureum,104,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Geranium purpureum subsp. purpureum +Test_2023_3,Commersonia salviifolia,040,fruit_width,5,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Commersonia salviifolia +Test_2023_3,Convolvulus farinosus,041,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Convolvulus farinosus +Test_2023_3,Coprosma niphophila,042,fruit_colour,orange red,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Coprosma niphophila +Test_2023_3,Coprosma nivalis,043,fruit_colour,grey purple,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Coprosma nivalis +Test_2023_3,Correa alba,044,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Correa alba +Test_2023_3,Corymbia citriodora,045,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Corymbia citriodora +Test_2023_3,Corymbia eximia,046,fruit_length,13,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Corymbia eximia +Test_2023_3,Crassula decumbens,047,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Crassula decumbens +Test_2023_3,Crassula peduncularis,048,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Crassula peduncularis +Test_2023_3,Crotalaria brevis,049,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Crotalaria brevis +Test_2023_3,Crotalaria brevis,049,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Crotalaria brevis +Test_2023_3,Crotalaria grahamiana,050,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Crotalaria grahamiana +Test_2023_3,Crotalaria lanceolata,051,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Crotalaria lanceolata +Test_2023_3,Cylindropuntia kleiniae,052,fruit_length,20,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruits,01,04,Cylindropuntia kleiniae +Test_2023_3,Cyperus albostriatus,053,fruit_colour,black brown,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Cyperus albostriatus +Test_2023_3,Cyperus betchei,054,fruit_width,0.4,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,02,04,Cyperus betchei +Test_2023_3,Cyperus bulbosus,055,fruit_colour,grey,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Cyperus bulbosus +Test_2023_3,Cyperus laevigatus,056,fruit_width,1.2,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,02,04,Cyperus laevigatus +Test_2023_3,Cyperus sculptus,057,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,01,04,Cyperus sculptus +Test_2023_3,Dampiera fusca,058,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Dampiera fusca +Test_2023_3,Davidsonia johnsonii,059,fruit_length,30,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Davidsonia johnsonii +Test_2023_3,Daviesia arenaria,060,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Daviesia arenaria +Test_2023_3,Derris involuta,061,fruit_dehiscence,indehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Derris involuta +Test_2023_3,Dichromochlamys dentatifolia,062,fruit_length,1.8,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Dichromochlamys dentatifolia +Test_2023_3,Dillwynia cinerascens,063,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Dillwynia cinerascens +Test_2023_3,Dillwynia floribunda,064,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Dillwynia floribunda +Test_2023_3,Dinosperma erythrococcum,065,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to follicles,01,04,Dinosperma erythrococcum +Test_2023_3,Dodonaea petiolaris,066,fruit_length,16,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Dodonaea petiolaris +Test_2023_3,Dodonaea truncatiales,067,fruit_width,17,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Dodonaea truncatiales +Test_2023_3,Dovyalis caffra,068,fruit_colour,orange yellow,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Dovyalis caffra +Test_2023_3,Elaeocarpus grandis,069,fruit_width,20,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Elaeocarpus grandis +Test_2023_3,Eleocharis pallens,070,fruit_length,1.4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,01,04,Eleocharis pallens +Test_2023_3,Endiandra globosa,071,fruit_width,50,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,02,04,Endiandra globosa +Test_2023_3,Endiandra muelleri,072,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Endiandra muelleri +Test_2023_3,Epilobium gunnianum,073,fruit_length,75,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Epilobium gunnianum +Test_2023_3,Eremophila deserti,074,fruit_colour,black yellow,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Eremophila deserti +Test_2023_3,Eremophila oppositifolia,075,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eremophila oppositifolia +Test_2023_3,Erigeron conyzoides,076,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Erigeron conyzoides +Test_2023_3,Erythroxylum australe,077,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to drupe,02,04,Erythroxylum australe +Test_2023_3,Escallonia bifida,078,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Escallonia bifida +Test_2023_3,Eucalyptus badjensis,079,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus badjensis +Test_2023_3,Eucalyptus camphora,080,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus camphora +Test_2023_3,Eucalyptus dorrigoensis,081,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,01,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus dorrigoensis +Test_2023_3,Eucalyptus leucoxylon subsp. pruinosa,082,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Eucalyptus leucoxylon subsp. pruinosa +Test_2023_3,Eucalyptus muelleriana,083,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Eucalyptus muelleriana +Test_2023_3,Eucalyptus nandewarica,084,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus nandewarica +Test_2023_3,Eucalyptus oblonga,085,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus oblonga +Test_2023_3,Eucalyptus olida,086,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus olida +Test_2023_3,Eucalyptus pulverulenta,087,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus pulverulenta +Test_2023_3,Eucalyptus recurva,088,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus recurva +Test_2023_3,Eucalyptus rossii,089,fruit_width,6,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,02,04,Eucalyptus rossii +Test_2023_3,Eucalyptus scias,090,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Eucalyptus scias +Test_2023_3,Eucalyptus viminalis,091,fruit_width,4,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus viminalis +Test_2023_3,Eucalyptus yangoura,092,fruit_width,6,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus yangoura +Test_2023_3,Eucalyptus youmanii,093,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus youmanii +Test_2023_3,Eucalyptus youmanii,093,fruit_width,9,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Eucalyptus youmanii +Test_2023_3,Euphorbia inappendiculata var. queenslandica,094,fruit_length,1.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Euphorbia inappendiculata var. queenslandica +Test_2023_3,Exocarpos homalocladus,095,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,01,01,,,unknown/2022,Trait value refers to drupe,02,04,Exocarpos homalocladus +Test_2023_3,Exocarpos sparteus,096,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to drupe,01,04,Exocarpos sparteus +Test_2023_3,Ficus henneana,097,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to figs,01,04,Ficus henneana +Test_2023_3,Freesia hybrid,098,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Freesia hybrid +Test_2023_3,Freesia laxa,099,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Freesia laxa +Test_2023_3,Geijera salicifolia,100,fruit_width,6,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,02,04,Geijera salicifolia +Test_2023_3,Gentiana wingecarribiensis,101,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Gentiana wingecarribiensis +Test_2023_3,Geranium obtusisepalum,103,fruit_length,17,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Geranium obtusisepalum +Test_2023_3,Geranium purpureum subsp. purpureum,104,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Geranium purpureum subsp. purpureum Test_2023_3,Gompholobium grandiflorum,105,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Gompholobium grandiflorum -Test_2023_3,Goodenia varia,106,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Goodenia varia -Test_2023_3,Gossia bidwillii,107,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Gossia bidwillii -Test_2023_3,Grevillea scortechinii,108,fruit_colour,brown red,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Grevillea scortechinii -Test_2023_3,Grevillea scortechinii,109,flowering_time,yyyyyyyynnnn,,population,mode,expert_score,,literature,adult,pop_unk,,,01,,,01,,,unknown/2022,,01,04,Grevillea scortechinii -Test_2023_3,Grevillea scortechinii,110,flowering_time,nnnnyyyyynnn,,population,mode,expert_score,,literature,adult,pop_unk,,,02,,,01,,,unknown/2022,,01,04,Grevillea scortechinii -Test_2023_3,Hakea macraeana,111,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Hakea macraeana -Test_2023_3,Hemisteptia lyrata,112,fruit_length,2,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Hemisteptia lyrata -Test_2023_3,Hibbertia crinita,113,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Hibbertia crinita -Test_2023_3,Hibiscus brachysiphonius,114,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Hibiscus brachysiphonius -Test_2023_3,Hibiscus sturtii,115,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Hibiscus sturtii -Test_2023_3,Hypericum elodes,116,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Hypericum elodes -Test_2023_3,Hypoxis glabella var. glabella,117,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Hypoxis glabella var. glabella -Test_2023_3,Imperata cylindrica,118,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to caryopsis,01,04,Imperata cylindrica -Test_2023_3,Indigofera triflora,119,fruit_length,30,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pods,01,04,Indigofera triflora -Test_2023_3,Ipomoea cairica,120,fruit_length,11,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Ipomoea cairica -Test_2023_3,Isolepis montivaga,121,fruit_length,0.9,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Isolepis montivaga -Test_2023_3,Isotoma axillaris,122,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Isotoma axillaris -Test_2023_3,Isotoma fluviatilis subsp. fluviatilis,123,fruit_width,3,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,02,04,Isotoma fluviatilis subsp. fluviatilis -Test_2023_3,Juncus acutus subsp. acutus,124,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,01,Juncus acutus subsp. acutus -Test_2023_3,Juncus kraussii,125,fruit_colour,black brown red yellow,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Juncus kraussii -Test_2023_3,Lantana montevidensis,126,fruit_colour,black purple,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Lantana montevidensis -Test_2023_3,Lepidium africanum,127,fruit_width,2,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to silicula,02,04,Lepidium africanum -Test_2023_3,Lepidium foliosum,128,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to silicula,01,04,Lepidium foliosum -Test_2023_3,Lepidium oxytrichum,129,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to silicula,01,04,Lepidium oxytrichum -Test_2023_3,Leptomeria drupacea,131,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,01,04,Leptomeria drupacea -Test_2023_3,Leptospermum continentale,132,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Leptospermum continentale -Test_2023_3,Leptospermum obovatum,133,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Leptospermum obovatum -Test_2023_3,Leucopogon amplexicaulis,134,fruit_length,3.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Leucopogon amplexicaulis -Test_2023_3,Lobelia pedunculata,135,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Lobelia pedunculata -Test_2023_3,Lobelia trigonocaulis,136,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Lobelia trigonocaulis -Test_2023_3,Lotononis bainesii,137,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Lotononis bainesii -Test_2023_3,Lotus corniculatus,138,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Lotus corniculatus -Test_2023_3,Lupinus polyphyllus,139,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Lupinus polyphyllus -Test_2023_3,Medicago orbicularis,140,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Medicago orbicularis -Test_2023_3,Melichrus procumbens,141,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Melichrus procumbens -Test_2023_3,Mischocarpus australis,142,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,02,04,Mischocarpus australis -Test_2023_3,Muehlenbeckia adpressa,143,fruit_colour,black brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Muehlenbeckia adpressa -Test_2023_3,Myoporum boninense subsp. australe,144,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Myoporum boninense subsp. australe -Test_2023_3,Nicotiana glauca,145,fruit_length,13,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Nicotiana glauca -Test_2023_3,Nicotiana goodspeedii,146,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Nicotiana goodspeedii -Test_2023_3,Oxalis corniculata,147,fruit_width,1.5,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Oxalis corniculata -Test_2023_3,Pandorea pandorana subsp. austrocaledonica,148,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Pandorea pandorana subsp. austrocaledonica -Test_2023_3,Paraserianthes lophantha,149,fruit_width,25,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,02,04,Paraserianthes lophantha -Test_2023_3,Parentucellia latifolia,150,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Parentucellia latifolia -Test_2023_3,Phlegmatospermum cochlearinum,151,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to silicula,01,04,Phlegmatospermum cochlearinum -Test_2023_3,Phyla nodiflora,152,fruit_width,2,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Phyla nodiflora -Test_2023_3,Picris barbarorum,153,fruit_length,7.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to cypselas,01,04,Picris barbarorum -Test_2023_3,Pimelea ligustrina subsp. ligustrina,154,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,03,Pimelea ligustrina subsp. ligustrina -Test_2023_3,Pinus pinea,155,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Pinus pinea -Test_2023_3,Pinus pinea,156,flowering_time,nyyynnnnnnnn,,population,mode,expert_score,,literature,adult,pop_unk,,,01,,,01,,,unknown/2022,,01,04,Pinus pinea -Test_2023_3,Pinus pinea,157,flowering_time,nnnynnnnnnnn,,population,mode,expert_score,,literature,adult,pop_unk,,,02,,,01,,,unknown/2022,,01,04,Pinus pinea -Test_2023_3,Pisum sativum var. arvense,158,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Pisum sativum var. arvense -Test_2023_3,Pittosporum erioloma,159,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Pittosporum erioloma -Test_2023_3,Plantago turrifera,160,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Plantago turrifera -Test_2023_3,Polycarpon tetraphyllum,161,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Polycarpon tetraphyllum -Test_2023_3,Potamogeton australiensis,162,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Potamogeton australiensis -Test_2023_3,Psoralea pinnata,163,fruit_width,2.5,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruits,01,04,Psoralea pinnata -Test_2023_3,Pultenaea ferruginea,164,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Pultenaea ferruginea -Test_2023_3,Rhodamnia argentea,165,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Rhodamnia argentea -Test_2023_3,Rhodamnia argentea,165,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Rhodamnia argentea -Test_2023_3,Rorippa gigantea,166,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to siliqua,01,04,Rorippa gigantea -Test_2023_3,Rubus parvifolius,167,fruit_colour,red,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Rubus parvifolius -Test_2023_3,Salix alba,168,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Salix alba -Test_2023_3,Schenkia australis,169,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Schenkia australis -Test_2023_3,Schoenus apogon,170,fruit_colour,white,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Schoenus apogon -Test_2023_3,Schoenus brevifolius,171,fruit_width,0.7,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,02,04,Schoenus brevifolius -Test_2023_3,Schoenus lepidosperma,172,fruit_width,2.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,02,04,Schoenus lepidosperma -Test_2023_3,Schoenus vaginatus,173,fruit_colour,brown red yellow,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Schoenus vaginatus -Test_2023_3,Scleria rugosa,174,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to nut,01,04,Scleria rugosa -Test_2023_3,Senecio longipilus,175,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Senecio longipilus -Test_2023_3,Sida goniocarpa,176,fruit_width,7,mm,species,minimum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Sida goniocarpa -Test_2023_3,Sigesbeckia orientalis,177,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Sigesbeckia orientalis -Test_2023_3,Sigesbeckia orientalis,179,flowering_time,nnnnnyyynnnn,,population,mode,expert_score,,literature,adult,pop_unk,,,02,,,01,,,unknown/2022,,01,04,Sigesbeckia orientalis -Test_2023_3,Sisymbrium irio,180,fruit_length,25,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to siliqua,01,04,Sisymbrium irio -Test_2023_3,Sparaxis bulbifera,181,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,04,Sparaxis bulbifera -Test_2023_3,Spergularia diandra,182,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Spergularia diandra -Test_2023_3,Sphaeromorphaea littoralis,183,fruit_length,1.3,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to achenes,01,04,Sphaeromorphaea littoralis -Test_2023_3,Stellaria angustifolia subsp. angustifolia,184,fruit_length,8.5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Stellaria angustifolia subsp. angustifolia -Test_2023_3,Styphelia viridis,185,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,01,04,Styphelia viridis -Test_2023_3,Swainsona cadellii,186,fruit_length,25,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Swainsona cadellii -Test_2023_3,Teucrium puberulum,187,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to drupe,02,04,Teucrium puberulum -Test_2023_3,Thelymitra kangaloonica,188,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsules,01,04,Thelymitra kangaloonica -Test_2023_3,Thesium australe,189,fruit_width,2.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to fruit,02,04,Thesium australe -Test_2023_3,Trifolium dubium,190,fruit_length,2,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to pod,01,04,Trifolium dubium -Test_2023_3,Veronica catenata,191,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,,01,,,unknown/2022,,01,02,Veronica catenata -Test_2023_3,Veronica derwentiana,192,fruit_length,2.8,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Veronica derwentiana -Test_2023_3,Wahlenbergia luteola,193,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,,01,,,unknown/2022,Trait value refers to capsule,01,04,Wahlenbergia luteola +Test_2023_3,Goodenia varia,106,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Goodenia varia +Test_2023_3,Gossia bidwillii,107,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Gossia bidwillii +Test_2023_3,Grevillea scortechinii,108,flowering_time,nnnnyyyyynnn,,population,mode,expert_score,,literature,adult,01,,,02,,02,01,,,unknown/2022,,01,04,Grevillea scortechinii +Test_2023_3,Grevillea scortechinii,109,flowering_time,yyyyyyyynnnn,,population,mode,expert_score,,literature,adult,02,,,01,,01,01,,,unknown/2022,,01,04,Grevillea scortechinii +Test_2023_3,Grevillea scortechinii,110,fruit_colour,brown red,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Grevillea scortechinii +Test_2023_3,Hakea macraeana,111,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Hakea macraeana +Test_2023_3,Hemisteptia lyrata,112,fruit_length,2,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Hemisteptia lyrata +Test_2023_3,Hibbertia crinita,113,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Hibbertia crinita +Test_2023_3,Hibiscus brachysiphonius,114,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Hibiscus brachysiphonius +Test_2023_3,Hibiscus sturtii,115,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Hibiscus sturtii +Test_2023_3,Hypericum elodes,116,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Hypericum elodes +Test_2023_3,Hypoxis glabella var. glabella,117,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Hypoxis glabella var. glabella +Test_2023_3,Imperata cylindrica,118,fruit_length,1,mm,species,mean,measurement,3,literature,adult,,,,01,,01,01,,,unknown/2022,Trait value refers to caryopsis,01,04,Imperata cylindrica +Test_2023_3,Indigofera triflora,119,fruit_length,30,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pods,01,04,Indigofera triflora +Test_2023_3,Ipomoea cairica,120,fruit_length,11,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Ipomoea cairica +Test_2023_3,Isolepis montivaga,121,fruit_length,0.9,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,01,04,Isolepis montivaga +Test_2023_3,Isotoma axillaris,122,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Isotoma axillaris +Test_2023_3,Isotoma fluviatilis subsp. fluviatilis,123,fruit_width,3,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,02,04,Isotoma fluviatilis subsp. fluviatilis +Test_2023_3,Juncus acutus subsp. acutus,124,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,01,Juncus acutus subsp. acutus +Test_2023_3,Juncus kraussii,125,fruit_colour,black brown red yellow,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Juncus kraussii +Test_2023_3,Lantana montevidensis,126,fruit_colour,black purple,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Lantana montevidensis +Test_2023_3,Lepidium africanum,127,fruit_width,2,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to silicula,02,04,Lepidium africanum +Test_2023_3,Lepidium foliosum,128,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to silicula,01,04,Lepidium foliosum +Test_2023_3,Lepidium oxytrichum,129,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to silicula,01,04,Lepidium oxytrichum +Test_2023_3,Leptomeria drupacea,131,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to drupe,01,04,Leptomeria drupacea +Test_2023_3,Leptospermum continentale,132,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Leptospermum continentale +Test_2023_3,Leptospermum obovatum,133,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,02,04,Leptospermum obovatum +Test_2023_3,Leucopogon amplexicaulis,134,fruit_length,3.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Leucopogon amplexicaulis +Test_2023_3,Lobelia pedunculata,135,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Lobelia pedunculata +Test_2023_3,Lobelia trigonocaulis,136,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Lobelia trigonocaulis +Test_2023_3,Lotononis bainesii,137,fruit_length,8,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Lotononis bainesii +Test_2023_3,Lotus corniculatus,138,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Lotus corniculatus +Test_2023_3,Lupinus polyphyllus,139,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Lupinus polyphyllus +Test_2023_3,Medicago orbicularis,140,fruit_length,7,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Medicago orbicularis +Test_2023_3,Melichrus procumbens,141,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Melichrus procumbens +Test_2023_3,Mischocarpus australis,142,fruit_width,8,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,02,04,Mischocarpus australis +Test_2023_3,Muehlenbeckia adpressa,143,fruit_colour,black brown,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Muehlenbeckia adpressa +Test_2023_3,Myoporum boninense subsp. australe,144,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Myoporum boninense subsp. australe +Test_2023_3,Nicotiana glauca,145,fruit_length,13,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Nicotiana glauca +Test_2023_3,Nicotiana goodspeedii,146,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Nicotiana goodspeedii +Test_2023_3,Oxalis corniculata,147,fruit_width,1.5,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Oxalis corniculata +Test_2023_3,Pandorea pandorana subsp. austrocaledonica,148,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Pandorea pandorana subsp. austrocaledonica +Test_2023_3,Paraserianthes lophantha,149,fruit_width,25,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,02,04,Paraserianthes lophantha +Test_2023_3,Parentucellia latifolia,150,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Parentucellia latifolia +Test_2023_3,Phlegmatospermum cochlearinum,151,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to silicula,01,04,Phlegmatospermum cochlearinum +Test_2023_3,Phyla nodiflora,152,fruit_width,2,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,02,04,Phyla nodiflora +Test_2023_3,Picris barbarorum,153,fruit_length,7.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to cypselas,01,04,Picris barbarorum +Test_2023_3,Pimelea ligustrina subsp. ligustrina,154,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,03,Pimelea ligustrina subsp. ligustrina +Test_2023_3,Pinus pinea,155,flowering_time,nnnynnnnnnnn,,population,mode,expert_score,,literature,adult,01,,,02,,02,01,,,unknown/2022,,01,04,Pinus pinea +Test_2023_3,Pinus pinea,156,flowering_time,nyyynnnnnnnn,,population,mode,expert_score,,literature,adult,02,,,01,,01,01,,,unknown/2022,,01,04,Pinus pinea +Test_2023_3,Pinus pinea,157,fruit_colour,brown,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Pinus pinea +Test_2023_3,Pisum sativum var. arvense,158,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Pisum sativum var. arvense +Test_2023_3,Pittosporum erioloma,159,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Pittosporum erioloma +Test_2023_3,Plantago turrifera,160,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Plantago turrifera +Test_2023_3,Polycarpon tetraphyllum,161,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Polycarpon tetraphyllum +Test_2023_3,Potamogeton australiensis,162,fruit_length,4,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Potamogeton australiensis +Test_2023_3,Psoralea pinnata,163,fruit_width,2.5,mm,species,minimum,measurement,3,literature,adult,,,,01,,01,01,,,unknown/2022,Trait value refers to fruits,01,04,Psoralea pinnata +Test_2023_3,Pultenaea ferruginea,164,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Pultenaea ferruginea +Test_2023_3,Rhodamnia argentea,165,fruit_colour,black,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Rhodamnia argentea +Test_2023_3,Rhodamnia argentea,165,fruit_length,6,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Rhodamnia argentea +Test_2023_3,Rorippa gigantea,166,fruit_length,15,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to siliqua,01,04,Rorippa gigantea +Test_2023_3,Rubus parvifolius,167,fruit_colour,red,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Rubus parvifolius +Test_2023_3,Salix alba,168,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Salix alba +Test_2023_3,Schenkia australis,169,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Schenkia australis +Test_2023_3,Schoenus apogon,170,fruit_colour,white,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Schoenus apogon +Test_2023_3,Schoenus brevifolius,171,fruit_width,0.7,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,02,04,Schoenus brevifolius +Test_2023_3,Schoenus lepidosperma,172,fruit_width,2.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,02,04,Schoenus lepidosperma +Test_2023_3,Schoenus vaginatus,173,fruit_colour,brown red yellow,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,04,Schoenus vaginatus +Test_2023_3,Scleria rugosa,174,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to nut,01,04,Scleria rugosa +Test_2023_3,Senecio longipilus,175,fruit_length,2.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Senecio longipilus +Test_2023_3,Sida goniocarpa,176,fruit_width,7,mm,species,minimum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Sida goniocarpa +Test_2023_3,Sigesbeckia orientalis,178,flowering_time,nnnnnyyynnnn,,population,mode,expert_score,,literature,adult,02,,,02,,01,01,,,unknown/2022,,01,04,Sigesbeckia orientalis +Test_2023_3,Sigesbeckia orientalis,179,fruit_length,3,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Sigesbeckia orientalis +Test_2023_3,Sisymbrium irio,180,fruit_length,25,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to siliqua,01,04,Sisymbrium irio +Test_2023_3,Sparaxis bulbifera,181,fruit_colour,green,,species,mean,expert_score,,literature,adult,,,,01,,01,01,,,unknown/2022,,01,04,Sparaxis bulbifera +Test_2023_3,Spergularia diandra,182,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Spergularia diandra +Test_2023_3,Sphaeromorphaea littoralis,183,fruit_length,1.3,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to achenes,01,04,Sphaeromorphaea littoralis +Test_2023_3,Stellaria angustifolia subsp. angustifolia,184,fruit_length,8.5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Stellaria angustifolia subsp. angustifolia +Test_2023_3,Styphelia viridis,185,fruit_length,10,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,01,04,Styphelia viridis +Test_2023_3,Swainsona cadellii,186,fruit_length,25,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Swainsona cadellii +Test_2023_3,Teucrium puberulum,187,fruit_width,4,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to drupe,02,04,Teucrium puberulum +Test_2023_3,Thelymitra kangaloonica,188,fruit_length,12,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsules,01,04,Thelymitra kangaloonica +Test_2023_3,Thesium australe,189,fruit_width,2.5,mm,species,maximum,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to fruit,02,04,Thesium australe +Test_2023_3,Trifolium dubium,190,fruit_length,2,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to pod,01,04,Trifolium dubium +Test_2023_3,Veronica catenata,191,fruit_dehiscence,dehiscent,,species,mean,expert_score,,literature,adult,,,,01,,02,01,,,unknown/2022,,01,02,Veronica catenata +Test_2023_3,Veronica derwentiana,192,fruit_length,2.8,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Veronica derwentiana +Test_2023_3,Wahlenbergia luteola,193,fruit_length,5,mm,species,mean,measurement,3,literature,adult,,,,01,,02,01,,,unknown/2022,Trait value refers to capsule,01,04,Wahlenbergia luteola From ea0d58566474a39fd5b6c035f4bd9daf52132a24 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 12:23:52 +1100 Subject: [PATCH 38/45] Move processing of traits to after where metadata fields are filled in from locations Otherwise population_id, observation_id, etc. are made before `entity_type` and other metadata fields are finalised --- R/process.R | 65 +++++++++++++++++++++++++---------------------------- 1 file changed, 31 insertions(+), 34 deletions(-) diff --git a/R/process.R b/R/process.R index 6325bbfa..ffa20004 100644 --- a/R/process.R +++ b/R/process.R @@ -103,6 +103,7 @@ dataset_process <- function(filename_data_raw, # Context ids needed to continue processing context_ids <- traits$context_ids + # Extract location data from metadata locations <- metadata$locations %>% process_format_locations(dataset_id, schema) @@ -113,32 +114,7 @@ dataset_process <- function(filename_data_raw, c(names(schema[["austraits"]][["elements"]][["traits"]][["elements"]]), "parsing_id", "location_name", "taxonomic_resolution", "methods", "unit_in") ) - - traits <- traits %>% - mutate(unit = ifelse(!is.na(.data$unit_in), .data$unit_in, .data$unit)) %>% - process_flag_unsupported_traits(definitions) %>% - process_flag_excluded_observations(metadata) %>% - process_flag_unsupported_characters() %>% - process_flag_unsupported_values(definitions) %>% - process_convert_units(definitions, unit_conversion_functions) %>% - process_flag_out_of_range_values(definitions) %>% - process_create_observation_id(metadata) %>% - process_taxonomic_updates(metadata) %>% - # Sorting of data - dplyr::mutate( - # For cells with multiple values (separated by a space), sort these alphabetically - value = ifelse(is.na(.data$error), util_separate_and_sort(.data$value), .data$value), - value_type = factor(.data$value_type, levels = names(schema$value_type$values)) - ) %>% - dplyr::arrange(.data$observation_id, .data$trait_name, .data$value_type) %>% - # Ensure everything converted to character type - util_df_convert_character() - - # Extract location data from metadata - locations <- - metadata$locations %>% - process_format_locations(dataset_id, schema) - + browser() # Replace location_name with a location_id if (nrow(locations) > 0) { traits <- @@ -151,6 +127,7 @@ dataset_process <- function(filename_data_raw, } # Where missing, fill variables in traits table with values from locations + # Currently overwriting dataset-level column metadata -- NEED FIX if (nrow(locations) > 0) { vars <- c("basis_of_record", "life_stage", "collection_date", "measurement_remarks", "unit_in", "entity_type", "value_type", "basis_of_value", "replicates", "population_id", "individual_id") @@ -159,13 +136,14 @@ dataset_process <- function(filename_data_raw, # Merge into traits from location level if (v %in% unique(locations$location_property)) { traits_tmp <- traits %>% - dplyr::left_join(by = "location_id", - locations %>% - tidyr::pivot_wider(names_from = "location_property", values_from = "value") %>% - mutate(col_tmp = .data[[v]]) %>% - dplyr::select(dplyr::any_of(c("location_id", "col_tmp"))) %>% - stats::na.omit() - ) + dplyr::left_join( + by = "location_id", + locations %>% + tidyr::pivot_wider(names_from = "location_property", values_from = "value") %>% + mutate(col_tmp = .data[[v]]) %>% + dplyr::select(dplyr::any_of(c("location_id", "col_tmp"))) %>% + stats::na.omit() + ) # Use location level value if present traits[[v]] <- ifelse(!is.na(traits_tmp[["col_tmp"]]), traits_tmp[["col_tmp"]], traits[[v]]) } @@ -175,6 +153,26 @@ dataset_process <- function(filename_data_raw, locations <- locations %>% dplyr::filter(!(.data$location_property %in% vars)) } + traits <- traits %>% + mutate(unit = ifelse(!is.na(.data$unit_in), .data$unit_in, .data$unit)) %>% + process_flag_unsupported_traits(definitions) %>% + process_flag_excluded_observations(metadata) %>% + process_flag_unsupported_characters() %>% + process_flag_unsupported_values(definitions) %>% + process_convert_units(definitions, unit_conversion_functions) %>% + process_flag_out_of_range_values(definitions) %>% + process_create_observation_id(metadata) %>% + process_taxonomic_updates(metadata) %>% + # Sorting of data + dplyr::mutate( + # For cells with multiple values (separated by a space), sort these alphabetically + value = ifelse(is.na(.data$error), util_separate_and_sort(.data$value), .data$value), + value_type = factor(.data$value_type, levels = names(schema$value_type$values)) + ) %>% + dplyr::arrange(.data$observation_id, .data$trait_name, .data$value_type) %>% + # Ensure everything converted to character type + util_df_convert_character() + # Record contributors contributors <- metadata$contributors %>% @@ -198,7 +196,6 @@ dataset_process <- function(filename_data_raw, dplyr::distinct() %>% dplyr::arrange(.data$cleaned_name) - ## A temporary dataframe created to generate and bind method_id, ## for instances where the same trait is measured twice using different methods From c3eb5f66ea2028b577339b7fd5217646fda9bc2a Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 12:24:43 +1100 Subject: [PATCH 39/45] Remove browser --- R/process.R | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/R/process.R b/R/process.R index ffa20004..286ec1f1 100644 --- a/R/process.R +++ b/R/process.R @@ -114,7 +114,7 @@ dataset_process <- function(filename_data_raw, c(names(schema[["austraits"]][["elements"]][["traits"]][["elements"]]), "parsing_id", "location_name", "taxonomic_resolution", "methods", "unit_in") ) - browser() + # Replace location_name with a location_id if (nrow(locations) > 0) { traits <- From 0e98e8e98adb8f95a9dedab244d7648f66fa628b Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 13:11:03 +1100 Subject: [PATCH 40/45] Fix output IDs --- .../examples/Test_2023_2/output/traits.csv | 902 +++++++++--------- .../examples/Test_2023_4/output/traits.csv | 192 ++-- 2 files changed, 547 insertions(+), 547 deletions(-) diff --git a/tests/testthat/examples/Test_2023_2/output/traits.csv b/tests/testthat/examples/Test_2023_2/output/traits.csv index 84d0f5fa..4a35bae6 100644 --- a/tests/testthat/examples/Test_2023_2/output/traits.csv +++ b/tests/testthat/examples/Test_2023_2/output/traits.csv @@ -1,452 +1,452 @@ dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_type,basis_of_value,replicates,basis_of_record,life_stage,population_id,individual_id,repeat_measurements_id,temporal_context_id,source_id,location_id,entity_context_id,plot_context_id,treatment_context_id,collection_date,measurement_remarks,method_id,method_context_id,original_name -Test_2023_2,Acacia celsa,001,branch_mass_fraction,0.67,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000335908632851864,mm2{sapwood}/mm2{leaf},population,raw,measurement,7,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000137741046831956,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa -Test_2023_2,Acacia celsa,001,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa -Test_2023_2,Acacia celsa,002,seed_dry_mass,10.3,mg,population,raw,measurement,unknown,literature,seedling,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,003,leaf_N_per_dry_mass,21.4,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,003,leaf_area,2786,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,003,leaf_mass_per_area,145,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acacia celsa,003,wood_density,0.498,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa -Test_2023_2,Acmena graveolens,004,branch_mass_fraction,0.67,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Acmena graveolens -Test_2023_2,Acmena graveolens,004,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_N_per_dry_mass,15.5,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_area,5246,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,leaf_mass_per_area,151,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acmena graveolens,005,wood_density,0.599,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens -Test_2023_2,Acronychia acidula,006,branch_mass_fraction,0.48,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula -Test_2023_2,Acronychia acidula,006,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula -Test_2023_2,Acronychia acidula,007,leaf_N_per_dry_mass,24.3,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Acronychia acidula,007,leaf_area,14302,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Acronychia acidula,007,leaf_mass_per_area,85,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Acronychia acidula,007,wood_density,0.525,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula -Test_2023_2,Aleurites rockinghamensis,008,branch_mass_fraction,0.02,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,008,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,009,seed_dry_mass,7077,mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_N_per_dry_mass,18.4,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_area,73984,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,leaf_mass_per_area,113,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Aleurites rockinghamensis,010,wood_density,0.28,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis -Test_2023_2,Alphitonia petriei,011,branch_mass_fraction,0.42,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,011,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,012,seed_dry_mass,27.2,mg,population,raw,measurement,unknown,literature,seedling,01,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,013,leaf_N_per_dry_mass,16.3,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,013,leaf_area,6820,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,013,leaf_mass_per_area,149,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alphitonia petriei,013,wood_density,0.413,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei -Test_2023_2,Alstonia scholaris,014,branch_mass_fraction,0.46,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,014,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,015,seed_dry_mass,1.53,mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_N_per_dry_mass,22.3,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_area,6182,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,leaf_mass_per_area,107,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Alstonia scholaris,016,wood_density,0.361,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris -Test_2023_2,Argyrodendron peralatum,017,branch_mass_fraction,0.71,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,017,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,018,seed_dry_mass,433,mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_N_per_dry_mass,11.9,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_area,3201,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,leaf_mass_per_area,244,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Argyrodendron peralatum,019,wood_density,0.726,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum -Test_2023_2,Atractocarpus hirtus,020,branch_mass_fraction,0.28,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,020,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_N_per_dry_mass,15.7,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_area,11374,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,leaf_mass_per_area,72,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Atractocarpus hirtus,021,wood_density,0.804,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus -Test_2023_2,Brombya platynema,022,branch_mass_fraction,0.33,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Brombya platynema -Test_2023_2,Brombya platynema,022,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_N_per_dry_mass,18.8,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_area,8218,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,leaf_mass_per_area,106,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Brombya platynema,023,wood_density,0.603,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema -Test_2023_2,Cardwellia sublimis,024,branch_mass_fraction,0.56,mg/mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,024,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,025,seed_dry_mass,582.3,mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_N_per_dry_mass,12.8,mg/g,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_area,4352,mm2,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,leaf_mass_per_area,127,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Cardwellia sublimis,026,wood_density,0.603,mg/mm3,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis -Test_2023_2,Castanospermum australe,027,branch_mass_fraction,0.37,mg/mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe -Test_2023_2,Castanospermum australe,027,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Castanospermum australe -Test_2023_2,Castanospermum australe,028,seed_dry_mass,14851,mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_N_per_dry_mass,23.7,mg/g,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_area,2765,mm2,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,leaf_mass_per_area,117,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Castanospermum australe,029,wood_density,0.587,mg/mm3,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe -Test_2023_2,Cleistanthus myrianthus,030,branch_mass_fraction,0.56,mg/mg,population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,030,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_N_per_dry_mass,22.8,mg/g,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_area,4828,mm2,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,leaf_mass_per_area,78,g/m2,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cleistanthus myrianthus,031,wood_density,0.588,mg/mm3,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus -Test_2023_2,Cryptocarya laevigata,032,branch_mass_fraction,0.65,mg/mg,population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,032,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,033,seed_dry_mass,1281,mg,population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_N_per_dry_mass,15.6,mg/g,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_area,2682,mm2,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,leaf_mass_per_area,87,g/m2,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya laevigata,034,wood_density,0.64,mg/mm3,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata -Test_2023_2,Cryptocarya mackinnoniana,035,branch_mass_fraction,0.61,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,035,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,036,seed_dry_mass,204,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_N_per_dry_mass,15.2,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_area,10458,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,leaf_mass_per_area,204,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya mackinnoniana,037,wood_density,0.655,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana -Test_2023_2,Cryptocarya murrayi,038,branch_mass_fraction,0.39,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,038,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_N_per_dry_mass,16.7,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_area,9960,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,leaf_mass_per_area,155,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Cryptocarya murrayi,039,wood_density,0.674,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi -Test_2023_2,Dendrocnide moroides,040,branch_mass_fraction,0.46,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,040,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,041,seed_dry_mass,0.71,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_N_per_dry_mass,31.2,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_area,26454,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,leaf_mass_per_area,52,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Dendrocnide moroides,042,wood_density,0.23,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides -Test_2023_2,Elaeocarpus grandis,043,branch_mass_fraction,0.47,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,043,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,044,seed_dry_mass,3699,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_N_per_dry_mass,18.7,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_area,2762,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,leaf_mass_per_area,122,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Elaeocarpus grandis,045,wood_density,0.499,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis -Test_2023_2,Endiandra leptodendron,046,branch_mass_fraction,0.68,mg/mg,population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,046,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_N_per_dry_mass,18,mg/g,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_area,3987,mm2,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra leptodendron,047,wood_density,0.611,mg/mm3,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron -Test_2023_2,Endiandra microneura,048,branch_mass_fraction,0.61,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura -Test_2023_2,Endiandra microneura,048,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_N_per_dry_mass,17.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_area,3377,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,leaf_mass_per_area,151,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Endiandra microneura,049,wood_density,0.623,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura -Test_2023_2,Gillbeea adenopetala,050,branch_mass_fraction,0.46,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,050,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,051,seed_dry_mass,15,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_N_per_dry_mass,9.6,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_area,3678,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,leaf_mass_per_area,126,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Gillbeea adenopetala,052,wood_density,0.43,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala -Test_2023_2,Glochidion hylandii,053,branch_mass_fraction,0.41,mg/mg,population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,053,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,maximum,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,054,seed_dry_mass,10.41,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,055,leaf_N_per_dry_mass,13.7,mg/g,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,055,leaf_area,3209,mm2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,055,leaf_mass_per_area,106,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Glochidion hylandii,055,wood_density,0.566,mg/mm3,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii -Test_2023_2,Haplostichanthus submontanus,056,branch_mass_fraction,0.36,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,056,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_N_per_dry_mass,22,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_area,4685,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,leaf_mass_per_area,72,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Haplostichanthus submontanus,057,wood_density,0.668,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck -Test_2023_2,Harpullia rhyticarpa,058,branch_mass_fraction,0.01,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,058,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_N_per_dry_mass,17.4,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_area,40876,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,leaf_mass_per_area,76,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Harpullia rhyticarpa,059,wood_density,0.621,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa -Test_2023_2,Hernandia albiflora,060,branch_mass_fraction,0.33,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,060,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_N_per_dry_mass,19.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_area,3806,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,leaf_mass_per_area,69,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Hernandia albiflora,061,wood_density,0.447,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora -Test_2023_2,Homalanthus novo-guineensis,062,branch_mass_fraction,0.47,mg/mg,population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,062,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,063,seed_dry_mass,7,mg,population,mean,model_derived,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,leaf_N_per_dry_mass,22,mg/g,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,leaf_area,10682,mm2,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,leaf_mass_per_area,82,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Homalanthus novo-guineensis,064,wood_density,0.319,mg/mm3,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis -Test_2023_2,Ixora biflora,065,branch_mass_fraction,0.55,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora -Test_2023_2,Ixora biflora,065,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora -Test_2023_2,Ixora biflora,066,seed_dry_mass,41.5,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_N_per_dry_mass,10,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_area,2760,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,leaf_mass_per_area,81,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Ixora biflora,067,wood_density,0.843,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora -Test_2023_2,Lasianthus strigosus,068,branch_mass_fraction,0.15,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,068,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,069,seed_dry_mass,7,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_N_per_dry_mass,15.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_area,3313,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,leaf_mass_per_area,55,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Lasianthus strigosus,070,wood_density,0.684,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus -Test_2023_2,Litsea leefeana,071,branch_mass_fraction,0.68,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana -Test_2023_2,Litsea leefeana,071,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana -Test_2023_2,Litsea leefeana,072,seed_dry_mass,263.4,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_N_per_dry_mass,14.4,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_area,3917,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,leaf_mass_per_area,130,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Litsea leefeana,073,wood_density,0.549,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana -Test_2023_2,Macaranga tanarius,074,branch_mass_fraction,0,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,074,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_N_per_dry_mass,20.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_area,46676,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,leaf_mass_per_area,104,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Macaranga tanarius,075,wood_density,0.344,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius -Test_2023_2,Mallotus mollissimus,076,branch_mass_fraction,0.32,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,076,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,077,seed_dry_mass,31.25,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_N_per_dry_mass,35.2,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_area,16716,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,leaf_mass_per_area,63,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Mallotus mollissimus,078,wood_density,0.373,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus -Test_2023_2,Medicosma sessiliflora,079,branch_mass_fraction,0.65,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,079,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_N_per_dry_mass,15.3,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_area,8164,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Medicosma sessiliflora,080,wood_density,0.69,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora -Test_2023_2,Melastoma cyanoides,081,branch_mass_fraction,0.6,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,081,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,082,seed_dry_mass,0.07,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_N_per_dry_mass,20.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_area,4009,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,leaf_mass_per_area,46,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melastoma cyanoides,083,wood_density,0.381,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides -Test_2023_2,Melicope elleryana,084,branch_mass_fraction,0.58,mg/mg,population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana -Test_2023_2,Melicope elleryana,084,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,maximum,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana -Test_2023_2,Melicope elleryana,085,seed_dry_mass,1.61,mg,population,mean,unknown,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,leaf_N_per_dry_mass,26.8,mg/g,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,leaf_area,6955,mm2,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,leaf_mass_per_area,75,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Melicope elleryana,086,wood_density,0.346,mg/mm3,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana -Test_2023_2,Myristica insipida,087,branch_mass_fraction,0.51,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida -Test_2023_2,Myristica insipida,087,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida -Test_2023_2,Myristica insipida,088,seed_dry_mass,1612,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_N_per_dry_mass,18.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_area,8379,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Myristica insipida,089,wood_density,0.433,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida -Test_2023_2,Neolitsea dealbata,090,branch_mass_fraction,0.58,mg/mg,population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,090,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,maximum,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,091,seed_dry_mass,176.1,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,leaf_N_per_dry_mass,16.4,mg/g,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,leaf_area,5228,mm2,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,leaf_mass_per_area,93,g/m2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Neolitsea dealbata,092,wood_density,0.352,mg/mm3,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata -Test_2023_2,Pittosporum rubiginosum,093,branch_mass_fraction,0.28,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,093,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,094,seed_dry_mass,27.94,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_N_per_dry_mass,14.3,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_area,9931,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,leaf_mass_per_area,65,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Pittosporum rubiginosum,095,wood_density,0.728,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum -Test_2023_2,Polyscias australiana,096,branch_mass_fraction,0.42,mg/mg,population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana -Test_2023_2,Polyscias australiana,096,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,maximum,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana -Test_2023_2,Polyscias australiana,097,seed_dry_mass,8.35,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,leaf_N_per_dry_mass,15.4,mg/g,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,leaf_area,6806,mm2,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,leaf_mass_per_area,79,g/m2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Polyscias australiana,098,wood_density,0.397,mg/mm3,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana -Test_2023_2,Psychotria dallachiana,099,branch_mass_fraction,0.33,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,099,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_N_per_dry_mass,17.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_area,2495,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,leaf_mass_per_area,79,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria dallachiana,100,wood_density,0.612,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,branch_mass_fraction,0,mg/mg,population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),101,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,maximum,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),102,seed_dry_mass,23.09,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_N_per_dry_mass,17.9,mg/g,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_area,11157,mm2,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,leaf_mass_per_area,108,g/m2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),103,wood_density,0.582,mg/mm3,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek -Test_2023_2,Quassia baileyana,104,branch_mass_fraction,0.42,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana -Test_2023_2,Quassia baileyana,104,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_N_per_dry_mass,23,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_area,9624,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,leaf_mass_per_area,86,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Quassia baileyana,105,wood_density,0.501,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana -Test_2023_2,Rhodomyrtus trineura,106,branch_mass_fraction,0.34,mg/mg,population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,106,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,maximum,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,leaf_N_per_dry_mass,11.1,mg/g,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,leaf_area,3401,mm2,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,leaf_mass_per_area,129,g/m2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rhodomyrtus trineura,107,wood_density,0.763,mg/mm3,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura -Test_2023_2,Rockinghamia angustifolia,108,branch_mass_fraction,0.39,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,108,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,109,seed_dry_mass,19.38,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_N_per_dry_mass,15.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_area,10636,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,leaf_mass_per_area,108,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Rockinghamia angustifolia,110,wood_density,0.455,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia -Test_2023_2,Syzygium gustavioides,111,branch_mass_fraction,0.59,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,111,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,112,seed_dry_mass,48000,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_N_per_dry_mass,12.9,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_area,3590,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,leaf_mass_per_area,167,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium gustavioides,113,wood_density,0.521,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides -Test_2023_2,Syzygium sayeri,114,branch_mass_fraction,0.65,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,114,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,115,seed_dry_mass,841,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_N_per_dry_mass,13.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_area,2645,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,leaf_mass_per_area,131,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Syzygium sayeri,116,wood_density,0.485,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri -Test_2023_2,Trema aspera,117,branch_mass_fraction,0.53,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera -Test_2023_2,Trema aspera,117,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera -Test_2023_2,Trema aspera,118,seed_dry_mass,5.12,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_N_per_dry_mass,29.9,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_area,2071,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,leaf_mass_per_area,53,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera -Test_2023_2,Trema aspera,119,wood_density,0.357,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Acacia celsa,01,branch_mass_fraction,0.67,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,01,huber_value,0.000335908632851864,mm2{sapwood}/mm2{leaf},population,raw,measurement,7,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,01,huber_value,0.000137741046831956,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Acacia celsa +Test_2023_2,Acacia celsa,01,huber_value,0.000268672756582483,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Acacia celsa +Test_2023_2,Acacia celsa,01,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa +Test_2023_2,Acacia celsa,01,huber_value,0.000146541617819461,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acacia celsa +Test_2023_2,Acacia celsa,02,seed_dry_mass,10.3,mg,population,raw,measurement,unknown,literature,seedling,01,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,03,leaf_N_per_dry_mass,21.4,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,03,leaf_area,2786,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,03,leaf_mass_per_area,145,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acacia celsa,03,wood_density,0.498,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acacia celsa +Test_2023_2,Acmena graveolens,04,branch_mass_fraction,0.67,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,04,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens +Test_2023_2,Acmena graveolens,04,huber_value,0.000139742873113471,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Acmena graveolens +Test_2023_2,Acmena graveolens,04,huber_value,0.000327118089630357,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Acmena graveolens +Test_2023_2,Acmena graveolens,04,huber_value,0.000374953130858643,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Acmena graveolens +Test_2023_2,Acmena graveolens,05,leaf_N_per_dry_mass,15.5,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,05,leaf_area,5246,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,05,leaf_mass_per_area,151,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acmena graveolens,05,wood_density,0.599,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Acmena graveolens +Test_2023_2,Acronychia acidula,06,branch_mass_fraction,0.48,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Acronychia acidula,06,huber_value,0.000132275132275132,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Acronychia acidula +Test_2023_2,Acronychia acidula,06,huber_value,0.000180472838837755,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Acronychia acidula +Test_2023_2,Acronychia acidula,06,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula +Test_2023_2,Acronychia acidula,06,huber_value,0.000105485232067511,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Acronychia acidula +Test_2023_2,Acronychia acidula,07,leaf_N_per_dry_mass,24.3,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Acronychia acidula,07,leaf_area,14302,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Acronychia acidula,07,leaf_mass_per_area,85,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Acronychia acidula,07,wood_density,0.525,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Acronychia acidula +Test_2023_2,Aleurites rockinghamensis,08,branch_mass_fraction,0.02,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,08,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,08,huber_value,0.000161056530842326,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,08,huber_value,0.000238435860753457,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,08,seed_dry_mass,7077,mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,09,leaf_N_per_dry_mass,18.4,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,09,leaf_area,73984,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,09,leaf_mass_per_area,113,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Aleurites rockinghamensis,09,wood_density,0.28,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Aleurites rockinghamensis +Test_2023_2,Alphitonia petriei,10,branch_mass_fraction,0.42,mg/mg,population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,10,huber_value,0.000230414746543779,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,02,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,10,huber_value,0.000301841231512225,mm2{sapwood}/mm2{leaf},population,raw,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,03,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,10,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,mean,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,10,huber_value,0.000230680507497116,mm2{sapwood}/mm2{leaf},population,maximum,measurement,1,field,adult,01,,,,Test_2022,01,,,,2002/2003,,04,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,11,seed_dry_mass,27.2,mg,population,raw,measurement,unknown,literature,seedling,01,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,12,leaf_N_per_dry_mass,16.3,mg/g,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,12,leaf_area,6820,mm2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,12,leaf_mass_per_area,149,g/m2,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alphitonia petriei,12,wood_density,0.413,mg/mm3,species,raw,measurement,1,field,adult,,,,,Test_2022,01,,,,2002/2003,,01,,Alphitonia petriei +Test_2023_2,Alstonia scholaris,13,branch_mass_fraction,0.46,mg/mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,13,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,mean,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,13,huber_value,0.000254323499491353,mm2{sapwood}/mm2{leaf},population,maximum,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,13,huber_value,0.000539374325782093,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,13,huber_value,0.000594530321046373,mm2{sapwood}/mm2{leaf},population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,13,seed_dry_mass,1.53,mg,population,,,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,14,leaf_N_per_dry_mass,22.3,mg/g,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,14,leaf_area,6182,mm2,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,14,leaf_mass_per_area,107,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Alstonia scholaris,14,wood_density,0.361,mg/mm3,species,,,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Alstonia scholaris +Test_2023_2,Argyrodendron peralatum,15,branch_mass_fraction,0.71,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,15,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,15,huber_value,0.000148853825543316,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,15,huber_value,0.000260960334029228,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,15,huber_value,0.00059206631142688,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,15,seed_dry_mass,433,mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,16,leaf_N_per_dry_mass,11.9,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,16,leaf_area,3201,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,16,leaf_mass_per_area,244,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Argyrodendron peralatum,16,wood_density,0.726,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Argyrodendron peralatum +Test_2023_2,Atractocarpus hirtus,17,branch_mass_fraction,0.28,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,17,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,17,huber_value,0.000163853842372604,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,17,huber_value,0.000139997200055999,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,17,huber_value,0.000148654675189535,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,18,leaf_N_per_dry_mass,15.7,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,18,leaf_area,11374,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,18,leaf_mass_per_area,72,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Atractocarpus hirtus,18,wood_density,0.804,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Atractocarpus hirtus +Test_2023_2,Brombya platynema,19,branch_mass_fraction,0.33,mg/mg,population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,19,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema +Test_2023_2,Brombya platynema,19,huber_value,0.000185977310768086,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Brombya platynema +Test_2023_2,Brombya platynema,19,huber_value,0.000234686693264492,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Brombya platynema +Test_2023_2,Brombya platynema,19,huber_value,0.000283205890682526,mm2{sapwood}/mm2{leaf},population,,measurement,10,field_experiment,juvenile,02,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Brombya platynema +Test_2023_2,Brombya platynema,20,leaf_N_per_dry_mass,18.8,mg/g,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,20,leaf_area,8218,mm2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,20,leaf_mass_per_area,106,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Brombya platynema,20,wood_density,0.603,mg/mm3,species,,measurement,10,field_experiment,juvenile,,,,,Test_2002,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Brombya platynema +Test_2023_2,Cardwellia sublimis,21,branch_mass_fraction,0.56,mg/mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,21,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,21,huber_value,0.000120743781695243,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,21,huber_value,0.000158353127474268,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,21,huber_value,0.000204918032786885,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,21,seed_dry_mass,582.3,mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,22,leaf_N_per_dry_mass,12.8,mg/g,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,22,leaf_area,4352,mm2,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,22,leaf_mass_per_area,127,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Cardwellia sublimis,22,wood_density,0.603,mg/mm3,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cardwellia sublimis +Test_2023_2,Castanospermum australe,23,branch_mass_fraction,0.37,mg/mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,23,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe +Test_2023_2,Castanospermum australe,23,huber_value,0.000112752283233735,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Castanospermum australe +Test_2023_2,Castanospermum australe,23,huber_value,0.000136444262518761,mm2{sapwood}/mm2{leaf},population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Castanospermum australe +Test_2023_2,Castanospermum australe,23,seed_dry_mass,14851,mg,population,,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,24,leaf_N_per_dry_mass,23.7,mg/g,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,24,leaf_area,2765,mm2,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,24,leaf_mass_per_area,117,g/m2,species,,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Castanospermum australe,24,wood_density,0.587,mg/mm3,species,,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Castanospermum australe +Test_2023_2,Cleistanthus myrianthus,25,branch_mass_fraction,0.56,mg/mg,population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,25,huber_value,0.000268817204301075,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,25,huber_value,0.000164365548980934,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,25,huber_value,0.000191094974202178,mm2{sapwood}/mm2{leaf},population,raw,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,25,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,25,huber_value,0.000116836078981189,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,26,leaf_N_per_dry_mass,22.8,mg/g,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,26,leaf_area,4828,mm2,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,26,leaf_mass_per_area,78,g/m2,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cleistanthus myrianthus,26,wood_density,0.588,mg/mm3,species,raw,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cleistanthus myrianthus +Test_2023_2,Cryptocarya laevigata,27,branch_mass_fraction,0.65,mg/mg,population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,27,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,27,huber_value,0.000718907260963336,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,27,huber_value,0.000303306035790112,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,27,huber_value,0.000213675213675214,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,27,huber_value,0.000131787032156036,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,27,seed_dry_mass,1281,mg,population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,28,leaf_N_per_dry_mass,15.6,mg/g,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,28,leaf_area,2682,mm2,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,28,leaf_mass_per_area,87,g/m2,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya laevigata,28,wood_density,0.64,mg/mm3,species,maximum,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya laevigata +Test_2023_2,Cryptocarya mackinnoniana,29,branch_mass_fraction,0.61,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,29,huber_value,0.000305157155935307,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,29,huber_value,0.00043010752688172,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,29,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,29,huber_value,0.000115513457317778,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,29,seed_dry_mass,204,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,30,leaf_N_per_dry_mass,15.2,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,30,leaf_area,10458,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,30,leaf_mass_per_area,204,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya mackinnoniana,30,wood_density,0.655,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya mackinnoniana +Test_2023_2,Cryptocarya murrayi,31,branch_mass_fraction,0.39,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,31,huber_value,0.000371333085777943,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,31,huber_value,0.000180407721450478,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,31,huber_value,0.000232666356444858,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,31,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,31,huber_value,0.000183452577508714,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,32,leaf_N_per_dry_mass,16.7,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,32,leaf_area,9960,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,32,leaf_mass_per_area,155,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Cryptocarya murrayi,32,wood_density,0.674,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Cryptocarya murrayi +Test_2023_2,Dendrocnide moroides,33,branch_mass_fraction,0.46,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,33,huber_value,0.000421585160202361,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,33,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,33,huber_value,0.000478468899521531,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,33,seed_dry_mass,0.71,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,34,leaf_N_per_dry_mass,31.2,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,34,leaf_area,26454,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,34,leaf_mass_per_area,52,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Dendrocnide moroides,34,wood_density,0.23,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Dendrocnide moroides +Test_2023_2,Elaeocarpus grandis,35,branch_mass_fraction,0.47,mg/mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,35,huber_value,0.000384911470361817,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,35,huber_value,0.0005720823798627,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,35,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,35,huber_value,0.000215749730312837,mm2{sapwood}/mm2{leaf},population,maximum,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,35,seed_dry_mass,3699,mg,population,mean,measurement,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,36,leaf_N_per_dry_mass,18.7,mg/g,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,36,leaf_area,2762,mm2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,36,leaf_mass_per_area,122,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Elaeocarpus grandis,36,wood_density,0.499,mg/mm3,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Elaeocarpus grandis +Test_2023_2,Endiandra leptodendron,37,branch_mass_fraction,0.68,mg/mg,population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,37,huber_value,0.000670241286863271,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,37,huber_value,0.000414593698175788,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,37,huber_value,0.000359324469996407,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,37,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,mean,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,37,huber_value,0.00013374348000535,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,38,leaf_N_per_dry_mass,18,mg/g,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,38,leaf_area,3987,mm2,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,38,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra leptodendron,38,wood_density,0.611,mg/mm3,species,mean,model_derived,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra leptodendron +Test_2023_2,Endiandra microneura,39,branch_mass_fraction,0.61,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,39,huber_value,0.000279876854184159,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,39,huber_value,0.000157629255989912,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Endiandra microneura +Test_2023_2,Endiandra microneura,39,huber_value,0.000298151460942159,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Endiandra microneura +Test_2023_2,Endiandra microneura,39,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura +Test_2023_2,Endiandra microneura,39,huber_value,0.000160384923817161,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Endiandra microneura +Test_2023_2,Endiandra microneura,40,leaf_N_per_dry_mass,17.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,40,leaf_area,3377,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,40,leaf_mass_per_area,151,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Endiandra microneura,40,wood_density,0.623,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Endiandra microneura +Test_2023_2,Gillbeea adenopetala,41,branch_mass_fraction,0.46,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,41,huber_value,0.000349283967865875,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,41,huber_value,0.000316455696202532,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,41,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,41,huber_value,0.000152695067949305,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,41,seed_dry_mass,15,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,42,leaf_N_per_dry_mass,9.6,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,42,leaf_area,3678,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,42,leaf_mass_per_area,126,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Gillbeea adenopetala,42,wood_density,0.43,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Gillbeea adenopetala +Test_2023_2,Glochidion hylandii,43,branch_mass_fraction,0.41,mg/mg,population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,43,huber_value,0.000501756146512795,mm2{sapwood}/mm2{leaf},population,mean,measurement,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,43,huber_value,0.000197044334975369,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,43,huber_value,0.000183318056828598,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,43,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,mean,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,43,huber_value,0.000115420129270545,mm2{sapwood}/mm2{leaf},population,maximum,measurement,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,44,seed_dry_mass,10.41,mg,population,mean,measurement,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,45,leaf_N_per_dry_mass,13.7,mg/g,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,45,leaf_area,3209,mm2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,45,leaf_mass_per_area,106,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Glochidion hylandii,45,wood_density,0.566,mg/mm3,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Glochidion hylandii +Test_2023_2,Haplostichanthus submontanus,46,branch_mass_fraction,0.36,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,46,huber_value,0.000411522633744856,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,46,huber_value,8.12743823146944e-05,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,46,huber_value,0.000304692260816575,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,46,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,46,huber_value,0.000334224598930481,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,47,leaf_N_per_dry_mass,22,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,47,leaf_area,4685,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,47,leaf_mass_per_area,72,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Haplostichanthus submontanus,47,wood_density,0.668,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Haplostichanthus sp Coop. Ck +Test_2023_2,Harpullia rhyticarpa,48,branch_mass_fraction,0.01,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,48,huber_value,0.000111470293166871,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,48,huber_value,0.000168861870989531,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,48,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,48,huber_value,0.000214178624973228,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,49,leaf_N_per_dry_mass,17.4,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,49,leaf_area,40876,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,49,leaf_mass_per_area,76,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Harpullia rhyticarpa,49,wood_density,0.621,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Harpullia rhyticarpa +Test_2023_2,Hernandia albiflora,50,branch_mass_fraction,0.33,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,50,huber_value,0.00032020493115594,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,50,huber_value,0.000241254523522316,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,50,huber_value,0.000215377988369589,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,50,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,50,huber_value,0.000164311534669734,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,51,leaf_N_per_dry_mass,19.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,51,leaf_area,3806,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,51,leaf_mass_per_area,69,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Hernandia albiflora,51,wood_density,0.447,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Hernandia albiflora +Test_2023_2,Homalanthus novo-guineensis,52,branch_mass_fraction,0.47,mg/mg,population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,52,huber_value,0.000468164794007491,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,52,huber_value,0.00046339202965709,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,52,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,mean,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,52,huber_value,0.000302388872089507,mm2{sapwood}/mm2{leaf},population,maximum,model_derived,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,53,seed_dry_mass,7,mg,population,mean,model_derived,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,54,leaf_N_per_dry_mass,22,mg/g,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,54,leaf_area,10682,mm2,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,54,leaf_mass_per_area,82,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Homalanthus novo-guineensis,54,wood_density,0.319,mg/mm3,species,mean,model_derived,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Homalanthus novoguineensis +Test_2023_2,Ixora biflora,55,branch_mass_fraction,0.55,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,55,huber_value,0.0001906941266209,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,55,huber_value,0.00025693730729702,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Ixora biflora +Test_2023_2,Ixora biflora,55,huber_value,0.000507872016251904,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Ixora biflora +Test_2023_2,Ixora biflora,55,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora +Test_2023_2,Ixora biflora,55,huber_value,0.000123548307388189,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Ixora biflora +Test_2023_2,Ixora biflora,55,seed_dry_mass,41.5,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,56,leaf_N_per_dry_mass,10,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,56,leaf_area,2760,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,56,leaf_mass_per_area,81,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Ixora biflora,56,wood_density,0.843,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Ixora biflora +Test_2023_2,Lasianthus strigosus,57,branch_mass_fraction,0.15,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,57,huber_value,0.000543183052688756,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,57,huber_value,0.000196078431372549,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,57,huber_value,0.000420344682639765,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,57,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,57,huber_value,0.000366166239472721,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,57,seed_dry_mass,7,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,58,leaf_N_per_dry_mass,15.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,58,leaf_area,3313,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,58,leaf_mass_per_area,55,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Lasianthus strigosus,58,wood_density,0.684,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Lasianthus strigosus +Test_2023_2,Litsea leefeana,59,branch_mass_fraction,0.68,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,59,huber_value,0.000251004016064257,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,59,huber_value,0.000241487563390485,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Litsea leefeana +Test_2023_2,Litsea leefeana,59,huber_value,0.000262054507337526,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Litsea leefeana +Test_2023_2,Litsea leefeana,59,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana +Test_2023_2,Litsea leefeana,59,huber_value,0.000103680663556247,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Litsea leefeana +Test_2023_2,Litsea leefeana,59,seed_dry_mass,263.4,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,60,leaf_N_per_dry_mass,14.4,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,60,leaf_area,3917,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,60,leaf_mass_per_area,130,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Litsea leefeana,60,wood_density,0.549,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Litsea leefeana +Test_2023_2,Macaranga tanarius,61,branch_mass_fraction,0,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,61,huber_value,0.000296120817293456,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,61,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,61,huber_value,0.000256344527044348,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,62,leaf_N_per_dry_mass,20.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,62,leaf_area,46676,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,62,leaf_mass_per_area,104,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Macaranga tanarius,62,wood_density,0.344,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Macaranga tanarius +Test_2023_2,Mallotus mollissimus,63,branch_mass_fraction,0.32,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,63,huber_value,0.000559284116331096,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,63,huber_value,0.00017921146953405,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,63,huber_value,0.000193685841564982,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,63,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,63,huber_value,0.000125881168177241,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,63,seed_dry_mass,31.25,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,64,leaf_N_per_dry_mass,35.2,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,64,leaf_area,16716,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,64,leaf_mass_per_area,63,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Mallotus mollissimus,64,wood_density,0.373,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Mallotus mollissimus +Test_2023_2,Medicosma sessiliflora,65,branch_mass_fraction,0.65,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,65,huber_value,0.000351617440225035,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,65,huber_value,0.000107158165452207,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,65,huber_value,0.000153515505066012,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,65,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,65,huber_value,9.71062342202369e-05,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,66,leaf_N_per_dry_mass,15.3,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,66,leaf_area,8164,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,66,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Medicosma sessiliflora,66,wood_density,0.69,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Medicosma sessiliflora +Test_2023_2,Melastoma cyanoides,67,branch_mass_fraction,0.6,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,67,huber_value,0.000337837837837838,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,67,huber_value,0.000246487552378605,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,67,huber_value,0.000214546234713581,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,67,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,67,huber_value,0.000150670483652253,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,67,seed_dry_mass,0.07,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,68,leaf_N_per_dry_mass,20.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,68,leaf_area,4009,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,68,leaf_mass_per_area,46,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melastoma cyanoides,68,wood_density,0.381,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Melastoma cyanoides +Test_2023_2,Melicope elleryana,69,branch_mass_fraction,0.58,mg/mg,population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,69,huber_value,0.000238038562247084,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Melicope elleryana +Test_2023_2,Melicope elleryana,69,huber_value,0.00034965034965035,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Melicope elleryana +Test_2023_2,Melicope elleryana,69,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,mean,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana +Test_2023_2,Melicope elleryana,69,huber_value,0.000163425396306586,mm2{sapwood}/mm2{leaf},population,maximum,unknown,3,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Melicope elleryana +Test_2023_2,Melicope elleryana,70,seed_dry_mass,1.61,mg,population,mean,unknown,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,71,leaf_N_per_dry_mass,26.8,mg/g,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,71,leaf_area,6955,mm2,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,71,leaf_mass_per_area,75,g/m2,species,mean,measurement,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Melicope elleryana,71,wood_density,0.346,mg/mm3,species,mean,unknown,3,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Melicope elleryana +Test_2023_2,Myristica insipida,72,branch_mass_fraction,0.51,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,72,huber_value,0.000144320969836917,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Myristica insipida +Test_2023_2,Myristica insipida,72,huber_value,0.000206100577081616,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Myristica insipida +Test_2023_2,Myristica insipida,72,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida +Test_2023_2,Myristica insipida,72,huber_value,0.000107839965491211,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Myristica insipida +Test_2023_2,Myristica insipida,72,seed_dry_mass,1612,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,73,leaf_N_per_dry_mass,18.5,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,73,leaf_area,8379,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,73,leaf_mass_per_area,106,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Myristica insipida,73,wood_density,0.433,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Myristica insipida +Test_2023_2,Neolitsea dealbata,74,branch_mass_fraction,0.58,mg/mg,population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,74,huber_value,0.000593119810201661,mm2{sapwood}/mm2{leaf},population,mean,,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,74,huber_value,0.000364033491081179,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,74,huber_value,0.00032797638570023,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,74,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,74,huber_value,0.000133262260127932,mm2{sapwood}/mm2{leaf},population,maximum,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,75,seed_dry_mass,176.1,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,76,leaf_N_per_dry_mass,16.4,mg/g,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,76,leaf_area,5228,mm2,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,76,leaf_mass_per_area,93,g/m2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Neolitsea dealbata,76,wood_density,0.352,mg/mm3,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Neolitsea dealbata +Test_2023_2,Pittosporum rubiginosum,77,branch_mass_fraction,0.28,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,77,huber_value,0.000134625740441572,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,77,huber_value,0.000134066228716986,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,77,huber_value,0.000189933523266857,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,77,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,77,huber_value,0.00015271838729383,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,77,seed_dry_mass,27.94,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,78,leaf_N_per_dry_mass,14.3,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,78,leaf_area,9931,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,78,leaf_mass_per_area,65,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Pittosporum rubiginosum,78,wood_density,0.728,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Pittosporum rubiginosum +Test_2023_2,Polyscias australiana,79,branch_mass_fraction,0.42,mg/mg,population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,79,huber_value,0.000166444740346205,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Polyscias australiana +Test_2023_2,Polyscias australiana,79,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,mean,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana +Test_2023_2,Polyscias australiana,79,huber_value,0.000149253731343284,mm2{sapwood}/mm2{leaf},population,maximum,,2,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Polyscias australiana +Test_2023_2,Polyscias australiana,80,seed_dry_mass,8.35,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,81,leaf_N_per_dry_mass,15.4,mg/g,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,81,leaf_area,6806,mm2,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,81,leaf_mass_per_area,79,g/m2,species,mean,measurement,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Polyscias australiana,81,wood_density,0.397,mg/mm3,species,mean,,2,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Polyscias australiana +Test_2023_2,Psychotria dallachiana,82,branch_mass_fraction,0.33,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,82,huber_value,0.000233100233100233,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,82,huber_value,0.000176491351923756,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,82,huber_value,0.000203417412530513,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,82,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,82,huber_value,0.000210039907582441,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,83,leaf_N_per_dry_mass,17.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,83,leaf_area,2495,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,83,leaf_mass_per_area,79,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria dallachiana,83,wood_density,0.612,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Psychotria dallachiana +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),84,branch_mass_fraction,0,mg/mg,population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),84,huber_value,0.000200924251557163,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),84,huber_value,0.000434404865334492,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),84,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),84,huber_value,0.000490918016691213,mm2{sapwood}/mm2{leaf},population,maximum,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),85,seed_dry_mass,23.09,mg,population,mean,,unknown,literature,seedling,01,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),86,leaf_N_per_dry_mass,17.9,mg/g,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),86,leaf_area,11157,mm2,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),86,leaf_mass_per_area,108,g/m2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Psychotria sp. Utchee Creek (H.Flecker NQNC5313),86,wood_density,0.582,mg/mm3,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Psychotria sp Utchee Creek +Test_2023_2,Quassia baileyana,87,branch_mass_fraction,0.42,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,87,huber_value,0.000170444861087438,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Quassia baileyana +Test_2023_2,Quassia baileyana,87,huber_value,0.000310945273631841,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Quassia baileyana +Test_2023_2,Quassia baileyana,87,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana +Test_2023_2,Quassia baileyana,87,huber_value,0.000174855744011191,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Quassia baileyana +Test_2023_2,Quassia baileyana,88,leaf_N_per_dry_mass,23,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,88,leaf_area,9624,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,88,leaf_mass_per_area,86,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Quassia baileyana,88,wood_density,0.501,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Quassia baileyana +Test_2023_2,Rhodomyrtus trineura,89,branch_mass_fraction,0.34,mg/mg,population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,89,huber_value,0.000231427910205971,mm2{sapwood}/mm2{leaf},population,mean,,7,field,adult,01,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,89,huber_value,0.000262950302392848,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,02,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,89,huber_value,0.000164257555847569,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,03,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,89,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,mean,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,89,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},population,maximum,,,field,adult,01,,,,Test_2002,01,,,,2002/2003,,04,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,90,leaf_N_per_dry_mass,11.1,mg/g,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,90,leaf_area,3401,mm2,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,90,leaf_mass_per_area,129,g/m2,species,mean,measurement,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rhodomyrtus trineura,90,wood_density,0.763,mg/mm3,species,mean,,,field,adult,,,,,Test_2002,01,,,,2002/2003,,01,,Rhodomyrtus trineura +Test_2023_2,Rockinghamia angustifolia,91,branch_mass_fraction,0.39,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,91,huber_value,0.000170590242238144,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,91,huber_value,0.000216872695727608,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,91,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,91,huber_value,0.000163988192850115,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,91,seed_dry_mass,19.38,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,92,leaf_N_per_dry_mass,15.8,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,92,leaf_area,10636,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,92,leaf_mass_per_area,108,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Rockinghamia angustifolia,92,wood_density,0.455,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Rockinghamia angustifolia +Test_2023_2,Syzygium gustavioides,93,branch_mass_fraction,0.59,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,93,huber_value,0.000352982703847511,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,93,huber_value,0.000320410124959949,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,93,huber_value,0.000328191663931736,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,93,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,93,huber_value,0.000151883353584447,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,93,seed_dry_mass,48000,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,94,leaf_N_per_dry_mass,12.9,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,94,leaf_area,3590,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,94,leaf_mass_per_area,167,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium gustavioides,94,wood_density,0.521,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium gustavioides +Test_2023_2,Syzygium sayeri,95,branch_mass_fraction,0.65,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,95,huber_value,0.000254517688979384,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,95,huber_value,0.000173400381480839,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,95,huber_value,0.000202470135654991,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,95,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,95,huber_value,0.000101667344448963,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,95,seed_dry_mass,841,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,96,leaf_N_per_dry_mass,13.7,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,96,leaf_area,2645,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,96,leaf_mass_per_area,131,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Syzygium sayeri,96,wood_density,0.485,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Syzygium sayeri +Test_2023_2,Trema aspera,97,branch_mass_fraction,0.53,mg/mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,97,huber_value,0.000279485746226942,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,97,huber_value,0.000189000189000189,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,02,,Trema aspera +Test_2023_2,Trema aspera,97,huber_value,0.000183823529411765,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,03,,Trema aspera +Test_2023_2,Trema aspera,97,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera +Test_2023_2,Trema aspera,97,huber_value,0.000149365197908887,mm2{sapwood}/mm2{leaf},population,maximum,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,04,,Trema aspera +Test_2023_2,Trema aspera,97,seed_dry_mass,5.12,mg,population,mean,unknown,10,field_experiment,juvenile,02,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,98,leaf_N_per_dry_mass,29.9,mg/g,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,98,leaf_area,2071,mm2,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,98,leaf_mass_per_area,53,g/m2,species,mean,measurement,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera +Test_2023_2,Trema aspera,98,wood_density,0.357,mg/mm3,species,mean,unknown,10,field_experiment,juvenile,,,,,Test_2022,02,,,,2004/2004,Made-up measurement remarks for Cape Tribulation,01,,Trema aspera diff --git a/tests/testthat/examples/Test_2023_4/output/traits.csv b/tests/testthat/examples/Test_2023_4/output/traits.csv index 9e8fdf56..cf900df0 100644 --- a/tests/testthat/examples/Test_2023_4/output/traits.csv +++ b/tests/testthat/examples/Test_2023_4/output/traits.csv @@ -2,7 +2,7 @@ dataset_id,taxon_name,observation_id,trait_name,value,unit,entity_type,value_typ Test_2023_4,Abildgaardia ovata,001,fruit_width,1.2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Abildgaardia ovata Test_2023_4,Acacia alpina,002,fruit_width,3,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia alpina Test_2023_4,Acacia beadleana,003,fruit_width,10.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia beadleana -Test_2023_4,Acacia bulgaensis,004,fruit_length,95,mm,population,minimum,measurement,2,literature,juvenile,,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Acacia bulgaensis +Test_2023_4,Acacia bulgaensis,004,fruit_length,95,mm,population,minimum,measurement,2,literature,juvenile,01,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Acacia bulgaensis Test_2023_4,Acacia caroleae,005,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia caroleae Test_2023_4,Acacia crassa,006,fruit_length,40,mm,species,minimum,expert_score,1,field,seedling,,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Acacia crassa Test_2023_4,Acacia flexifolia,007,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Acacia flexifolia @@ -17,7 +17,7 @@ Test_2023_4,Acronychia littoralis,015,fruit_width,20,mm,species,,,1,field_experi Test_2023_4,Adriana tomentosa,016,fruit_width,12,mm,,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Adriana tomentosa Test_2023_4,Alectryon coriaceus,017,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon coriaceus Test_2023_4,Alectryon oleifolius,018,fruit_width,10,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Alectryon oleifolius -Test_2023_4,Alectryon subdentatus,019,fruit_length,8,mm,population,minimum,measurement,2,,juvenile,,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Alectryon subdentatus +Test_2023_4,Alectryon subdentatus,019,fruit_length,8,mm,population,minimum,measurement,2,,juvenile,01,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Alectryon subdentatus Test_2023_4,Amyema preissii,020,fruit_colour,pink white,,,mode,,1,,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Amyema preissii Test_2023_4,Angophora leiocarpa,021,fruit_width,11,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Angophora leiocarpa Test_2023_4,Apophyllum anomalum,022,fruit_colour,purple,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Apophyllum anomalum @@ -83,7 +83,7 @@ Test_2023_4,Erythroxylum australe,080,fruit_width,4,mm,species,mode,,1,field_exp Test_2023_4,Escallonia bifida,081,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Escallonia bifida Test_2023_4,Eucalyptus badjensis,082,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus badjensis Test_2023_4,Eucalyptus camphora,083,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus camphora -Test_2023_4,Eucalyptus dorrigoensis,084,fruit_length,5,mm,population,minimum,measurement,2,field_experiment,juvenile,,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Eucalyptus dorrigoensis +Test_2023_4,Eucalyptus dorrigoensis,084,fruit_length,5,mm,population,minimum,measurement,2,field_experiment,juvenile,01,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Eucalyptus dorrigoensis Test_2023_4,Eucalyptus leucoxylon subsp. pruinosa,085,fruit_dehiscence,dehiscent,,species,,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus leucoxylon subsp. pruinosa Test_2023_4,Eucalyptus muelleriana,086,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Eucalyptus muelleriana Test_2023_4,Eucalyptus nandewarica,087,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus nandewarica @@ -102,14 +102,14 @@ Test_2023_4,Eucalyptus yangoura,096,fruit_width,6,mm,species,mode,,1,field_exper Test_2023_4,Eucalyptus youmanii,097,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii Test_2023_4,Eucalyptus youmanii,098,fruit_width,9,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Eucalyptus youmanii Test_2023_4,Euphorbia inappendiculata var. queenslandica,099,fruit_length,1.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Euphorbia inappendiculata var. queenslandica -Test_2023_4,Exocarpos homalocladus,100,fruit_width,8,mm,population,maximum,,2,field_experiment,juvenile,,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Exocarpos homalocladus +Test_2023_4,Exocarpos homalocladus,100,fruit_width,8,mm,population,maximum,,2,field_experiment,juvenile,01,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Exocarpos homalocladus Test_2023_4,Exocarpos sparteus,101,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Exocarpos sparteus Test_2023_4,Ficus henneana,102,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Ficus henneana Test_2023_4,Freesia hybrid,103,fruit_colour,green,,metapopulation,mode,,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Freesia hybrid Test_2023_4,Freesia laxa,104,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Freesia laxa Test_2023_4,Geijera salicifolia,105,fruit_width,6,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geijera salicifolia Test_2023_4,Gentiana wingecarribiensis,106,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Gentiana wingecarribiensis -Test_2023_4,Gentianella barringtonensis,107,fruit_colour,brown,,population,minimum,,2,literature,juvenile,,,,01,,01,02,,,2020,Part of Test Dataset 4,01,02,Gentianella barringtonensis +Test_2023_4,Gentianella barringtonensis,107,fruit_colour,brown,,population,minimum,,2,literature,juvenile,01,,,01,,01,02,,,2020,Part of Test Dataset 4,01,02,Gentianella barringtonensis Test_2023_4,Geranium obtusisepalum,108,fruit_length,17,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium obtusisepalum Test_2023_4,Geranium purpureum subsp. purpureum,109,fruit_length,12,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Geranium purpureum subsp. purpureum Test_2023_4,Gompholobium grandiflorum,110,fruit_length,15,mm,species,maximum,,1,,seedling,,,,01,Test_2003,,02,,,,Part of Test Dataset 4,01,04,Gompholobium grandiflorum @@ -124,95 +124,95 @@ Test_2023_4,Hibiscus brachysiphonius,118,fruit_length,15,mm,species,mode,,1,,see Test_2023_4,Hibiscus sturtii,119,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Hibiscus sturtii Test_2023_4,Hypericum elodes,120,fruit_length,4,mm,species,mean,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Hypericum elodes Test_2023_4,Hypoxis glabella var. glabella,121,fruit_dehiscence,dehiscent,,population,mode,,1,literature,adult,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,02,Hypoxis glabella var. glabella -Test_2023_4,Imperata cylindrica,122,fruit_length,1,mm,population,minimum,measurement,2,literature,juvenile,,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Imperata cylindrica +Test_2023_4,Imperata cylindrica,122,fruit_length,1,mm,population,minimum,measurement,2,literature,juvenile,01,,,01,Test_2000,01,02,,,2020,Part of Test Dataset 4,01,04,Imperata cylindrica Test_2023_4,Indigofera triflora,123,fruit_length,30,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Indigofera triflora -Test_2023_4,Ipomoea cairica,124,fruit_length,11,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Ipomoea cairica -Test_2023_4,Ipomoea cairica,125,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica -Test_2023_4,Ipomoea cairica,125,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica -Test_2023_4,Ipomoea cairica,125,leaf_stomatal_conductance,0.42,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Ipomoea cairica -Test_2023_4,Isolepis montivaga,126,fruit_length,0.9,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isolepis montivaga -Test_2023_4,Isotoma axillaris,127,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isotoma axillaris -Test_2023_4,Isotoma fluviatilis subsp. fluviatilis,128,fruit_width,3,mm,,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Isotoma fluviatilis subsp. fluviatilis -Test_2023_4,Juncus acutus subsp. acutus,129,fruit_dehiscence,dehiscent,,species,,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,01,Juncus acutus subsp. acutus -Test_2023_4,Juncus kraussii,130,fruit_colour,black brown red yellow,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Juncus kraussii -Test_2023_4,Lantana montevidensis,131,fruit_colour,black purple,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Lantana montevidensis -Test_2023_4,Lepidium africanum,132,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium africanum -Test_2023_4,Lepidium foliosum,133,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium foliosum -Test_2023_4,Lepidium oxytrichum,134,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium oxytrichum -Test_2023_4,Lepidosperma gladiatum,135,fruit_length,3,mm,population,maximum,measurement,2,literature,juvenile,,,,01,Test_2000,01,01,,,2020,Part of Test Dataset 4,01,04,Lepidosperma gladiatum -Test_2023_4,Leptomeria drupacea,136,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Leptomeria drupacea -Test_2023_4,Leptospermum continentale,137,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum continentale -Test_2023_4,Leptospermum obovatum,138,fruit_width,8,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum obovatum -Test_2023_4,Leucopogon amplexicaulis,139,fruit_length,3.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leucopogon amplexicaulis -Test_2023_4,Lobelia pedunculata,140,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lobelia pedunculata -Test_2023_4,Lobelia trigonocaulis,141,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lobelia trigonocaulis -Test_2023_4,Lotononis bainesii,142,fruit_length,8,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,02,,,2021,From `australia_2` site,01,04,Lotononis bainesii -Test_2023_4,Lotus corniculatus,143,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,143,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,02,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,144,leaf_photosynthesis,5,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,144,leaf_photosynthesis,4.4,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,144,leaf_photosynthesis,2,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,145,leaf_photosynthesis,0.9,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,02,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,146,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,146,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,146,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus -Test_2023_4,Lotus corniculatus,147,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lotus corniculatus -Test_2023_4,Lupinus polyphyllus,148,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lupinus polyphyllus -Test_2023_4,Medicago orbicularis,149,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Medicago orbicularis -Test_2023_4,Melichrus procumbens,150,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Melichrus procumbens -Test_2023_4,Mischocarpus australis,151,fruit_width,8,mm,,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Mischocarpus australis -Test_2023_4,Muehlenbeckia adpressa,152,fruit_colour,black brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Muehlenbeckia adpressa -Test_2023_4,Myoporum boninense subsp. australe,153,fruit_length,10,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Myoporum boninense subsp. australe -Test_2023_4,Nicotiana glauca,154,leaf_photosynthesis,6,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana glauca,154,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana glauca,154,leaf_photosynthesis,3.7,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana glauca,155,fruit_length,13,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana glauca -Test_2023_4,Nicotiana goodspeedii,156,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana goodspeedii -Test_2023_4,Oxalis corniculata,157,fruit_width,1.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Oxalis corniculata -Test_2023_4,Pandorea pandorana subsp. austrocaledonica,158,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pandorea pandorana subsp. austrocaledonica -Test_2023_4,Paraserianthes lophantha,159,fruit_width,25,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Paraserianthes lophantha -Test_2023_4,Parentucellia latifolia,160,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Parentucellia latifolia -Test_2023_4,Phlegmatospermum cochlearinum,161,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phlegmatospermum cochlearinum -Test_2023_4,Phyla nodiflora,162,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phyla nodiflora -Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Phyla nodiflora -Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,02,,,02,02,,,2021,From `australia_2` site,01,04,Phyla nodiflora -Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.37,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora -Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora -Test_2023_4,Picris barbarorum,164,fruit_length,7.5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Picris barbarorum -Test_2023_4,Pimelea ligustrina subsp. ligustrina,165,fruit_colour,green,,metapopulation,mode,,1,literature,seedling,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,03,Pimelea ligustrina subsp. ligustrina -Test_2023_4,Pinus pinea,166,fruit_colour,brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pinus pinea -Test_2023_4,Pisum sativum var. arvense,167,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Pisum sativum var. arvense -Test_2023_4,Pittosporum erioloma,168,fruit_dehiscence,dehiscent,,,mode,,1,literature,adult,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Pittosporum erioloma -Test_2023_4,Plantago turrifera,169,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Plantago turrifera -Test_2023_4,Polycarpon tetraphyllum,170,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Polycarpon tetraphyllum -Test_2023_4,Potamogeton australiensis,171,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Potamogeton australiensis -Test_2023_4,Psoralea pinnata,172,fruit_width,2.5,mm,population,minimum,,2,field_experiment,juvenile,01,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Psoralea pinnata -Test_2023_4,Pultenaea ferruginea,173,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pultenaea ferruginea -Test_2023_4,Rhodamnia argentea,174,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Rhodamnia argentea -Test_2023_4,Rhodamnia argentea,175,fruit_colour,black,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rhodamnia argentea -Test_2023_4,Rorippa gigantea,176,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rorippa gigantea -Test_2023_4,Rubus parvifolius,177,fruit_colour,red,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rubus parvifolius -Test_2023_4,Salix alba,178,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Salix alba -Test_2023_4,Schenkia australis,179,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schenkia australis -Test_2023_4,Schoenus apogon,180,fruit_colour,white,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus apogon -Test_2023_4,Schoenus brevifolius,181,fruit_width,0.7,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus brevifolius -Test_2023_4,Schoenus lepidosperma,182,fruit_width,2.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus lepidosperma -Test_2023_4,Schoenus vaginatus,183,fruit_colour,brown red yellow,,metapopulation,mode,,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus vaginatus -Test_2023_4,Scleria rugosa,184,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Scleria rugosa -Test_2023_4,Senecio longipilus,185,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Senecio longipilus -Test_2023_4,Sida goniocarpa,186,fruit_width,7,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sida goniocarpa -Test_2023_4,Sigesbeckia orientalis,187,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sigesbeckia orientalis -Test_2023_4,Sisymbrium irio,188,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Sisymbrium irio -Test_2023_4,Sparaxis bulbifera,189,fruit_colour,green,,population,minimum,,2,field,juvenile,01,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Sparaxis bulbifera -Test_2023_4,Spergularia diandra,190,fruit_dehiscence,dehiscent,,species,mean,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Spergularia diandra -Test_2023_4,Sphaeromorphaea littoralis,191,fruit_length,1.3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sphaeromorphaea littoralis -Test_2023_4,Stellaria angustifolia subsp. angustifolia,192,fruit_length,8.5,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Stellaria angustifolia subsp. angustifolia -Test_2023_4,Styphelia viridis,193,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Styphelia viridis -Test_2023_4,Swainsona cadellii,194,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Swainsona cadellii -Test_2023_4,Teucrium puberulum,195,fruit_width,4,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Teucrium puberulum -Test_2023_4,Thelymitra kangaloonica,196,fruit_length,12,mm,species,,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Thelymitra kangaloonica -Test_2023_4,Thesium australe,197,fruit_width,2.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Thesium australe -Test_2023_4,Trifolium dubium,198,fruit_length,2,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Trifolium dubium -Test_2023_4,Veronica catenata,199,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Veronica catenata -Test_2023_4,Veronica derwentiana,200,fruit_length,2.8,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Veronica derwentiana -Test_2023_4,Wahlenbergia luteola,201,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Wahlenbergia luteola +Test_2023_4,Ipomoea cairica,124,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,124,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,,,,01,02,,,2020,Part of Test Dataset 4,02,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,125,fruit_length,11,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Ipomoea cairica +Test_2023_4,Ipomoea cairica,126,leaf_stomatal_conductance,0.42,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Ipomoea cairica +Test_2023_4,Isolepis montivaga,127,fruit_length,0.9,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isolepis montivaga +Test_2023_4,Isotoma axillaris,128,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Isotoma axillaris +Test_2023_4,Isotoma fluviatilis subsp. fluviatilis,129,fruit_width,3,mm,,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Isotoma fluviatilis subsp. fluviatilis +Test_2023_4,Juncus acutus subsp. acutus,130,fruit_dehiscence,dehiscent,,species,,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,01,Juncus acutus subsp. acutus +Test_2023_4,Juncus kraussii,131,fruit_colour,black brown red yellow,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Juncus kraussii +Test_2023_4,Lantana montevidensis,132,fruit_colour,black purple,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Lantana montevidensis +Test_2023_4,Lepidium africanum,133,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium africanum +Test_2023_4,Lepidium foliosum,134,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium foliosum +Test_2023_4,Lepidium oxytrichum,135,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lepidium oxytrichum +Test_2023_4,Lepidosperma gladiatum,136,fruit_length,3,mm,population,maximum,measurement,2,literature,juvenile,01,,,01,Test_2000,01,01,,,2020,Part of Test Dataset 4,01,04,Lepidosperma gladiatum +Test_2023_4,Leptomeria drupacea,137,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Leptomeria drupacea +Test_2023_4,Leptospermum continentale,138,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum continentale +Test_2023_4,Leptospermum obovatum,139,fruit_width,8,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leptospermum obovatum +Test_2023_4,Leucopogon amplexicaulis,140,fruit_length,3.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Leucopogon amplexicaulis +Test_2023_4,Lobelia pedunculata,141,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Lobelia pedunculata +Test_2023_4,Lobelia trigonocaulis,142,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lobelia trigonocaulis +Test_2023_4,Lotononis bainesii,143,fruit_length,8,mm,species,mode,,1,,seedling,,,,01,Test_2000,02,02,,,2021,From `australia_2` site,01,04,Lotononis bainesii +Test_2023_4,Lotus corniculatus,144,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,144,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,02,,,01,02,,,2020,Part of Test Dataset 4,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,145,leaf_photosynthesis,5,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,145,leaf_photosynthesis,4.4,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,145,leaf_photosynthesis,2,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,01,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,146,leaf_photosynthesis,0.9,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,02,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,147,leaf_stomatal_conductance,0.5,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,147,leaf_stomatal_conductance,0.44,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,147,leaf_stomatal_conductance,0.3,mol{H2O}/m2/s,population,raw,measurement,5,field_experiment,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Lotus corniculatus +Test_2023_4,Lotus corniculatus,148,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lotus corniculatus +Test_2023_4,Lupinus polyphyllus,149,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Lupinus polyphyllus +Test_2023_4,Medicago orbicularis,150,fruit_length,7,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Medicago orbicularis +Test_2023_4,Melichrus procumbens,151,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Melichrus procumbens +Test_2023_4,Mischocarpus australis,152,fruit_width,8,mm,,mode,,1,field_experiment,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Mischocarpus australis +Test_2023_4,Muehlenbeckia adpressa,153,fruit_colour,black brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Muehlenbeckia adpressa +Test_2023_4,Myoporum boninense subsp. australe,154,fruit_length,10,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Myoporum boninense subsp. australe +Test_2023_4,Nicotiana glauca,155,leaf_photosynthesis,6,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,01,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,155,leaf_photosynthesis,4,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,02,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,155,leaf_photosynthesis,3.7,umol/m2/s,individual,raw,measurement,5,field_experiment,seedling,03,,03,,,02,02,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana glauca,156,fruit_length,13,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana glauca +Test_2023_4,Nicotiana goodspeedii,157,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Nicotiana goodspeedii +Test_2023_4,Oxalis corniculata,158,fruit_width,1.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Oxalis corniculata +Test_2023_4,Pandorea pandorana subsp. austrocaledonica,159,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pandorea pandorana subsp. austrocaledonica +Test_2023_4,Paraserianthes lophantha,160,fruit_width,25,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Paraserianthes lophantha +Test_2023_4,Parentucellia latifolia,161,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Parentucellia latifolia +Test_2023_4,Phlegmatospermum cochlearinum,162,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phlegmatospermum cochlearinum +Test_2023_4,Phyla nodiflora,163,leaf_stomatal_conductance,0.2,mol{H2O}/m2/s,population,raw,measurement,2,field_experiment,juvenile,01,,01,,,01,02,,,2020,Part of Test Dataset 4,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,164,fruit_width,2,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,165,leaf_stomatal_conductance,0.1,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,01,,,02,02,,,2021,From `australia_2` site,01,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,165,leaf_stomatal_conductance,0.37,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora +Test_2023_4,Phyla nodiflora,165,leaf_stomatal_conductance,0.6,mol{H2O}/m2/s,species,raw,measurement,5,field_experiment,seedling,,,,,,02,02,,,2021,From `australia_2` site,02,04,Phyla nodiflora +Test_2023_4,Picris barbarorum,166,fruit_length,7.5,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Picris barbarorum +Test_2023_4,Pimelea ligustrina subsp. ligustrina,167,fruit_colour,green,,metapopulation,mode,,1,literature,seedling,03,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,03,Pimelea ligustrina subsp. ligustrina +Test_2023_4,Pinus pinea,168,fruit_colour,brown,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pinus pinea +Test_2023_4,Pisum sativum var. arvense,169,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Pisum sativum var. arvense +Test_2023_4,Pittosporum erioloma,170,fruit_dehiscence,dehiscent,,,mode,,1,literature,adult,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Pittosporum erioloma +Test_2023_4,Plantago turrifera,171,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Plantago turrifera +Test_2023_4,Polycarpon tetraphyllum,172,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Polycarpon tetraphyllum +Test_2023_4,Potamogeton australiensis,173,fruit_length,4,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Potamogeton australiensis +Test_2023_4,Psoralea pinnata,174,fruit_width,2.5,mm,population,minimum,,2,field_experiment,juvenile,01,,,01,Test_2003,01,01,,,2020,Part of Test Dataset 4,01,04,Psoralea pinnata +Test_2023_4,Pultenaea ferruginea,175,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Pultenaea ferruginea +Test_2023_4,Rhodamnia argentea,176,fruit_length,6,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Rhodamnia argentea +Test_2023_4,Rhodamnia argentea,177,fruit_colour,black,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rhodamnia argentea +Test_2023_4,Rorippa gigantea,178,fruit_length,15,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rorippa gigantea +Test_2023_4,Rubus parvifolius,179,fruit_colour,red,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Rubus parvifolius +Test_2023_4,Salix alba,180,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Salix alba +Test_2023_4,Schenkia australis,181,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schenkia australis +Test_2023_4,Schoenus apogon,182,fruit_colour,white,,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus apogon +Test_2023_4,Schoenus brevifolius,183,fruit_width,0.7,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus brevifolius +Test_2023_4,Schoenus lepidosperma,184,fruit_width,2.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Schoenus lepidosperma +Test_2023_4,Schoenus vaginatus,185,fruit_colour,brown red yellow,,metapopulation,mode,,1,,seedling,03,,,01,,02,02,,,2021,From `australia_2` site,01,04,Schoenus vaginatus +Test_2023_4,Scleria rugosa,186,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Scleria rugosa +Test_2023_4,Senecio longipilus,187,fruit_length,2.5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Senecio longipilus +Test_2023_4,Sida goniocarpa,188,fruit_width,7,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sida goniocarpa +Test_2023_4,Sigesbeckia orientalis,189,fruit_length,3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sigesbeckia orientalis +Test_2023_4,Sisymbrium irio,190,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Sisymbrium irio +Test_2023_4,Sparaxis bulbifera,191,fruit_colour,green,,population,minimum,,2,field,juvenile,01,,,01,,01,02,,,2020,Part of Test Dataset 4,01,04,Sparaxis bulbifera +Test_2023_4,Spergularia diandra,192,fruit_dehiscence,dehiscent,,species,mean,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Spergularia diandra +Test_2023_4,Sphaeromorphaea littoralis,193,fruit_length,1.3,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Sphaeromorphaea littoralis +Test_2023_4,Stellaria angustifolia subsp. angustifolia,194,fruit_length,8.5,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,01,,,2021,From `australia_2` site,01,04,Stellaria angustifolia subsp. angustifolia +Test_2023_4,Styphelia viridis,195,fruit_length,10,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Styphelia viridis +Test_2023_4,Swainsona cadellii,196,fruit_length,25,mm,species,mode,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Swainsona cadellii +Test_2023_4,Teucrium puberulum,197,fruit_width,4,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Teucrium puberulum +Test_2023_4,Thelymitra kangaloonica,198,fruit_length,12,mm,species,,,1,,seedling,,,,01,,02,02,,,2021,From `australia_2` site,01,04,Thelymitra kangaloonica +Test_2023_4,Thesium australe,199,fruit_width,2.5,mm,species,mode,,1,field_experiment,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Thesium australe +Test_2023_4,Trifolium dubium,200,fruit_length,2,mm,species,mode,measurement,1,literature,seedling,,,,01,Test_2003,02,02,,,2021,From `australia_2` site,01,04,Trifolium dubium +Test_2023_4,Veronica catenata,201,fruit_dehiscence,dehiscent,,species,mode,,1,,adult,,,,01,,02,02,,,2021,From `australia_2` site,01,02,Veronica catenata +Test_2023_4,Veronica derwentiana,202,fruit_length,2.8,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Veronica derwentiana +Test_2023_4,Wahlenbergia luteola,203,fruit_length,5,mm,species,mode,,1,,seedling,,,,01,,02,01,,,2021,From `australia_2` site,01,04,Wahlenbergia luteola From 3be60db0f51e4e3d3e472a50bcebb0a82757fcd1 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 18:19:39 +1100 Subject: [PATCH 41/45] Add test for substituting a time value --- tests/testthat/examples/Test_2023_1/data.csv | 2 +- tests/testthat/examples/Test_2023_1/metadata.yml | 3 +++ 2 files changed, 4 insertions(+), 1 deletion(-) diff --git a/tests/testthat/examples/Test_2023_1/data.csv b/tests/testthat/examples/Test_2023_1/data.csv index 4955f521..016324a7 100644 --- a/tests/testthat/examples/Test_2023_1/data.csv +++ b/tests/testthat/examples/Test_2023_1/data.csv @@ -30,7 +30,7 @@ Melicope elleryana,melell,Atherton,0.075,0.0268,6955,0.346,0.58,1.61,,4201,2860, Neolitsea dealbata,neodea,Atherton,0.093,0.0164,5228,0.352,0.58,176.1,1686,2747,3049,7504,,,,geophyte,,bottom slope,,9:00:00,instrument 3,,,4,cm,,,,,, Polyscias australiana,polaus,Atherton,0.079,0.0154,6806,0.397,0.42,8.35,,6008,,6700,,,nnnnnyyyynnnnnnnnnn,tree,female,dune crest,,9:00:00,instrument 3,,4,4,cm,,,,,, Psychotria sp Utchee Creek,psyspp,Atherton,0.108,0.0179,11157,0.582,0,23.09,,4977,2302,2037,,,,trees,female,dune crest,,,,10,6,4,cm,,,,,, -Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,,tree,male,,,,,,9,4,cm,,,,,, +Rhodomyrtus trineura,rhotri,Atherton,0.129,0.0111,3401,0.763,0.34,,4321,3803,6088,6877,,,7:00:00,tree,male,,,,,,9,4,cm,,,,,, Acmena graveolens,acmgra,Cape Tribulation,0.151,0.0155,5246,0.599,0.67,,,3057,2667,7156,,,,,male,,,,,1,10,4,cm,,,,,, Aleurites rockinghamensis,aleroc,Cape Tribulation,0.113,0.0184,73984,0.28,0.02,7077,,4194,,6209,,,summer,,male,,,,,1,2,4,cm,,,,,, Alstonia scholaris,alssch,Cape Tribulation,0.107,0.0223,6182,0.361,0.46,1.53,,1854,1682,3932,,,not observed,herbs,male,,,,,1,2,4,cm,,,,,, diff --git a/tests/testthat/examples/Test_2023_1/metadata.yml b/tests/testthat/examples/Test_2023_1/metadata.yml index e2d4b04a..d864bfd9 100644 --- a/tests/testthat/examples/Test_2023_1/metadata.yml +++ b/tests/testthat/examples/Test_2023_1/metadata.yml @@ -531,6 +531,9 @@ substitutions: - trait_name: flowering_time find: not observed replace: .na +- trait_name: flowering_time + find: 7:00:00 + replace: nnnnnnnnnnny taxonomic_updates: - find: Homalanthus novoguineensis replace: Homalanthus novo-guineensis From 45cbcff5b96688c24b08cf6002ae66b7715b6c30 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 18:20:52 +1100 Subject: [PATCH 42/45] Update context categories for `metadata_add_contexts` and convert context values to character type - The latter prevents time data types from converting weirdly when converted to yaml --- R/process.R | 14 ++++++++------ R/setup.R | 6 ++++-- 2 files changed, 12 insertions(+), 8 deletions(-) diff --git a/R/process.R b/R/process.R index 286ec1f1..ef1c6ff9 100644 --- a/R/process.R +++ b/R/process.R @@ -682,9 +682,9 @@ process_create_context_ids <- function(data, contexts) { dplyr::select(dplyr::all_of(c("context_property", "category", "value"))) %>% dplyr::distinct() - categories <- c( - "plot_context", "treatment_context", "entity_context", - "temporal_context", "method_context") %>% + categories <- + c("plot_context", "treatment_context", "entity_context", + "temporal_context", "method_context") %>% subset(., . %in% tmp$category) ids <- dplyr::tibble(.rows = nrow(context_cols)) @@ -1477,15 +1477,17 @@ process_parse_data <- function(data, dataset_id, metadata, contexts, schema) { # Implement any value changes as per substitutions if (!is.na(metadata[["substitutions"]][1])) { - substitutions_table <- util_list_to_df2(metadata[["substitutions"]]) %>% + substitutions_table <- util_list_to_df2(metadata[["substitutions"]]) %>% dplyr::mutate( find = tolower(.data$find), replace = tolower(.data$replace) ) for (i in seq_len(nrow(substitutions_table))) { - j <- which(out[["trait_name"]] == substitutions_table[["trait_name"]][i] & - out[["value"]] == substitutions_table[["find"]][i]) + j <- which( + out[["trait_name"]] == substitutions_table[["trait_name"]][i] & + out[["value"]] == substitutions_table[["find"]][i] + ) if (length(j) > 0) { out[["value"]][j] <- substitutions_table[["replace"]][i] diff --git a/R/setup.R b/R/setup.R index be42fea4..97bde59f 100644 --- a/R/setup.R +++ b/R/setup.R @@ -470,14 +470,16 @@ metadata_add_contexts <- function(dataset_id, overwrite = FALSE, user_responses var_in <- metadata_user_select_names( paste("Indicate all columns that contain additional contextual data for ", dataset_id), v) - categories <- c("treatment", "plot", "temporal", "method", "entity_context") + categories <- + c("treatment_context", "plot_context", "temporal_context", + "method_context", "entity_context") for (i in seq_along(var_in)) { ii <- n_existing + i category <- metadata_user_select_names( paste("What category does context", var_in[i], "fit in?"), categories) - context_values <- data[[var_in[i]]] %>% unique() %>% na.omit() + context_values <- data[[var_in[i]]] %>% unique() %>% na.omit() %>% as.character() message(sprintf("\tThe following values exist for this context: %s", context_values %>% paste(collapse = ", "))) From 53d56ef18051e38808ecf6ee7e3e261e3f38307e Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 18:23:03 +1100 Subject: [PATCH 43/45] Add expected output for testing substituting time value --- tests/testthat/examples/Test_2023_1/output/traits.csv | 1 + 1 file changed, 1 insertion(+) diff --git a/tests/testthat/examples/Test_2023_1/output/traits.csv b/tests/testthat/examples/Test_2023_1/output/traits.csv index 7ab133b3..895fe0c5 100644 --- a/tests/testthat/examples/Test_2023_1/output/traits.csv +++ b/tests/testthat/examples/Test_2023_1/output/traits.csv @@ -483,6 +483,7 @@ Test_2023_1,Quassia baileyana,130,leaf_N_per_dry_mass,23,mg/g,population,mean,me Test_2023_1,Quassia baileyana,130,leaf_area,9624,mm2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana Test_2023_1,Quassia baileyana,130,leaf_mass_per_area,86,g/m2,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana Test_2023_1,Quassia baileyana,130,wood_density,0.501,mg/mm3,population,mean,measurement,3,field,adult,04,,,,,02,,,,2004/2004,from Falster_2005_1,01,,Quassia baileyana +Test_2023_1,Rhodomyrtus trineura,132,flowering_time,nnnnnnnnnnny,,individual,mode,expert_score,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,raw,model_derived,5,field,adult,02,,,,,01,15,,,2002/2002,made-up measurement remarks,04,01,Rhodomyrtus trineura Test_2023_1,Rhodomyrtus trineura,132,huber_value,0.00014541224371092,mm2{sapwood}/mm2{leaf},individual,mean,model_derived,5,field,adult,02,,,,,01,15,,,2002/2002,made-up measurement remarks,05,,Rhodomyrtus trineura Test_2023_1,Rhodomyrtus trineura,132,leaf_length,40,mm,individual,mean,measurement,3,field,adult,02,,,,,01,15,,,2004/2004,from Falster_2005_1,01,,Rhodomyrtus trineura From c9984ae9d361845dec60e77e14d509b67ec2f338 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 19:02:55 +1100 Subject: [PATCH 44/45] Remove "time" values from `dataset_test` checks of allowable categorical values --- R/process.R | 4 ++-- R/testdata.R | 5 ++--- 2 files changed, 4 insertions(+), 5 deletions(-) diff --git a/R/process.R b/R/process.R index ef1c6ff9..fcffa8d8 100644 --- a/R/process.R +++ b/R/process.R @@ -1026,12 +1026,12 @@ process_flag_unsupported_values <- function(data, definitions) { ii <- data[["trait_name"]] == trait # Only Y,N - i <- ii & is.na(data[["error"]]) & !grepl("^[YyNn]+$", data[["value"]]) + i <- ii & is.na(data[["error"]]) & !grepl("^[YyNn]+$", data[["value"]]) data <- data %>% dplyr::mutate(error = ifelse(i, "Time can only contain Y & Ns", .data$error)) # Must be length 12 - i <- ii & is.na(data[["error"]]) & stringr::str_length(data[["value"]]) != 12 + i <- ii & is.na(data[["error"]]) & stringr::str_length(data[["value"]]) != 12 data <- data %>% dplyr::mutate(error = ifelse(i, "Times must be length 12", .data$error)) } diff --git a/R/testdata.R b/R/testdata.R index 7fc85f6c..f7c5ebc5 100644 --- a/R/testdata.R +++ b/R/testdata.R @@ -663,9 +663,8 @@ dataset_test_worker <- if (!is.null(definitions$elements[[trait]]) && definitions$elements[[trait]]$type == "categorical") { to_check <- x[[trait]]$replace %>% unique() - allowable <- - c(definitions$elements[[trait]]$allowed_values_levels %>% names(), - NA) + to_check <- to_check[!(grepl("^[YyNn]+$", to_check) & stringr::str_length(to_check) == 12)] + allowable <- c(definitions$elements[[trait]]$allowed_values_levels %>% names(), NA) failing <- to_check[!( is.na(to_check) | to_check %in% allowable | From 1f75e0fbc8c769e2f1feb8cd700ba4d8c762f003 Mon Sep 17 00:00:00 2001 From: yangsophieee Date: Fri, 6 Oct 2023 19:36:07 +1100 Subject: [PATCH 45/45] Add a note when time data types get reformatted --- R/testdata.R | 13 +++++++------ 1 file changed, 7 insertions(+), 6 deletions(-) diff --git a/R/testdata.R b/R/testdata.R index f7c5ebc5..d2db90a9 100644 --- a/R/testdata.R +++ b/R/testdata.R @@ -600,12 +600,13 @@ dataset_test_worker <- # Look for context values in `find` column i <- v %in% contextsub[["find"]] - expect_true(all(i), - info = paste0( - f, - " - context names from data file not present in metadata contexts: ", - v[!i] - ) + expect_true( + all(i), + info = ifelse( + "hms" %in% class(v), + sprintf("%s - context names from data file not present in metadata contexts: %s\n\n'%s' has been detected as a time data type and reformatted\n\t-> Please make sure context metadata matches reformatting", f, v[!i], j), + sprintf("%s - context names from data file not present in metadata contexts: %s", f, v[!i]) + ) ) } }