Fix typo and indent list model configurations

Deltares · Sep 12, 2024 · ae7cb77 · ae7cb77
1 parent fa38e36
commit ae7cb77
Showing 1 changed file with 10 additions and 10 deletions.
diff --git a/docs/src/user_guide/step1_requirements.md b/docs/src/user_guide/step1_requirements.md
@@ -8,7 +8,7 @@ Below is a brief overview of the different files:
  - The `settings.toml` file contains information on the simulation period, links to the
    input files (and their names in the netCDF files), and connect the correct variable names
    in the netCDF files to the variables and parameters of wflow.
- - The `staticmaps.nc` file contains spatial information such as elevation, guage locations,
+ - The `staticmaps.nc` file contains spatial information such as elevation, gauge locations,
    land use, and drainage direction, etc. This file can also contain maps with parameter
    values.
  - The `forcing.nc` file contains time series data for  precipitation, temperature and
@@ -21,15 +21,15 @@ combination with `lateral` concepts that control how water is routed for example
 land or river domain. For the wflow\_sbm model, different model configurations are possible.
 The following configurations are supported in wflow:
 
- - wflow\_sbm:
-    - SBM + kinematic wave for subsurface and surface flow
-    - SBM + kinematic wave for subsurface and overland flow + local inertial river (+
-      optional floodplain)
-    - SBM + kinematic wave for subsurface flow + local inertial river (1D) and land (2D)
-    - SBM + groundwater flow + kinematic wave for surface flow
- - wflow\_hbv: HBV + kinematic wave for surface routing
- - wflow\_flextopo: FLEXTOPO + kinematic wave for surface routing
- - wflow\_sediment as post processing of wflow\_sbm or wflow\_hbv output
+- wflow\_sbm:
+  - SBM + kinematic wave for subsurface and surface flow
+  - SBM + kinematic wave for subsurface and overland flow + local inertial river (+ optional
+      floodplain)
+  - SBM + kinematic wave for subsurface flow + local inertial river (1D) and land (2D)
+  - SBM + groundwater flow + kinematic wave for surface flow
+- wflow\_hbv: HBV + kinematic wave for surface routing
+- wflow\_flextopo: FLEXTOPO + kinematic wave for surface routing
+- wflow\_sediment as post processing of wflow\_sbm or wflow\_hbv output
 
 In the following pages, some examples will be given on how to prepare a basic wflow\_sbm
 model. Sample data for other model configurations is provided in the [sample data](@ref