Merge pull request #111 from wmo-im/FT2022-2

FT2022-2

C02.csv

@@ -132,7 +132,8 @@ Before,99,99,iMet-2/iMet-3200 GPS radiosonde with derived pressure from GPS heig
 07/05/2014,35,135,"Meisei iMS-100 GPS radiosonde w/thermistor sensor, capacitance relative humidity sensor, and derived pressure from GPS height (Japan)",Operational
 02/05/2018,36,136,"Meisei iMDS-17 GPS dropsonde w/thermistor sensor, capacitance relative humidity sensor, and capacitance pressure sensor (Japan)",Operational
 ,37,137,Not vacant,Operational
-Needed,38-40,138-140,Vacant,Operational
+21/03/2022,38,138,"WEATHEX WxR-301D with derived pressure from GPS (Republic of Korea)",Operational
+Needed,39-40,139-140,Vacant,Operational
 03/11/2011,41,141,Vaisala RS41 with pressure derived from GPS height/DigiCORA MW41 (Finland),Operational
 03/11/2011,42,142,Vaisala RS41 with pressure derived from GPS height/AUTOSONDE (Finland),Operational
 07/05/2014,43,143,NanJing Daqiao XGP-3G (China)*,Operational

C05.csv

@@ -21,9 +21,11 @@ CodeFigureForI6I6I6,CodeFigureForBUFR,CodeFigureForGRIB2,SatelliteName_en,Status
 042,42,42,TerraSAR-X,Operational
 043,43,43,TanDEM-X,Operational
 044,44,44,PAZ,Operational
+045,45,45,ALTIUS,Operational
 046,46,46,SMOS,Operational
 047,47,47,CryoSat-2,Operational
 048,48,48,AEOLUS,Operational
+049,49,49,EarthCARE,Operational
 050,50,50,METEOSAT 3,Operational
 051,51,51,METEOSAT 4,Operational
 052,52,52,METEOSAT 5,Operational
@@ -81,6 +83,9 @@ CodeFigureForI6I6I6,CodeFigureForBUFR,CodeFigureForGRIB2,SatelliteName_en,Status
 224,224,224,NPP,Operational
 225,225,225,NOAA 20,Operational
 226,226,226,NOAA 21,Operational
+227,227,227,TROPICS-02,Operational
+228,228,228,TROPICS-03,Operational
+229,229,229,TROPICS-04,Operational
 240,240,240,DMSP 7,Operational
 241,241,241,DMSP 8,Operational
 242,242,242,DMSP 9,Operational
@@ -104,6 +109,8 @@ CodeFigureForI6I6I6,CodeFigureForBUFR,CodeFigureForGRIB2,SatelliteName_en,Status
 260,260,260,JASON 1,Operational
 261,261,261,JASON 2,Operational
 262,262,262,JASON 3,Operational
+263,263,263,TROPICS-05,Operational
+264,264,264,TROPICS-06,Operational
 265,265,265,GeoOptics CICERO OP1,Operational
 266,266,266,GeoOptics CICERO OP2,Operational
 267,267,267,PlanetiQ GNOMES-A,Operational
@@ -116,6 +123,7 @@ CodeFigureForI6I6I6,CodeFigureForBUFR,CodeFigureForGRIB2,SatelliteName_en,Status
 281,281,281,QUIKSCAT,Operational
 282,282,282,TRMM,Operational
 283,283,283,CORIOLIS,Operational
+284,284,284,TROPICS-07,Operational
 285,285,285,DMSP 17,Operational
 286,286,286,DMSP 18,Operational
 287,287,287,DMSP 19,Operational
@@ -182,6 +190,7 @@ CodeFigureForI6I6I6,CodeFigureForBUFR,CodeFigureForGRIB2,SatelliteName_en,Status
 706,706,706,NOAA 6,Operational
 707,707,707,NOAA 7,Operational
 708,708,708,TIROS-N,Operational
+709,709,709,TROPICS-01 (Pathfinder),Operational
 710,710,710,GOES (SMS 1),Operational
 711,711,711,GOES (SMS 2),Operational
 720,720,720,TOPEX,Operational
@@ -227,6 +236,7 @@ CodeFigureForI6I6I6,CodeFigureForBUFR,CodeFigureForGRIB2,SatelliteName_en,Status
 786,786,786,C/NOFS,Operational
 787,787,787,CALIPSO,Operational
 788,788,788,CloudSat,Operational
+789,789,789,SMAP,Operational
 ,,,800-849 Numbers allocated to other satellite operators,Operational
 800,800,800,SUNSAT,Operational
 801,801,801,International Space Station (ISS),Operational

C08.csv

@@ -1,9 +1,12 @@
 Code,Agency_en,Type_en,InstrumentShortName_en,InstrumentLongName_en,Status
+8,DoD,Radiometer,SSM/T,"Special Sensor Microwave-Temperature",Operational
+9,DoD,Radiometer,SSM/T2,"Special Sensor Microwave-Humidity",Operational
 10,BNSC,Radiometer,AATSR,Advanced along track scanning radiometer,Operational
 11,BNSC,Radiometer,ATSR,Along track scanning radiometer,Operational
 12,BNSC,Radiometer,ATSR-2,Along track scanning radiometer-2,Operational
 13,BNSC,Radiometer,MWR,Microwave radiometer,Operational
 14,UKSA,Radiometer,PMR,Pressure modulator radiometer,Operational
+15,UKSA,Radiometer,SCR,Selective Chopper Radiometer,Operational
 30,CNES,Communications,ARGOS,,Operational
 40,CNES,Lidar,Laser reflectors,,Operational
 41,CNES,Lidar,DORIS,Doppler orbitography and radio-positioning integrated by satellite,Operational
@@ -57,6 +60,7 @@ Code,Agency_en,Type_en,InstrumentShortName_en,InstrumentLongName_en,Status
 163,ESA,Atmospheric chemistry instrument,SOPRANO,Sub-millimetre observation of processes in the absorption noteworthy for ozone,Operational
 170,ESA,Atmospheric chemistry instrument,GOME,Global ozone monitoring experiment,Operational
 172,ESA,Spectrometer,GOMOS,Global ozone monitoring by occultation of stars,Operational
+173,ESA,Spectrometer,ALTIUS,Atmospheric Limb Tracker for Investigation of the Upcoming Stratosphere,Operational
 174,ESA,Spectrometer,MERIS,Medium resolution imaging spectrometer,Operational
 175,ESA,Spectrometer,SCIAMACHY,Scanning imaging absorption spectrometer for atmospheric cartography,Operational
 176,ESA,Radiometer,MIRAS,Microwave imaging radiometer using aperture synthesis,Operational
@@ -179,6 +183,8 @@ Code,Agency_en,Type_en,InstrumentShortName_en,InstrumentLongName_en,Status
 430,NASA,Spectrometer,TES,Tropospheric emission spectrometer,Operational
 431,NASA,Spectrometer,TOMS,Total ozone mapping spectrometer,Operational
 432,NASA,Spectrometer,OCO,Orbiting carbon observatory,Operational
+433,NASA,Spectrometer,TMS,TROPICS Millimeter-wave Sounder,Operational
+434,NASA,MW radiometer,SMAP,Soil Moisture Active-Passive,Operational
 450,JAXA,Communications,ADEOS Comms,Communications package for ADEOS,Operational
 451,JAXA,Communications,DCS (JAXA),Data-collection system (JAXA),Operational
 453,NASDA,Communications,GMS Comms,Communications package on GMS,Operational
@@ -209,6 +215,7 @@ Code,Agency_en,Type_en,InstrumentShortName_en,InstrumentLongName_en,Status
 517,JAXA,Imager,TANSO-CAI,Thermal and Near infrared Sensor for carbon Observations (TANSO) Cloud and Aerosol Imager (CAI),Operational
 518,JAXA,Cloud and precipitation radar,DPR,Dual-frequency precipitation radar,Operational
 519,NASA,"MW imaging/sounding radiometer, conical scanning",GMI,GPM microwave imager,Operational
+520,NASA,Imaging radiometer,SMMR,Scanning Multichannel Microwave Radiometer,Operational
 526,GeoOptics,GNSS occultation sounder,Cion-A,GeoOptics Cion GNSS occultation receiver A,Operational
 527,GeoOptics,GNSS occultation sounder,Cion-B,GeoOptics Cion GNSS occultation receiver B,Operational
 528,GeoOptics,GNSS occultation sounder,Cion-C,GeoOptics Cion GNSS occultation receiver C,Operational
@@ -373,13 +380,18 @@ Code,Agency_en,Type_en,InstrumentShortName_en,InstrumentLongName_en,Status
 962,CMA,Atmospheric temperature and humidity sounder,GIIRS,Geostationary Interferometric Infrared Sounder,Operational
 963,CMA,High-resolution optical imager,LMI,Lightning Mapping Imager,Operational
 964,CMA,Space environment,SEP,Space Environment Package,Operational
-965-979,Reserved,,,,Operational
+965,CMA,GNSS occultation,GNOS-2,GNSS radio occultation sounder-2,Operational
+966,CMA,"Microwave sounding radiometer,cross-track scanning",MWTS-3,Microwave temperature sounder-3,Operational
+967-979,Reserved,,,,Operational
 980,KMA,Imager,AMI,Advanced Meteorological Imager,Operational
 981,KMA,Imager,MI,Meteorological Imager,Operational
 982,KMA,Space environment,KSEM,Korea Space wEather Monitor,Operational
 983-989,Reserved,,,,Operational
 990,NASA,Radiometer,SMMR,Scanning multichannel microwave radiometer,Operational
 991,NASA,Radiometer,THIR,Temperature-humidity infrared radiometer,Operational
-992-999,Reserved,,,,Operational
+992,NASA,Radiometer,NEMS,"Nimbus-E Microwave Sounder",Operational
+993,NASA,Radiometer,SCAMS,Scanning Microwave Spectrometer,Operational
+994,NASA,Radiometer,ESMR,Electrically Scanning Microwave Radiometer,Operational
+995-999,Reserved,,,,Operational
 1000-2046,Reserved for long-term future use,,,,Operational
 2047,Missing value,,,,Operational

C12.csv

@@ -24,6 +24,7 @@ CodeFigure_OriginatingCentres,Name_OriginatingCentres_en,CodeFigure_SubCentres,N
 46,Brazilian Space Agency INPE,18,SIPAM-Porto Velho-RO,Operational
 46,Brazilian Space Agency INPE,19,SIPAM-Belem-PA,Operational
 46,Brazilian Space Agency INPE,25,Sao Paulo University - USP,Operational
+145,French Guiana,1,DBNet station of Cayenne (French Guiana),Operational
 147,National Commission on Space Activities (CONAE) - Argentina,10,Cordoba,Operational
 147,National Commission on Space Activities (CONAE) - Argentina,15,Ushuaia,Operational
 147,National Commission on Space Activities (CONAE) - Argentina,20,Marambio,Operational

C14.csv

@@ -49,9 +49,9 @@ CodeFigure,Meaning_en,ChemicalFormula,Status
 47-9999,Reserved,,Operational
 10000,Hydroxyl radical,HO*,Operational
 10001,Methyl peroxy radical,CH3OO*,Operational
-10002,Methyl hydroperoxide,CH3O2H,Operational
+10002,Methyl hydroperoxide,CH3OOH,Operational
 10004,Methanol,CH3OH,Operational
-10005,Formic acid,CH3OOH,Operational
+10005,Formic acid,HCOOH,Operational
 10006,Hydrogen cyanide,HCN,Operational
 10007,Aceto nitrile,CH3CN,Operational
 10008,Ethane,C2H6,Operational
@@ -500,7 +500,10 @@ CodeFigure,Meaning_en,ChemicalFormula,Status
 62031,Secondary particulate inorganic matter dry,,Operational
 62032,Biogenic secondary organic aerosol,,Operational
 62033,Anthropogenic secondary organic aerosol,,Operational
-62034-62099,Reserved,,Operational
+62034,Rain water,H2Orain,Operational
+62035,Cloud water,H2Ocloud,Operational
+62036,Brown carbon dry,,Operational
+62037-62099,Reserved,,Operational
 62100,Alnus (alder) pollen,,Operational
 62101,Betula (birch) pollen,,Operational
 62102,Castanea (chestnut) pollen,,Operational

xml/C00.xml

@@ -257,26 +257,33 @@
     <BUFR-version-number>36</BUFR-version-number>
     <CREX-version-number>36</CREX-version-number>
     <Effective-date>15 June 2021</Effective-date>
-    <Status> Operational</Status>
+    <Status>Operational</Status>
   </C00>
   <C00>
     <GRIB-version-number>28</GRIB-version-number>
     <BUFR-version-number>37</BUFR-version-number>
     <CREX-version-number>37</CREX-version-number>
     <Effective-date>15 November 2021</Effective-date>
-    <Status> Operational</Status>
+    <Status>Operational</Status>
   </C00>
   <C00>
     <GRIB-version-number>29</GRIB-version-number>
     <BUFR-version-number>38</BUFR-version-number>
     <CREX-version-number>38</CREX-version-number>
     <Effective-date>15 May 2022</Effective-date>
-    <Status> Operational</Status>
+    <Status>Operational</Status>
+  </C00>
+  <C00>
+    <GRIB-version-number>30</GRIB-version-number>
+    <BUFR-version-number>39</BUFR-version-number>
+    <CREX-version-number>39</CREX-version-number>
+    <Effective-date>15 Nov 2022</Effective-date>
+    <Status>Operational</Status>
   </C00>
   <C00>
-    <GRIB-version-number>30-254</GRIB-version-number>
-    <BUFR-version-number>39-254</BUFR-version-number>
-    <CREX-version-number>39-254</CREX-version-number>
+    <GRIB-version-number>31-254</GRIB-version-number>
+    <BUFR-version-number>40-254</BUFR-version-number>
+    <CREX-version-number>40-254</CREX-version-number>
     <Effective-date>Future versions</Effective-date>
     <Status>Operational</Status>
   </C00>

xml/C02.xml

@@ -931,10 +931,17 @@
     <RadiosondeSoundingSystemUsed_en>Not vacant</RadiosondeSoundingSystemUsed_en>
     <Status>Operational</Status>
   </C02>
+  <C02>
+    <DateOfAssignment_en>21/03/2022</DateOfAssignment_en>
+    <CodeFigureForrara>38</CodeFigureForrara>
+    <CodeFigureForBUFR>138</CodeFigureForBUFR>
+    <RadiosondeSoundingSystemUsed_en>WEATHEX WxR-301D with derived pressure from GPS (Republic of Korea)</RadiosondeSoundingSystemUsed_en>
+    <Status>Operational</Status>
+  </C02>
   <C02>
     <DateOfAssignment_en>Needed</DateOfAssignment_en>
-    <CodeFigureForrara>38-40</CodeFigureForrara>
-    <CodeFigureForBUFR>138-140</CodeFigureForBUFR>
+    <CodeFigureForrara>39-40</CodeFigureForrara>
+    <CodeFigureForBUFR>139-140</CodeFigureForBUFR>
     <RadiosondeSoundingSystemUsed_en>Vacant</RadiosondeSoundingSystemUsed_en>
     <Status>Operational</Status>
   </C02>

xml/C05.xml

@@ -154,6 +154,13 @@
     <SatelliteName_en>PAZ</SatelliteName_en>
     <Status>Operational</Status>
   </C05>
+  <C05>
+    <CodeFigureForI6I6I6>045</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>45</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>45</CodeFigureForGRIB2>
+    <SatelliteName_en>ALTIUS</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
   <C05>
     <CodeFigureForI6I6I6>046</CodeFigureForI6I6I6>
     <CodeFigureForBUFR>46</CodeFigureForBUFR>
@@ -175,6 +182,13 @@
     <SatelliteName_en>AEOLUS</SatelliteName_en>
     <Status>Operational</Status>
   </C05>
+  <C05>
+    <CodeFigureForI6I6I6>049</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>49</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>49</CodeFigureForGRIB2>
+    <SatelliteName_en>EarthCARE</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
   <C05>
     <CodeFigureForI6I6I6>050</CodeFigureForI6I6I6>
     <CodeFigureForBUFR>50</CodeFigureForBUFR>
@@ -574,6 +588,27 @@
     <SatelliteName_en>NOAA 21</SatelliteName_en>
     <Status>Operational</Status>
   </C05>
+  <C05>
+    <CodeFigureForI6I6I6>227</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>227</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>227</CodeFigureForGRIB2>
+    <SatelliteName_en>TROPICS-02</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
+  <C05>
+    <CodeFigureForI6I6I6>228</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>228</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>228</CodeFigureForGRIB2>
+    <SatelliteName_en>TROPICS-03</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
+  <C05>
+    <CodeFigureForI6I6I6>229</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>229</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>229</CodeFigureForGRIB2>
+    <SatelliteName_en>TROPICS-04</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
   <C05>
     <CodeFigureForI6I6I6>240</CodeFigureForI6I6I6>
     <CodeFigureForBUFR>240</CodeFigureForBUFR>
@@ -735,6 +770,20 @@
     <SatelliteName_en>JASON 3</SatelliteName_en>
     <Status>Operational</Status>
   </C05>
+  <C05>
+    <CodeFigureForI6I6I6>263</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>263</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>263</CodeFigureForGRIB2>
+    <SatelliteName_en>TROPICS-05</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
+  <C05>
+    <CodeFigureForI6I6I6>264</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>264</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>264</CodeFigureForGRIB2>
+    <SatelliteName_en>TROPICS-06</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
   <C05>
     <CodeFigureForI6I6I6>265</CodeFigureForI6I6I6>
     <CodeFigureForBUFR>265</CodeFigureForBUFR>
@@ -819,6 +868,13 @@
     <SatelliteName_en>CORIOLIS</SatelliteName_en>
     <Status>Operational</Status>
   </C05>
+  <C05>
+    <CodeFigureForI6I6I6>284</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>284</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>284</CodeFigureForGRIB2>
+    <SatelliteName_en>TROPICS-07</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
   <C05>
     <CodeFigureForI6I6I6>285</CodeFigureForI6I6I6>
     <CodeFigureForBUFR>285</CodeFigureForBUFR>
@@ -1281,6 +1337,13 @@
     <SatelliteName_en>TIROS-N</SatelliteName_en>
     <Status>Operational</Status>
   </C05>
+  <C05>
+    <CodeFigureForI6I6I6>709</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>709</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>709</CodeFigureForGRIB2>
+    <SatelliteName_en>TROPICS-01 (Pathfinder)</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
   <C05>
     <CodeFigureForI6I6I6>710</CodeFigureForI6I6I6>
     <CodeFigureForBUFR>710</CodeFigureForBUFR>
@@ -1596,6 +1659,13 @@
     <SatelliteName_en>CloudSat</SatelliteName_en>
     <Status>Operational</Status>
   </C05>
+  <C05>
+    <CodeFigureForI6I6I6>789</CodeFigureForI6I6I6>
+    <CodeFigureForBUFR>789</CodeFigureForBUFR>
+    <CodeFigureForGRIB2>789</CodeFigureForGRIB2>
+    <SatelliteName_en>SMAP</SatelliteName_en>
+    <Status>Operational</Status>
+  </C05>
   <C05>
     <CodeFigureForI6I6I6/>
     <CodeFigureForBUFR/>