table variable dimensions long_name unit comment 3hr clt longitude latitude time Total Cloud Cover Percentage % ifs code name = 164.128 3hr hfls longitude latitude time Surface Upward Latent Heat Flux W m-2 ifs code name = 147.128 3hr hfss longitude latitude time Surface Upward Sensible Heat Flux W m-2 ifs code name = 146.128 3hr huss longitude latitude time1 height2m Near-Surface Specific Humidity 1 ifs code name = 81.129, expression = 1./(1.+1.608*(var134*exp(-17.62*(var168-273.15)/(var168-30.03))/611.-1.)) 3hr mrro longitude latitude time Total Runoff kg m-2 s-1 lpjg code name = mrro|ifs code name = 205.128 3hr mrsos longitude latitude time1 sdepth1 Moisture in Upper Portion of Soil Column kg m-2 lpjg code name = mrsos|ifs code name = 99.129, expression = 70*var39+30*var40 3hr pr longitude latitude time Precipitation kg m-2 s-1 ifs code name = 228.128 3hr prc longitude latitude time Convective Precipitation kg m-2 s-1 ifs code name = 143.128 3hr prsn longitude latitude time Snowfall Flux kg m-2 s-1 ifs code name = 144.128 3hr ps longitude latitude time1 Surface Air Pressure Pa tm5 code name = ps|ifs code name = 134.128 3hr rlds longitude latitude time Surface Downwelling Longwave Radiation W m-2 ifs code name = 175.128 3hr rldscs longitude latitude time Surface Downwelling Clear-Sky Longwave Radiation W m-2 ifs code name = 104.129, expression = var211-var177+var175 3hr rlus longitude latitude time Surface Upwelling Longwave Radiation W m-2 ifs code name = 96.129, expression = var177-var175 3hr rsds longitude latitude time Surface Downwelling Shortwave Radiation W m-2 ifs code name = 169.128 3hr rsdscs longitude latitude time Surface Downwelling Clear-Sky Shortwave Radiation W m-2 ifs code name = 132.129, expression = (var176<=1e-10)*var210+(var176>1e-10)*var210*var169/var176 3hr rsus longitude latitude time Surface Upwelling Shortwave Radiation W m-2 ifs code name = 95.129, expression = var176-var169 3hr rsuscs longitude latitude time Surface Upwelling Clear-Sky Shortwave Radiation W m-2 ifs code name = 131.129, expression = (var176>1e-10)*var210*(1-var169/var176) 3hr tas longitude latitude time1 height2m Near-Surface Air Temperature K ifs code name = 167.128 3hr tos longitude latitude time1 Sea Surface Temperature degC nemo code name = tos 3hr tslsi longitude latitude time1 Surface Temperature Where Land or Sea Ice K ifs code name = 235.128 3hr uas longitude latitude time1 height10m Eastward Near-Surface Wind m s-1 ifs code name = 165.128 3hr vas longitude latitude time1 height10m Northward Near-Surface Wind m s-1 ifs code name = 166.128 SIday siconc longitude latitude time typesi Sea-Ice Area Percentage (Ocean Grid) % nemo code name = siconc SIday siconca longitude latitude time typesi Sea-Ice Area Percentage (Atmospheric Grid) % ifs code name = 31.129, expression = var31 / (var172<=0.5) SIday sithick longitude latitude time Sea Ice Thickness m nemo code name = sithick SIday siu longitude latitude time X-Component of Sea-Ice Velocity m s-1 nemo code name = siu SIday siv longitude latitude time Y-Component of Sea-Ice Velocity m s-1 nemo code name = siv Oday omldamax longitude latitude time Mean Daily Maximum Ocean Mixed Layer Thickness Defined by Mixing Scheme m nemo code name = omldamax Oday tos longitude latitude time Sea Surface Temperature degC nemo code name = tos Oday tossq longitude latitude time Square of Sea Surface Temperature degC2 nemo code name = tossq Amon cl longitude latitude alevel time Percentage Cloud Cover % ifs code name = 248.128 Amon cli longitude latitude alevel time Mass Fraction of Cloud Ice kg kg-1 ifs code name = 247.128 Amon clivi longitude latitude time Ice Water Path kg m-2 ifs code name = 79.128 Amon clt longitude latitude time Total Cloud Cover Percentage % ifs code name = 164.128 Amon clw longitude latitude alevel time Mass Fraction of Cloud Liquid Water kg kg-1 ifs code name = 246.128 Amon clwvi longitude latitude time Condensed Water Path kg m-2 ifs code name = 116.129, expression = var78+var79 Amon evspsbl longitude latitude time Evaporation Including Sublimation and Transpiration kg m-2 s-1 ifs code name = 182.128 Amon fco2antt longitude latitude time Carbon Mass Flux into Atmosphere Due to All Anthropogenic Emissions of CO2 [kgC m-2 s-1] kg m-2 s-1 lpjg code name = fco2antt Amon fco2nat longitude latitude time Surface Carbon Mass Flux into the Atmosphere Due to Natural Sources [kgC m-2 s-1] kg m-2 s-1 lpjg code name = fco2nat Amon hfls longitude latitude time Surface Upward Latent Heat Flux W m-2 ifs code name = 147.128 Amon hfss longitude latitude time Surface Upward Sensible Heat Flux W m-2 ifs code name = 146.128 Amon hur longitude latitude plev19 time Relative Humidity % ifs code name = 157.128 Amon hurs longitude latitude time height2m Near-Surface Relative Humidity % ifs code name = 80.129, expression = 100.*exp(17.62*((var168-273.15)/(var168-30.03)-(var167-273.15)/(var167-30.03))) Amon hus longitude latitude plev19 time Specific Humidity 1 ifs code name = 133.128 Amon huss longitude latitude time height2m Near-Surface Specific Humidity 1 ifs code name = 81.129, expression = 1./(1.+1.608*(var134*exp(-17.62*(var168-273.15)/(var168-30.03))/611.-1.)) Amon pfull longitude latitude alevel time2 Pressure at Model Full-Levels Pa ifs code name = 54.128 Amon pr longitude latitude time Precipitation kg m-2 s-1 ifs code name = 228.128 Amon prc longitude latitude time Convective Precipitation kg m-2 s-1 ifs code name = 143.128 Amon prsn longitude latitude time Snowfall Flux kg m-2 s-1 ifs code name = 144.128 Amon prw longitude latitude time Water Vapor Path kg m-2 ifs code name = 137.128 Amon ps longitude latitude time Surface Air Pressure Pa tm5 code name = ps|ifs code name = 134.128 Amon psl longitude latitude time Sea Level Pressure Pa ifs code name = 151.128 Amon rlds longitude latitude time Surface Downwelling Longwave Radiation W m-2 ifs code name = 175.128 Amon rldscs longitude latitude time Surface Downwelling Clear-Sky Longwave Radiation W m-2 ifs code name = 104.129, expression = var211-var177+var175 Amon rlus longitude latitude time Surface Upwelling Longwave Radiation W m-2 ifs code name = 96.129, expression = var177-var175 Amon rlut longitude latitude time TOA Outgoing Longwave Radiation W m-2 ifs code name = 179.128 Amon rlutcs longitude latitude time TOA Outgoing Clear-Sky Longwave Radiation W m-2 ifs code name = 209.128 Amon rsds longitude latitude time Surface Downwelling Shortwave Radiation W m-2 ifs code name = 169.128 Amon rsdscs longitude latitude time Surface Downwelling Clear-Sky Shortwave Radiation W m-2 ifs code name = 132.129, expression = (var176<=1e-10)*var210+(var176>1e-10)*var210*var169/var176 Amon rsdt longitude latitude time TOA Incident Shortwave Radiation W m-2 ifs code name = 212.128 Amon rsus longitude latitude time Surface Upwelling Shortwave Radiation W m-2 ifs code name = 95.129, expression = var176-var169 Amon rsuscs longitude latitude time Surface Upwelling Clear-Sky Shortwave Radiation W m-2 ifs code name = 131.129, expression = (var176>1e-10)*var210*(1-var169/var176) Amon rsut longitude latitude time TOA Outgoing Shortwave Radiation W m-2 ifs code name = 97.129, expression = var178-var212 Amon rsutcs longitude latitude time TOA Outgoing Clear-Sky Shortwave Radiation W m-2 ifs code name = 103.129, expression = var208-var212 Amon rtmt longitude latitude time Net Downward Radiative Flux at Top of Model W m-2 ifs code name = 98.129, expression = var178+var179 Amon sbl longitude latitude time Surface Snow and Ice Sublimation Flux kg m-2 s-1 ifs code name = 44.128 Amon sfcWind longitude latitude time height10m Near-Surface Wind Speed m s-1 ifs code name = 214.129, expression = sqrt(sqr(var165)+sqr(var166)) Amon ta longitude latitude plev19 time Air Temperature K ifs code name = 130.128 Amon tas longitude latitude time height2m Near-Surface Air Temperature K ifs code name = 167.128 Amon tasmax longitude latitude time height2m Daily Maximum Near-Surface Air Temperature K ifs code name = 201.128 Amon tasmin longitude latitude time height2m Daily Minimum Near-Surface Air Temperature K ifs code name = 202.128 Amon tauu longitude latitude time Surface Downward Eastward Wind Stress Pa ifs code name = 180.128 Amon tauv longitude latitude time Surface Downward Northward Wind Stress Pa ifs code name = 181.128 Amon ts longitude latitude time Surface Temperature K ifs code name = 139.128 Amon ua longitude latitude plev19 time Eastward Wind m s-1 ifs code name = 131.128 Amon uas longitude latitude time height10m Eastward Near-Surface Wind m s-1 ifs code name = 165.128 Amon va longitude latitude plev19 time Northward Wind m s-1 ifs code name = 132.128 Amon vas longitude latitude time height10m Northward Near-Surface Wind m s-1 ifs code name = 166.128 Amon wap longitude latitude plev19 time Omega (=dp/dt) Pa s-1 ifs code name = 135.128 Amon zg longitude latitude plev19 time Geopotential Height m ifs code name = 129.128 6hrLev hus longitude latitude alevel time1 Specific Humidity 1 ifs code name = 133.128 6hrLev ps longitude latitude time1 Surface Air Pressure Pa tm5 code name = ps|ifs code name = 134.128 6hrLev ta longitude latitude alevel time1 Air Temperature K ifs code name = 130.128 6hrLev ua longitude latitude alevel time1 Eastward Wind m s-1 ifs code name = 131.128 6hrLev va longitude latitude alevel time1 Northward Wind m s-1 ifs code name = 132.128 fx areacella longitude latitude Grid-Cell Area for Atmospheric Grid Variables m2 ifs code name = 129.128 fx orog longitude latitude Surface Altitude m ifs code name = 129.128 fx sftlf longitude latitude Percentage of the Grid Cell Occupied by Land (Including Lakes) % ifs code name = 172.128 Omon bigthetao longitude latitude olevel time Sea Water Conservative Temperature degC nemo code name = bigthetao Omon hfds longitude latitude time Downward Heat Flux at Sea Water Surface W m-2 nemo code name = hfds Omon mlotst longitude latitude time Ocean Mixed Layer Thickness Defined by Sigma T m nemo code name = mlotst Omon so longitude latitude olevel time Sea Water Salinity 0.001 nemo code name = so Omon sos longitude latitude time Sea Surface Salinity 0.001 nemo code name = sos Omon thetao longitude latitude olevel time Sea Water Potential Temperature degC nemo code name = thetao Omon tos longitude latitude time Sea Surface Temperature degC nemo code name = tos Omon uo longitude latitude olevel time Sea Water X Velocity m s-1 nemo code name = uo Omon vo longitude latitude olevel time Sea Water Y Velocity m s-1 nemo code name = vo Omon zos longitude latitude time Sea Surface Height Above Geoid m nemo code name = zos Emon cLand longitude latitude time Total Carbon in All Terrestrial Carbon Pools kg m-2 lpjg code name = cLand Emon cLitterCwd longitude latitude time Carbon Mass in Coarse Woody Debris kg m-2 lpjg code name = cLitterCwd Emon cLitterSubSurf longitude latitude time Carbon Mass in Below-Ground Litter kg m-2 lpjg code name = cLitterSubSurf Emon cLitterSurf longitude latitude time Carbon Mass in Above-Ground Litter kg m-2 lpjg code name = cLitterSurf Emon cOther longitude latitude time Carbon Mass in Vegetation Components Other than Leaves, Stems and Roots kg m-2 lpjg code name = cOther Emon cSoil longitude latitude time Carbon Mass in Model Soil Pool kg m-2 lpjg code name = cSoil Emon cStem longitude latitude time Carbon Mass in Stem kg m-2 lpjg code name = cStem Emon cropFracC3 longitude latitude time typec3crop Percentage Cover by C3 Crops % lpjg code name = cropFracC3 Emon cropFracC4 longitude latitude time typec4crop Percentage Cover by C4 Crops % lpjg code name = cropFracC4 Emon fBNF longitude latitude time Biological Nitrogen Fixation kg m-2 s-1 lpjg code name = fBNF Emon fCLandToOcean longitude latitude time Lateral Transfer of Carbon out of Grid Cell That Eventually Goes into Ocean kg m-2 s-1 lpjg code name = fCLandToOcean Emon fFireNat longitude latitude time Carbon Mass Flux into Atmosphere Due to CO2 Emission from Natural Fire [kgC m-2 s-1] kg m-2 s-1 lpjg code name = fFireNat Emon fLuc longitude latitude time Net Carbon Mass Flux into Atmosphere Due to Land-Use Change [kgC m-2 s-1] kg m-2 s-1 lpjg code name = fLuc Emon fNLandToOcean longitude latitude time Lateral Transfer of Nitrogen out of Grid Cell That Eventually Goes into Ocean kg m-2 s-1 lpjg code name = fNLandToOcean Emon fNdep longitude latitude time Dry and Wet Deposition of Reactive Nitrogen onto Land kg m-2 s-1 lpjg code name = fNdep Emon fNfert longitude latitude time Total Nitrogen Added for Cropland Fertilisation (Artificial and Manure) kg m-2 s-1 lpjg code name = fNfert Emon fNloss longitude latitude time Total Nitrogen Lost (Including NHx, NOx, N2O, N2 and Leaching) kg m-2 s-1 lpjg code name = fNloss Emon fNnetmin longitude latitude time Net Nitrogen Release from Soil and Litter as the Outcome of Nitrogen Immobilisation and Gross Mineralisation kg m-2 s-1 lpjg code name = fNnetmin Emon fNup longitude latitude time Total Plant Nitrogen Uptake (Sum of Ammonium and Nitrate) Irrespective of the Source of Nitrogen kg m-2 s-1 lpjg code name = fNup Emon fProductDecomp longitude latitude time Decomposition out of Product Pools to CO2 in Atmosphere as Carbon Mass Flux [kgC m-2 s-1] kg m-2 s-1 lpjg code name = fProductDecomp Emon fracLut longitude latitude landUse time Percentage of Grid Cell for Each Land-Use Tile % lpjg code name = fracLut Emon grassFracC3 longitude latitude time typec3natg C3 Natural Grass Area Percentage % lpjg code name = grassFracC3 Emon grassFracC4 longitude latitude time typec4natg C4 Natural Grass Area Percentage % lpjg code name = grassFracC4 Emon mrsol longitude latitude sdepth time Total Water Content of Soil Layer kg m-2 lpjg code name = mrsol|ifs code name = 118.129, expression = merge(70*var39,210*var40,720*var41,1890*var42) Emon nLand longitude latitude time Total Nitrogen in All Terrestrial Nitrogen Pools kg m-2 lpjg code name = nLand Emon nLeaf longitude latitude time Nitrogen Mass in Leaves kg m-2 lpjg code name = nLeaf Emon nLitter longitude latitude time Nitrogen Mass in Litter Pool kg m-2 lpjg code name = nLitter Emon nLitterCwd longitude latitude time Nitrogen Mass in Coarse Woody Debris kg m-2 lpjg code name = nLitterCwd Emon nLitterSubSurf longitude latitude time Nitrogen Mass in Below-Ground Litter (non CWD) kg m-2 lpjg code name = nLitterSubSurf Emon nLitterSurf longitude latitude time Nitrogen Mass in Above-Ground Litter (non CWD) kg m-2 lpjg code name = nLitterSurf Emon nMineral longitude latitude time Mineral Nitrogen in the Soil kg m-2 lpjg code name = nMineral Emon nOther longitude latitude time Nitrogen Mass in Vegetation Components Other than Leaves, Stem and Root kg m-2 lpjg code name = nOther Emon nProduct longitude latitude time Nitrogen Mass in Products of Land-Use Change kg m-2 lpjg code name = nProduct Emon nRoot longitude latitude time Nitrogen Mass in Roots kg m-2 lpjg code name = nRoot Emon nSoil longitude latitude time Nitrogen Mass in Soil Pool kg m-2 lpjg code name = nSoil Emon nStem longitude latitude time Nitrogen Mass in Stem kg m-2 lpjg code name = nStem Emon nVeg longitude latitude time Nitrogen Mass in Vegetation kg m-2 lpjg code name = nVeg Emon nep longitude latitude time Net Carbon Mass Flux out of Atmosphere Due to Net Ecosystem Productivity on Land [kgC m-2 s-1] kg m-2 s-1 lpjg code name = nep Emon pastureFracC3 longitude latitude time typec3pastures C3 Pasture Area Percentage % lpjg code name = pastureFracC3 Emon pastureFracC4 longitude latitude time typec4pastures C4 Pasture Area Percentage % lpjg code name = pastureFracC4 Emon treeFracBdlDcd longitude latitude time typetreebd Broadleaf Deciduous Tree Area Percentage % lpjg code name = treeFracBdlDcd Emon treeFracBdlEvg longitude latitude time typetreebe Broadleaf Evergreen Tree Area Percentage % lpjg code name = treeFracBdlEvg Emon treeFracNdlDcd longitude latitude time typetreend Needleleaf Deciduous Tree Area Percentage % lpjg code name = treeFracNdlDcd Emon treeFracNdlEvg longitude latitude time typetreene Needleleaf Evergreen Tree Area Percentage % lpjg code name = treeFracNdlEvg Emon vegFrac longitude latitude time typeveg Total Vegetated Percentage Cover % lpjg code name = vegFrac Eyr baresoilFrac longitude latitude time typebare Bare Soil Percentage Area Coverage % lpjg code name = baresoilFrac Eyr cLitter longitude latitude time1 Carbon Mass in Litter Pool kg m-2 lpjg code name = cLitter Eyr cProduct longitude latitude time1 Carbon Mass in Products of Land-Use Change kg m-2 lpjg code name = cProduct Eyr cSoil longitude latitude time1 Carbon Mass in Model Soil Pool kg m-2 lpjg code name = cSoil Eyr cVeg longitude latitude time1 Carbon Mass in Vegetation kg m-2 lpjg code name = cVeg Eyr cropFrac longitude latitude time typecrop Percentage Crop Cover % lpjg code name = cropFrac Eyr fracInLut longitude latitude landUse time Annual Gross Percentage That Was Transferred into This Tile from Other Land-Use Tiles % lpjg code name = fracInLut Eyr fracLut longitude latitude landUse time1 Percentage of Grid Cell for Each Land-Use Tile % lpjg code name = fracLut Eyr fracOutLut longitude latitude landUse time Annual Gross Percentage of Land-Use Tile That Was Transferred into Other Land-Use Tiles % lpjg code name = fracOutLut Eyr grassFrac longitude latitude time typenatgr Natural Grass Area Percentage % lpjg code name = grassFrac Eyr shrubFrac longitude latitude time typeshrub Percentage Cover by Shrub % lpjg code name = shrubFrac Eyr treeFrac longitude latitude time typetree Tree Cover Percentage % lpjg code name = treeFrac Eyr vegFrac longitude latitude time typeveg Total Vegetated Percentage Cover % lpjg code name = vegFrac SImon siconc longitude latitude time typesi Sea-Ice Area Percentage (Ocean Grid) % nemo code name = siconc SImon siconca longitude latitude time typesi Sea-Ice Area Percentage (Atmospheric Grid) % ifs code name = 31.129, expression = var31 / (var172<=0.5) SImon simass longitude latitude time Sea-Ice Mass per Area kg m-2 nemo code name = simass SImon sisnmass longitude latitude time Snow Mass per Area kg m-2 nemo code name = sisnmass Lmon baresoilFrac longitude latitude time typebare Bare Soil Percentage Area Coverage % lpjg code name = baresoilFrac Lmon burntFractionAll longitude latitude time typeburnt Percentage of Entire Grid Cell That Is Covered by Burnt Vegetation (All Classes) % lpjg code name = burntFractionAll Lmon cLeaf longitude latitude time Carbon Mass in Leaves kg m-2 lpjg code name = cLeaf Lmon cLitter longitude latitude time Carbon Mass in Litter Pool kg m-2 lpjg code name = cLitter Lmon cProduct longitude latitude time Carbon Mass in Products of Land-Use Change kg m-2 lpjg code name = cProduct Lmon cRoot longitude latitude time Carbon Mass in Roots kg m-2 lpjg code name = cRoot Lmon cVeg longitude latitude time Carbon Mass in Vegetation kg m-2 lpjg code name = cVeg Lmon cropFrac longitude latitude time typecrop Percentage Crop Cover % lpjg code name = cropFrac Lmon evspsblsoi longitude latitude time Water Evaporation from Soil kg m-2 s-1 lpjg code name = evspsblsoi Lmon evspsblveg longitude latitude time Evaporation from Canopy kg m-2 s-1 lpjg code name = evspsblveg Lmon fFire longitude latitude time Carbon Mass Flux into Atmosphere Due to CO2 Emission from Fire Excluding Land-Use Change [kgC m-2 s-1] kg m-2 s-1 lpjg code name = fFire Lmon fGrazing longitude latitude time Carbon Mass Flux into Atmosphere Due to Grazing on Land [kgC m-2 s-1] kg m-2 s-1 lpjg code name = fGrazing Lmon fHarvest longitude latitude time Carbon Mass Flux into Atmosphere Due to Crop Harvesting [kgC m-2 s-1] kg m-2 s-1 lpjg code name = fHarvest Lmon fLitterSoil longitude latitude time Total Carbon Mass Flux from Litter to Soil kg m-2 s-1 lpjg code name = fLitterSoil Lmon fVegLitter longitude latitude time Total Carbon Mass Flux from Vegetation to Litter kg m-2 s-1 lpjg code name = fVegLitter Lmon gpp longitude latitude time Carbon Mass Flux out of Atmosphere Due to Gross Primary Production on Land [kgC m-2 s-1] kg m-2 s-1 lpjg code name = gpp Lmon grassFrac longitude latitude time typenatgr Natural Grass Area Percentage % lpjg code name = grassFrac Lmon lai longitude latitude time Leaf Area Index 1 lpjg code name = lai Lmon mrfso longitude latitude time Soil Frozen Water Content kg m-2 ifs code name = 85.129, expression = 1000*(0.07*var39*((var139<270.16)+0.5*(var139<274.16 && var139>270.16)*(1-sin(0.785*(var139-272.16)))) + 0.21*var40*((var170<270.16)+0.5*(var170<274.16 && var170>270.16)*(1-sin(0.785*(var170-272.16)))) + 0.72*var41*((var183<270.16)+0.5*(var183<274.16 && var183>270.16)*(1-sin(0.785*(var183-272.16)))) + 1.89*var42*((var236<270.16)+0.5*(var236<274.16 && var236>270.16)*(1-sin(0.785*(var236-272.16))))) Lmon mrro longitude latitude time Total Runoff kg m-2 s-1 lpjg code name = mrro|ifs code name = 205.128 Lmon mrros longitude latitude time Surface Runoff kg m-2 s-1 lpjg code name = mrros|ifs code name = 8.128 Lmon mrso longitude latitude time Total Soil Moisture Content kg m-2 lpjg code name = mrso|ifs code name = 43.129, expression = 70*var39+210*var40+720*var41+1890*var42 Lmon mrsos longitude latitude time sdepth1 Moisture in Upper Portion of Soil Column kg m-2 lpjg code name = mrsos|ifs code name = 99.129, expression = 70*var39+30*var40 Lmon nbp longitude latitude time Carbon Mass Flux out of Atmosphere Due to Net Biospheric Production on Land [kgC m-2 s-1] kg m-2 s-1 lpjg code name = nbp Lmon npp longitude latitude time Net Primary Production on Land as Carbon Mass Flux [kgC m-2 s-1] kg m-2 s-1 lpjg code name = npp Lmon pastureFrac longitude latitude time typepasture Percentage of Land Which Is Anthropogenic Pasture % lpjg code name = pastureFrac Lmon ra longitude latitude time Carbon Mass Flux into Atmosphere Due to Autotrophic (Plant) Respiration on Land [kgC m-2 s-1] kg m-2 s-1 lpjg code name = ra Lmon residualFrac longitude latitude time typeresidual Percentage of Grid Cell That Is Land but neither Vegetation Covered nor Bare Soil % lpjg code name = residualFrac Lmon rh longitude latitude time Total Heterotrophic Respiration on Land as Carbon Mass Flux [kgC m-2 s-1] kg m-2 s-1 lpjg code name = rh Lmon shrubFrac longitude latitude time typeshrub Percentage Cover by Shrub % lpjg code name = shrubFrac Lmon tran longitude latitude time Transpiration kg m-2 s-1 lpjg code name = tran Lmon treeFrac longitude latitude time typetree Tree Cover Percentage % lpjg code name = treeFrac LImon hfdsn longitude latitude time Downward Heat Flux into Snow Where Land over Land W m-2 ifs code name = 120.129, expression = (var141>0)*(var146+var147+var176+var177) LImon sbl longitude latitude time Surface Snow and Ice Sublimation Flux kg m-2 s-1 ifs code name = 44.128 LImon snc longitude latitude time Snow Area Percentage % ifs code name = 119.129, expression = 100*(var141>0) LImon snd longitude latitude time Snow Depth m ifs code name = 115.129, expression = 1000*var141/var33 LImon snm longitude latitude time Surface Snow Melt kg m-2 s-1 ifs code name = 45.128 LImon snw longitude latitude time Surface Snow Amount kg m-2 ifs code name = 141.128 LImon tsn longitude latitude time Snow Internal Temperature K ifs code name = 238.128 Ofx areacello longitude latitude Grid-Cell Area for Ocean Variables m2 nemo code name = areacello Ofx basin longitude latitude Region Selection Index 1 nemo code name = basin Ofx deptho longitude latitude Sea Floor Depth Below Geoid m nemo code name = Bathymetry Ofx hfgeou longitude latitude Upward Geothermal Heat Flux at Sea Floor W m-2 nemo code name = hfgeou Ofx sftof longitude latitude Sea Area Percentage % nemo code name = sftof 6hrPlevPt psl longitude latitude time1 Sea Level Pressure Pa ifs code name = 151.128 6hrPlevPt rv850 longitude latitude time1 p850 Relative Vorticity at 850hPa s-1 ifs code name = 138.128 6hrPlevPt ta longitude latitude plev3 time1 Air Temperature K ifs code name = 130.128 6hrPlevPt ua longitude latitude plev3 time1 Eastward Wind m s-1 ifs code name = 131.128 6hrPlevPt va longitude latitude plev3 time1 Northward Wind m s-1 ifs code name = 132.128 6hrPlevPt zg500 longitude latitude time1 p500 Geopotential Height at 500hPa m ifs code name = 129.128 day clt longitude latitude time Total Cloud Cover Percentage % ifs code name = 164.128 day hfls longitude latitude time Surface Upward Latent Heat Flux W m-2 ifs code name = 147.128 day hfss longitude latitude time Surface Upward Sensible Heat Flux W m-2 ifs code name = 146.128 day hur longitude latitude plev8 time Relative Humidity % ifs code name = 157.128 day hurs longitude latitude time height2m Near-Surface Relative Humidity % ifs code name = 80.129, expression = 100.*exp(17.62*((var168-273.15)/(var168-30.03)-(var167-273.15)/(var167-30.03))) day hursmax longitude latitude time height2m Daily Maximum Near-Surface Relative Humidity % ifs code name = 80.129, expression = 100.*exp(17.62*((var168-273.15)/(var168-30.03)-(var167-273.15)/(var167-30.03))) day hursmin longitude latitude time height2m Daily Minimum Near-Surface Relative Humidity % ifs code name = 80.129, expression = 100.*exp(17.62*((var168-273.15)/(var168-30.03)-(var167-273.15)/(var167-30.03))) day hus longitude latitude plev8 time Specific Humidity 1 ifs code name = 133.128 day huss longitude latitude time height2m Near-Surface Specific Humidity 1 ifs code name = 81.129, expression = 1./(1.+1.608*(var134*exp(-17.62*(var168-273.15)/(var168-30.03))/611.-1.)) day mrro longitude latitude time Total Runoff kg m-2 s-1 lpjg code name = mrro|ifs code name = 205.128 day mrso longitude latitude time Total Soil Moisture Content kg m-2 lpjg code name = mrso|ifs code name = 43.129, expression = 70*var39+210*var40+720*var41+1890*var42 day mrsos longitude latitude time sdepth1 Moisture in Upper Portion of Soil Column kg m-2 lpjg code name = mrsos|ifs code name = 99.129, expression = 70*var39+30*var40 day pr longitude latitude time Precipitation kg m-2 s-1 ifs code name = 228.128 day prc longitude latitude time Convective Precipitation kg m-2 s-1 ifs code name = 143.128 day prsn longitude latitude time Snowfall Flux kg m-2 s-1 ifs code name = 144.128 day psl longitude latitude time Sea Level Pressure Pa ifs code name = 151.128 day rlds longitude latitude time Surface Downwelling Longwave Radiation W m-2 ifs code name = 175.128 day rlus longitude latitude time Surface Upwelling Longwave Radiation W m-2 ifs code name = 96.129, expression = var177-var175 day rlut longitude latitude time TOA Outgoing Longwave Radiation W m-2 ifs code name = 179.128 day rsds longitude latitude time Surface Downwelling Shortwave Radiation W m-2 ifs code name = 169.128 day rsus longitude latitude time Surface Upwelling Shortwave Radiation W m-2 ifs code name = 95.129, expression = var176-var169 day sfcWind longitude latitude time height10m Daily-Mean Near-Surface Wind Speed m s-1 ifs code name = 214.129, expression = sqrt(sqr(var165)+sqr(var166)) day sfcWindmax longitude latitude time height10m Daily Maximum Near-Surface Wind Speed m s-1 ifs code name = 214.129, expression = sqrt(sqr(var165)+sqr(var166)) day snc longitude latitude time Snow Area Percentage % ifs code name = 119.129, expression = 100*(var141>0) day snw longitude latitude time Surface Snow Amount kg m-2 ifs code name = 141.128 day ta longitude latitude plev8 time Air Temperature K ifs code name = 130.128 day tas longitude latitude time height2m Near-Surface Air Temperature K ifs code name = 167.128 day tasmax longitude latitude time height2m Daily Maximum Near-Surface Air Temperature K ifs code name = 201.128 day tasmin longitude latitude time height2m Daily Minimum Near-Surface Air Temperature K ifs code name = 202.128 day tslsi longitude latitude time Surface Temperature Where Land or Sea Ice K ifs code name = 235.128 day ua longitude latitude plev8 time Eastward Wind m s-1 ifs code name = 131.128 day uas longitude latitude time height10m Eastward Near-Surface Wind m s-1 ifs code name = 165.128 day va longitude latitude plev8 time Northward Wind m s-1 ifs code name = 132.128 day vas longitude latitude time height10m Northward Near-Surface Wind m s-1 ifs code name = 166.128 day wap longitude latitude plev8 time Omega (=dp/dt) Pa s-1 ifs code name = 135.128 Heuristic volume estimate for the raw EC-Earth3 IFS output on the T255L91 grid: 74.5 GB per year Heuristic volume estimate for the raw EC-Earth3 IFS output on the T511L91 grid: 285.7 GB per year Heuristic volume estimate for the raw EC-Earth3 NEMO output on the ORCA1L75 grid: 4.6 GB per year Heuristic volume estimate for the raw EC-Earth3 NEMO output on the ORCA025L75 grid: 61.5 GB per year Heuristic volume estimate for the raw EC-Earth3 TM5 output on the TM5 3x2 deg grid: 0.1 GB per year Heuristic volume estimate for the raw EC-Earth3 LPJG output on the T255 grid: 0.6 GB per year