.. _1f9bb7372d3a82cf1e6550efc1d76b4b_variables: =========== Variables =========== ======= ====== ============= ==== ========================================= =========== CODE Levels Internal Name Type Long Name Unit ======= ====== ============= ==== ========================================= =========== 91 1 TRFLIAC g m LW flux over ice [W/m**2] 92 1 TRFLWAC g m LW flux over water [W/m**2] 93 1 TRFLLAC g m LW flux over land [W/m**2] 94 1 SOFLIAC g m SW flux over ice [W/m**2] 95 1 SOFLWAC g m SW flux over water [W/m**2] 96 1 SOFLLAC g m SW flux over land [W/m**2] 97 1 FRIAC g m ice cover (fraction of grid box) [] 102 1 TSI g surface temperature of ice [K] 103 1 TSW   surface temperature of water [K] 104 1 USTRI g zonal wind stress over ice [Pa] 105 1 VSTRI g meridional wind stress over ice [Pa] 106 1 USTRW g zonal wind stress over water [Pa] 107 1 VSTRW g meridional wind stress over water [Pa] 108 1 USTRL g zonal wind stress over land [Pa] 109 1 VSTRL g meridional wind stress over land [Pa] 110 1 AHFLIAC g m latent heat flux over ice [W/m**2] 111 1 AHFLWAC g m latent heat flux over water [W/m**2] 112 1 AHFLLAC g m latent heat flux over land [W/m**2] 113 1 EVAPIAC g m evaporation over ice [kg/m**2s] 114 1 EVAPWAC g m evaporation over water [kg/m**2s] 115 1 EVAPLAC g m evaporation over land [kg/m**2s] 116 1 AZ0I g roughness length over ice [m] 117 1 AZ0W g roughness length over water [m] 118 1 AZ0L g roughness length over land [m] 119 1 AHFSIAC g m sensible heat flux over ice [W/m**2] 120 1 AHFSWAC g m sensible heat flux over water [W/m**2] 121 1 AHFSLAC g m sensible heat flux over land [W/m**2] 122 1 ALSOI g albedo of ice [] 123 1 ALSOW g albedo of water [] 124 1 ALSOL g albedo of land [] 125 1 AHFICE g conductive heat flux [W/m**2] 126 1 QRES g residual heat flux for melting sea ice [W/m**2] 127 1 ALAKE g lake fraction of grid box [] 129 1 EOSP g surface geopotential (orography) [m**2/s**2] 130 19 STP s temperature [K] 131 19   g u-velocity [m/s] 132 19   g v-velocity [m/s] 133 19 Q g specific humidity [kg/kg] 134 1 APS g Surface pressure [Pa] 135 19   g Vertical velocity [Pa/s] 136 19 ACDNC g cloud droplet number concentration [] 138 19 SVO s vorticity [1/s] 139 1 TSLM1 g surface temperature of land [K] 140 1 WS g soil wetness [m] 141 1 SN g snow depth [m] 142 1 APRL g m large scale precipitation [kg/m**2s] 143 1 APRC g m convective precipitation [kg/m**2s] 144 1 APRS g m snow fall [kg/m**2s] 145 1 VDIS g m boundary layer dissipation [W/m**2] 146 1 AHFS g m sensible heat flux [W/m**2] 147 1 AHFL g m latent heat flux [W/m**2] 148 19   g streamfunction [m**2/s] 149 19   g velocity potential [m**2/s] 150 1 XIVI g m vertically integrated cloud ice [kg/m**2] 151 1   g mean sea level pressure [Pa] 152 1 STP(20) s log surface pressure [] 153 19 XL g cloud water [kg/kg] 154 19 XI g cloud ice [kg/kg] 155 19 SD s divergence [1/s] 156 19   g geopotential height [gpm] 157 19   g relative humidity [] 158 1   g tendency of surface pressure [Pa/s] 159 1 USTAR3 g ustar**3 [m**3/s**3] 160 1 RUNOFF g m surface runoff and drainage [kg/m**2s] 161 1 DRAIN g m drainage [kg/m**2s] 162 19 ACLC g cloud cover [] 163 1 ACLCV g total cloud cover [] 164 1 ACLCOV g m total cloud cover [] 165 1 U10 g 10m u-velocity [m/s] 166 1 V10 g 10m v-velocity [m/s] 167 1 TEMP2 g 2m temperature [K] 168 1 DEW2 g 2m dew point temperature [K] 169 1 TSURF g m surface temperature [K] 170 19 XVAR   variance of total water amount qv+qi+ql [] 171 1 WIND10 g m 10m windspeed [m/s] 172 1 SLM g land sea mask (1.=land, 0.=sea/lakes) [] 173 1 AZ0 g roughness length [m] 174 1 ALB g surface background albedo [] 175 1 ALBEDO g surface albedo [] 176 1 SRADS g m net surface solar radiation [W/m**2] 177 1 TRADS g m net surface thermal radiation [W/m**2] 178 1 SRAD0 g m net top solar radiation [W/m**2] 179 1 TRAD0 g m top thermal radiation (OLR) [W/m**2] 180 1 USTR g m u-stress [Pa] 181 1 VSTR g m v-stress [Pa] 182 1 EVAP g m evaporation [kg/m**2s] 183 19 XSKEW   skewness of total water amount qv+qi+ql [] 184 1 SRAD0D g m top incoming solar radiation [W/m**2] 185 1 SRAFS g m net surf. solar radiation (clear sky) [W/m**2] 186 1 TRAFS g m net surf. thermal radiation (clear sky) [W/m**2] 187 1 SRAF0 g m net top solar radiation (clear sky) [W/m**2] 188 1 TRAF0 g m net top thermal radiation (clear sky) [W/m**2] 189 1     surface solar cloud forcing [W/m**2] 190 1     surface thermal cloud forcing [W/m**2] 191 1     SW top cloud forcing (178-187) [W/m**2] 192 1     LW top cloud forcing (179-188) [W/m**2] 193 1 WL g skin reservoir content [m] 194 1 SLF g sea land fraction [] 195 1 USTRGW g m u-gravity wave stress [Pa] 196 1 VSTRGW g m v-gravity wave stress [Pa] 197 1 VDISGW g m gravity wave dissipation [W/m**2] 198 1 VGRAT g vegetation ratio [] 199 1 VAROR g orographic variance [] 200 1 VLT g leaf area index [] 201 1 T2MAX g maximum 2m-temperature [K] 202 1 T2MIN g minimum 2m-temperature [K] 203 1 SRAD0U g m top solar radiation upward [W/m**2] 204 1 SRADSU g m surface solar radiation upward [W/m**2] 205 1 TRADSU g m surface thermal radiation upward [W/m**2] 206 1 RNDFLUX g surface ground heat flux [] 207 1 TSOIL g deep soil temperatures (5 layers) [K] 208 1 AHFCON g m conductive heat flux through ice [W/m**2] 209 1 AHFRES g m residual heat flux over ice [W/m**2] 210 1 SEAICE g ice cover (fraction of 1-SLM) [] 211 1 SICED g ice depth [m] 212 1 FOREST g forest fraction [] 213 1 gLD g glacier depth [m] 214 1 SNI g water equivalent of snow on ice [m] 215 1 ROGL g m glacier runoff [kg/m**2s] 216 1 WIMAX g maximum 10m-wind speed [m/s] 217 1 TOPMAX g maximum height of convective cloud tops [Pa] 218 1 SNMEL g m snow melt [kg/m**2s] 219 1 RUNTOC g m surface runoff into ocean [kg/m**2s] 220 1 RUNLND g surface runoff not running into ocean [kg/m**2s] 221 1 APMEGL g m P-E over land ice [kg/m**2s] 222 1 SNACL g m snow accumulation over land [kg/m**2s] 223 19 ACLCAC g m cloud cover [] 224 19 TKE g turbulent kinetic energy [] 225 19 TKEM1 g turbulent kinetic energy (t-1) [] 226 1 FAO g FAO data set (soil data flags) [0...5.] 227 1 RGCGN g heat capacity of soil [] 228 1 SODIF g soil diffusivity [] 229 1 WSMX g field capacity of soil [m] 230 1 QVI g m vertically integrated water vapor [kg/m**2] 231 1 XLVI g m vertically integrated cloud water [kg/m**2] 232 1 LAC g fraction of land covered by glaciers [] 235-255 19 XT(1)-XT(15) g optional tracer variable [] 259 19   g windspeed (sqrt(u**2+v**2)) [] 260 1   g m total precipitation (142+143) [] 261 1   g m total top radiation (178+179) [] 262 1   g m total surface radiation (176+177) [] 263 1   g m net surface heat flux (146+147+176+177 [] -C*218-208*fice-209); C=3.345E5*fland 264 1   g m total surface water (142+143+182-160-221) [] ======= ====== ============= ==== ========================================= =========== type: g=grid, s=spectral, m=mean over output intervall