...
| TT | Air temperature 2m temperature at level '1hy' resp. '1sg' | C |
| UU | u-component of the wind (along the X-axis of the grid) 10m u-component of the wind at level '1hy' resp. '1sg' | knots |
| VV | v-component of the wind (along the Y-axis of the grid) 10m v-component of the wind at level '1hy' resp. '1sg' | knots |
| WW | Vertical momentum | Pa/s |
| UV | Wind modulus | knots |
| GZ | Geopotential height | dam |
| HU | Specific humidity 2m specific humidity at level '1hy' resp. '1sg' | kg/kg |
| HR | Relative humidity 2m relative humidity at level '1hy' resp. '1sg' | % |
| ES | Dew point depression | C |
| P0 | Surface pressure | hPa |
| PN | Sea level pressure | hPa |
| ME | Mountain height | m |
| LA | Geographical latitude | deg |
| LO | Geographical longitude | deg |
...
| USGW | GWD induced surface u-stress | N/m2 |
| VSGW | GWD induced surface v-stress | N/m2 |
| AR | Avg. of EI (outgoing IR energy flux at model lid) | W/m2 |
| AB | Avg. of IV (incoming solar flux at model lid) | W/m2 |
| AU | Avg. of EV (outgoing visible energy flux at model lid) | W/m2 |
| AD | Avg. of FI (IR energy flux towards ground) | W/m2 |
| AS | Avg. of FS (vis. flux absorbed by ground) | W/m2 |
| NF | Avg. of NT (2-dim cloud cover) | 0-1 |
| A1 | Avg. of convective liquid precipitation | m/s |
| A2 | Avg. of stratiform liquid precipitation | m/s |
| A3 | Avg. of convective solid precipitation | m/s |
| A4 | Avg. of stratiform solid precipitation | m/s |
| A8 | Avg. of liquid shallow convective precipitation | m/s |
| A9 | Avg. of solid shallow convective precipitation | m/s |
| AE | Avg. of stratiform precipitation | m/s |
| FR | Avg. of freezing precipitation | m/s |
| PC | Avg. of convective precipitation | m/s |
| PE | Avg. of frozen precipitation | m/s |
| PR | Avg. of total precipitation (= RN+SN = PC+AE) | m/s |
| RN | Avg. of liquid precipitation | m/s |
| SN | Avg. of snow precipitation | m/s |
| RC | Implicit precipitation rate | m/s |
| RT | Total precipitation rate | m/s |
| AH | Avg. of FC (upward surface sensible heat flux) | W/m2 |
| AG | Avg. heat flux in soil | W/m2 |
| AV | Avg. of FV (surface latent heat flux) | W/m2 |
| AI | Avg. of SI (Net IR energy flux at the surface) | W/m2 |
| AW | Avg. of FQ (surf. momentum flux) | N/m2 |
| FQ | Surface momentum flux | N/m2 |
| S7 | Avg. of u-stress | N/m2 |
| S8 | Avg. of v-stress | N/m2 |
| N0 | Avg. of soil surface runoff | mm/s |
| O1 | Avg. of soil base drainage | mm/s |
| TRAF | Avg. of surface runoff for all surface types + agg | mm/s |
| TDRA | Avg. of base drainage for all surface types + agg | mm/s |
| N2 | Avg. of liquid precip. (ISBA) | m/s |
| N3 | Avg. of solid precip. | m/s |
| N4 | Avg. of FB (downward solar flux at surface) | W/m2 |
| O5 | Avg. of bare ground latent heat flux | W/m2 |
| O6 | Avg. of latent heat flux from leaves | W/m2 |
| O7 | Avg. of sublimation from snow | m/s of water |
| O8 | Avg. of vegetation transpiration | kg/m2 |
| O9 | Avg. of evaporation from vegetation | kg/m2 |
| I0 | Surface and soil temperatures | K |
| I1 | Soil volumetric water contents | m3/m3 |
| I7 | Sea ice temperature | K |
| I8 | Sea ice thickness | m |
| I9 | Glacier temperature | K |
| LG | Sea ice fraction in geophysical fields | 0-1 |
| GL | Ice Sea ice fraction | 0-1 |
| GY | Sea ice fraction (unmodified) | 0-1 |
| SD | Snow depth | cm |
| AL | Visible surface albedo | 0-1 |
| TM | Sea temperature | K |
| J8 | Area-averaged surface temperature | K |
| FC | Upward surface sensible heat flux | W/m2 |
| FV | Upward surface latent heat flux | W/m2 |
| FS | Solar flux absorbed at surface | W/m2 |
| FB | Downward solar flux | W/m2 |
| IV | Incoming solar radiation at model top | W/m2 |
| SI | Net infrared flux at the surface (+ downward) | W/m2 |
| FI | Surface incoming infrared flux | W/m2 |
| EI | Outgoing infrared energy exiting the atmosphere | W/m2 |
| TG | Radiative surface temperature | K |
| MG | Land-sea mask | 0-1 |
| K2 | Avg. of kshal counter | 0-1 |
| DN | Snow density | kg/m3 |
| I2 | Soil volumetric ice contents | m3/m3 |
| I3 | Water retained on the vegetation | kg/m2 |
| I4 | Water in the snow pack | kg/m2 |
| I6 | Albedo of snow | 0-1 |
| HRMX | Screen max. relative humidity | 0-1 |
| HRMN | Screen min. relative humidity | 0-1 |
| QSAV | Screen specific humidity average | kg/kg |
| IMAV | Integrated soil moisture average | kg/m2 |
| P0AV | Surface pressure average | Pa |
| UVAV | Screen wind modulus average | m/s |
| UVMX | Screen max wind modulus | m/s |
| H | Height of boundary layer | m |
| IE | Integrated cloud water/ice | mm |
| IH | Integrated water vapor | mm |
| II | Integrated ice water | mm |
| IWVM | Integrated water vapor avge over last moyhr hours | kg/m2 |
| ICRM | Total LWP for rad avge over last moyhr hours | kg/m2 |
| IIRM | Total IWP for rad avge over last moyhr hours | kg/m2 |
| ACLB | Avg. of net clear sky lw flux at the surface | W/m2 |
| ACLT | Avg. of net clear sky lw flux at the top | W/m2 |
| ACSB | Avg. of net clear sky solar flux at the surface | W/m2 |
| ACST | Avg. of net clear sky solar flux at the top | W/m2 |
| T5 | Min. temperature over the last moyhr hours | K |
| T9 | Max. temperature over the last moyhr hours | K |
| KEHM | Total kinetic energy (per unit area) calculated on hybryd levels | J/m2 |
| TTHM | Temperature (mass-weighted vertically average) calculated on hybryd levels | K |
| AMHM | Total relative angular momentum (per unit area) calculated on hybryd levels | kg/s |
| UG | GWD u tend. avge over the last moyhr hours | m/s2 |
| V6 | GWD v tend. avge over the last moyhr hours | m/s2 |
| X2 | u dif. tend. avge over the last moyhr hours | m/s2 |
| X3 | v dif. tend. avge over the last moyhr hours | m/s2 |
| UQVA | Vertically averaged u-wind * specific humidity | m/s kg/kg |
| VQVA | Vertically averaged v-wind * specific humidity | m/s kg/kg |
| UTVA | Vertically averaged u-wind * temperature | K m/s |
| VTVA | Vertically averaged v-wind * temperature | K m/s |
| CA | Total clouds avge over the last moyhr hours | % |
| CLDR | Total clouds for rad average over last moyhr hours | % |
| IWCR | Cloud ice water for rad average over last moyhr hours | kg/kg |
| LWCR | Cloud liquid water for rad average over last moyhr hours | kg/kg |
| T6 | T2 (vis. heating rate interpo.from T20) avge over the last moyhr hours | K/s |
| T7 | TI (IR heating rate) avge over the last moyhr hrs | K/s |
| W5 | QC (liquid and solid water in the atmosphere) strat. tend. avge over the last moyhr hours | (kg/kg)/s |
| W6 | t conv. tend. avge over the last moyhr hours | K/s |
| W7 | t strat. tend. avge over the last moyhr hours | K/s |
| W8 | HU conv. tend. avge over the last moyhr hours | (kg/kg)/s |
| W9 | HU strat. tend. avge over the last moyhr hours | (kg/kg)/s |
| X1 | QC (liquid and solid water in the atmosphere) conv. tend. avge over the last moyhr hours | (kg/kg)/s |
| X4 | HU dif. tend. avge over the last moyhr hours | (kg/kg)/s |
| X5 | t dif. tend. avge over the last moyhr hours | K/s |
| X6 | Avg. T tendency shallow conv. over the last moyhr hours | K/s |
| X7 | Avg. HU tendency shallow conv. over the last moyhr hours | (kg/kg)/s |
| Y1 | Cloud liquid (and ice) water content avge | kg/kg |
| Y2 | Cloud ice water content avge | kg/kg |
...