Variable Name | Description | Units |
DMDT_ANA | Vertically integrated atmospheric mass tendency for analysis | kg/m2/s |
DMDT_DYN | Vertically integrated atmospheric mass tendency for dynamics | kg/m2/s |
DQVDT_DYN | Vertically integrated water tendency for dynamics | Kg/m/s |
DQVDT_PHY | Vertically integrated water tendency for physics | Kg/m/s |
DQVDT_MST | Vertically integrated water tendency for moist | Kg/m/s |
DQVDT_TRB | Vertically integrated water tendency for turbulence | Kg/m/s |
DQVDT_CHM | Vertically integrated water tendency for chemistry | Kg/m/s |
DQVDT_ANA | Vertically integrated water tendency for analysis | Kg/m/s |
DQLDT_DYN | Vertically integrated liquid water tendency for dynamics | Kg/m/s |
DQLDT_PHY | Vertically integrated liquid water tendency for physics | Kg/m/s |
DQLDT_ANA | Vertically integrated liquid water tendency for analysis | Kg/m/s |
DQLDT_MST | Vertically integrated liquid water tendency for moist | Kg/m/s |
DQIDT_DYN | Vertically integrated ice water tendency for dynamics | Kg/m/s |
DQIDT_PHY | Vertically integrated ice water tendency for physics | Kg/m/s |
DQIDT_ANA | Vertically integrated ice water tendency for analysis | Kg/m/s |
DQIDT_MST | Vertically integrated ice water tendency for moist | Kg/m/s |
DOXDT_DYN | Vertically integrated total ozone tendency for dynamics | Kg/m/s |
DOXDT_PHY | Vertically integrated total ozone tendency for physics | Kg/m/s |
DOXDT_CHM | Vertically integrated total ozone tendency for chemistry | Kg/m/s |
DOXDT_ANA | Vertically integrated total ozone tendency for analysis | Kg/m/s |
DKDT_DYN | Vertically integrated kinetic energy tendency for dynamics | W/m2 |
DKDT_PHY | Vertically integrated kinetic energy tendency for physics | W/m2 |
DKDT_ANA | Vertically integrated kinetic energy tendency for analysis | W/m2 |
DKDT_PHYPHY | Kinetic energy tendency as computed in physics | W/m2 |
DHDT_DYN | Vertically integrated cpT tendency for dynamics | W/m2 |
DHDT_PHY | Vertically integrated cpT tendency for physics | W/m2 |
DHDT_ANA | Vertically integrated cpT tendency for analysis | W/m2 |
DHDT_RES | Residual cpT tendency | W/m2 |
DPDT_DYN | Potential energy tendency for dynamics | W/m2 |
DPDT_PHY | Potential energy tendency for physics | W/m2 |
DPDT_ANA | Potential energy tendency for analysis | W/m2 |
UFLXCPT | Vertically integrated eastward flux of dry enthalpy | J/m/s |
VFLXCPT | Vertically integrated northward flux of dry enthalpy | J/m/s |
UFLXPHI | Vertically integrated eastward flux of geopotential | J/m/s |
VFLXPHI | Vertically integrated northward flux of geopotential | J/m/s |
UFLXKE | Vertically integrated eastward flux of kinetic energy | J/m/s |
VFLXKE | Vertically integrated northward flux of kinetic energy | J/m/s |
UFLXQV | Vertically integrated eastward flux of specific humidity | Kg/m/s |
VFLXQV | Vertically integrated northward flux of specific humidity | Kg/m/s |
UFLXQL | Vertically integrated eastward flux of liquid condensate | Kg/m/s |
VFLXQL | Vertically integrated northward flux of liquid condensate | Kg/m/s |
UFLXQI | Vertically integrated eastward flux of ice condensate | Kg/m/s |
VFLXQI | Vertically integrated northward flux of ice condensate | Kg/m/s |
CONVCPT | Vertically integrated convergence of dry enthalpy | Kg/m/s |
CONVPHI | Vertically integrated convergence of geopotential | Kg/m/s |
CONVKE | Vertically integrated convergence of kinetic energy | Kg/m/s |
CONVTHV | Vertically integrated convergence of potential temperature | Kg/m/s |
TEFIXER | Total energy added by artificial energy fixer | W/m2 |
DKDT_GEN | Generation of kinetic energy | W/m2 |
DKDT_PG | Kinetic energy tendency due to pressure gradient force | W/m2 |
DKDT_REMAP | Kinetic energy tendency due to remapping (spurious) | W/m2 |
DKDT_INRES | Kinetic energy tendency residual from inertial terms (spurious) | W/m2 |
DKDT_PGRES | Kinetic energy tendency residual from pressure terms(spurious) | W/m2 |
DKDT_GWD | Kinetic energy tendency due to gravity wave drag (GWD) | W/m2 |
DKDT_RAY | Kinetic energy tendency due to Rayleighfriction | W/m2 |
DKDT_BKG | Kinetic energy tendency due to background GWD | W/m2 |
DKDT_ORO | Kinetic energy tendency due to orographic GWD | W/m2 |
DKDT_GWDRES | Kinetic energy residual due to errors in GWD (spurious) | W/m2 |
BKGERR | Energy residual due to errors in background GWD (spurious) | W/m2 |
DKDT_TRB | Kinetic energy tendency due to turbulence | W/m2 |
DKDT_SRF | Kinetic energy tendency due to surface friction | W/m2 |
DKDT_INT | Kinetic energy tendency due to internal friction | W/m2 |
DKDT_TOP | Kinetic energy tendency due to topographic low-level drag | W/m2 |
DKDT_MST | Kinetic energy tendency due to moist processes | W/m2 |
DHDT_REMAP | Virtual enthalpy change due to remapping | W/m2 |
DHDT_GWD | Virtual enthalpy change due to all gravity wave drag processes | W/m2 |
DHDT_RAY | Virtual enthalpy change due to Rayleigh friction | W/m2 |
DHDT_BKG | Virtual enthalpy change due to background gravity wave drag | W/m2 |
DHDT_ORO | Virtual enthalpy change due to orographic gravity wave drag | W/m2 |
DHDT_TRB | Virtual enthalpy change due to all turbulent | W/m2 |
DHDT_MST | Virtual enthalpy change due to all moist processes | W/m2 |
DHDT_FRI | Virtual enthalpy change due to all friction processes | W/m2 |
DHDT_RAD | Virtual enthalpy change due to radiation | W/m2 |
DHDT_CUF | Virtual enthalpy change due to cumulus friction | W/m2 |
DPDT_REMAP | Potential energy change due to remappin(spurious) | W/m2 |
QTFILL | Artificial filling of total water | Kg/m2/s |
DQVDT_FIL | Artificial filling of water vapor | Kg/m2/s |
DQIDT_FIL | Artificial filling of frozen water | Kg/m2/s |
DQLDT_FIL | Artificial filling of liquid water | Kg/m2/s |
DOXDT_FIL | Artificial filling of odd oxygen | Kg/m2/s |
HFLUX | Upward turbulent flux of sensibleheat at the surface | W/m2 |
EVAP | Upward turbulent flux of water vapor at the surface | Kg/m2/s |
PRECCU | Liquid precipitation from convection at the surface | Kg/m2/s |
PRECLS | Liquid precipitation from large scale processes at the surface | Kg/m2/s |
PRECSN | Frozen precipitation at the surface | Kg/m2/s |
DTHDT_ANA | Virtual potential tendency due to analysis | K-kg/m2/s |
DTHDT_PHY | Virtual potential tendency due to physics | K-kg/m2/s |
DTHDT_DYN | Virtual potential tendency due to dynamics | K-kg/m2/s |
DTHDT_REMAP | Virtual potential tendency due to dynamics remapping | K-kg/m2/s |
DTHDT_CONSV | Virtual potential tendency due to dynamics conservation | K-kg/m2/s |
DTHDT_FIL | Virtual potential tendency due to dynamics water filling | K-kg/m2/s |
LWTNET | Net Downward longwave radiation at the top of the atmosphere | W/m2 |
LWGNET | Net Downward longwave radiation at the surface | W/m2 |
SWNETTOA | Net Downward shortwave radiation at the top of the atmosphere | W/m2 |
SWNETSRF | Net Downward shortwave radiation at the surface | W/m2 |
LSCNVCL | Large-scale conversion of water vapor to cloud liquid | Kg/m2/s |
LSCNVCI | Large-scale conversion of water vapor to cloud ice | Kg/m2/s |
LSCNVRN | Large-scale conversion of water vapor to liquid precipitation | Kg/m2/s |
CUCNVCL | Convective conversion of water vapor to cloud liquid | Kg/m2/s |
CUCNVCI | Convective conversion of water vapor to cloud ice | Kg/m2/s |
CUCNVRN | Convective conversion of water vapor to liquid precipitation | Kg/m2/s |
EVPCL | Evaporation of cloud liquid water | Kg/m2/s |
EVPRN | Evaporation of rain liquid water | Kg/m2/s |
SUBCI | Sublimation of cloud ice | Kg/m2/s |
SUBSN | Sublimation of frozen precipitation | Kg/m2/s |
AUTCNVRN | Auto conversion of cloud liquid water to liquid precipitation | Kg/m2/s |
SDMCI | Sedimentation of cloud ice | Kg/m2/s |
COLCNVRN | Conversion of cloud liquid water to rain through collection | Kg/m2/s |
COLCNVSN | Conversion of cloud liquid water to snow through collection | Kg/m2/s |
FRZCL | Net freezing of cloud water | Kg/m2/s |
FRZRN | Net freezing of rain water | Kg/m2/s |