GES DISC

Atmospheric Composition, Water & Energy Cycles  and Climate Variability        
 

Data Product

Spatial Search

Temporal Order Option

You may order data from a range of days using the selection boxes below. Please refer to the calendar to identify days with available data. An excessive range of days may cause processing delays or exceed the amount of data that may be ordered.

Parameters

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

Additional Options

NOTE: Default Selection is All

Additional options for 2D monthly are not yet available

 

Regridding Options


NOTE:Must select both Remapping Type and Grid to perform regridding
Select Remapping Type:            Select Grid:  ; 

Output File Format


Select Format: