F25p6 states - sorted by component name

Import States

Sorted 510 states by Component name - within each component, variables are sorted by their short name

List of GEOS-5 [IM] State variables

Name	Component	Units	Dim	Long name
DOXANA	ARIESg3	kg kg-1	xyz	ozone increment from analysis
DPEDT	ARIESg3	Pa s-1	xyz	edge pressure tendency
DQVANA	ARIESg3	kg kg-1	xyz	specific humidity increment from analysis
DTDT	ARIESg3	Pa K s-1	xyz	delta-p weighted temperature tendency
DUDT	ARIESg3	m s-2	xyz	eastward wind tendency
DVDT	ARIESg3	m s-2	xyz	northward wind tendency
PHIS	ARIESg3	m+2 sec-2	xy	surface geopotential height
TRADV	ARIESg3	unknown	xy	advected quantities
DO3DT	Agcm	ppmv	xyz	ozone analysis increment
DPEDT	Agcm	Pa	xyz	edge pressure analysis increment
DQVDT	Agcm	kg kg-1	xyz	specific humidity analysis increment
DTDT	Agcm	K	xyz	temperature analysis increment
DUDT	Agcm	m s-1	xyz	eastward wind analysis increment
DVDT	Agcm	m s-1	xyz	northward wind analysis increment
AIRDENS	CARMA	kg m-3	xyz	Air density
CN_PRCP	CARMA	kg m-2 s-1	xy	Surface Conv. rain flux needed by land
DQDT	CARMA	kg kg-1 s-1	xyz	Q tendency - moist physics
FRLAKE	CARMA	1	xy	Fraction of Lake
LWI	CARMA	1	xy	Land Ocean Ice Mask
NCN_PRCP	CARMA	kg m-2 s-1	xy	Non-convective precipitation
PLE	CARMA	Pa	xyz	Layer interface pressure
Q	CARMA	kg kg-1	xyz	Specific Humidity
RH2	CARMA	1	xyz	Relative Humidity after Moist
SH	CARMA	W m-2	xy	Sensible Heat Flux
T	CARMA	K	xyz	Air temperature
U10M	CARMA	m s-1	xy	10-m Eastward Wind
USTAR	CARMA	m s-1	xy	Surface Velocity Scale
V10M	CARMA	m s-1	xy	10-m Northward Wind
WET1	CARMA	1	xy	Surface Soil Wetness
Z0H	CARMA	m	xy	Roughness Length for Heat
ZLE	CARMA	m	xyz	Layer interface geopot height
ZPBL	CARMA	m	xy	PBL Height
ALW	Catch	W m-2	tile	linearization of surface upwelling longwave flux
BLW	Catch	W_m-2 K-1	tile	linearization of surface upwelling longwave flux
CQATM	Catch	kg m-2 s-1	tile	surface exchange coefficient for moisture
CTATM	Catch	kg m-2 s-1	tile	surface exchange coefficient for heat
DEVAP	Catch	kg m-2 s-1	tile	derivative of evaporation wrt QS
DFNIR	Catch	W m-2	tile	surface downwelling nir diffuse flux
DFPAR	Catch	W m-2	tile	surface downwelling par diffuse flux
DFUVR	Catch	W m-2	tile	surface downwelling uvr diffuse flux
DRNIR	Catch	W m-2	tile	surface downwelling nir beam flux
DRPAR	Catch	W m-2	tile	surface downwelling par beam flux
DRUVR	Catch	W m-2	tile	surface downwelling uvr beam flux
DSH	Catch	W m-2 K-1	tile	derivative of sensible heat wrt Ts
DZ	Catch	m	tile	surface layer height
EVAP	Catch	kg m-2 s-1	tile	evaporation
GRN	Catch	1	tile	greeness fraction
LAI	Catch	1	tile	leaf area index
LWDNSRF	Catch	W m-2	tile	surface downwelling longwave flux
PCU	Catch	kg m-2 s-1	tile	liquid water convective precipitation
PLS	Catch	kg m-2 s-1	tile	liquid water large scale precipitation
PS	Catch	Pa	tile	surface pressure
QA	Catch	kg kg-1	tile	surface air specific humidity
QHATM	Catch	kg kg-1	tile	effective surface specific humidity
ROOTL	Catch	m	tile	vegetation root length
SH	Catch	W m-2	tile	upward sensible heat flux
SNO	Catch	kg m-2 s-1	tile	snowfall
TA	Catch	K	tile	surface air temperature
THATM	Catch	K	tile	effective surface skin temperature
UU	Catch	m s-1	tile	surface wind speed
UWINDLMTILE	Catch	m s-1	tile	levellm uwind
VWINDLMTILE	Catch	m s-1	tile	levellm vwind
Z2CH	Catch	m	tile	canopy height
CN_PRCP	ChemEnv	kg m-2 s-1	xy	Surface Conv. rain flux needed by land
FRLAND	ChemEnv	1	xy	fraction of land
FRLANDICE	ChemEnv	1	xy	fraction of land ice
FROCEAN	ChemEnv	1	xy	fraction of ocean
PLE	ChemEnv	Pa	xyz	air pressure
Q	ChemEnv	kg kg-1	xyz	specific humidity
TH	ChemEnv	K	xyz	potential temperature
TPREC	ChemEnv	kg m-2 s-1	xy	total precipitation
HW	DataSea	m	xy	water skin layer depth
SW	DataSea	psu	xy	water skin salinity
SWHEAT	DataSea	W m-2	xyz	solar heating rate
TW	DataSea	K	xy	water skin temperature
HI	DataSeaIce	m	xy	seaice skin layer depth
SI	DataSeaIce	psu	xy	seaice skin salinity
TI	DataSeaIce	K	xy	seaice skin temperature
DOXANA	DatmoDyn	kg kg-1	xyz	ozone increment from analysis
DPEDT	DatmoDyn	Pa	xyz	air pressure
DQVANA	DatmoDyn	kg kg-1	xyz	specific humidity increment from analysis
DTDT	DatmoDyn	K s-1	xyz	T tendency
DUDT	DatmoDyn	m s-1 s-1	xyz	later
DVDT	DatmoDyn	m s-1 s-1	xyz	later
PHIS	DatmoDyn	m+2 sec-2	xy	surface geopotential height
TRADV	DatmoDyn	unknown	xy	advected quantities
DOXANA	DynCore	kg kg-1	xyz	ozone increment from analysis
DPEDT	DynCore	Pa s-1	xyz	edge pressure tendency
DQVANA	DynCore	kg kg-1	xyz	specific humidity increment from analysis
DTDT	DynCore	Pa K s-1	xyz	delta-p weighted temperature tendency
DUDT	DynCore	m s-2	xyz	eastward wind tendency
DVDT	DynCore	m s-2	xyz	northward wind tendency
PHIS	DynCore	m+2 sec-2	xy	surface geopotential height
TRADV	DynCore	unknown	xy	advected quantities
DOXANA	FVdycore	kg kg-1	xyz	ozone increment from analysis
DPEDT	FVdycore	Pa s-1	xyz	edge pressure tendency
DQVANA	FVdycore	kg kg-1	xyz	specific humidity increment from analysis
DTDT	FVdycore	Pa K s-1	xyz	delta-p weighted temperature tendency
DUDT	FVdycore	m s-2	xyz	eastward wind tendency
DVDT	FVdycore	m s-2	xyz	northward wind tendency
PHIS	FVdycore	m+2 s-2	xy	surface geopotential height
TRADV	FVdycore	unknown	xy	advected quantities
BCphilic	GAAS	kgkg	xyz	Hydrophilic Black Carbon Mixing Ratio
BCphobic	GAAS	kgkg	xyz	Hydrophobic Black Carbon Mixing Ratio
DELP	GAAS	Pa	xyz	Pressure Thickness
OCphilic	GAAS	kgkg	xyz	Hydrophilic Organic Carbon Mixing Ratio
OCphobic	GAAS	kgkg	xyz	Hydrophobic Organic Carbon Mixing Ratio
RH2	GAAS	1	xyz	Relative Humidity
SO4	GAAS	kgkg	xyz	SO4 Mixing Ratio
du001	GAAS	kgkg	xyz	Dust Mixing Ratio Bin 1
du002	GAAS	kgkg	xyz	Dust Mixing Ratio Bin 2
du003	GAAS	kgkg	xyz	Dust Mixing Ratio Bin 3
du004	GAAS	kgkg	xyz	Dust Mixing Ratio Bin 4
du005	GAAS	kgkg	xyz	Dust Mixing Ratio Bin 5
ss001	GAAS	kgkg	xyz	Sea Salt Mixing Ratio Bin 1
ss002	GAAS	kgkg	xyz	Sea Salt Mixing Ratio Bin 2
ss003	GAAS	kgkg	xyz	Sea Salt Mixing Ratio Bin 3
ss004	GAAS	kgkg	xyz	Sea Salt Mixing Ratio Bin 4
ss005	GAAS	kgkg	xyz	Sea Salt Mixing Ratio Bin 5
AIRDENS	GMIchem	kg m-3	xyz	air density
AIRDENS	GMIchem	kg m-3	xyz	Air density
ALBEDO	GMIchem	1	xy	Surface albedo
ALBVF	GMIchem	1	xy	surface albedo for visible diffuse
ASNOW	GMIchem	1	xy	fractional area of land snowcover
CLDTT	GMIchem	1	xy	total cloud area fraction
CLDTT	GMIchem	1	xy	Total cloud area fraction
CNV_MFC	GMIchem	kg m-2 s-1	xyz	cumulative mass flux
CNV_MFC	GMIchem	kg m-2 s-1	xyz	Convective mass flux
CNV_MFD	GMIchem	kg m-2 s-1	xyz	detraining mass flux
CNV_MFD	GMIchem	kg m-2 s-1	xyz	Detraining mass flux
CN_PRCP	GMIchem	kg m-2 s-1	xy	convective precipitation
CN_PRCP	GMIchem	kg m-2 s-1	xy	Convective precipitation
DFPAR	GMIchem	W m-2	xy	surface downwelling par diffuse flux
DQDT	GMIchem	s-1	xyz	specific humidity tendency due to moist
DQDT	GMIchem	s-1	xyz	Specific humidity tendency due to moist
DRPAR	GMIchem	W m-2	xy	surface downwelling par beam flux
FCLD	GMIchem	1	xyz	cloud fraction for radiation
FCLD	GMIchem	fraction	xyz	Cloud fraction for radiation
FRLAND	GMIchem	1	xy	fraction of land
FRLANDICE	GMIchem	1	xy	fraction of land ice
LAI	GMIchem	1	xy	leaf area index
LAI	GMIchem	1	xy	Leaf area index
LWI	GMIchem	1	xy	land-ocean-ice mask
LWI	GMIchem	1	xy	Land-ocean-ice mask
PFL_CN	GMIchem	kg m-2 s-1	xyz	3D flux of liquid convective precipitation
PFL_CN	GMIchem	kg m-2 s-1	xyz	3D flux of liquid convective precipitation
PFL_LSAN	GMIchem	kg m-2 s-1	xyz	3D flux of liquid nonconvective precipitation
PFL_LSAN	GMIchem	kg m-2 s-1	xyz	3D flux of liquid nonconvective precipitation
PL	GMIchem	Pa	xyz	Mid-layer pressures
PLE	GMIchem	Pa	xyz	air pressure
PLE	GMIchem	Pa	xyz	Layer interface pressure
Q	GMIchem	1	xyz	specific humidity
Q	GMIchem	kg kg-1	xyz	Specific Humidity
QCTOT	GMIchem	1	xyz	mass fraction of total cloud water
QL	GMIchem	1	xyz	cloud liquid for radiation
QL	GMIchem	kg kg-1	xyz	Cloud liquid for radiation
RH2	GMIchem	1	xyz	relative humidity after moist
RH2	GMIchem	1	xyz	Relative humidity after moist
SWNDSRF	GMIchem	W m-2	xy	surface net downward shortwave flux
SWNDSRF	GMIchem	W m-2	xy	Surface net downward shortwave flux
T	GMIchem	K	xyz	air temperature
T	GMIchem	K	xyz	Air temperature
T2M	GMIchem	K	xy	2-meter air temperature
T2M	GMIchem	K	xy	2-meter air temperature
TA	GMIchem	K	xy	surface air temperature
TA	GMIchem	K	xy	Surface air temperature
TAUCLI	GMIchem	1	xyz	optical thickness for ice clouds
TAUCLW	GMIchem	1	xyz	optical thickness for liquid clouds
TAUCLW	GMIchem	1	xyz	Optical thickness for liquid clouds
TPREC	GMIchem	kg m-2 s-1	xy	total precipitation
TPREC	GMIchem	kg m-2 s-1	xy	Total precipitation
TROPP	GMIchem	Pa	xy	tropopause pressure based on blended estimate
U10M	GMIchem	m s-1	xy	10-meter eastward wind
U10M	GMIchem	m s-1	xy	10-meter eastward wind
UNKNOWN	GMIchem	state%chemReg%vunits(n)	xyz	state%chemReg%vtitle(n)
USTAR	GMIchem	m s-1	xy	surface velocity scale
USTAR	GMIchem	m s-1	xy	Surface velocity scale
V10M	GMIchem	m s-1	xy	10-meter northward wind
V10M	GMIchem	m s-1	xy	10-meter northward wind
WET1	GMIchem	1	xy	surface soil wetness
WET1	GMIchem	1	xy	Surface soil wetness
Z0H	GMIchem	m	xy	surface roughness for heat
Z0H	GMIchem	m	xy	Surface roughness for heat
ZL	GMIchem	m	xyz	Mid-layer heights
ZLE	GMIchem	m	xyz	geopotential height
ZLE	GMIchem	m	xyz	Layer interface heights
ZPBL	GMIchem	m	xy	Planetary boundary layer height
ZPBL	GMIchem	m	xy	Planetary boundary layer height
AIRDENS	GOCART	kgm^3	xyz	air density
AREA	GOCART	m^2	xy	agrid cell area
CH4	GOCART	molmol	xyz	Methane
CN_PRCP	GOCART	kgm^2s	xy	Surface Conv. rain flux needed by land
DQDT	GOCART	kgkgs	xyz	Q tendency - moist physics
FCLD	GOCART	1	xyz	Cloud fraction for radiation
FRACI	GOCART	1	xy	ice covered fraction of tile
FRLAKE	GOCART	1	xy	fraction of lake
GRN	GOCART	1	xy	greeness fraction
H2O2	GOCART	molmol	xyz	Hydrogen peroxide
LAI	GOCART	1	xy	leaf area index
LWI	GOCART	1	xy	land-ocean-ice mask
NCN_PRCP	GOCART	kgm^2s	xy	Non-convective precipitation
NO3	GOCART	molmol	xyz	Nitrogen trioxide
O3	GOCART	kgkg	xyz	ozone mass mixing ratio
OH	GOCART	molmol	xyz	Hydroxyl radical
PLE	GOCART	Pa	xyz	air pressure
PS	GOCART	Pa	xy	surface pressure
RH2	GOCART	1	xyz	Rel Hum after moist
SH	GOCART	W m-2	xy	sensible heat flux from turbulence
T	GOCART	K	xyz	air temperature
TA	GOCART	K	xy	surface temperature from surface
TROPP	GOCART	Pa	xy	tropopause pressure based on blended estimate
TSOIL1	GOCART	K	xy	soil temperatures layer 1
U	GOCART	m s-1	xyz	eastward wind
U10M	GOCART	m s-1	xy	10-meter eastward wind
U10N	GOCART	m s-1	xy	equivalent neutral 10-meter eastward wind
USTAR	GOCART	m s-1	xy	surface velocity scale
V	GOCART	m s-1	xyz	northward wind
V10M	GOCART	m s-1	xy	10-meter northward wind
V10N	GOCART	m s-1	xy	equivalent neutral 10-meter northward wind
WET1	GOCART	1	xy	surface soil wetness
Z0H	GOCART	m	xy	surface roughness for heat
ZLE	GOCART	m	xyz	geopotential height
ZPBL	GOCART	m	xy	Planetary boundary layer height
LS_PRCP	Gwd	kg m-2 s-1	xy	Total LS Surface precipitation flux
PLE	Gwd	Pa	xyz	air pressure
PREF	Gwd	Pa	z	reference air pressure
Q	Gwd	kg kg-1	xyz	specific humidity
QI	Gwd	kg kg-1	xyz	specific humidity of suspended ice
SGH	Gwd	m	xy	standard deviation of topography
T	Gwd	K	xyz	air temperature
U	Gwd	m s-1	xyz	eastward wind
V	Gwd	m s-1	xyz	northward wind
AERO	Irrad	1	xyz	aerosols
CFC11	Irrad	pppv	xyz	CFC11 concentration
CFC12	Irrad	pppv	xyz	CFC12 concentration
CH4	Irrad	pppv	xyz	methane concentration
EMIS	Irrad	1	xy	surface emissivity
FCLD	Irrad	1	xyz	cloud area fraction in atmosphere layer
HCFC22	Irrad	pppv	xyz	HCFC22 concentration
N2O	Irrad	pppv	xyz	nitrous oxide concentration
O3	Irrad	kg kg-1	xyz	ozone mass mixing ratio
PLE	Irrad	Pa	xyz	air pressure
PREF	Irrad	Pa	z	reference air pressure
QI	Irrad	kg kg-1	xyz	mass fraction of cloud ice in air
QL	Irrad	kg kg-1	xyz	mass fraction of cloud liquid water in air
QR	Irrad	kg kg-1	xyz	mass fraction of rain water in air
QS	Irrad	kg kg-1	xyz	mass fraction of snow in air
QV	Irrad	kg kg-1	xyz	specific humidity
RI	Irrad	m	xyz	effective radius of cloud ice particles
RL	Irrad	m	xyz	effective radius of cloud liquid water particles
RR	Irrad	m	xyz	effective radius of rain particles
RS	Irrad	m	xyz	effective radius of snow particles
T	Irrad	K	xyz	air temperature
TS	Irrad	K	xy	surface skin temperature
TSINST	Irrad	K	xy	surface skin temperature
ALW	Lake	W m-2	tile	linearization of surface upwelling longwave flux
BLW	Lake	W m-2 K-1	tile	linearization of surface upwelling longwave flux
CQATM	Lake	kg m-2 s-1	tile	surface exchange coefficient for moisture
CTATM	Lake	kg m-2 s-1	tile	surface exchange coefficient for heat
DEVAP	Lake	kg m-2 s-1	tile	derivative of evaporation
DFNIR	Lake	W m-2	tile	surface downwelling nir diffuse flux
DFPAR	Lake	W m-2	tile	surface downwelling par diffuse flux
DFUVR	Lake	W m-2	tile	surface downwelling uvr diffuse flux
DRNIR	Lake	W m-2	tile	surface downwelling nir beam flux
DRPAR	Lake	W m-2	tile	surface downwelling par beam flux
DRUVR	Lake	W m-2	tile	surface downwelling uvr beam flux
DSH	Lake	W m-2	tile	derivative of upward sensible heat flux
DZ	Lake	m	tile	surface layer height
EVAP	Lake	kg m-2 s-1	tile	evaporation
LWDNSRF	Lake	W m-2	tile	surface downwelling longwave flux
PS	Lake	Pa	tile	surface pressure
QA	Lake	kg kg-1	tile	surface air specific humidity
QHATM	Lake	kg kg-1	tile	effective surface specific humidity
SH	Lake	W m-2	tile	upward sensible heat flux
SNO	Lake	kg m-2 s-1	tile	snowfall
TA	Lake	K	tile	surface air temperature
THATM	Lake	K	tile	effective surface skin temperature
UU	Lake	m s-1	tile	surface wind speed
UWINDLMTILE	Lake	m s-1	tile	levellm uwind
VWINDLMTILE	Lake	m s-1	tile	levellm vwind
ALW	Landice	W m-2	tile	linearization of surface upwelling longwave flux
BLW	Landice	W m-2 K-1	tile	linearization of surface upwelling longwave flux
CQATM	Landice	kg m-2 s-1	tile	surface exchange coefficient for moisture
CTATM	Landice	kg m-2 s-1	tile	surface exchange coefficient for heat
DEVAP	Landice	kg m-2 s-1	tile	derivative of evaporation
DFNIR	Landice	W m-2	tile	surface downwelling nir diffuse flux
DFPAR	Landice	W m-2	tile	surface downwelling par diffuse flux
DFUVR	Landice	W m-2	tile	surface downwelling uvr diffuse flux
DRNIR	Landice	W m-2	tile	surface downwelling nir beam flux
DRPAR	Landice	W m-2	tile	surface downwelling par beam flux
DRUVR	Landice	W m-2	tile	surface downwelling uvr beam flux
DSH	Landice	W m-2	tile	derivative of upward sensible heat flux
DZ	Landice	m	tile	surface layer height
EVAP	Landice	kg m-2 s-1	tile	evaporation
LWDNSRF	Landice	W m-2	tile	surface downwelling longwave flux
PS	Landice	Pa	tile	surface pressure
QA	Landice	kg kg-1	tile	surface air specific humidity
QHATM	Landice	kg kg-1	tile	effective surface specific humidity
SH	Landice	W m-2	tile	upward sensible heat flux
SNO	Landice	kg m-2 s-1	tile	snowfall
TA	Landice	K	tile	surface air temperature
THATM	Landice	K	tile	effective surface skin temperature
UU	Landice	m s-1	tile	surface wind speed
UWINDLMTILE	Landice	m s-1	tile	levellm uwind
VWINDLMTILE	Landice	m s-1	tile	levellm vwind
FRLAND	Moist	1	xy	areal land fraction
KH	Moist	m+2 s-1	xyz	scalar diffusivity
MTR	Moist	X	xyz	tracers for moist
PLE	Moist	Pa	xyz	air pressure
PREF	Moist	Pa	z	reference air pressure
TH	Moist	K	xyz	potential temperature
TS	Moist	K	xy	surface temperature
U	Moist	m s-1	xyz	eastward wind
V	Moist	m s-1	xyz	northward wind
DAIDTD	Ogcm	% day-1	tile	ice area tendency dueto dynamics
DVIDTD	Ogcm	cm day-1	tile	ice volume tendency dueto dynamics
ERGICE	Ogcm	J m-2	tile	ice category layer internal energy
ERGSNO	Ogcm	J m-2	tile	snow category layer internal energy
FRACICE	Ogcm	1	tile	fractional cover of seaice
HFLUX	Ogcm	W m-2	tile	heat flux bw saltwater ocean
HI	Ogcm	kg	tile	seaice skin layer mass
HW	Ogcm	kg	tile	water skin layer mass
MPOND	Ogcm	m	tile	pond volume
OUSTAR3	Ogcm	m+3 s-3	tile	ocean ustar cubed
PENPAF	Ogcm	W m-2	tile	net downward penetrating diffuse PAR flux
PENPAR	Ogcm	W m-2	tile	net downward penetrating direct PAR flux
PENUVF	Ogcm	W m-2	tile	net downward penetrating diffuse UV flux
PENUVR	Ogcm	W m-2	tile	net downward penetrating direct UV flux
PS	Ogcm	Pa	tile	surface air pressure
SALTFLUX	Ogcm	kg m-2 s-1	tile	salt flux bw saltwater ocean
SI	Ogcm	psu	tile	seaice skin salinity
SW	Ogcm	psu	tile	water skin salinity
TAUAGE	Ogcm	s	tile	volume weighted mean ice age
TAUXI	Ogcm	N m-2	tile	eastward stress on ice
TAUXW	Ogcm	N m-2	tile	eastward stress on ocean
TAUYI	Ogcm	N m-2	tile	northward stress on ice
TAUYW	Ogcm	N m-2	tile	northward stress on ocean
TI	Ogcm	K	tile	seaice skin temperature
TI	Ogcm	K	tile	seaice skin temperature
TW	Ogcm	K	tile	water skin temperature
VOLICE	Ogcm	m	tile	ice category volume per unit area of grid cell
VOLSNO	Ogcm	m	tile	sno category volume per unit area of grid cell
WATERFLUX	Ogcm	kg m-2 s-1	tile	water flux bw saltwater ocean
COSZ	Orad	1	xy	cosine of the solar zenith angle
FROCEAN	Orad	1	xy	ocean fraction of grid cell
H	Orad	dyn-m	xyz	Layer mass
PENPAF	Orad	W m-2	xy	net downward penetrating diffuse PAR flux
PENPAR	Orad	W m-2	xy	net downward penetrating direct PAR flux
PENUVF	Orad	W m-2	xy	net downward penetrating diffuse UV flux
PENUVR	Orad	W m-2	xy	net downward penetrating direct UV flux
PLE	PChem	Pa	xyz	air pressure
Q	PChem	kg kg-1	xyz	specific humidity
TROPP	PChem	Pa	xy	tropopause pressure
PLE	Physics	Pa	xyz	air pressure
S	Physics	m+2 s-2	xyz	dry static energy
T	Physics	K	xyz	air temperature
TH	Physics	K	xyz	potential temperature
U	Physics	m s-1	xyz	eastward wind
V	Physics	m s-1	xyz	northward wind
ZLE	Physics	m	xyz	geopotential height
PLEINST	Radiation	Pa	xyz	air pressure
ALW	Saltwater	W m-2	tile	linearization of surface upwelling longwave flux
BLW	Saltwater	W m-2 K-1	tile	linearization of surface upwelling longwave flux
CMATM	Saltwater	kg m-2 s-1	tile	surface exchange coefficient for momentum
CQATM	Saltwater	kg m-2 s-1	tile	surface exchange coefficient for moisture
CTATM	Saltwater	kg m-2 s-1	tile	surface exchange coefficient for heat
DEVAP	Saltwater	kg m-2 s-1	tile	derivative of evaporation
DFNIR	Saltwater	W m-2	tile	surface downwelling nir diffuse flux
DFPAR	Saltwater	W m-2	tile	surface downwelling par diffuse flux
DFUVR	Saltwater	W m-2	tile	surface downwelling uvr diffuse flux
DRNIR	Saltwater	W m-2	tile	surface downwelling nir beam flux
DRPAR	Saltwater	W m-2	tile	surface downwelling par beam flux
DRUVR	Saltwater	W m-2	tile	surface downwelling uvr beam flux
DSH	Saltwater	W m-2	tile	derivative of upward sensible heat flux
DZ	Saltwater	m	tile	surface layer height
EVAP	Saltwater	kg m-2 s-1	tile	evaporation
FRACICE	Saltwater	1	tile	ice covered fraction of tile
KPAR	Saltwater	m-1	tile	PAR extinction coefficient
LWDNSRF	Saltwater	W m-2	tile	surface downwelling longwave flux
PCU	Saltwater	kg m-2 s-1	tile	liquid water convective precipitation
PLS	Saltwater	kg m-2 s-1	tile	liquid water large scale precipitation
PS	Saltwater	Pa	tile	surface pressure
QA	Saltwater	kg kg-1	tile	surface air specific humidity
QHATM	Saltwater	kg kg-1	tile	effective surface specific humidity
SH	Saltwater	W m-2	tile	upward sensible heat flux
SNO	Saltwater	kg m-2 s-1	tile	snowfall
TA	Saltwater	K	tile	surface air temperature
TAUX	Saltwater	N m-2	tile	eastward surface stress
TAUY	Saltwater	N m-2	tile	northward surface stress
THATM	Saltwater	K	tile	effective surface skin temperature
UHATM	Saltwater	m s-1	tile	effective surface zonal velocity
UI	Saltwater	m s-1	tile	zonal velocity of surface ice
UU	Saltwater	m s-1	tile	surface wind speed
UW	Saltwater	m s-1	tile	zonal velocity of surface water
UWINDLMTILE	Saltwater	m s-1	tile	levellm uwind
VHATM	Saltwater	m s-1	tile	effective surface meridional velocity
VI	Saltwater	m s-1	tile	meridional velocity of surface ice
VW	Saltwater	m s-1	tile	meridional velocity of surface water
VWINDLMTILE	Saltwater	m s-1	tile	levellm vwind
FCLD	Satsim	1	xyz	cloud area fraction
FRLAND	Satsim	1	xy	fraction of land
FROCEAN	Satsim	1	xy	fraction of ocean
MCOSZ	Satsim	1	xy	mean cosine of the solar zenith angle
PLE	Satsim	Pa	xyz	Edge pressures
QICN	Satsim	1	xyz	mass fraction of convective cloud ice water
QILS	Satsim	1	xyz	mass fraction of large scale cloud ice water
QLCN	Satsim	1	xyz	mass fraction of convective cloud liquid water
QLLS	Satsim	1	xyz	mass fraction of large scale cloud liquid water
QRTOT	Satsim	1	xyz	mass fraction of rain
QSTOT	Satsim	1	xyz	mass fraction of snow
QV	Satsim	1	xyz	specific humidity
RI	Satsim	m	xyz	ice phase cloud particle effective radius
RL	Satsim	m	xyz	liquid cloud particle effective radius
RR	Satsim	m	xyz	rain cloud particle effective radius
RS	Satsim	m	xyz	snow particle effective radius
T	Satsim	K	xyz	air temperature
TS	Satsim	K	xy	skin temperature
ZLE	Satsim	m	xyz	Edge heights
AERO	Solar	kg kg-1	xyz	aerosols
ALBNF	Solar	1	xy	surface albedo for near infrared diffuse
ALBNR	Solar	1	xy	surface albedo for near infrared beam
ALBVF	Solar	1	xy	surface albedo for visible diffuse
ALBVR	Solar	1	xy	surface albedo for visible beam
FCLD	Solar	1	xyz	cloud area fraction
OX	Solar	mol mol-1	xyz	odd-oxygen volume mixing ratio
PLE	Solar	Pa	xyz	air pressure
PREF	Solar	Pa	z	reference air pressure
QI	Solar	kg kg-1	xyz	mass fraction of cloud ice in air
QL	Solar	kg kg-1	xyz	mass fraction of cloud liquid water in air
QR	Solar	kg kg-1	xyz	mass fraction of rain water in air
QS	Solar	kg kg-1	xyz	mass fraction of snow in air
QV	Solar	kg kg-1	xyz	specific humidity
RI	Solar	m	xyz	effective radius of cloud ice particles
RL	Solar	m	xyz	effective radius of cloud liquid water particles
RR	Solar	m	xyz	effective radius of rain particles
RS	Solar	m	xyz	effective radius of snow particles
SWNDSRF	Solar	W m-2	xy	surface net downward shortwave flux
T	Solar	K	xyz	air temperature
AIRDENS	StratChem	kgm3	xyz	air density
PLE	StratChem	Pa	xyz	air pressure
Q	StratChem	kgkg	xyz	specific humidity
QCTOT	StratChem	kgkg	xyz	mass fraction of total cloud water
T	StratChem	K	xyz	air temperature
TROPP	StratChem	Pa	xy	tropopause pressure based on blended estimate
DTDT	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
DUDT	Superdyn	m s-2	xyz	eastward wind tendency
DVDT	Superdyn	m s-2	xyz	northward wind tendency
ALW	Surface	W m-2	xy	linearization of surface upwelling longwave flux
BLW	Surface	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DDEWL	Surface	kg m-2 s-1	xy	derivative of dewfall wrt QS
DEVAP	Surface	kg m-2 s-1	xy	derivative of evaporation wrt QS
DEWL	Surface	kg m-2 s-1	xy	dewfall
DFNIRN	Surface	1	xy	normalized surface downwelling nir diffuse flux
DFPARN	Surface	1	xy	normalized surface downwelling par diffuse flux
DFRSL	Surface	kg m-2 s-1	xy	derivative of frostfall wrt QS
DFU	Surface	N s m-3	xy	derivative of eastward surface stress wrt Us
DFUVRN	Surface	1	xy	normalized surface downwelling uvr diffuse flux
DFV	Surface	N s m-3	xy	derivative of northward surface stress wrt Us
DRNIRN	Surface	1	xy	normalized surface downwelling nir beam flux
DRPARN	Surface	1	xy	normalized surface downwelling par beam flux
DRUVRN	Surface	1	xy	normalized surface downwelling uvr beam flux
DSH	Surface	W m-2 K-1	xy	derivative of sensible heat wrt dry static energy
DZ	Surface	m	xy	surface layer height
EVAP	Surface	kg m-2 s-1	xy	evaporation
FRSL	Surface	kg m-2 s-1	xy	frostfall
LWDNSRF	Surface	W m-2	xy	surface downwelling longwave flux
PCU	Surface	kg m-2 s-1	xy	liquid water convective precipitation
PHIS	Surface	m+2 s-2	xy	surface geopotential height
PLS	Surface	kg m-2 s-1	xy	liquid water large scale precipitation
PS	Surface	Pa	xy	surface pressure
QA	Surface	kg kg-1	xy	surface air specific humidity
SH	Surface	W m-2	xy	sensible heat flux
SNO	Surface	kg m-2 s-1	xy	snowfall
SPEED	Surface	m s-1	xy	surface wind speed
TA	Surface	K	xy	surface air temperature
TAUX	Surface	N m-2	xy	eastward surface stress on air
TAUY	Surface	N m-2	xy	northward surface stress on air
UA	Surface	m s-1	xy	eastward wind bottom level
VA	Surface	m s-1	xy	northward wind bottom level
BSTAR	Turbulence	m s-2	xy	surface bouyancy scale
CLCN	Turbulence	1	xyz	cloud fraction
CLLS	Turbulence	1	xyz	cloud fraction
CM	Turbulence	kg m-2 s-1	xy	surface momentum exchange coefficient
CQ	Turbulence	kg m-2 s-1	xy	surface moisture exchange coefficient
CT	Turbulence	kg m-2 s-1	xy	surface heat exchange coefficient
DTG	Turbulence	X	xy	change of surface values of diffused quantity
FRLAND	Turbulence	1	xy	land fraction
PLE	Turbulence	Pa	xyz	air pressure
PREF	Turbulence	Pa	z	reference air pressure
QICN	Turbulence	kg kg-1	xyz	frozen condensate mixing ratio
QILS	Turbulence	kg kg-1	xyz	frozen condensate mixing ratio
QLCN	Turbulence	kg kg-1	xyz	liquid condensate mixing ratio
QLLS	Turbulence	kg kg-1	xyz	liquid condensate mixing ratio
QV	Turbulence	kg kg-1	xyz	specific humidity
RADLW	Turbulence	K s-1	xyz	air temperature tendency due to longwave
RADLWC	Turbulence	K s-1	xyz	clearsky air temperature tendency lw
T	Turbulence	K	xyz	air temperature
TH	Turbulence	K	xyz	potential temperature
TR	Turbulence	X	xyz	diffused quantities
TRG	Turbulence	X	xy	surface values of diffused quantity
U	Turbulence	m s-1	xyz	eastward wind
USTAR	Turbulence	m s-1	xy	surface velocity scale
V	Turbulence	m s-1	xyz	northward wind
VARFLT	Turbulence	m+2	xy	variance of filtered topography
O3PPMV	mkiau	ppmv	xyz	ozone volume mixing ratio
PLE	mkiau	Pa	xyz	air pressure
T	mkiau	K	xyz	air temperature
TRANA	mkiau	X	xyz	analyzed quantities
U	mkiau	m s-1	xyz	eastward wind
V	mkiau	m s-1	xyz	northward wind

Export States

Sorted 2380 states by Component name - within each component, variables are sorted by their short name

List of GEOS-5 [EX] State variables

Name	Component	Units	Dim	Long name
AREA	ARIESg3	m+2	xy	agrid cell area
CNV	ARIESg3	W m-2	xy	generation of atmosphere kinetic energy content
CONVCPT	ARIESg3	W m-2	xy	vertically integrated enthalpy convergence
CONVKE	ARIESg3	W m-2	xy	vertically integrated kinetic energy convergence
CONVPHI	ARIESg3	W m-2	xy	vertically integrated geopotential convergence
CONVTHV	ARIESg3	W m-2	xy	vertically integrated thetav convergence
DCPT	ARIESg3	W m-2	xy	tendency of atmosphere dry energy content due to dynamics
DDELPDTANA	ARIESg3	K sec-1	xyz	tendency of pressure thickness due to analysis
DDELPDTDYN	ARIESg3	Pa sec-1	xyz	tendency of pressure thickness due to dynamics
DELP	ARIESg3	Pa	xyz	pressure thickness
DKE	ARIESg3	W m-2	xy	tendency of atmosphere kinetic energy content due to dynamics
DKERESIN	ARIESg3	W m-2	xy	vertically integrated kinetic energy residual from inertial terms
DKERESPG	ARIESg3	W m-2	xy	vertically integrated kinetic energy residual from PG terms
DMDTANA	ARIESg3	kg m-2 s-1	xy	vertically integrated mass tendency due to analysis
DMDTDYN	ARIESg3	kg m-2 s-1	xy	vertically integrated mass tendency due to dynamics
DOXDTANAINT	ARIESg3	kg m-2 s-1	xy	vertically integrated ozone tendency due to analysis
DOXDTDYN	ARIESg3	kgkgsec	xyz	tendency of ozone due to dynamics
DOXDTDYNINT	ARIESg3	kg m-2 s-1	xy	vertically integrated ozone tendency due to dynamics
DPET	ARIESg3	W m-2	xy	tendency of atmosphere topographic potential energy due to dynamics
DQI	ARIESg3	kg m-2 s-1	xy	tendency of atmosphere ice content due to dynamics
DQIDTANAINT	ARIESg3	kg m-2 s-1	xy	vertically integrated ice water tendency due to analysis
DQIDTDYN	ARIESg3	kgkgsec	xyz	tendency of ice water due to dynamics
DQIDTDYNINT	ARIESg3	kg m-2 s-1	xy	vertically integrated ice water tendency due to dynamics
DQL	ARIESg3	kg m-2 s-1	xy	tendency of atmosphere liquid water content due to dynamics
DQLDTANAINT	ARIESg3	kg m-2 s-1	xy	vertically integrated liquid water tendency due to analysis
DQLDTDYN	ARIESg3	kgkgsec	xyz	tendency of liquid water due to dynamics
DQLDTDYNINT	ARIESg3	kg m-2 s-1	xy	vertically integrated liquid water tendency due to dynamics
DQV	ARIESg3	kg m-2 s-1	xy	tendency of atmosphere water vapor content due to dynamics
DQVDTANAINT	ARIESg3	kg m-2 s-1	xy	vertically integrated water vapor tendency due to analysis
DQVDTDYN	ARIESg3	kgkgsec	xyz	tendency of specific humidity due to dynamics
DQVDTDYNINT	ARIESg3	kg m-2 s-1	xy	vertically integrated water vapor tendency due to dynamics
DTDTANA	ARIESg3	K sec-1	xyz	tendency of air temperature due to analysis
DTDTDYN	ARIESg3	K sec-1	xyz	tendency of air temperature due to dynamics
DTHVDTANAINT	ARIESg3	K kg m-2 s-1	xy	vertically integrated THV tendency due to analysis
DTHVDTCONSV	ARIESg3	K kg m-2 s-1	xy	vertically integrated THV tendency due to TE conservation
DTHVDTDYNINT	ARIESg3	K kg m-2 s-1	xy	vertically integrated THV tendency due to dynamics
DTHVDTPHYINT	ARIESg3	K kg m-2 s-1	xy	vertically integrated THV tendency due to physics
DTHVDTREMAP	ARIESg3	K kg m-2 s-1	xy	vertically integrated THV tendency due to vertical remapping
DUDTANA	ARIESg3	msecsec	xyz	tendency of eastward wind due to analysis
DUDTDYN	ARIESg3	msecsec	xyz	tendency of eastward wind due to dynamics
DVDTANA	ARIESg3	msecsec	xyz	tendency of northward wind due to analysis
DVDTDYN	ARIESg3	msecsec	xyz	tendency of northward wind due to dynamics
DZ	ARIESg3	m	xy	surface layer height
EPV	ARIESg3	K m+2 kg-1 sec-1	xyz	ertels potential vorticity
H1000	ARIESg3	m	xy	height at 1000 mb
H250	ARIESg3	m	xy	height at 250 hPa
H500	ARIESg3	m	xy	height at 500 hPa
H850	ARIESg3	m	xy	height at 850 hPa
KE	ARIESg3	J m-2	xy	vertically integrated kinetic energy
KEADV	ARIESg3	W m-2	xy	vertically integrated kinetic energy tendency due to dynamics advection
KEANA	ARIESg3	W m-2	xy	total kinetic energy tendency due to analysis
KECDCOR	ARIESg3	W m-2	xy	vertically integrated kinetic energy tendency due to cdcore
KEDP	ARIESg3	W m-2	xy	vertically integrated kinetic energy tendency due to pressure change
KEDYN	ARIESg3	W m-2	xy	vertically integrated kinetic energy tendency due to dynamics
KEGEN	ARIESg3	W m-2	xy	vertically integrated generation of kinetic energy
KEHOT	ARIESg3	W m-2	xy	vertically integrated kinetic energy tendency due to HOT
KEPG	ARIESg3	W m-2	xy	vertically integrated kinetic energy tendency due to pressure gradient
KEPHY	ARIESg3	W m-2	xy	vertically integrated kinetic energy tendency due to physics
KEREMAP	ARIESg3	W m-2	xy	vertically integrated kinetic energy tendency due to remap
MFX	ARIESg3	Pa m+2 s-1	xyz	pressure weighted eastward wind
MFX_A	ARIESg3	Pa m+2 s-1	xyz	zonal mass flux
MFX_UR	ARIESg3	Pa m+2 s-1	xyz	pressure weighted eastward wind unremapped
MFY	ARIESg3	Pa m+2 s-1	xyz	pressure weighted northward wind
MFY_A	ARIESg3	Pa m+2 s-1	xyz	meridional mass flux
MFY_UR	ARIESg3	Pa m+2 s-1	xyz	pressure weighted northward wind unremapped
MFZ	ARIESg3	kg m-2 s-1	xyz	vertical mass flux
OMEGA	ARIESg3	Pa sec-1	xyz	vertical pressure velocity
OMEGA500	ARIESg3	Pa s-1	xy	omega at 500 hPa
PEANA	ARIESg3	W m-2	xy	total potential energy tendency due to analysis
PECDCOR	ARIESg3	W m-2	xy	vertically integrated potential energy tendency due to cdcore
PEDYN	ARIESg3	W m-2	xy	vertically integrated potential energy tendency due to dynamics
PEPHY	ARIESg3	W m-2	xy	total potential energy tendency due to physics
PEREMAP	ARIESg3	W m-2	xy	vertically integrated potential energy tendency due to remap
PL	ARIESg3	Pa	xyz	mid level pressure
PLE	ARIESg3	Pa	xyz	edge pressure
PLK	ARIESg3	Pa^kappa	xyz	mid-layer p^kappa
PREF	ARIESg3	Pa	z	reference air pressure
PS	ARIESg3	Pa	xy	surface pressure
PTFX	ARIESg3	K Pa m+2 s-1	xyz	pressure weighted eastward potential temperature flux unremapped
PTFY	ARIESg3	K Pa m+2 s-1	xyz	pressure weighted northward potential temperature flux unremapped
PV	ARIESg3	m+2 kg-1 sec-1	xyz	ertels isentropic potential vorticity
Q	ARIESg3	1	xyz	specific humidity
Q250	ARIESg3	kg kg-1	xy	specific humidity at 250 hPa
Q500	ARIESg3	kg kg-1	xy	specific humidity at 500 hPa
Q850	ARIESg3	kg kg-1	xy	specific humidity at 850 hPa
QA	ARIESg3	kg kg-1	xy	surface specific humidity
QFIXER	ARIESg3	W m-2	xy	vertically integrated potential energy tendency due to CONSV
S	ARIESg3	m	xyz	mid layer dry static energy
SLP	ARIESg3	Pa	xy	sea level pressure
SPEED	ARIESg3	m s-1	xy	surface wind speed
T	ARIESg3	K	xyz	air temperature
T250	ARIESg3	K	xy	air temperature at 250 hPa
T500	ARIESg3	K	xy	air temperature at 500 hPa
T850	ARIESg3	K	xy	air temperature at 850 hPa
TA	ARIESg3	K	xy	surface air temperature
TAVE	ARIESg3	K	xy	vertically averaged dry temperature
TEANA	ARIESg3	W m-2	xy	mountain work tendency due to analysis
TECDCOR	ARIESg3	W m-2	xy	mountain work tendency due to cdcore
TEDYN	ARIESg3	W m-2	xy	mountain work tendency due to dynamics
TEPHY	ARIESg3	W m-2	xy	mountain work tendency due to physics
TEREMAP	ARIESg3	W m-2	xy	mountain work tendency due to remap
TH	ARIESg3	K	xyz	potential temperature
THV	ARIESg3	KPa**kappa	xyz	scaled virtual potential temperature
TROPP_BLENDED	ARIESg3	Pa	xy	tropopause pressure based on blended estimate
TROPP_EPV	ARIESg3	Pa	xy	tropopause pressure based on EPV estimate
TROPP_THERMAL	ARIESg3	Pa	xy	tropopause pressure based on thermal estimate
TROPQ	ARIESg3	kgkg	xy	tropopause specific humidity using blended TROPP estimate
TROPT	ARIESg3	K	xy	tropopause temperature using blended TROPP estimate
TV	ARIESg3	K	xyz	air virtual temperature
U	ARIESg3	m s-1	xyz	eastward wind
U250	ARIESg3	m s-1	xy	eastward wind at 250 hPa
U500	ARIESg3	m s-1	xy	eastward wind at 500 hPa
U50M	ARIESg3	m s-1	xy	eastward wind at 50 meters
U850	ARIESg3	m s-1	xy	eastward wind at 850 hPa
UAVE	ARIESg3	m sec-1	xy	vertically averaged zonal wind
UCPT	ARIESg3	J m-1 s-1	xy	eastward flux of atmospheric enthalpy
UKE	ARIESg3	J m-1 s-1	xy	eastward flux of atmospheric kinetic energy
UPHI	ARIESg3	J m-1 s-1	xy	eastward flux of atmospheric potential energy
UQI	ARIESg3	kg m-1 s-1	xy	eastward flux of atmospheric ice
UQL	ARIESg3	kg m-1 s-1	xy	eastward flux of atmospheric liquid water
UQV	ARIESg3	kg m-1 s-1	xy	eastward flux of atmospheric water vapor
US	ARIESg3	m s-1	xy	surface eastward wind
U_CGRID	ARIESg3	m s-1	xyz	eastward wind on C-Grid
U_DGRID	ARIESg3	m s-1	xyz	eastward wind on native D-Grid
V	ARIESg3	m s-1	xyz	northward wind
V250	ARIESg3	m s-1	xy	northward wind at 250 hPa
V500	ARIESg3	m s-1	xy	northward wind at 500 hPa
V50M	ARIESg3	m s-1	xy	northward wind at 50 meters
V850	ARIESg3	m s-1	xy	northward wind at 850 hPa
VCPT	ARIESg3	J m-1 s-1	xy	northward flux of atmospheric enthalpy
VKE	ARIESg3	J m-1 s-1	xy	northward flux of atmospheric kinetic energy
VPHI	ARIESg3	J m-1 s-1	xy	northward flux of atmospheric potential energy
VQI	ARIESg3	kg m-1 s-1	xy	northward flux of atmospheric ice
VQL	ARIESg3	kg m-1 s-1	xy	northward flux of atmospheric liquid water
VQV	ARIESg3	kg m-1 s-1	xy	northward flux of atmospheric water vapor
VS	ARIESg3	m s-1	xy	surface northward wind
V_CGRID	ARIESg3	m s-1	xyz	northward wind on C-Grid
V_DGRID	ARIESg3	m s-1	xyz	northward wind on native D-Grid
WRKT	ARIESg3	W m-2	xy	work done by atmosphere at top
ZL	ARIESg3	m	xyz	mid layer heights
ZLE	ARIESg3	m	xyz	edge heights
CPT	Agcm	J m-2	xy	vertically integrated enthalpy
DO3DT_ANA	Agcm	1e-6 s-1	xyz	total ozone analysis tendency in ppmv sec-1
DPEDT_ANA	Agcm	Pa s-1	xyz	total edge pressure analysis tendency
DQVDT_ANA	Agcm	kg kg-1 s-1	xyz	total specific humidity analysis tendency
DTDT_ANA	Agcm	K s-1	xyz	total temperature analysis tendency
DTHVDTFILINT	Agcm	K kg m-2 s-1	xy	vertically integrated thv adjustment from filling
DUDT_ANA	Agcm	m s-2	xyz	total eastward wind analysis tendency
DVDT_ANA	Agcm	m s-2	xyz	total northward wind analysis tendency
FRACI	Agcm	m+2	xy	isotropic variance of filtered topography
FRLAKE	Agcm	m+2	xy	isotropic variance of filtered topography
FRLAND	Agcm	m+2	xy	isotropic variance of filtered topography
FRLANDICE	Agcm	m+2	xy	isotropic variance of filtered topography
FROCEAN	Agcm	m+2	xy	isotropic variance of filtered topography
GWDVARX	Agcm	m+2	xy	east-west variance of GWD topography
GWDVARXY	Agcm	m+2	xy	SW-NE variance of GWD topography
GWDVARY	Agcm	m+2	xy	north-south variance of GWD topography
GWDVARYX	Agcm	m+2	xy	NW-SE variance of GWD topography
KE	Agcm	J m-2	xy	vertically integrated kinetic energy
LWI	Agcm	m+2	xy	isotropic variance of filtered topography
MASS	Agcm	kg m-2	xy	atmospheric mass
O3PPMV	Agcm	m+2	xy	isotropic variance of filtered topography
OXFILL	Agcm	kg m-2 s-1	xy	vertically integrated ox adjustment from filling
PEFILL	Agcm	W m-2	xy	vertically integrated cpt adjustment from filling
PERES	Agcm	W m-2	xy	vertically integrated cpt tendency residual
PHIS	Agcm	m+2 s-2	xy	surface geopotential height
PLE	Agcm	m+2	xy	isotropic variance of filtered topography
PS	Agcm	m+2	xy	isotropic variance of filtered topography
Q	Agcm	m+2	xy	isotropic variance of filtered topography
QCTOT	Agcm	m+2	xy	isotropic variance of filtered topography
QIFILL	Agcm	kg m-2 s-1	xy	vertically integrated qi adjustment from filling
QITOT	Agcm	kg kg-1	xyz	mass fraction of cloud ice water
QLFILL	Agcm	kg m-2 s-1	xy	vertically integrated ql adjustment from filling
QLTOT	Agcm	kg kg-1	xyz	mass fraction of cloud liquid water
QTFILL	Agcm	kg m-2 s-1	xy	vertically integrated total water adjustment from filling
QVFILL	Agcm	kg m-2 s-1	xy	vertically integrated qv adjustment from filling
SGH	Agcm	m	xy	isotropic stdv of GWD topography
SNOMAS	Agcm	m+2	xy	isotropic variance of filtered topography
T	Agcm	m+2	xy	isotropic variance of filtered topography
THV	Agcm	K	xy	vertically integrated virtual potential temperature
TOX	Agcm	kg m-2	xy	total column odd oxygen
TQI	Agcm	kg m-2	xy	total precipitable ice water
TQL	Agcm	kg m-2	xy	total precipitable liquid water
TQV	Agcm	kg m-2	xy	total precipitable water vapor
TRANA	Agcm	m+2	xy	isotropic variance of filtered topography
TRBVAR	Agcm	m+2	xy	isotropic variance of TRB topography
TROPP_BLENDED	Agcm	Pa	xy	tropopause pressure based on blended estimate
TROPP_EPV	Agcm	Pa	xy	tropopause pressure based on EPV estimate
TROPP_THERMAL	Agcm	Pa	xy	tropopause pressure based on thermal estimate
TROPQ	Agcm	kg kg-1	xy	tropopause specific humidity using blended TROPP estimate
TROPT	Agcm	K	xy	tropopause temperature using blended TROPP estimate
TS	Agcm	m+2	xy	isotropic variance of filtered topography
TSOIL1	Agcm	m+2	xy	isotropic variance of filtered topography
TV	Agcm	m+2	xy	isotropic variance of filtered topography
U	Agcm	m+2	xy	isotropic variance of filtered topography
U10N	Agcm	m+2	xy	isotropic variance of filtered topography
V	Agcm	m+2	xy	isotropic variance of filtered topography
V10N	Agcm	m+2	xy	isotropic variance of filtered topography
VARFLT	Agcm	m+2	xy	isotropic variance of filtered topography
WET1	Agcm	m+2	xy	isotropic variance of filtered topography
Z0	Agcm	m+2	xy	isotropic variance of filtered topography
BCANGSTR	BC	1	xy	Black Carbon Angstrom parameter [470-870 nm]
BCCMASS	BC	kg m-2	xy	Black Carbon Column Mass Density
BCCONC	BC	kg m-3	xyz	Black Carbon Mass Concentration
BCDP001	BC	kg m-2 s-1	xy	Black Carbon Dry Deposition Bin 001
BCDP002	BC	kg m-2 s-1	xy	Black Carbon Dry Deposition Bin 002
BCEM001	BC	kg m-2 s-1	xy	Black Carbon Emission Bin 001
BCEM002	BC	kg m-2 s-1	xy	Black Carbon Emission Bin 002
BCEMAN	BC	kg m-2 s-1	xy	Black Carbon Anthropogenic Emissions
BCEMBB	BC	kg m-2 s-1	xy	Black Carbon Biomass Burning Emissions
BCEMBF	BC	kg m-2 s-1	xy	Black Carbon Biofuel Emissions
BCEXTCOEF	BC	m-1	xyz	Black Carbon Extinction Coefficient [550 nm]
BCEXTTAU	BC	1	xy	Black Carbon Extinction AOT [550 nm]
BCFLUXU	BC	kg m-1 s-1	xy	Black Carbon column u-wind mass flux
BCFLUXV	BC	kg m-1 s-1	xy	Black Carbon column v-wind mass flux
BCHYPHIL	BC	kg m-2 s-1	xy	Black Carbon Hydrophobic to Hydrophilic
BCMASS	BC	kgkg	xyz	Black Carbon Mass Mixing Ratio
BCSCACOEF	BC	m-1	xyz	Black Carbon Scattering Coefficient [550 nm]
BCSCATAU	BC	1	xy	Black Carbon Scattering AOT [550 nm]
BCSMASS	BC	kg m-3	xy	Black Carbon Surface Mass Concentration
BCWT001	BC	kg m-2 s-1	xy	Black Carbon Wet Deposition Bin 001
BCWT002	BC	kg m-2 s-1	xy	Black Carbon Wet Deposition Bin 002
CARMAASHCMASS	CARMA	kg m-2	xy	Ash column burden
CARMAASHDP	CARMA	kg m-2 s-1	xy	Ash deposition flux
CARMAASHEM	CARMA	kg m-2 s-1	xy	Ash emission flux
CARMAASHEXTTAU	CARMA	1	xy	Ash 550-nm extinction AOT
CARMAASHSCATAU	CARMA	1	xy	Ash 550-nm scattering AOT
CARMAASHSD	CARMA	kg m-2 s-1	xy	Ash sedimentation flux
CARMAASHSMASS	CARMA	kg m-3	xy	Ash surface mass concentration
CARMAASHSV	CARMA	kg m-2 s-1	xy	Ash scavenging flux
CARMAASHWT	CARMA	kg m-2 s-1	xy	Ash wet-deposition flux
CARMADUCMASS	CARMA	kg m-2	xy	Dust column burden
CARMADUDP	CARMA	kg m-2 s-1	xy	Dust deposition flux
CARMADUEM	CARMA	kg m-2 s-1	xy	Dust emission flux
CARMADUEXTTAU	CARMA	1	xy	Dust 550-nm extinction AOT
CARMADUSCATAU	CARMA	1	xy	Dust 550-nm scattering AOT
CARMADUSD	CARMA	kg m-2 s-1	xy	Dust sedimentation flux
CARMADUSMASS	CARMA	kg m-3	xy	Dust surface mass concentration
CARMADUSV	CARMA	kg m-2 s-1	xy	Dust scavenging flux
CARMADUWT	CARMA	kg m-2 s-1	xy	Dust wet-deposition flux
CARMASMCMASS	CARMA	kg m-2	xy	Smoke column burden
CARMASMDP	CARMA	kg m-2 s-1	xy	Smoke deposition flux
CARMASMEM	CARMA	kg m-2 s-1	xy	Smoke emission flux
CARMASMEXTTAU	CARMA	1	xy	Smoke 550-nm extinction AOT
CARMASMSCATAU	CARMA	1	xy	Smoke 550-nm scattering AOT
CARMASMSD	CARMA	kg m-2 s-1	xy	Smoke sedimentation flux
CARMASMSMASS	CARMA	kg m-3	xy	Smoke surface mass concentration
CARMASMSV	CARMA	kg m-2 s-1	xy	Smoke scavenging flux
CARMASMWT	CARMA	kg m-2 s-1	xy	Smoke wet-deposition flux
CARMASSCMASS	CARMA	kg m-2	xy	Seasalt column burden
CARMASSDP	CARMA	kg m-2 s-1	xy	Seasalt deposition flux
CARMASSEM	CARMA	kg m-2 s-1	xy	Seasalt emission flux
CARMASSEXTTAU	CARMA	1	xy	Seasalt 550-nm extinction AOT
CARMASSSCATAU	CARMA	1	xy	Seasalt 550-nm scattering AOT
CARMASSSD	CARMA	kg m-2 s-1	xy	Seasalt sedimentation flux
CARMASSSMASS	CARMA	kg m-3	xy	Seasalt surface mass concentration
CARMASSSV	CARMA	kg m-2 s-1	xy	Seasalt scavenging flux
CARMASSWT	CARMA	kg m-2 s-1	xy	Seasalt wet-deposition flux
CFC12EM	CFC	kg m-2 s-1	xy	CFC-12 Emission
CFC12S	CFC	mol mol-1	xyz	Stratospheric CFC-12 (CCl2F2)
CFC12SCL	CFC	kg m-2	xy	Stratospheric CFC-12 Column
CFC12SLS	CFC	kg m-2 s-1	xyz	Stratospheric CFC-12 Loss
CFC12T	CFC	mol mol-1	xyz	Tropospheric CFC-12 (CCl2F2)
CFC12TCL	CFC	kg m-2	xy	Tropospheric CFC-12 Column
CFC12TLS	CFC	kg m-2 s-1	xyz	Tropospheric CFC-12 Loss
CH4CL	CH4	kg m-2	xy	CH4 Column Burden ENSEMBLE
CH4CLanimls	CH4	kg m-2	xy	CH4 Column Burden animals
CH4CLbf	CH4	kg m-2	xy	CH4 Column Burden biofuel
CH4CLbogs	CH4	kg m-2	xy	CH4 Column Burden bogs
CH4CLburn	CH4	kg m-2	xy	CH4 Column Burden biomass burning
CH4CLcoal	CH4	kg m-2	xy	CH4 Column Burden coal
CH4CLgasvnt	CH4	kg m-2	xy	CH4 Column Burden gas venting
CH4CLhydz	CH4	kg m-2	xy	CH4 Column Burden ocean HYDZ
CH4CLleak	CH4	kg m-2	xy	CH4 Column Burden leakage
CH4CLmsw	CH4	kg m-2	xy	CH4 Column Burden municipal sewers
CH4CLricec	CH4	kg m-2	xy	CH4 Column Burden rice cultivation
CH4CLsoilab	CH4	kg m-2	xy	CH4 Column Burden soil absorption
CH4CLswamps	CH4	kg m-2	xy	CH4 Column Burden swamps
CH4CLtot	CH4	kg m-2	xy	CH4 Column Burden total
CH4CLtrmite	CH4	kg m-2	xy	CH4 Column Burden termites
CH4CLtundra	CH4	kg m-2	xy	CH4 Column Burden tundra
CH4EM	CH4	kg m-2 s-1	xy	CH4 Emission ENSEMBLE
CH4EManimls	CH4	kg m-2 s-1	xy	CH4 Emission animals
CH4EMbf	CH4	kg m-2 s-1	xy	CH4 Emission biofuel
CH4EMbogs	CH4	kg m-2 s-1	xy	CH4 Emission bogs
CH4EMburn	CH4	kg m-2 s-1	xy	CH4 Emission biomass burning
CH4EMcoal	CH4	kg m-2 s-1	xy	CH4 Emission coal
CH4EMgasvnt	CH4	kg m-2 s-1	xy	CH4 Emission gas venting
CH4EMhydz	CH4	kg m-2 s-1	xy	CH4 Emission ocean HYDZ
CH4EMleak	CH4	kg m-2 s-1	xy	CH4 Emission leakage
CH4EMmsw	CH4	kg m-2 s-1	xy	CH4 Emission municipal sewers
CH4EMricec	CH4	kg m-2 s-1	xy	CH4 Emission rice cultivation
CH4EMsoilab	CH4	kg m-2 s-1	xy	CH4 Emission soil absorption
CH4EMswamps	CH4	kg m-2 s-1	xy	CH4 Emission swamps
CH4EMtot	CH4	kg m-2 s-1	xy	CH4 Emission total
CH4EMtrmite	CH4	kg m-2 s-1	xy	CH4 Emission termites
CH4EMtundra	CH4	kg m-2 s-1	xy	CH4 Emission tundra
CH4LS	CH4	kg m-2 s-1	xy	CH4 Chemical Loss ENSEMBLE
CH4LSanimls	CH4	kg m-2 s-1	xy	CH4 Chemical Loss animals
CH4LSbf	CH4	kg m-2 s-1	xy	CH4 Chemical Loss biofuel
CH4LSbogs	CH4	kg m-2 s-1	xy	CH4 Chemical Loss bogs
CH4LSburn	CH4	kg m-2 s-1	xy	CH4 Chemical Loss biomass burning
CH4LScoal	CH4	kg m-2 s-1	xy	CH4 Chemical Loss coal
CH4LSgasvnt	CH4	kg m-2 s-1	xy	CH4 Chemical Loss gas venting
CH4LShydz	CH4	kg m-2 s-1	xy	CH4 Chemical Loss ocean HYDZ
CH4LSleak	CH4	kg m-2 s-1	xy	CH4 Chemical Loss leakage
CH4LSmsw	CH4	kg m-2 s-1	xy	CH4 Chemical Loss municipal sewers
CH4LSricec	CH4	kg m-2 s-1	xy	CH4 Chemical Loss rice cultivation
CH4LSsoilab	CH4	kg m-2 s-1	xy	CH4 Chemical Loss soil absorption
CH4LSswamps	CH4	kg m-2 s-1	xy	CH4 Chemical Loss swamps
CH4LStot	CH4	kg m-2 s-1	xy	CH4 Chemical Loss total
CH4LStrmite	CH4	kg m-2 s-1	xy	CH4 Chemical Loss termites
CH4LStundra	CH4	kg m-2 s-1	xy	CH4 Chemical Loss tundra
CH4PD	CH4	kg m-2 s-1	xy	CH4 Chemical Production ENSEMBLE
CH4PDanimls	CH4	kg m-2 s-1	xy	CH4 Chemical Production animals
CH4PDbf	CH4	kg m-2 s-1	xy	CH4 Chemical Production biofuel
CH4PDbogs	CH4	kg m-2 s-1	xy	CH4 Chemical Production bogs
CH4PDburn	CH4	kg m-2 s-1	xy	CH4 Chemical Production biomass burning
CH4PDcoal	CH4	kg m-2 s-1	xy	CH4 Chemical Production coal
CH4PDgasvnt	CH4	kg m-2 s-1	xy	CH4 Chemical Production gas venting
CH4PDhydz	CH4	kg m-2 s-1	xy	CH4 Chemical Production ocean HYDZ
CH4PDleak	CH4	kg m-2 s-1	xy	CH4 Chemical Production leakage
CH4PDmsw	CH4	kg m-2 s-1	xy	CH4 Chemical Production municipal sewers
CH4PDricec	CH4	kg m-2 s-1	xy	CH4 Chemical Production rice cultivation
CH4PDsoilab	CH4	kg m-2 s-1	xy	CH4 Chemical Production soil absorption
CH4PDswamps	CH4	kg m-2 s-1	xy	CH4 Chemical Production swamps
CH4PDtot	CH4	kg m-2 s-1	xy	CH4 Chemical Production total
CH4PDtrmite	CH4	kg m-2 s-1	xy	CH4 Chemical Production termites
CH4PDtundra	CH4	kg m-2 s-1	xy	CH4 Chemical Production tundra
CH4SC	CH4	ppbv	xy	CH4 Surface Concentration ENSEMBLE
CH4SCanimls	CH4	ppbv	xy	CH4 Surface Concentration animals
CH4SCbf	CH4	ppbv	xy	CH4 Surface Concentration biofuel
CH4SCbogs	CH4	ppbv	xy	CH4 Surface Concentration bogs
CH4SCburn	CH4	ppbv	xy	CH4 Surface Concentration biomass burning
CH4SCcoal	CH4	ppbv	xy	CH4 Surface Concentration coal
CH4SCgasvnt	CH4	ppbv	xy	CH4 Surface Concentration gas venting
CH4SChydz	CH4	ppbv	xy	CH4 Surface Concentration ocean HYDZ
CH4SCleak	CH4	ppbv	xy	CH4 Surface Concentration leakage
CH4SCmsw	CH4	ppbv	xy	CH4 Surface Concentration municipal sewers
CH4SCricec	CH4	ppbv	xy	CH4 Surface Concentration rice cultivation
CH4SCsoilab	CH4	ppbv	xy	CH4 Surface Concentration soil absorption
CH4SCswamps	CH4	ppbv	xy	CH4 Surface Concentration swamps
CH4SCtot	CH4	ppbv	xy	CH4 Surface Concentration total
CH4SCtrmite	CH4	ppbv	xy	CH4 Surface Concentration termites
CH4SCtundra	CH4	ppbv	xy	CH4 Surface Concentration tundra
COCL	CO	kg m-2	xy	CO Column Burden ENSEMBLE
COCLbbae	CO	kg m-2	xy	CO Column Burden (Asia and Europe Biomass Burning)
COCLbbaf	CO	kg m-2	xy	CO Column Burden (Africa Biomass Burning)
COCLbbbo	CO	kg m-2	xy	CO Column Burden (Boreal Biomass Burning)
COCLbbgl	CO	kg m-2	xy	CO Column Burden (Global Biomass Burning)
COCLbbla	CO	kg m-2	xy	CO Column Burden (Central and South America Biomass Burning)
COCLbbna	CO	kg m-2	xy	CO Column Burden (North America Biomass Burning)
COCLbbnb	CO	kg m-2	xy	CO Column Burden (Non-Boreal Biomass Burning)
COCLffas	CO	kg m-2	xy	CO Column Burden (Anthopogenic Emissions Southern Asia)
COCLffeu	CO	kg m-2	xy	CO Column Burden (Anthopogenic Emissions Europe)
COCLffna	CO	kg m-2	xy	CO Column Burden (Anthopogenic Emissions North America)
COCLffru	CO	kg m-2	xy	CO Column Burden (Anthopogenic Emissions Northern Asia)
COCLnbas	CO	kg m-2	xy	CO Column Burden (Asia Non-Biomass Burning)
COCLnbeu	CO	kg m-2	xy	CO Column Burden (European Non-Biomass Burning)
COCLnbgl	CO	kg m-2	xy	CO Column Burden (Global Non-Biomass Burning)
COCLnbna	CO	kg m-2	xy	CO Column Burden (North American Non-Biomass Burning)
COEM	CO	kg m-2 s-1	xy	CO Emission ENSEMBLE
COEMbbae	CO	kg m-2 s-1	xy	CO Emission (Asia and Europe Biomass Burning)
COEMbbaf	CO	kg m-2 s-1	xy	CO Emission (Africa Biomass Burning)
COEMbbbo	CO	kg m-2 s-1	xy	CO Emission (Boreal Biomass Burning)
COEMbbgl	CO	kg m-2 s-1	xy	CO Emission (Global Biomass Burning)
COEMbbla	CO	kg m-2 s-1	xy	CO Emission (Central and South America Biomass Burning)
COEMbbna	CO	kg m-2 s-1	xy	CO Emission (North America Biomass Burning)
COEMbbnb	CO	kg m-2 s-1	xy	CO Emission (Non-Boreal Biomass Burning)
COEMffas	CO	kg m-2 s-1	xy	CO Emission (Anthopogenic Emissions Southern Asia)
COEMffeu	CO	kg m-2 s-1	xy	CO Emission (Anthopogenic Emissions Europe)
COEMffna	CO	kg m-2 s-1	xy	CO Emission (Anthopogenic Emissions North America)
COEMffru	CO	kg m-2 s-1	xy	CO Emission (Anthopogenic Emissions Northern Asia)
COEMnbas	CO	kg m-2 s-1	xy	CO Emission (Asia Non-Biomass Burning)
COEMnbeu	CO	kg m-2 s-1	xy	CO Emission (European Non-Biomass Burning)
COEMnbgl	CO	kg m-2 s-1	xy	CO Emission (Global Non-Biomass Burning)
COEMnbna	CO	kg m-2 s-1	xy	CO Emission (North American Non-Biomass Burning)
COLS	CO	kg m-2 s-1	xy	CO Chemical Loss ENSEMBLE
COLSbbae	CO	km m-2 s-1	xy	CO Chemical Loss (Asia and Europe Biomass Burning)
COLSbbaf	CO	km m-2 s-1	xy	CO Chemical Loss (Africa Biomass Burning)
COLSbbbo	CO	km m-2 s-1	xy	CO Chemical Loss (Boreal Biomass Burning)
COLSbbgl	CO	km m-2 s-1	xy	CO Chemical Loss (Global Biomass Burning)
COLSbbla	CO	km m-2 s-1	xy	CO Chemical Loss (Central and South America Biomass Burning)
COLSbbna	CO	km m-2 s-1	xy	CO Chemical Loss (North America Biomass Burning)
COLSbbnb	CO	km m-2 s-1	xy	CO Chemical Loss (Non-Boreal Biomass Burning)
COLSffas	CO	km m-2 s-1	xy	CO Chemical Loss (Anthopogenic Emissions Southern Asia)
COLSffeu	CO	km m-2 s-1	xy	CO Chemical Loss (Anthopogenic Emissions Europe)
COLSffna	CO	km m-2 s-1	xy	CO Chemical Loss (Anthopogenic Emissions North America)
COLSffru	CO	km m-2 s-1	xy	CO Chemical Loss (Anthopogenic Emissions Northern Asia)
COLSnbas	CO	kg m-2 s-1	xy	CO Chemical Loss (Asia Non-Biomass Burning)
COLSnbeu	CO	kg m-2 s-1	xy	CO Chemical Loss (European Non-Biomass Burning)
COLSnbgl	CO	kg m-2 s-1	xy	CO Chemical Loss (Global Non-Biomass Burning)
COLSnbna	CO	kg m-2 s-1	xy	CO Chemical Loss (North American Non-Biomass Burning)
COPD	CO	kg m-2 s-1	xy	CO Chemical Production ENSEMBLE
COPDbbae	CO	kg m-2 s-1	xy	CO Chemical Production (Asia and Europe Biomass Burning)
COPDbbaf	CO	kg m-2 s-1	xy	CO Chemical Production (Africa Biomass Burning)
COPDbbbo	CO	kg m-2 s-1	xy	CO Chemical Production (Boreal Biomass Burning)
COPDbbgl	CO	kg m-2 s-1	xy	CO Chemical Production (Global Biomass Burning)
COPDbbla	CO	kg m-2 s-1	xy	CO Chemical Production (Central and South America Biomass Burning)
COPDbbna	CO	kg m-2 s-1	xy	CO Chemical Production (North America Biomass Burning)
COPDbbnb	CO	kg m-2 s-1	xy	CO Chemical Production (Non-Boreal Biomass Burning)
COPDffas	CO	kg m-2 s-1	xy	CO Chemical Production (Anthopogenic Emissions Southern Asia)
COPDffeu	CO	kg m-2 s-1	xy	CO Chemical Production (Anthopogenic Emissions Europe)
COPDffna	CO	kg m-2 s-1	xy	CO Chemical Production (Anthopogenic Emissions North America)
COPDffru	CO	kg m-2 s-1	xy	CO Chemical Production (Anthopogenic Emissions Northern Asia)
COPDnbas	CO	kg m-2 s-1	xy	CO Chemical Production (Asia Non-Biomass Burning)
COPDnbeu	CO	kg m-2 s-1	xy	CO Chemical Production (European Non-Biomass Burning)
COPDnbgl	CO	kg m-2 s-1	xy	CO Chemical Production (Global Non-Biomass Burning)
COPDnbna	CO	kg m-2 s-1	xy	CO Chemical Production (North American Non-Biomass Burning)
COSC	CO	1e-9	xy	CO Surface Concentration in ppbv ENSEMBLE
COSCbbae	CO	1e-9	xy	CO Surface Concentration in ppbv (Asia and Europe Biomass Burning)
COSCbbaf	CO	1e-9	xy	CO Surface Concentration in ppbv (Africa Biomass Burning)
COSCbbbo	CO	1e-9	xy	CO Surface Concentration in ppbv (Boreal Biomass Burning)
COSCbbgl	CO	1e-9	xy	CO Surface Concentration in ppbv (Global Biomass Burning)
COSCbbla	CO	1e-9	xy	CO Surface Concentration in ppbv (Central and South America Biomass Burning)
COSCbbna	CO	1e-9	xy	CO Surface Concentration in ppbv (North America Biomass Burning)
COSCbbnb	CO	1e-9	xy	CO Surface Concentration in ppbv (Non-Boreal Biomass Burning)
COSCffas	CO	1e-9	xy	CO Surface Concentration in ppbv (Anthopogenic Emissions Southern Asia)
COSCffeu	CO	1e-9	xy	CO Surface Concentration in ppbv (Anthopogenic Emissions Europe)
COSCffna	CO	1e-9	xy	CO Surface Concentration in ppbv (Anthopogenic Emissions North America)
COSCffru	CO	1e-9	xy	CO Surface Concentration in ppbv (Anthopogenic Emissions Northern Asia)
COSCnbas	CO	1e-9	xy	CO Surface Concentration in ppbv (Asia Non-Biomass Burning)
COSCnbeu	CO	1e-9	xy	CO Surface Concentration in ppbv (European Non-Biomass Burning)
COSCnbgl	CO	1e-9	xy	CO Surface Concentration in ppbv (Global Non-Biomass Burning)
COSCnbna	CO	1e-9	xy	CO Surface Concentration in ppbv (North American Non-Biomass Burning)
CO2	CO2	molmol	xyz	Carbon Dioxide
CO2AFRIC	CO2	molmol	xyz	African Carbon Dioxide
CO2CL001	CO2	kg m-2	xy	CO2 Column Load Bin 001
CO2CL002	CO2	kg m-2	xy	CO2 Column Load Bin 002
CO2CL003	CO2	kg m-2	xy	CO2 Column Load Bin 003
CO2CL004	CO2	kg m-2	xy	CO2 Column Load Bin 004
CO2EM001	CO2	kg m-2 s-1	xy	CO2 Emission Bin 001
CO2EM002	CO2	kg m-2 s-1	xy	CO2 Emission Bin 002
CO2EM003	CO2	kg m-2 s-1	xy	CO2 Emission Bin 003
CO2EM004	CO2	kg m-2 s-1	xy	CO2 Emission Bin 004
CO2NAMER	CO2	molmol	xyz	North American Carbon Dioxide
CO2SAMER	CO2	molmol	xyz	South American Carbon Dioxide
CO2SC001	CO2	1e-6	xy	CO2 Surface Concentration Bin 001
CO2SC002	CO2	1e-6	xy	CO2 Surface Concentration Bin 002
CO2SC003	CO2	1e-6	xy	CO2 Surface Concentration Bin 003
CO2SC004	CO2	1e-6	xy	CO2 Surface Concentration Bin 004
ACCUM	Catch	kg m-2 s-1	tile	net ice accumulation rate
ALBNF	Catch	1	tile	surface albedo near infrared diffuse
ALBNR	Catch	1	tile	surface albedo near infrared beam
ALBVF	Catch	1	tile	surface albedo visible diffuse
ALBVR	Catch	1	tile	surface albedo visible beam
AR1	Catch	1	tile	areal fraction saturated zone
AR2	Catch	1	tile	areal fraction transpiration zone
ASNOW	Catch	1	tile	fractional area of land snowcover
AVETSNOW	Catch	K	tile	averaged snow temperature
BASEFLOW	Catch	kg m-2 s-1	tile	baseflow flux
CHT	Catch	kg m-2 s-1	tile	surface heat exchange coefficient
CMT	Catch	kg m-2 s-1	tile	surface momentum exchange coefficient
CNT	Catch	1	tile	neutral drag coefficient
CQT	Catch	kg m-2 s-1	tile	surface moisture exchange coefficient
D0	Catch	m	tile	zero plane displacement height
DELEVAP	Catch	kg m-2 s-1	tile	change evaporation
DELQS	Catch	kg kg-1	tile	change surface specific humidity
DELSH	Catch	W m-2	tile	change upward sensible energy flux
DELTS	Catch	K	tile	change surface skin temperature
DHLAND	Catch	W m-2	tile	rate of change of total land energy
DWLAND	Catch	kg m-2 s-1	tile	rate of change of total land water
EMIS	Catch	1	tile	surface emissivity
EVAPOUT	Catch	kg m-2 s-1	tile	evaporation
EVLAND	Catch	kg m-2 s-1	tile	Evaporation land
EVPICE	Catch	W m-2	tile	snow ice evaporation energy flux
EVPINT	Catch	W m-2	tile	interception loss energy flux
EVPSNO	Catch	W m-2	tile	snowpack evaporation energy flux
EVPSOI	Catch	W m-2	tile	baresoil evap energy flux
EVPVEG	Catch	W m-2	tile	transpiration energy flux
FRSAT	Catch	1	tile	fractional area of saturated zone
FRUST	Catch	1	tile	fractional area of unsaturated zone
FRWLT	Catch	1	tile	fractional area of wilting zone
GHFLX	Catch	W m-2	tile	ground energy flux
GHLAND	Catch	W m-2	tile	Ground heating land
GUST	Catch	m s-1	tile	gustiness
HLATN	Catch	W m-2	tile	total latent energy flux
HLWUP	Catch	W m-2	tile	surface outgoing longwave flux
ICESOI	Catch	kg m-2	tile	soil frozen water content
ITY	Catch	1	tile	vegetation type
LHLAND	Catch	W m-2	tile	Latent heat flux land
LST	Catch	K	tile	land surface skin temperature
LWLAND	Catch	W m-2	tile	Net longwave land
LWNDSRF	Catch	W m-2	tile	surface net downward longwave flux
MOQ10M	Catch	kg kg-1	tile	humidity 10m wind from MO sfc
MOQ2M	Catch	kg kg-1	tile	humidity 2m wind from MO sfc
MOT10M	Catch	K	tile	temperature 10m wind from MO sfc
MOT2M	Catch	K	tile	temperature 2m wind from MO sfc
MOU10M	Catch	m s-1	tile	zonal 10m wind from MO sfc
MOU2M	Catch	m s-1	tile	zonal 2m wind from MO sfc
MOU50M	Catch	m s-1	tile	zonal 50m wind from MO sfc
MOV10M	Catch	m s-1	tile	meridional 10m wind from MO sfc
MOV2M	Catch	m s-1	tile	meridional 2m wind from MO sfc
MOV50M	Catch	m s-1	tile	meridional 50m wind from MO sfc
QH	Catch	kg kg-1	tile	turbulence surface skin specific hum
QINFIL	Catch	kg m-2 s-1	tile	rainwater infiltration flux
QST	Catch	kg kg-1	tile	surface specific humidity
RIT	Catch	1	tile	surface bulk richardson number
RUNOFF	Catch	kg m-2 s-1	tile	runoff flux
RUNSURF	Catch	kg m-2 s-1	tile	surface runoff flux
RZEQ	Catch	kg m-2	tile	root zone equilibrium moisture
SHLAND	Catch	W m-2	tile	Sensible heat flux land
SHOUT	Catch	W m-2	tile	upward sensible heat flux
SHSNOW	Catch	W m-2	tile	downward heat flux into snow
SMELT	Catch	kg m-2 s-1	tile	snowmelt flux
SMLAND	Catch	kg m-2 s-1	tile	Snowmelt flux land
SNOWDP	Catch	m	tile	snow depth
SNOWMASS	Catch	kg m-2	tile	snow mass
SPLAND	Catch	W m-2	tile	rate of spurious land energy source
SPSNOW	Catch	W m-2	tile	rate of spurious snow energy
SPWATR	Catch	kg m-2 s-1	tile	rate of spurious land water source
SUBLIM	Catch	kg m-2 s-1	tile	sublimation
SWLAND	Catch	W m-2	tile	Net shortwave land
SWNDSRF	Catch	W m-2	tile	surface net downward shortwave flux
TELAND	Catch	J m-2	tile	Total energy storage land
TH	Catch	K	tile	turbulence surface skin temperature
TP1	Catch	C	tile	soil temperatures layer 1
TP2	Catch	C	tile	soil temperatures layer 2
TP3	Catch	C	tile	soil temperatures layer 3
TP4	Catch	C	tile	soil temperatures layer 4
TP5	Catch	C	tile	soil temperatures layer 5
TP6	Catch	C	tile	soil temperatures layer 6
TPSAT	Catch	K	tile	temperature saturated zone
TPSNOW	Catch	K	tile	temperature top snow layer
TPSURF	Catch	K	tile	ave catchment temp incl snw
TPUNST	Catch	K	tile	temperature unsaturated zone
TPWLT	Catch	K	tile	temperature wilted zone
TSLAND	Catch	kg m-2	tile	Total snow storage land
TST	Catch	K	tile	surface skin temperature
TWLAND	Catch	kg m-2	tile	Avail water storage land
VENT	Catch	m s-1	tile	surface ventilation velocity
WAT10CM	Catch	kg m-2	tile	soil moisture in Upper 10cm
WATSOI	Catch	kg m-2	tile	totoal soil moisture
WCPR	Catch	m3 m-3	tile	water ave prof
WCRZ	Catch	m3 m-3	tile	water root zone
WCSF	Catch	m3 m-3	tile	water surface layer
WET1	Catch	1	tile	surface soil wetness
WET2	Catch	1	tile	root zone soil wetness
WET3	Catch	1	tile	ave prof soil moisture
Z0	Catch	m	tile	surface roughness
Z0H	Catch	m	tile	surface roughness for heat
CHEM_TRACERS	Chem	X		chemistry friendly tracers
CHEM_TRACERS	Chem	X		chemistry friendly tracers
CHEM_TRACERS	Chem	X		chemistry friendly tracers
CHEM_TRACERS	Chem	X		chemistry friendly tracers
CHEM_TRACERS	Chem	X		chemistry friendly tracers
AIRDENS	ChemEnv	kg m-3	xyz	air density
DELP	ChemEnv	Pa	xyz	pressure thickness
NCN_PRCP	ChemEnv	kg m-2 s-1	xy	Non-convective precipitation
DUAERIDX	DU	1	xy	Dust TOMS UV Aerosol Index
DUANGSTR	DU	1	xy	Dust Angstrom parameter [470-870 nm]
DUCMASS	DU	kg m-2	xy	Dust Column Mass Density
DUCMASS25	DU	kg m-2	xy	Dust Column Mass Density - PM 2.5
DUCONC	DU	kg m-3	xyz	Dust Mass Concentration
DUDP001	DU	kg m-2 s-1	xy	Dust Dry Deposition Bin 001
DUDP002	DU	kg m-2 s-1	xy	Dust Dry Deposition Bin 002
DUDP003	DU	kg m-2 s-1	xy	Dust Dry Deposition Bin 003
DUDP004	DU	kg m-2 s-1	xy	Dust Dry Deposition Bin 004
DUDP005	DU	kg m-2 s-1	xy	Dust Dry Deposition Bin 005
DUEM001	DU	kg m-2 s-1	xy	Dust Emission Bin 001
DUEM002	DU	kg m-2 s-1	xy	Dust Emission Bin 002
DUEM003	DU	kg m-2 s-1	xy	Dust Emission Bin 003
DUEM004	DU	kg m-2 s-1	xy	Dust Emission Bin 004
DUEM005	DU	kg m-2 s-1	xy	Dust Emission Bin 005
DUEXTCOEF	DU	m-1	xyz	Dust Extinction Coefficient [550 nm]
DUEXTT25	DU	1	xy	Dust Extinction AOT [550 nm] - PM 2.5
DUEXTTAU	DU	1	xy	Dust Extinction AOT [550 nm]
DUEXTTFM	DU	1	xy	Dust Extinction AOT [550 nm] - PM 1.0 um
DUFLUXU	DU	kg m-1 s-1	xy	Dust column u-wind mass flux
DUFLUXV	DU	kg m-1 s-1	xy	Dust column v-wind mass flux
DUMASS	DU	kg kg-1	xyz	Dust Mass Mixing Ratio
DUMASS25	DU	kg kg-1	xyz	Dust Mass Mixing Ratio - PM 2.5
DUSCACOEF	DU	m-1	xyz	Dust Scattering Coefficient [550 nm]
DUSCAT25	DU	1	xy	Dust Scattering AOT [550 nm] - PM 2.5
DUSCATAU	DU	1	xy	Dust Scattering AOT [550 nm]
DUSCATFM	DU	1	xy	Dust Scattering AOT [550 nm] - PM 1.0 um
DUSD001	DU	kg m-2 s-1	xy	Dust Sedimentation Bin 001
DUSD002	DU	kg m-2 s-1	xy	Dust Sedimentation Bin 002
DUSD003	DU	kg m-2 s-1	xy	Dust Sedimentation Bin 003
DUSD004	DU	kg m-2 s-1	xy	Dust Sedimentation Bin 004
DUSD005	DU	kg m-2 s-1	xy	Dust Sedimentation Bin 005
DUSMASS	DU	kg m-3	xy	Dust Surface Mass Concentration
DUSMASS25	DU	kg m-3	xy	Dust Surface Mass Concentration - PM 2.5
DUWT001	DU	kg m-2 s-1	xy	Dust Wet Deposition Bin 001
DUWT002	DU	kg m-2 s-1	xy	Dust Wet Deposition Bin 002
DUWT003	DU	kg m-2 s-1	xy	Dust Wet Deposition Bin 003
DUWT004	DU	kg m-2 s-1	xy	Dust Wet Deposition Bin 004
DUWT005	DU	kg m-2 s-1	xy	Dust Wet Deposition Bin 005
UW	DataSea	m s-1	xy	zonal velocity of surface water
VW	DataSea	m s-1	xy	meridional velocity of surface water
FRACICE	DataSeaIce	1	xy	fractional cover of seaice
UI	DataSeaIce	m s-1	xy	zonal velocity of surface seaice
VI	DataSeaIce	m s-1	xy	meridional velocity of surface seaice
AREA	DatmoDyn	m+2	xy	agrid cell area
DCLCNDTDYN	DatmoDyn	fraction	xyz	tendency of convective cloud fraction due to dynamics
DCLLSDTDYN	DatmoDyn	fraction	xyz	tendency of large scale cloud fraction due to dynamics
DIV	DatmoDyn	s-1	xyz	divergence
DOXDTANAINT	DatmoDyn	kg m-2 s-1	xy	vertically integrated ozone tendency due to analysis
DQICNDTDYN	DatmoDyn	kgkgsec	xyz	tendency of convective cloud ice due to dynamics
DQIDTANAINT	DatmoDyn	kg m-2 s-1	xy	vertically integrated ice water tendency due to analysis
DQILSDTDYN	DatmoDyn	kgkgsec	xyz	tendency of large scale cloud ice due to dynamics
DQLCNDTDYN	DatmoDyn	kgkgsec	xyz	tendency of convective cloud water due to dynamics
DQLDTANAINT	DatmoDyn	kg m-2 s-1	xy	vertically integrated liquid water tendency due to analysis
DQLLSDTDYN	DatmoDyn	kgkgsec	xyz	tendency of large scale cloud water due to dynamics
DQVDTANAINT	DatmoDyn	kg m-2 s-1	xy	vertically integrated water vapor tendency due to analysis
DQVDTDYN	DatmoDyn	kgkgsec	xyz	tendency of specific humidity due to dynamics
DQVDTDYNINT	DatmoDyn	kg m-2 s-1	xy	vertically integrated water vapor tendency due to dynamics
DTDTDYN	DatmoDyn	K sec-1	xyz	tendency of air temperature due to dynamics
DTHVDTANAINT	DatmoDyn	K kg m-2 s-1	xy	vertically integrated THV tendency due to analysis
DTHVDTPHYINT	DatmoDyn	K kg m-2 s-1	xy	vertically integrated THV tendency due to physics
DZ	DatmoDyn	m	xy	Surface layer height
EPV	DatmoDyn	K m+2 kg-1 sec-1	xyz	ertels potential vorticity
HDQDTDYN	DatmoDyn	kgkgsec	xyz	horiz tendency of specific humidity due to dynamics
HDTDTDYN	DatmoDyn	K sec-1	xyz	horiz tendency of air temperature due to dynamics
HDTHDTDYN	DatmoDyn	K sec-1	xyz	horiz tendency of air pot temp due to dynamics
LHOBS	DatmoDyn	W m-2	xy	Obs. latent heat flux (surface)
OMEGA	DatmoDyn	Pas	xyz	pressure velocity
PCPOBS	DatmoDyn	mmd	xy	Obs. precipitation rate
PEANA	DatmoDyn	W m-2	xy	total potential energy tendency due to analysis
PEPHY	DatmoDyn	W m-2	xy	total potential energy tendency due to physics
PHIS	DatmoDyn	K	xy	obs skin temperature
PL	DatmoDyn	Pa	xyz	midlevel pressures
PLE	DatmoDyn	Pascals	xyz	Pressure at the edges
PLK	DatmoDyn	J kg-1	xyz	Exner quantity
PS	DatmoDyn	Pa	xy	Surface Pressure
PSFCOBS	DatmoDyn	[PahPa]	xy	Obs. Sfc. Pressure
PV	DatmoDyn	m+2 kg-1 sec-1	xyz	ertels isentropic potential vorticity
Q	DatmoDyn	ms	xyz	meridional wind
QA	DatmoDyn	1	xy	Surface air spec humidity
QHATOBS	DatmoDyn	K s-1	xyz	Obs. Moisture Tendency H adv
QIOBS	DatmoDyn	1	xyz	Obs. Cloud ice
QLOBS	DatmoDyn	1	xyz	Obs. Cloud liquid
QOBS	DatmoDyn	1	xyz	Obs. Spec. Humidity
QSKINOBS	DatmoDyn	1	xy	obs skin spec humidity whatever that means
QTEST	DatmoDyn	1	xyz	test tracer
QVATOBS	DatmoDyn	K s-1	xyz	Obs. Moisture Tendency V adv
S	DatmoDyn	J kg-1	xyz	static energy
SHOBS	DatmoDyn	W m-2	xy	Obs. sensible heat flux (surface)
SPEED	DatmoDyn	m s-1	xy	Surface wind speed
T	DatmoDyn	K	xyz	air temperature
TA	DatmoDyn	K	xy	Surface air temperature
TGSOILOBS	DatmoDyn	K	xy	Obs. Soil Temp.
TH	DatmoDyn	K	xyz	potential temperature
THATOBS	DatmoDyn	K s-1	xyz	Obs. Temperature Tendency H adv
TOBS	DatmoDyn	K	xyz	Obs. Temperature
TROPP_BLENDED	DatmoDyn	Pa	xy	tropopause pressure based on blended estimate
TSAIROBS	DatmoDyn	K	xy	Obs. sfc(2m?) air temp.
TSKINOBS	DatmoDyn	K	xy	obs skin temperature
TV	DatmoDyn	K	xyz	air virtual temperature
TVATOBS	DatmoDyn	K s-1	xyz	Obs. Temperature Tendency V adv
U	DatmoDyn	ms	xyz	Zonal wind
UE	DatmoDyn	m s-1	xyz	Diagnosed Edge Winds
V	DatmoDyn	ms	xyz	meridional wind
VARFLT	DatmoDyn	K	xy	obs skin temperature
VDQDTDYN	DatmoDyn	kgkgsec	xyz	vertical tendency of specific humidity due to dynamics
VDTDTDYN	DatmoDyn	K sec-1	xyz	vertical tendency of air temperature due to dynamics
VDTHDTDYN	DatmoDyn	K sec-1	xyz	vertical tendency of air pot temp due to dynamics
WTOT	DatmoDyn	m s-1	xyz	total vertical velocity
WWTG	DatmoDyn	m s-1	xyz	weak T-gradient compensating W
ZLE	DatmoDyn	m	xyz	Geop. height at the edges
AREA	DynCore	m+2	xy	agrid cell area
CNV	DynCore	W m-2	xy	generation of atmosphere kinetic energy content
CONVCPT	DynCore	W m-2	xy	vertically integrated enthalpy convergence
CONVKE	DynCore	W m-2	xy	vertically integrated kinetic energy convergence
CONVPHI	DynCore	W m-2	xy	vertically integrated geopotential convergence
CONVTHV	DynCore	W m-2	xy	vertically integrated thetav convergence
DCPT	DynCore	W m-2	xy	tendency of atmosphere dry energy content due to dynamics
DDELPDTANA	DynCore	K sec-1	xyz	tendency of pressure thickness due to analysis
DDELPDTDYN	DynCore	Pa sec-1	xyz	tendency of pressure thickness due to dynamics
DELP	DynCore	Pa	xyz	pressure thickness
DKE	DynCore	W m-2	xy	tendency of atmosphere kinetic energy content due to dynamics
DKERESIN	DynCore	W m-2	xy	vertically integrated kinetic energy residual from inertial terms
DKERESPG	DynCore	W m-2	xy	vertically integrated kinetic energy residual from PG terms
DMDTANA	DynCore	kg m-2 s-1	xy	vertically integrated mass tendency due to analysis
DMDTDYN	DynCore	kg m-2 s-1	xy	vertically integrated mass tendency due to dynamics
DOXDTANAINT	DynCore	kg m-2 s-1	xy	vertically integrated ozone tendency due to analysis
DOXDTDYN	DynCore	kgkgsec	xyz	tendency of ozone due to dynamics
DOXDTDYNINT	DynCore	kg m-2 s-1	xy	vertically integrated ozone tendency due to dynamics
DPET	DynCore	W m-2	xy	tendency of atmosphere topographic potential energy due to dynamics
DQI	DynCore	kg m-2 s-1	xy	tendency of atmosphere ice content due to dynamics
DQIDTANAINT	DynCore	kg m-2 s-1	xy	vertically integrated ice water tendency due to analysis
DQIDTDYN	DynCore	kgkgsec	xyz	tendency of ice water due to dynamics
DQIDTDYNINT	DynCore	kg m-2 s-1	xy	vertically integrated ice water tendency due to dynamics
DQL	DynCore	kg m-2 s-1	xy	tendency of atmosphere liquid water content due to dynamics
DQLDTANAINT	DynCore	kg m-2 s-1	xy	vertically integrated liquid water tendency due to analysis
DQLDTDYN	DynCore	kgkgsec	xyz	tendency of liquid water due to dynamics
DQLDTDYNINT	DynCore	kg m-2 s-1	xy	vertically integrated liquid water tendency due to dynamics
DQV	DynCore	kg m-2 s-1	xy	tendency of atmosphere water vapor content due to dynamics
DQVDTANAINT	DynCore	kg m-2 s-1	xy	vertically integrated water vapor tendency due to analysis
DQVDTDYN	DynCore	kgkgsec	xyz	tendency of specific humidity due to dynamics
DQVDTDYNINT	DynCore	kg m-2 s-1	xy	vertically integrated water vapor tendency due to dynamics
DTDTANA	DynCore	K sec-1	xyz	tendency of air temperature due to analysis
DTDTDYN	DynCore	K sec-1	xyz	tendency of air temperature due to dynamics
DTHVDTANAINT	DynCore	K kg m-2 s-1	xy	vertically integrated THV tendency due to analysis
DTHVDTCONSV	DynCore	K kg m-2 s-1	xy	vertically integrated THV tendency due to TE conservation
DTHVDTDYNINT	DynCore	K kg m-2 s-1	xy	vertically integrated THV tendency due to dynamics
DTHVDTPHYINT	DynCore	K kg m-2 s-1	xy	vertically integrated THV tendency due to physics
DTHVDTREMAP	DynCore	K kg m-2 s-1	xy	vertically integrated THV tendency due to vertical remapping
DUDTANA	DynCore	msecsec	xyz	tendency of eastward wind due to analysis
DUDTDYN	DynCore	msecsec	xyz	tendency of eastward wind due to dynamics
DVDTANA	DynCore	msecsec	xyz	tendency of northward wind due to analysis
DVDTDYN	DynCore	msecsec	xyz	tendency of northward wind due to dynamics
DZ	DynCore	m	xy	surface layer height
EPV	DynCore	K m+2 kg-1 sec-1	xyz	ertels potential vorticity
H1000	DynCore	m	xy	height at 1000 mb
H250	DynCore	m	xy	height at 250 hPa
H300	DynCore	m	xy	height at 300 hPa
H500	DynCore	m	xy	height at 500 hPa
H700	DynCore	m	xy	height at 700 hPa
H850	DynCore	m	xy	height at 850 hPa
KE	DynCore	J m-2	xy	vertically integrated kinetic energy
KEADV	DynCore	W m-2	xy	vertically integrated kinetic energy tendency due to dynamics advection
KEANA	DynCore	W m-2	xy	total kinetic energy tendency due to analysis
KECDCOR	DynCore	W m-2	xy	vertically integrated kinetic energy tendency due to cdcore
KEDP	DynCore	W m-2	xy	vertically integrated kinetic energy tendency due to pressure change
KEDYN	DynCore	W m-2	xy	vertically integrated kinetic energy tendency due to dynamics
KEGEN	DynCore	W m-2	xy	vertically integrated generation of kinetic energy
KEHOT	DynCore	W m-2	xy	vertically integrated kinetic energy tendency due to HOT
KEPG	DynCore	W m-2	xy	vertically integrated kinetic energy tendency due to pressure gradient
KEPHY	DynCore	W m-2	xy	vertically integrated kinetic energy tendency due to physics
KEREMAP	DynCore	W m-2	xy	vertically integrated kinetic energy tendency due to remap
MFX	DynCore	Pa m+2 s-1	xyz	pressure weighted eastward wind
MFX_A	DynCore	Pa m+2 s-1	xyz	zonal mass flux
MFX_UR	DynCore	Pa m+2 s-1	xyz	pressure weighted eastward wind unremapped
MFY	DynCore	Pa m+2 s-1	xyz	pressure weighted northward wind
MFY_A	DynCore	Pa m+2 s-1	xyz	meridional mass flux
MFY_UR	DynCore	Pa m+2 s-1	xyz	pressure weighted northward wind unremapped
MFZ	DynCore	kg m-2 s-1	xyz	vertical mass flux
OMEGA	DynCore	Pa sec-1	xyz	vertical pressure velocity
OMEGA10	DynCore	Pa s-1	xy	omega at 10 hPa
OMEGA200	DynCore	Pa s-1	xy	omega at 200 hPa
OMEGA500	DynCore	Pa s-1	xy	omega at 500 hPa
OMEGA850	DynCore	Pa s-1	xy	omega at 850 hPa
PEANA	DynCore	W m-2	xy	total potential energy tendency due to analysis
PECDCOR	DynCore	W m-2	xy	vertically integrated potential energy tendency due to cdcore
PEDYN	DynCore	W m-2	xy	vertically integrated potential energy tendency due to dynamics
PEPHY	DynCore	W m-2	xy	total potential energy tendency due to physics
PEREMAP	DynCore	W m-2	xy	vertically integrated potential energy tendency due to remap
PL	DynCore	Pa	xyz	mid level pressure
PLE	DynCore	Pa	xyz	edge pressure
PLK	DynCore	Pa^kappa	xyz	mid-layer p^kappa
PREF	DynCore	Pa	z	reference air pressure
PS	DynCore	Pa	xy	surface pressure
PTFX	DynCore	K Pa m+2 s-1	xyz	pressure weighted eastward potential temperature flux unremapped
PTFY	DynCore	K Pa m+2 s-1	xyz	pressure weighted northward potential temperature flux unremapped
PV	DynCore	m+2 kg-1 sec-1	xyz	ertels isentropic potential vorticity
Q	DynCore	1	xyz	specific humidity
Q250	DynCore	kg kg-1	xy	specific humidity at 250 hPa
Q500	DynCore	kg kg-1	xy	specific humidity at 500 hPa
Q850	DynCore	kg kg-1	xy	specific humidity at 850 hPa
QA	DynCore	1	xy	surface specific humidity
QFIXER	DynCore	W m-2	xy	vertically integrated potential energy tendency due to CONSV
S	DynCore	m	xyz	mid layer dry static energy
SLP	DynCore	Pa	xy	sea level pressure
SPEED	DynCore	m s-1	xy	surface wind speed
T	DynCore	K	xyz	air temperature
T250	DynCore	K	xy	air temperature at 250 hPa
T300	DynCore	K	xy	air temperature at 300 hPa
T500	DynCore	K	xy	air temperature at 500 hPa
T700	DynCore	K	xy	air temperature at 700 hPa
T850	DynCore	K	xy	air temperature at 850 hPa
TA	DynCore	K	xy	surface air temperature
TAVE	DynCore	K	xy	vertically averaged dry temperature
TEANA	DynCore	W m-2	xy	mountain work tendency due to analysis
TECDCOR	DynCore	W m-2	xy	mountain work tendency due to cdcore
TEDYN	DynCore	W m-2	xy	mountain work tendency due to dynamics
TEPHY	DynCore	W m-2	xy	mountain work tendency due to physics
TEREMAP	DynCore	W m-2	xy	mountain work tendency due to remap
TH	DynCore	K	xyz	potential temperature
THV	DynCore	KPa**kappa	xyz	scaled virtual potential temperature
TROPP_BLENDED	DynCore	Pa	xy	tropopause pressure based on blended estimate
TROPP_EPV	DynCore	Pa	xy	tropopause pressure based on EPV estimate
TROPP_THERMAL	DynCore	Pa	xy	tropopause pressure based on thermal estimate
TROPQ	DynCore	kgkg	xy	tropopause specific humidity using blended TROPP estimate
TROPT	DynCore	K	xy	tropopause temperature using blended TROPP estimate
TV	DynCore	K	xyz	air virtual temperature
U	DynCore	m s-1	xyz	eastward wind
U200	DynCore	m s-1	xy	eastward wind at 200 hPa
U250	DynCore	m s-1	xy	eastward wind at 250 hPa
U500	DynCore	m s-1	xy	eastward wind at 500 hPa
U50M	DynCore	m s-1	xy	eastward wind at 50 meters
U700	DynCore	m s-1	xy	eastward wind at 700 hPa
U850	DynCore	m s-1	xy	eastward wind at 850 hPa
UAVE	DynCore	m sec-1	xy	vertically averaged zonal wind
UCPT	DynCore	J m-1 s-1	xy	eastward flux of atmospheric enthalpy
UKE	DynCore	J m-1 s-1	xy	eastward flux of atmospheric kinetic energy
UNKNOWN	DynCore	1	xy	UNKNOWN
UPHI	DynCore	J m-1 s-1	xy	eastward flux of atmospheric potential energy
UQI	DynCore	kg m-1 s-1	xy	eastward flux of atmospheric ice
UQL	DynCore	kg m-1 s-1	xy	eastward flux of atmospheric liquid water
UQV	DynCore	kg m-1 s-1	xy	eastward flux of atmospheric water vapor
US	DynCore	m s-1	xy	surface eastward wind
U_CGRID	DynCore	m s-1	xyz	eastward wind on C-Grid
U_DGRID	DynCore	m s-1	xyz	eastward wind on native D-Grid
V	DynCore	m s-1	xyz	northward wind
V200	DynCore	m s-1	xy	northward wind at 200 hPa
V250	DynCore	m s-1	xy	northward wind at 250 hPa
V500	DynCore	m s-1	xy	northward wind at 500 hPa
V50M	DynCore	m s-1	xy	northward wind at 50 meters
V700	DynCore	m s-1	xy	northward wind at 700 hPa
V850	DynCore	m s-1	xy	northward wind at 850 hPa
VCPT	DynCore	J m-1 s-1	xy	northward flux of atmospheric enthalpy
VKE	DynCore	J m-1 s-1	xy	northward flux of atmospheric kinetic energy
VORT	DynCore	s-1	xyz	vorticity
VORT200	DynCore	m s-1	xy	vorticity at 200 hPa
VORT700	DynCore	m s-1	xy	vorticity at 700 hPa
VORT850	DynCore	m s-1	xy	vorticity at 850 hPa
VPHI	DynCore	J m-1 s-1	xy	northward flux of atmospheric potential energy
VQI	DynCore	kg m-1 s-1	xy	northward flux of atmospheric ice
VQL	DynCore	kg m-1 s-1	xy	northward flux of atmospheric liquid water
VQV	DynCore	kg m-1 s-1	xy	northward flux of atmospheric water vapor
VS	DynCore	m s-1	xy	surface northward wind
V_CGRID	DynCore	m s-1	xyz	northward wind on C-Grid
V_DGRID	DynCore	m s-1	xyz	northward wind on native D-Grid
W	DynCore	m sec-1	xyz	vertical velocity
W10	DynCore	m s-1	xy	w at 10 hPa
W200	DynCore	m s-1	xy	w at 200 hPa
W500	DynCore	m s-1	xy	w at 500 hPa
W850	DynCore	m s-1	xy	w at 850 hPa
WRKT	DynCore	W m-2	xy	work done by atmosphere at top
Z300	DynCore	m	xy	geopotential height at 300 hPa
Z500	DynCore	m	xy	geopotential height at 500 hPa
Z700	DynCore	m	xy	geopotential height at 700 hPa
ZL	DynCore	m	xyz	mid layer heights
ZLE	DynCore	m	xyz	edge heights
AREA	FVdycore	m+2	xy	agrid cell area
CNV	FVdycore	W m-2	xy	generation of atmosphere kinetic energy content
CONVCPT	FVdycore	W m-2	xy	vertically integrated enthalpy convergence
CONVKE	FVdycore	W m-2	xy	vertically integrated kinetic energy convergence
CONVPHI	FVdycore	W m-2	xy	vertically integrated geopotential convergence
CONVTHV	FVdycore	W m-2	xy	vertically integrated thetav convergence
DCPT	FVdycore	W m-2	xy	tendency of atmosphere dry energy content due to dynamics
DDELPDTANA	FVdycore	K s-1	xyz	tendency of pressure thickness due to analysis
DDELPDTDYN	FVdycore	Pa s-1	xyz	tendency of pressure thickness due to dynamics
DELP	FVdycore	Pa	xyz	pressure thickness
DKE	FVdycore	W m-2	xy	tendency of atmosphere kinetic energy content due to dynamics
DKERESIN	FVdycore	W m-2	xy	vertically integrated kinetic energy residual from inertial terms
DKERESPG	FVdycore	W m-2	xy	vertically integrated kinetic energy residual from PG terms
DMDTANA	FVdycore	kg m-2 s-1	xy	vertically integrated mass tendency due to analysis
DMDTDYN	FVdycore	kg m-2 s-1	xy	vertically integrated mass tendency due to dynamics
DOXDTANAINT	FVdycore	kg m-2 s-1	xy	vertically integrated ozone tendency due to analysis
DOXDTDYN	FVdycore	kg kg-1 s-1	xyz	tendency of ozone due to dynamics
DOXDTDYNINT	FVdycore	kg m-2 s-1	xy	vertically integrated ozone tendency due to dynamics
DPET	FVdycore	W m-2	xy	tendency of atmosphere topographic potential energy due to dynamics
DQI	FVdycore	kg m-2 s-1	xy	tendency of atmosphere ice content due to dynamics
DQIDTANAINT	FVdycore	kg m-2 s-1	xy	vertically integrated ice water tendency due to analysis
DQIDTDYN	FVdycore	kg kg-1 s-1	xyz	tendency of ice water due to dynamics
DQIDTDYNINT	FVdycore	kg m-2 s-1	xy	vertically integrated ice water tendency due to dynamics
DQL	FVdycore	kg m-2 s-1	xy	tendency of atmosphere liquid water content due to dynamics
DQLDTANAINT	FVdycore	kg m-2 s-1	xy	vertically integrated liquid water tendency due to analysis
DQLDTDYN	FVdycore	kg kg-1 s-1	xyz	tendency of liquid water due to dynamics
DQLDTDYNINT	FVdycore	kg m-2 s-1	xy	vertically integrated liquid water tendency due to dynamics
DQV	FVdycore	kg m-2 s-1	xy	tendency of atmosphere water vapor content due to dynamics
DQVDTANAINT	FVdycore	kg m-2 s-1	xy	vertically integrated water vapor tendency due to analysis
DQVDTDYN	FVdycore	kg kg-1 s-1	xyz	tendency of specific humidity due to dynamics
DQVDTDYNINT	FVdycore	kg m-2 s-1	xy	vertically integrated water vapor tendency due to dynamics
DTDTANA	FVdycore	K s-1	xyz	tendency of air temperature due to analysis
DTDTDYN	FVdycore	K s-1	xyz	tendency of air temperature due to dynamics
DTHVDTANAINT	FVdycore	K kg m-2 s-1	xy	vertically integrated THV tendency due to analysis
DTHVDTCONSV	FVdycore	K kg m-2 s-1	xy	vertically integrated THV tendency due to TE conservation
DTHVDTDYNINT	FVdycore	K kg m-2 s-1	xy	vertically integrated THV tendency due to dynamics
DTHVDTPHYINT	FVdycore	K kg m-2 s-1	xy	vertically integrated THV tendency due to physics
DTHVDTREMAP	FVdycore	K kg m-2 s-1	xy	vertically integrated THV tendency due to vertical remapping
DUDTANA	FVdycore	m s-2	xyz	tendency of eastward wind due to analysis
DUDTDYN	FVdycore	m s-2	xyz	tendency of eastward wind due to dynamics
DVDTANA	FVdycore	m s-2	xyz	tendency of northward wind due to analysis
DVDTDYN	FVdycore	m s-2	xyz	tendency of northward wind due to dynamics
DZ	FVdycore	m	xy	surface layer height
EPV	FVdycore	K m+2 kg-1 s-1	xyz	ertels potential vorticity
H1000	FVdycore	m	xy	height at 1000 mb
H250	FVdycore	m	xy	height at 250 hPa
H500	FVdycore	m	xy	height at 500 hPa
H850	FVdycore	m	xy	height at 850 hPa
KE	FVdycore	J m-2	xy	vertically integrated kinetic energy
KEADV	FVdycore	W m-2	xy	vertically integrated kinetic energy tendency due to dynamics advection
KEANA	FVdycore	W m-2	xy	total kinetic energy tendency due to analysis
KECDCOR	FVdycore	W m-2	xy	vertically integrated kinetic energy tendency due to cdcore
KEDP	FVdycore	W m-2	xy	vertically integrated kinetic energy tendency due to pressure change
KEDYN	FVdycore	W m-2	xy	vertically integrated kinetic energy tendency due to dynamics
KEGEN	FVdycore	W m-2	xy	vertically integrated generation of kinetic energy
KEHOT	FVdycore	W m-2	xy	vertically integrated kinetic energy tendency due to HOT
KEPG	FVdycore	W m-2	xy	vertically integrated kinetic energy tendency due to pressure gradient
KEPHY	FVdycore	W m-2	xy	vertically integrated kinetic energy tendency due to physics
KEREMAP	FVdycore	W m-2	xy	vertically integrated kinetic energy tendency due to remap
MFX	FVdycore	Pa m+2 s-1	xyz	pressure weighted eastward wind
MFX_A	FVdycore	Pa m+2 s-1	xyz	zonal mass flux
MFX_UR	FVdycore	Pa m+2 s-1	xyz	pressure weighted eastward wind unremapped
MFY	FVdycore	Pa m+2 s-1	xyz	pressure weighted northward wind
MFY_A	FVdycore	Pa m+2 s-1	xyz	meridional mass flux
MFY_UR	FVdycore	Pa m+2 s-1	xyz	pressure weighted northward wind unremapped
MFZ	FVdycore	kg m-2 s-1	xyz	vertical mass flux
OMEGA	FVdycore	Pa s-1	xyz	vertical pressure velocity
OMEGA500	FVdycore	Pa s-1	xy	omega at 500 hPa
PEANA	FVdycore	W m-2	xy	total potential energy tendency due to analysis
PECDCOR	FVdycore	W m-2	xy	vertically integrated potential energy tendency due to cdcore
PEDYN	FVdycore	W m-2	xy	vertically integrated potential energy tendency due to dynamics
PEPHY	FVdycore	W m-2	xy	total potential energy tendency due to physics
PEREMAP	FVdycore	W m-2	xy	vertically integrated potential energy tendency due to remap
PL	FVdycore	Pa	xyz	mid level pressure
PLE	FVdycore	Pa	xyz	edge pressure
PLK	FVdycore	Pa^kappa	xyz	mid-layer p^kappa
PREF	FVdycore	Pa	z	reference air pressure
PS	FVdycore	Pa	xy	surface pressure
PTFX	FVdycore	K Pa m+2 s-1	xyz	pressure weighted eastward potential temperature flux unremapped
PTFY	FVdycore	K Pa m+2 s-1	xyz	pressure weighted northward potential temperature flux unremapped
PV	FVdycore	m+2 kg-1 s-1	xyz	ertels isentropic potential vorticity
Q	FVdycore	kg kg-1	xyz	specific humidity
Q250	FVdycore	kg kg-1	xy	specific humidity at 250 hPa
Q500	FVdycore	kg kg-1	xy	specific humidity at 500 hPa
Q850	FVdycore	kg kg-1	xy	specific humidity at 850 hPa
QA	FVdycore	kg kg-1	xy	surface specific humidity
QFIXER	FVdycore	W m-2	xy	vertically integrated potential energy tendency due to CONSV
S	FVdycore	m	xyz	mid layer dry static energy
SLP	FVdycore	Pa	xy	sea level pressure
SPEED	FVdycore	m s-1	xy	surface wind speed
T	FVdycore	K	xyz	air temperature
T250	FVdycore	K	xy	air temperature at 250 hPa
T500	FVdycore	K	xy	air temperature at 500 hPa
T850	FVdycore	K	xy	air temperature at 850 hPa
TA	FVdycore	K	xy	surface air temperature
TAVE	FVdycore	K	xy	vertically averaged dry temperature
TEANA	FVdycore	W m-2	xy	mountain work tendency due to analysis
TECDCOR	FVdycore	W m-2	xy	mountain work tendency due to cdcore
TEDYN	FVdycore	W m-2	xy	mountain work tendency due to dynamics
TEPHY	FVdycore	W m-2	xy	mountain work tendency due to physics
TEREMAP	FVdycore	W m-2	xy	mountain work tendency due to remap
TH	FVdycore	K	xyz	potential temperature
THV	FVdycore	KPa**kappa	xyz	scaled virtual potential temperature
TROPP_BLENDED	FVdycore	Pa	xy	tropopause pressure based on blended estimate
TROPP_EPV	FVdycore	Pa	xy	tropopause pressure based on EPV estimate
TROPP_THERMAL	FVdycore	Pa	xy	tropopause pressure based on thermal estimate
TROPQ	FVdycore	kg kg-1	xy	tropopause specific humidity using blended TROPP estimate
TROPT	FVdycore	K	xy	tropopause temperature using blended TROPP estimate
TV	FVdycore	K	xyz	air virtual temperature
U	FVdycore	m s-1	xyz	eastward wind
U250	FVdycore	m s-1	xy	eastward wind at 250 hPa
U500	FVdycore	m s-1	xy	eastward wind at 500 hPa
U50M	FVdycore	m s-1	xy	eastward wind at 50 meters
U850	FVdycore	m s-1	xy	eastward wind at 850 hPa
UAVE	FVdycore	m s-1	xy	vertically averaged zonal wind
UCPT	FVdycore	J m-1 s-1	xy	eastward flux of atmospheric enthalpy
UKE	FVdycore	J m-1 s-1	xy	eastward flux of atmospheric kinetic energy
UPHI	FVdycore	J m-1 s-1	xy	eastward flux of atmospheric potential energy
UQI	FVdycore	kg m-1 s-1	xy	eastward flux of atmospheric ice
UQL	FVdycore	kg m-1 s-1	xy	eastward flux of atmospheric liquid water
UQV	FVdycore	kg m-1 s-1	xy	eastward flux of atmospheric water vapor
US	FVdycore	m s-1	xy	surface eastward wind
U_CGRID	FVdycore	m s-1	xyz	eastward wind on C-Grid
U_DGRID	FVdycore	m s-1	xyz	eastward wind on native D-Grid
V	FVdycore	m s-1	xyz	northward wind
V250	FVdycore	m s-1	xy	northward wind at 250 hPa
V500	FVdycore	m s-1	xy	northward wind at 500 hPa
V50M	FVdycore	m s-1	xy	northward wind at 50 meters
V850	FVdycore	m s-1	xy	northward wind at 850 hPa
VCPT	FVdycore	J m-1 s-1	xy	northward flux of atmospheric enthalpy
VKE	FVdycore	J m-1 s-1	xy	northward flux of atmospheric kinetic energy
VPHI	FVdycore	J m-1 s-1	xy	northward flux of atmospheric potential energy
VQI	FVdycore	kg m-1 s-1	xy	northward flux of atmospheric ice
VQL	FVdycore	kg m-1 s-1	xy	northward flux of atmospheric liquid water
VQV	FVdycore	kg m-1 s-1	xy	northward flux of atmospheric water vapor
VS	FVdycore	m s-1	xy	surface northward wind
V_CGRID	FVdycore	m s-1	xyz	northward wind on C-Grid
V_DGRID	FVdycore	m s-1	xyz	northward wind on native D-Grid
WRKT	FVdycore	W m-2	xy	work done by atmosphere at top
ZL	FVdycore	m	xyz	mid layer heights
ZLE	FVdycore	m	xyz	edge heights
AODANA	GAAS	1	xy	Aerosol Optical Depth Analysis
AODINC	GAAS	1	xy	Aerosol Optical Depth Analysis Increment
BCANA	GAAS	kgkg	xyz	Black Carbon Mixing Ratio Analysis
BCINC	GAAS	kgkg	xyz	Black Carbon Mixing Ratio Analysis Increments
DUANA	GAAS	kgkg	xyz	Dust Mixing Ratio Analysis
DUINC	GAAS	kgkg	xyz	Dust Mixing Ratio Analysis Increments
OCANA	GAAS	kgkg	xyz	Organic Carbon Mixing Ratio Analysis
OCINC	GAAS	kgkg	xyz	Organic Carbon Mixing Ratio Analysis Increments
SSANA	GAAS	kgkg	xyz	Sea-salt Mixing Ratio Analysis
SSINC	GAAS	kgkg	xyz	Sea-salt Mixing Ratio Analysis Increments
SUANA	GAAS	kgkg	xyz	Sulfate Mixing Ratio Analysis
SUINC	GAAS	kgkg	xyz	Sulfate Mixing Ratio Analysis Increments
AERO	GMIchem	kg kg-1	xyz	aerosol mass mixing ratios
BCHYGRO	GMIchem	1	xyz	Hygroscopic growth of black carbon
BCOD	GMIchem	1	xyz	Black carbon optical depth (400 nm)
BCSA	GMIchem	cm2cm3	xyz	Black carbon surface area
DUSTOD	GMIchem	1	xyz	Dust optical depth (400 nm)
DUSTSA	GMIchem	cm2cm3	xyz	Dust surface area
DYNTROPP	GMIchem	Pa	xyz	Tropopause pressure from chemistry
EMBIOCOMETH	GMIchem	kg m-2 s-1	xy	biogenic source of CO from oxidation of methanol
EMBIOCOMONOT	GMIchem	kg m-2 s-1	xy	biogenic source of CO from oxidation of monoterpenes
EMBIOPROPENE	GMIchem	kg m-2 s-1	xy	biogenic source of propene
EMISOPSFC	GMIchem	kg m-2 s-1	xy	surface emission of isoprene
EMMONOT	GMIchem	kg m-2 s-1	xy	surface emission of monoterpenes
EMNOX	GMIchem	kg m-2 s-1	xy	surface emission of odd nitrogen
EMSHIPHNO3	GMIchem	kg m-2 s-1	xy	surface ship source of nitric acid
EMSHIPO3	GMIchem	kg m-2 s-1	xy	surface ship source of ozone
EMSOILNOX	GMIchem	kg m-2 s-1	xy	soil source of odd nitrogen
EM_ACET	GMIchem	kg m-2 s-1	xy	acetone emissions
EM_ALD2	GMIchem	kg m-2 s-1	xy	acetaldehyde (C2H4O) emissions
EM_ALK4	GMIchem	kg m-2 s-1	xy	C45 alkanes (C4H10) emissions
EM_C2H6	GMIchem	kg m-2 s-1	xy	ethane emissions
EM_C3H8	GMIchem	kg m-2 s-1	xy	propane emissions
EM_CH2O	GMIchem	kg m-2 s-1	xy	formaldehyde emissions
EM_CH4	GMIchem	kg m-2 s-1	xy	methane emissions
EM_CO	GMIchem	kg m-2 s-1	xy	carbon monoxide emissions
EM_MEK	GMIchem	kg m-2 s-1	xy	methyl ethyl ketone (C4H8O) emissions
EM_NO	GMIchem	kg m-2 s-1	xyz	nitrous oxide emissions
EM_PRPE	GMIchem	kg m-2 s-1	xy	propene (C3H6) emissions
GMIAOA	GMIchem	years	xyz	Age-of-air from GMICHEM
GMIH2O	GMIchem	molmol	xyz	Gas phase water from GMICHEM
H2O_TEND	GMIchem	kg kg-1 s-1	xyz	tendency of water vapor mixing ratio due to chemistry
HNO3COND	GMIchem	mol mol-1	xyz	Condensed nitric acid
HNO3GAS	GMIchem	mol mol-1	xyz	Gas phase nitric acid
HO2PBLFLAG	GMIchem	0-1	xyz	PBL flag for HO2 loss in aerosols
O3	GMIchem	kgkg	xyz	ozone mass mixing ratio
O3PPMV	GMIchem	ppmv	xyz	ozone volume mixing ratio in ppm
OCHYGRO	GMIchem	1	xyz	Hygroscopic growth of organic carbon
OCOD	GMIchem	1	xyz	Organic carbon optical depth (400 nm)
OCSA	GMIchem	cm2cm3	xyz	Organic carbon surface area
OX	GMIchem	molmol	xyz	ozone volume mixing ratio
OX_TEND	GMIchem	kg kg-1 s-1	xyz	tendency of odd oxygen mixing ratio due to chemistry
REFFICE	GMIchem	cm	xyz	ice aerosol effective radius
REFFICE	GMIchem	cm	xyz	Effective radius of ice aerosols
REFFSTS	GMIchem	cm	xyz	STS aerosol effective radius
REFFSTS	GMIchem	cm	xyz	Effective radius of STS aerosols
SO4HYGRO	GMIchem	1	xyz	Hygroscopic growth of sulfate
SO4OD	GMIchem	1	xyz	Sulfate optical depth (400 nm)
SO4SA	GMIchem	cm2cm3	xyz	Sulfate surface area
SSAHYGRO	GMIchem	1	xyz	Hygroscopic growth of accumulated sea salt
SSAOD	GMIchem	1	xyz	Accumulated sea salt optical depth (400 nm)
SSASA	GMIchem	cm2cm3	xyz	Accumulated sea salt surface area
SSCHYGRO	GMIchem	1	xyz	Hygroscopic growth of coarse sea salt
SSCOD	GMIchem	1	xyz	Coarse sea salt optical depth (400 nm)
SSCSA	GMIchem	cm2cm3	xyz	Coarse sea salt surface area
UNKNOWN	GMIchem	kgkg	xyz	prescribed hydrophobic black carbon from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed hydrophilic black carbon from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed dust bin 1 from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed dust bin 2 from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed dust bin 3 from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed dust bin 4 from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed hydrophobic organic carbon from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed hydrophilic organic carbon from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed sea salt bin 1 from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed sea salt bin 3 from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed sea salt bin 4 from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed sea salt bin 5 from GMICHEM
UNKNOWN	GMIchem	kgkg	xyz	prescribed sulfate from GMICHEM
UNKNOWN	GMIchem	kg m-3 s-1	xyz	UNKNOWN
UNKNOWN	GMIchem	kg m-2 s-1	xy	UNKNOWN
UNKNOWN	GMIchem	kg m-2 s-1	xy	UNKNOWN
VFALL	GMIchem	cms	xyz	effective aerosol fall velocity
VFALL	GMIchem	cm s-1	xyz	Effective aerosol fall velocities
AERO	GOCART	kg kg-1	xyz	aerosol mass mixing ratios
AERO_DP	GOCART	kg m-2 s-1	xy	aerosol deposition
TOTANGSTR	GOCART	1	xy	Total Aerosol Angstrom parameter [470-870 nm]
TOTEXTT25	GOCART	1	xy	Total Aerosol Exinction AOT [550 nm] - PM2.5
TOTEXTTAU	GOCART	1	xy	Total Aerosol Extinction AOT [550 nm]
TOTEXTTFM	GOCART	1	xy	Total Aerosol Exinction AOT [550 nm] - PM1.0
TOTSCAT25	GOCART	1	xy	Total Aerosol Scattering AOT [550 nm] - PM2.5
TOTSCATAU	GOCART	1	xy	Total Aerosol Scattering AOT [550 nm]
TOTSCATFM	GOCART	1	xy	Total Aerosol Scattering AOT [550 nm] - PM1.0
AICE	Gcm
CICE_2D_MASK	Gcm
FRACI	Gcm
FRLAKE	Gcm
FRLAND	Gcm
FRLANDICE&	Gcm
FROCEAN	Gcm
HICE	Gcm
LWI	Gcm
MLD	Gcm
MOM_3D_MASK	Gcm
O3PPMV	Gcm
PHIS	Gcm
PS	Gcm
PSI	Gcm
Q	Gcm
QCTOT	Gcm
QITOT	Gcm
QLTOT	Gcm
RHO	Gcm
S	Gcm
SNOMAS	Gcm
SSH	Gcm
T	Gcm
TS	Gcm
TSOIL1	Gcm
TV	Gcm
TX	Gcm
TY	Gcm
U	Gcm
U	Gcm
U10N	Gcm
V	Gcm
V	Gcm
V10N	Gcm
WET1	Gcm
Z	Gcm
Z0	Gcm
BKGERR	Gwd	W m-2	xy	vertically integrated kinetic energy residual for BKG energy conservation
CLDSTD	Gwd	m	xy	gravity wave drag standard deviation due to clouds
DTDT	Gwd	Pa K s-1	xyz	mass weighted air temperature tendency due to GWD
DTDT_BKG	Gwd	K s-1	xyz	air temperature tendency due to background GWD
DTDT_ORO	Gwd	K s-1	xyz	air temperature tendency due to orographic GWD
DTDT_RAY	Gwd	K s-1	xyz	air temperature tendency due to Rayleigh friction
DUDT	Gwd	m s-2	xyz	tendency of eastward wind due to GWD
DUDT_BKG	Gwd	m s-2	xyz	tendency of eastward wind due to background GWD
DUDT_ORO	Gwd	m s-2	xyz	tendency of eastward wind due to orographic GWD
DUDT_RAY	Gwd	m s-2	xyz	tendency of eastward wind due to Rayleigh friction
DVDT	Gwd	m s-2	xyz	tendency of northward wind due to GWD
DVDT_BKG	Gwd	m s-2	xyz	tendency of northward wind due to background GWD
DVDT_ORO	Gwd	m s-2	xyz	tendency of northward wind due to orographic GWD
DVDT_RAY	Gwd	m s-2	xyz	tendency of northward wind due to Rayleigh friction
KEBKG	Gwd	W m-2	xy	vertically integrated kinetic energy dissipation due to gravity wave background
KEGWD	Gwd	W m-2	xy	vertically integrated kinetic energy tendency across gwd
KEORO	Gwd	W m-2	xy	vertically integrated kinetic energy dissipation due to orographic gravity waves
KERAY	Gwd	W m-2	xy	vertically integrated kinetic energy dissipation due to Rayleigh friction
KERES	Gwd	W m-2	xy	vertically integrated kinetic energy residual for total energy conservation
PEBKG	Gwd	W m-2	xy	vertically integrated potential energy tendency due to gravity wave background
PEGWD	Gwd	W m-2	xy	vertically integrated potential energy tendency across gwd
PEORO	Gwd	W m-2	xy	vertically integrated potential energy tendency due to orographic gravity waves
PERAY	Gwd	W m-2	xy	vertically integrated potential energy tendency due to Rayleigh friction
PLE	Gwd	Pa	xyz	air pressure
PREF	Gwd	Pa	z	reference air pressure
Q	Gwd	kg kg-1	xyz	specific humidity
SGH	Gwd	m	xy	standard deviation of topography
T	Gwd	K	xyz	air temperature
TAUBKGX	Gwd	N m-2	xy	surface eastward background gravity wave stress
TAUBKGY	Gwd	N m-2	xy	surface northward background gravity wave stress
TAUGWX	Gwd	N m-2	xy	surface eastward gravity wave stress
TAUGWY	Gwd	N m-2	xy	surface northward gravity wave stress
TAUMSTX	Gwd	N m-2	xy	surface eastward gravity wave stress due to Moist Processes
TAUMSTY	Gwd	N m-2	xy	surface northward gravity wave stress due to Moist Processes
TAUOROX	Gwd	N m-2	xy	surface eastward orographic gravity wave stress
TAUOROY	Gwd	N m-2	xy	surface northward orographic gravity wave stress
TTMGW	Gwd	K s-1	xyz	air temperature tendency due to GWD
U	Gwd	m s-1	xyz	eastward wind
UBAR	Gwd	m s-1	xy	eastward component of mean level wind
UBASE	Gwd	m s-1	xy	eastward component of base level wind
V	Gwd	m s-1	xyz	northward wind
VBAR	Gwd	m s-1	xy	northward component of mean level wind
VBASE	Gwd	m s-1	xy	northward component of base level wind
CLDPRS	Irrad	Pa	xy	cloud top pressure
CLDTMP	Irrad	K	xy	cloud top temperature
DSFDTS	Irrad	W m-2 K-1	xy	sensitivity of longwave flux emitted from surface to surface temperature
DSFDTS0	Irrad	W m-2 K-1	xy	sensitivity of longwave flux emitted from surface to surface temperature at reference time
FLA	Irrad	W m-2	xyz	net downward longwave flux in air assuming clear sky and no aerosol
FLAD	Irrad	W m-2	xyz	downward longwave flux in air assuming clear sky and no aerosol
FLAU	Irrad	W m-2	xyz	upward longwave flux in air assuming clear sky and no aerosol
FLC	Irrad	W m-2	xyz	net downward longwave flux in air assuming clear sky
FLCD	Irrad	W m-2	xyz	downward longwave flux in air assuming clear sky
FLCU	Irrad	W m-2	xyz	upward longwave flux in air assuming clear sky
FLNS	Irrad	W m-2	xy	surface net downward longwave flux
FLNSA	Irrad	W m-2	xy	surface net downward longwave flux assuming clear sky and no aerosol
FLNSC	Irrad	W m-2	xy	surface net downward longwave flux assuming clear sky
FLX	Irrad	W m-2	xyz	net downward longwave flux in air
FLXD	Irrad	W m-2	xyz	downward longwave flux in air
FLXU	Irrad	W m-2	xyz	upward longwave flux in air
LAS	Irrad	W m-2	xy	surface absorbed longwave radiation assuming clear sky and no aerosol
LCS	Irrad	W m-2	xy	surface absorbed longwave radiation assuming clear sky
LWS	Irrad	W m-2	xy	surface absorbed longwave radiation
OLA	Irrad	W m-2	xy	upwelling longwave flux at toa assuming clear sky and no aerosol
OLC	Irrad	W m-2	xy	upwelling longwave flux at toa assuming clear sky
OLR	Irrad	W m-2	xy	upwelling longwave flux at toa
SFCEM	Irrad	W m-2	xy	longwave flux emitted from surface
SFCEM0	Irrad	W m-2	xy	longwave flux emitted from surface at reference time
TAUIR	Irrad	W m-2	xyz	longwave cloud optical thickness at 800 cm-1
TSREFF	Irrad	K	xy	surface temperature
ALBNF	Lake	1	tile	surface albedo for near infrared diffuse
ALBNR	Lake	1	tile	surface albedo for near infrared beam
ALBVF	Lake	1	tile	surface albedo for visible diffuse
ALBVR	Lake	1	tile	surface albedo for visible beam
CHT	Lake	kg m-2 s-1	tile	surface heat exchange coefficient
CMT	Lake	kg m-2 s-1	tile	surface momentum exchange coefficient
CNT	Lake	1	tile	neutral drag coefficient
CQT	Lake	kg m-2 s-1	tile	surface moisture exchange coefficient
DELQS	Lake	kg kg-1	tile	change of surface specific humidity
DELTS	Lake	K	tile	change of surface skin temperature
EMIS	Lake	1	tile	surface emissivity
EVAPOUT	Lake	kg m-2 s-1	tile	evaporation
GUST	Lake	m s-1	tile	gustiness
HLATN	Lake	W m-2	tile	total latent energy flux
HLWUP	Lake	W m-2	tile	surface outgoing longwave flux
LWNDSRF	Lake	W m-2	tile	surface net downward longwave flux
MOQ10M	Lake	kg kg-1	tile	humidity 10m wind from MO sfc
MOQ2M	Lake	kg kg-1	tile	humidity 2m wind from MO sfc
MOT10M	Lake	K	tile	temperature 10m wind from MO sfc
MOT2M	Lake	K	tile	temperature 2m wind from MO sfc
MOU10M	Lake	m s-1	tile	zonal 10m wind from MO sfc
MOU2M	Lake	m s-1	tile	zonal 2m wind from MO sfc
MOU50M	Lake	m s-1	tile	zonal 50m wind from MO sfc
MOV10M	Lake	m s-1	tile	meridional 10m wind from MO sfc
MOV2M	Lake	m s-1	tile	meridional 2m wind from MO sfc
MOV50M	Lake	m s-1	tile	meridional 50m wind from MO sfc
OUSTAR3	Lake	m+3 s-3	tile	ocean ustar cubed
PENPAF	Lake	W m-2	tile	downwelling par diffuse flux at skin base
PENPAR	Lake	W m-2	tile	downwelling par direct flux at skin base
PENUVF	Lake	W m-2	tile	downwelling uvr diffuse flux at skin base
PENUVR	Lake	W m-2	tile	downwelling uvr direct flux at skin base
PS	Lake	Pa	tile	surface pressure
QH	Lake	kg kg-1	tile	turbulence surface specific humidity
QST	Lake	kg kg-1	tile	surface specific humidity
RIT	Lake	1	tile	surface bulk richardson number
SHOUT	Lake	W m-2	tile	upward sensible heat flux
SUBLIM	Lake	kg m-2 s-1	tile	sublimation
SWNDSRF	Lake	W m-2	tile	surface net downward shortwave flux
TAUXI	Lake	N m-2	tile	eastward stress over ice
TAUXO	Lake	N m-2	tile	eastward stress on ocean
TAUXW	Lake	N m-2	tile	eastward stress over water
TAUYI	Lake	N m-2	tile	northward stress over ice
TAUYO	Lake	N m-2	tile	northward stress on ocean
TAUYW	Lake	N m-2	tile	northward stress over water
TH	Lake	K	tile	turbulence surface skin temperature
TST	Lake	K	tile	surface skin temperature
UH	Lake	m s-1	tile	turbulence surface zonal velocity
VENT	Lake	m s-1	tile	surface ventilation velocity
VH	Lake	m s-1	tile	turbulence surface meridional velocity
Z0	Lake	m	tile	surface roughness
Z0H	Lake	m	tile	surface roughness for heat
ACCUM	Landice	kg m-2 s-1	tile	net ice accumulation rate
ALBNF	Landice	1	tile	surface albedo for near infrared diffuse
ALBNR	Landice	1	tile	surface albedo for near infrared beam
ALBVF	Landice	1	tile	surface albedo for visible diffuse
ALBVR	Landice	1	tile	surface albedo for visible beam
CHT	Landice	kg m-2 s-1	tile	surface heat exchange coefficient
CMT	Landice	kg m-2 s-1	tile	surface momentum exchange coefficient
CNT	Landice	1	tile	neutral drag coefficient
CQT	Landice	kg m-2 s-1	tile	surface moisture exchange coefficient
DELQS	Landice	kg kg-1	tile	change of surface specific humidity
DELTS	Landice	K	tile	change of surface skin temperature
DNICFLX	Landice	W m-2	tile	downward heat flux in ice
EMIS	Landice	1	tile	surface emissivity
EVAPOUT	Landice	kg m-2 s-1	tile	evaporation
EVPICE	Landice	W m-2	tile	snow ice evaporation energy flux
GUST	Landice	m s-1	tile	gustiness
HLATN	Landice	W m-2	tile	total latent energy flux
HLWUP	Landice	W m-2	tile	surface outgoing longwave flux
ITY	Landice	1	tile	vegetation type
LST	Landice	K	tile	land surface skin temperature
LWNDSRF	Landice	W m-2	tile	surface net downward longwave flux
MOQ10M	Landice	kg kg-1	tile	humidity 10m wind from MO sfc
MOQ2M	Landice	kg kg-1	tile	humidity 2m wind from MO sfc
MOT10M	Landice	K	tile	temperature 10m wind from MO sfc
MOT2M	Landice	K	tile	temperature 2m wind from MO sfc
MOU10M	Landice	m s-1	tile	zonal 10m wind from MO sfc
MOU2M	Landice	m s-1	tile	zonal 2m wind from MO sfc
MOU50M	Landice	m s-1	tile	zonal 50m wind from MO sfc
MOV10M	Landice	m s-1	tile	meridional 10m wind from MO sfc
MOV2M	Landice	m s-1	tile	meridional 2m wind from MO sfc
MOV50M	Landice	m s-1	tile	meridional 50m wind from MO sfc
QH	Landice	kg kg-1	tile	turbulence surface specific humidity
QST	Landice	kg kg-1	tile	surface specific humidity
RIT	Landice	1	tile	surface bulk richardson number
RUNOFF	Landice	kg m-2 s-1	tile	runoff flux
SHOUT	Landice	W m-2	tile	upward sensible heat flux
SMELT	Landice	kg m-2 s-1	tile	snowmelt flux
SNOWMASS	Landice	kg m-2	tile	snow mass
SUBLIM	Landice	kg m-2 s-1	tile	sublimation
SWNDSRF	Landice	W m-2	tile	surface net downward shortwave flux
TH	Landice	K	tile	turbulence surface skin temperature
TST	Landice	K	tile	surface skin temperature
VENT	Landice	m s-1	tile	surface ventilation velocity
Z0	Landice	m	tile	surface roughness
Z0H	Landice	m	tile	surface roughness for heat
ACRIL_AN	Moist	kg kg-1 s-1	xyz	ice liq accretion of anvil precipitation
ACRIL_CN	Moist	kg kg-1 s-1	xyz	ice liq accretion of convective precipitation
ACRIL_LS	Moist	kg kg-1 s-1	xyz	ice liq accretion of nonanvil large scale precipitation
ACRLL_AN	Moist	kg kg-1 s-1	xyz	liq liq accretion of anvil precipitation
ACRLL_CN	Moist	kg kg-1 s-1	xyz	liq liq accretion of convective precipitation
ACRLL_LS	Moist	kg kg-1 s-1	xyz	liq liq accretion of nonanvil large scale precipitation
ACR_TOT	Moist	kg kg-1 s-1	xyz	total accretion of precipitation
ALPH1	Moist	1	xyz	pdf spread for condensation over qsat term1
ALPH2	Moist	1	xyz	pdf spread for condensation over qsat term2
ALPHT	Moist	1	xyz	pdf spread for condensation over qsat total
AN_ARF	Moist	1	xy	areal fraction of anvil showers
AN_PRCP	Moist	kg m-2 s-1	xy	anvil precipitation
AUT	Moist	kg kg-1 s-1	xyz	autoconv sink of cloud liq
AUTZ	Moist	kg m-2 s-1	xy	autoconversion loss of cloud water
BYNCY	Moist	m s-2	xyz	buoyancy of surface parcel
CAPE	Moist	J m-2	xy	cape for surface parcel
CCWP	Moist	kg m-2	xy	grid mean conv cond water path diagnostic
CFPDF	Moist	1	xyz	cloud fraction after PDF
CFPDFX	Moist	1	xyz	cloud fraction internal in PDF scheme
CLCN	Moist	1	xyz	convective cloud area fraction
CLCNX0	Moist	1	xyz	convective cloud area fraction
CLDNCCN	Moist	m-3	xyz	number concentration of cloud particles
CLLS	Moist	1	xyz	large scale cloud area fraction
CLLSX0	Moist	1	xyz	large scale cloud area fraction
CNVIZ	Moist	kg m-2 s-1	xy	convective source of cloud ice
CNVLZ	Moist	kg m-2 s-1	xy	convective source of cloud water
CNVRNZ	Moist	kg m-2 s-1	xy	convective production of rain water
CNV_BASEP	Moist	Pa	xy	pressure at convective cloud base
CNV_CVW	Moist	hPa s-1	xyz	updraft vertical velocity
CNV_DQLDT	Moist	kg m-2 s-1	xyz	convective condensate source
CNV_FREQ	Moist	fraction	xy	convective frequency
CNV_MF0	Moist	kg m-2 s-1	xyz	cloud base mass flux
CNV_MFC	Moist	kg m-2 s-1	xyz	cumulative mass flux
CNV_MFD	Moist	kg m-2 s-1	xyz	detraining mass flux
CNV_QC	Moist	kg kg-1	xyz	grid mean convective condensate
CNV_TOPP	Moist	Pa	xy	pressure at convective cloud top
CNV_UPDF	Moist	1	xyz	updraft areal fraction
CN_ARF	Moist	1	xy	areal fraction of convective showers
CN_PRCP	Moist	kg m-2 s-1	xy	convective precipitation
COLLIZ	Moist	kg m-2 s-1	xy	accretion loss of cloud water to snow
COLLLZ	Moist	kg m-2 s-1	xy	accretion loss of cloud water to rain
CWP	Moist	kg m-2	xy	condensed water path
DBCDT	Moist	kg m-2 s-1	xy	black carbon tendency due to conv scav
DCNVI	Moist	kg kg-1 s-1	xyz	convective source of cloud ice
DCNVL	Moist	kg kg-1 s-1	xyz	convective source of cloud liq
DCPTE	Moist	J m-2	xy	Total VI DcpT
DDF_BYNC	Moist	m s-2	xyz	Buoyancy of DDF
DDF_DQDT	Moist	kg kg-1 s-1	xyz	Total Downdraft moistening
DDF_DTDT	Moist	K s-1	xyz	Total Downdraft heating
DDF_MFC	Moist	kg m-2 s-1	xyz	Downdraft mass flux
DDF_MUPH	Moist	kg kg-1 s-1	xyz	Downdraft moistening from evap subl
DDF_QVC	Moist	kg kg-1	xyz	Spec hum excess in DDF
DDF_RH1	Moist	1	xyz	Downdraft in cloud RH before
DDF_RH2	Moist	1	xyz	Downdraft in cloud RH after
DDF_TC	Moist	K	xyz	Temperature excess in DDF
DDF_ZSCALE	Moist	m	xy	vertical scale for downdraft
DDUDT	Moist	kg m-2 s-1	xy	dust tendency due to conv scav
DDUDTcarma	Moist	kg m-2 s-1	xy	carma dust tendency due to conv scav
DIFIX	Moist	kg kg-1 s-1	xyz	fix source sink of cloud ice
DIPDF	Moist	kg kg-1 s-1	xyz	pdf source sink of cloud ice
DLFIX	Moist	kg kg-1 s-1	xyz	fix source sink of cloud liq
DLPDF	Moist	kg kg-1 s-1	xyz	pdf source sink of cloud liq
DOCDT	Moist	kg m-2 s-1	xy	organic carbon tendency due to conv scav
DQCDTCN	Moist	kg kg-1 s-1	xyz	condensate tendency due to convection
DQDT	Moist	kg kg-1 s-1	xyz	specific humidity tendency due to moist
DQDTCN	Moist	kg kg-1 s-1	xyz	specific humidity tendency due to convection
DQIDT	Moist	kg kg-1 s-1	xyz	total ice water tendency due to moist
DQLDT	Moist	kg kg-1 s-1	xyz	total liq water tendency due to moist
DQRC	Moist	kg kg-1 s-1	xyz	convective rainwater source
DQRL	Moist	kg kg-1 s-1	xyz	large scale rainwater source
DSSDT	Moist	kg m-2 s-1	xy	sea salt tendency due to conv scav
DSSDTcarma	Moist	kg m-2 s-1	xy	carma seasalt tendency due to conv scav
DSUDT	Moist	kg m-2 s-1	xy	sulfate tendency due to conv scav
DTDTFRIC	Moist	Pa K s-1	xyz	pressure weighted temperature tendency due to moist friction
DTHDT	Moist	Pa K s-1	xyz	pressure weighted potential temperature tendency due to moist
DTHDTCN	Moist	K s-1	xyz	potential temperature tendency due to convection
DUDT	Moist	m s-2	xyz	zonal wind tendency due to moist
DVDT	Moist	m s-2	xyz	meridional wind tendency due to moist
ENTLAM	Moist	kg m-2 s-1	xyz	entrainment parameter
ER_PRCP	Moist	kg m-2 s-1	xy	spurious rain from RH cleanup
EVAPC	Moist	kg kg-1 s-1	xyz	evaporation of cloud liq
EVPCZ	Moist	kg m-2 s-1	xy	evaporation loss of cloud water
EVPPZ	Moist	kg m-2 s-1	xy	evaporation loss of precip water
FCLD	Moist	1	xyz	cloud fraction for radiation
FILLNQV	Moist	kg m-2 s-1	xy	filling of negative Q
FRLANDX0	Moist	1	xy	areal land fraction
FRZCZ	Moist	kg m-2 s-1	xy	net freezing of cloud condensate
FRZPZ	Moist	kg m-2 s-1	xy	net freezing of precip condensate
FRZ_PP	Moist	kg kg-1 s-1	xyz	freezing of precip condensate
FRZ_TT	Moist	kg kg-1 s-1	xyz	freezing of cloud condensate
INHB	Moist	1	xy	inhibition for surface parcel
IWP	Moist	kg m-2	xy	ice water path
KEDISS	Moist	W m-2	xyz	kinetic energy diss in RAS
KEMST	Moist	W m-2	xy	vertically integrated kinetic energy tendency across moist
KEMST2	Moist	W m-2	xy	vertically integrated KE dissipation in RAS
KHX0	Moist	m+2 s-1	xyz	scalar diffusivity
LS_ARF	Moist	1	xy	areal fraction of nonanvil large scale showers
LS_PRCP	Moist	kg m-2 s-1	xy	nonanvil large scale precipitation
LWP	Moist	kg m-2	xy	liquid water path
MTRI	Moist	X s-1	xyz	tracer tendencies due to moist
MXDIAM	Moist	m	xy	diameter of largest RAS plume
PCU	Moist	kg m-2 s-1	xy	convective rainfall
PDFIZ	Moist	kg m-2 s-1	xy	statistical source of cloud ice
PDFLZ	Moist	kg m-2 s-1	xy	statistical source of cloud water
PFI_AN	Moist	kg m-2 s-1	xyz	3D flux of ice anvil precipitation
PFI_CN	Moist	kg m-2 s-1	xyz	3D flux of ice convective precipitation
PFI_LS	Moist	kg m-2 s-1	xyz	3D flux of ice nonanvil large scale precipitation
PFI_LSAN	Moist	kg m-2 s-1	xyz	3D flux of ice nonconvective precipitation
PFL_AN	Moist	kg m-2 s-1	xyz	3D flux of liquid anvil precipitation
PFL_CN	Moist	kg m-2 s-1	xyz	3D flux of liquid convective precipitation
PFL_LS	Moist	kg m-2 s-1	xyz	3D flux of liquid nonanvil large scale precipitation
PFL_LSAN	Moist	kg m-2 s-1	xyz	3D flux of liquid nonconvective precipitation
PGENTOT	Moist	kg m-2 s-1	xy	Total column production of precipitation
PLS	Moist	kg m-2 s-1	xy	large scale rainfall
PREVTOT	Moist	kg m-2 s-1	xy	Total column re-evapsubl of precipitation
QCTOT	Moist	kg kg-1	xyz	mass fraction of total cloud water
QI	Moist	kg kg-1	xyz	cloud ice for radiation
QICN	Moist	1	xyz	mass fraction of convective cloud ice water
QICNX0	Moist	kg kg-1	xyz	mass fraction of convective cloud ice water
QILSX0	Moist	kg kg-1	xyz	mass fraction of large scale cloud ice water
QITOT	Moist	kg kg-1	xyz	mass fraction of cloud ice water
QL	Moist	kg kg-1	xyz	cloud liquid for radiation
QLCN	Moist	1	xyz	mass fraction of convective cloud liquid water
QLCNX0	Moist	kg kg-1	xyz	mass fraction of convective cloud liquid water
QLLSX0	Moist	kg kg-1	xyz	mass fraction of large scale cloud liquid water
QLTOT	Moist	kg kg-1	xyz	mass fraction of cloud liquid water
QR	Moist	kg kg-1	xyz	Falling rain for radiation
QRTOT	Moist	kg kg-1	xyz	mass fraction of falling rain
QS	Moist	kg kg-1	xyz	Falling snow for radiation
QSATI	Moist	kg kg-1	xyz	saturation spec hum over ice
QSATL	Moist	kg kg-1	xyz	saturation spec hum over liquid
QSTOT	Moist	kg kg-1	xyz	mass fraction of falling snow
QV	Moist	kg kg-1	xyz	water vapor for radiation
QVRAS	Moist	kg kg-1	xyz	water vapor after ras
QX0	Moist	kg kg-1	xyz	specific humidity
RASPBLQ	Moist	(m+3 s-1)+12	xy	sqrt of integral KH dz
RASTIME	Moist	s	xy	timescale for deep RAS plumes
RCCODE	Moist	codes	xyz	Convection return codes
REVSU_CN	Moist	kg kg-1 s-1	xyz	evap subl of convective precipitation
REVSU_LSAN	Moist	kg kg-1 s-1	xyz	evap subl of non convective precipitation
REV_AN	Moist	kg kg-1 s-1	xyz	evaporation of anvil precipitation
REV_CN	Moist	kg kg-1 s-1	xyz	evaporation of convective precipitation
REV_LS	Moist	kg kg-1 s-1	xyz	evaporation of nonanvil large scale precipitation
RH1	Moist	1	xyz	relative humidity before moist
RH2	Moist	1	xyz	relative humidity after moist
RHCLR	Moist	1	xyz	RH clear sky
RHX	Moist	1	xyz	relative humidity after PDF
RI	Moist	m	xyz	ice phase cloud particle effective radius
RL	Moist	m	xyz	liquid cloud particle effective radius
RR	Moist	m	xyz	falling rain particle effective radius
RS	Moist	m	xyz	falling ice particle effective radius
RSU_AN	Moist	kg kg-1 s-1	xyz	sublimation of anvil precipitation
RSU_CN	Moist	kg kg-1 s-1	xyz	sublimation of convective precipitation
RSU_LS	Moist	kg kg-1 s-1	xyz	sublimation of nonanvil large scale precipitation
SDM	Moist	kg kg-1 s-1	xyz	sedimentation sink of cloud ice
SDMZ	Moist	kg m-2 s-1	xy	sedimentation loss of cloud ice
SNO	Moist	kg m-2 s-1	xy	snowfall
SUBCZ	Moist	kg m-2 s-1	xy	sumblimation loss of cloud ice
SUBLC	Moist	kg kg-1 s-1	xyz	sublimation of cloud ice
SUBPZ	Moist	kg m-2 s-1	xy	sumblimation loss of precip ice
THX0	Moist	K	xyz	potential temperature
TPREC	Moist	kg m-2 s-1	xy	total precipitation
TPW	Moist	kg m-2	xy	total precipitable water
TRIEDLV	Moist	0 or 1	xyz	Tested for convection at this level
TSX0	Moist	K	xy	surface temperature
TVE0	Moist	J m-2	xy	Total VI MSE Before
TVE1	Moist	J m-2	xy	Total VI MSE After
TVEX	Moist	J m-2	xy	Total VI MSE Somewhere
TVQ0	Moist	kg m-2	xy	Total Water Substance Before
TVQ1	Moist	kg m-2	xy	Total Water Substance After
UX0	Moist	m s-1	xyz	eastward wind
VFALLICE_AN	Moist	m s-1	xyz	autoconversion fall velocity of anvil snow
VFALLICE_LS	Moist	m s-1	xyz	autoconversion fall velocity of largescale snow
VFALLRN_AN	Moist	m s-1	xyz	reevaporation fall velocity of anvil rain
VFALLRN_CN	Moist	m s-1	xyz	reevaporation fall velocity of convective rain
VFALLRN_LS	Moist	m s-1	xyz	reevaporation fall velocity of largescale rain
VFALLSN_AN	Moist	m s-1	xyz	reevaporation fall velocity of anvil snow
VFALLSN_CN	Moist	m s-1	xyz	reevaporation fall velocity of convective snow
VFALLSN_LS	Moist	m s-1	xyz	reevaporation fall velocity of largescale snow
VFALLWAT_AN	Moist	m s-1	xyz	autoconversion fall velocity of anvil rain
VFALLWAT_LS	Moist	m s-1	xyz	autoconversion fall velocity of largescale rain
VX0	Moist	m s-1	xyz	northward wind
ZCBL	Moist	m	xy	height of cloud base layer
ZLCL	Moist	m	xy	lifting condensation level
ZLFC	Moist	m	xy	level of free convection
ZPBLCN	Moist	m	xy	boundary layer depth
O3	O3	kg kg-1	xyz	Ozone from GOCART
O3CM001	O3	Dobsons	xy	Total ozone Bin 001
O3CM002	O3	Dobsons	xy	Total ozone Bin 002
O3PPMV	O3	1e-6	xyz	Ozone from GOCART
OCANGSTR	OC	1	xy	Organic Carbon Angstrom parameter [470-870 nm] ENSEMBLE
OCCMASS	OC	kg m-2	xy	Organic Carbon Column Mass Density ENSEMBLE
OCCONC	OC	kg m-3	xyz	Organic Carbon Mass Concentration ENSEMBLE
OCDP001	OC	kg m-2 s-1	xy	Organic Carbon Dry Deposition Bin 001 ENSEMBLE
OCDP002	OC	kg m-2 s-1	xy	Organic Carbon Dry Deposition Bin 002 ENSEMBLE
OCEM001	OC	kg m-2 s-1	xy	Organic Carbon Emission Bin 001 ENSEMBLE
OCEM002	OC	kg m-2 s-1	xy	Organic Carbon Emission Bin 002 ENSEMBLE
OCEMAN	OC	kg m-2 s-1	xy	Organic Carbon Anthropogenic Emissions ENSEMBLE
OCEMBB	OC	kg m-2 s-1	xy	Organic Carbon Biomass Burning Emissions ENSEMBLE
OCEMBF	OC	kg m-2 s-1	xy	Organic Carbon Biofuel Emissions ENSEMBLE
OCEMBG	OC	kg m-2 s-1	xy	Organic Carbon Biogenic Emissions ENSEMBLE
OCEXTCOEF	OC	m-1	xyz	Organic Carbon Ext. Coefficient [550 nm] ENSEMBLE
OCEXTTAU	OC	1	xy	Organic Carbon Extinction AOT [550 nm] ENSEMBLE
OCFLUXU	OC	kg m-1 s-1	xy	Organic Carbon column u-wind mass flux ENSEMBLE
OCFLUXV	OC	kg m-1 s-1	xy	Organic Carbon column v-wind mass flux ENSEMBLE
OCHYPHIL	OC	kg m-2 s-1	xy	Organic Carbon Hydrophobic to Hydrophilic ENSEMBLE
OCMASS	OC	kg kg-1	xyz	Organic Carbon Mass Mixing Ratio ENSEMBLE
OCSCACOEF	OC	m-1	xyz	Organic Carbon Scatt. Coefficient [550 nm] ENSEMBLE
OCSCATAU	OC	1	xy	Organic Carbon Scattering AOT [550 nm] ENSEMBLE
OCSMASS	OC	kg m-3	xy	Organic Carbon Surface Mass Concentration ENSEMBLE
OCWT001	OC	kg m-2 s-1	xy	Organic Carbon Wet Deposition Bin 001 ENSEMBLE
OCWT002	OC	kg m-2 s-1	xy	Organic Carbon Wet Deposition Bin 002 ENSEMBLE
TURB	Oceanbiogeochem	m-1	xy	water turbidity
AICE	Ogcm	N m-2	tile	northward stress at base of ice
CICE_2D_MASK	Ogcm	N m-2	tile	northward stress at base of ice
FRACICE	Ogcm	1	tile	fractional cover of seaice
HICE	Ogcm	N m-2	tile	northward stress at base of ice
KPAR	Ogcm	m-1	tile	PAR extinction coefficient
MLD	Ogcm	N m-2	tile	northward stress at base of ice
MOM_3D_MASK	Ogcm	N m-2	tile	northward stress at base of ice
PSI	Ogcm	N m-2	tile	northward stress at base of ice
RHO	Ogcm	N m-2	tile	northward stress at base of ice
S	Ogcm	N m-2	tile	northward stress at base of ice
SSH	Ogcm	N m-2	tile	northward stress at base of ice
T	Ogcm	N m-2	tile	northward stress at base of ice
TAUXIBOT	Ogcm	N m-2	tile	eastward stress at base of ice
TAUYIBOT	Ogcm	N m-2	tile	northward stress at base of ice
TILELATS	Ogcm	degrees	tile	latitude
TILELONS	Ogcm	degrees	tile	longitude
TX	Ogcm	N m-2	tile	northward stress at base of ice
TY	Ogcm	N m-2	tile	northward stress at base of ice
U	Ogcm	N m-2	tile	northward stress at base of ice
UI	Ogcm	m s-1	tile	zonal velocity of surface seaice
UW	Ogcm	m s-1	tile	zonal velocity of surface water
V	Ogcm	N m-2	tile	northward stress at base of ice
VI	Ogcm	m s-1	tile	meridional velocity of surface seaice
VW	Ogcm	m s-1	tile	meridional velocity of surface water
Z	Ogcm	N m-2	tile	northward stress at base of ice
FROCEAN	Orad	1	xy	ocean fraction of grid cell
H	Orad	dyn-m	xyz	Layer mass
KPAR	Orad	m-1	xy	PAR extinction coefficient
PENPAF	Orad	W m-2	xy	net downward penetrating diffuse PAR flux
PENPAR	Orad	W m-2	xy	net downward penetrating direct PAR flux
PENUVF	Orad	W m-2	xy	net downward penetrating diffuse UV flux
PENUVR	Orad	W m-2	xy	net downward penetrating direct UV flux
SWHEAT	Orad	W m-2	xyz	solar heating rate
AERO_DP	PChem	kg m-2 s-1	xy	aerosol deposition
BC	PChem	kg kg-1	xyz	black carbon aerosol mixing ratio
CFC11_LOSS	PChem	mol mol-1 s-1	xyz	tendency of CFC11 volume mixing ratio due to loss
CFC11_PROD	PChem	mol mol-1 s-1	xyz	tendency of CFC11 volume mixing ratio due to production
CFC12_LOSS	PChem	mol mol-1 s-1	xyz	tendency of CFC12 volume mixing ratio due to loss
CFC12_PROD	PChem	mol mol-1 s-1	xyz	tendency of CFC12 volume mixing ratio due to production
CH4_LOSS	PChem	mol mol-1 s-1	xyz	tendency of methane volume mixing ratio due to loss
CH4_PROD	PChem	mol mol-1 s-1	xyz	tendency of methane volume mixing ratio due to production
DUST	PChem	kg kg-1	xyz	mineral dust mixing ratio
H2O_LOSS	PChem	s-1	xyz	tendency of specific humidity due to loss
H2O_PROD	PChem	s-1	xyz	tendency of specific humidity due to production
H2O_TEND	PChem	kg kg-1 s-1	xyz	tendency of water vapor mixing ratio due to chemistry
HCFC22_LOSS	PChem	mol mol-1 s-1	xyz	tendency of HCFC22 volume mixing ratio due to loss
HCFC22_PROD	PChem	mol mol-1 s-1	xyz	tendency of HCFC22 volume mixing ratio due to production
N2O_LOSS	PChem	mol mol-1 s-1	xyz	tendency of nitrous oxide volume mixing ratio due to loss
N2O_PROD	PChem	mol mol-1 s-1	xyz	tendency of nitrous oxide volume mixing ratio due to production
O3	PChem	kg kg-1	xyz	ozone mass mixing ratio
O3PPMV	PChem	ppmv	xyz	ozone volume mixing ratio
OC	PChem	kg kg-1	xyz	organic carbon aerosol mixing ratio
OX_LOSS	PChem	mol mol-1 s-1	xyz	tendency of odd oxygen volume mixing ratio due to loss
OX_PROD	PChem	mol mol-1 s-1	xyz	tendency of odd oxygen volume mixing ratio due to production
OX_TEND	PChem	mol mol-1 s-1	xyz	tendency of odd oxygen mixing ratio due to chemistry
SALT	PChem	kg kg-1	xyz	sea salt mixing ratio
SO4	PChem	kg kg-1	xyz	sulfate aerosol mixing ratio
TO3	PChem	Dobsons	xy	total column ozone
TTO3	PChem	Dobsons	xy	tropospheric column ozone
DOXDTCHMINT	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to chemistry
DOXDTPHYINT	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
DPEDT	Physics	Pa s-1	xyz	tendency of pressure at layer edges due to physics
DQIDTMSTINT	Physics	kg m-2 s-1	xy	vertically integrated ice tendency due to moist processes
DQIDTPHYINT	Physics	kg m-2 s-1	xy	vertically integrated ice tendency due to physics
DQLDTMSTINT	Physics	kg m-2 s-1	xy	vertically integrated liquid water tendency due to moist processes
DQLDTPHYINT	Physics	kg m-2 s-1	xy	vertically integrated liquid water tendency due to physics
DQVDTCHMINT	Physics	kg m-2 s-1	xy	vertically integrated water vapor tendency due to chemistry
DQVDTMSTINT	Physics	kg m-2 s-1	xy	vertically integrated water vapor tendency due to moist processes
DQVDTPHYINT	Physics	kg m-2 s-1	xy	vertically integrated water vapor tendency due to physics
DQVDTTRBINT	Physics	kg m-2 s-1	xy	vertically integrated water vapor tendency due to turbulence
DTDT	Physics	Pa K s-1	xyz	pressure weighted tendency of air temperature due to physics
DTDTRAD	Physics	K s-1	xyz	tendency of air temperature due to radiation
DTDTTOT	Physics	K s-1	xyz	tendency of air temperature due to physics
DUDT	Physics	m s-2	xyz	tendency of eastward wind due to physics
DVDT	Physics	m s-2	xyz	tendency of northward wind due to physics
FRACI	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
FRLAKE	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
FRLAND	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
FRLANDICE	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
FROCEAN	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
FTB	Physics	W m-2	xyz	upward net turbulence heat flux
FTU	Physics	m+2 s-2	xyz	upward net turbulence eastward momentum flux
FTV	Physics	m+2 s-2	xyz	upward net turbulence northward momentum flux
KEPHY	Physics	W m-2	xy	vertically integrated kinetic energy tendency across physics
LWI	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
O3PPMV	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
OXIM	Physics	kg kg-1 s-1	xyz	tendency of odd oxygen due to moist processes
OXIT	Physics	kg kg-1 s-1	xyz	tendency of odd oxygen due to turbulence
PECUF	Physics	W m-2	xy	vertically integrated potential energy tendency due to cumulus friction
PEFRI	Physics	W m-2	xy	vertically integrated potential energy tendency due to friction
PEGWD	Physics	W m-2	xy	vertically integrated potential energy tendency across gwd
PEMST	Physics	W m-2	xy	vertically integrated potential energy tendency across moist
PEPHY	Physics	W m-2	xy	vertically integrated potential energy tendency across physics
PERAD	Physics	W m-2	xy	vertically integrated potential energy tendency across radiation
PETRB	Physics	W m-2	xy	vertically integrated potential energy tendency across turbulence
Q	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
QCTOT	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
QILSIT	Physics	kg kg-1 s-1	xyz	tendency of frozen condensate due to turbulence
QLLSIT	Physics	kg kg-1 s-1	xyz	tendency of liquid condensate due to turbulence
QVIT	Physics	kg kg-1 s-1	xyz	tendency of specific humidity due to turbulence
SIT	Physics	Pa m+2 s-3	xyz	pressure weighted tendency of dry static energy due to turbulence
SNOMAS	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
THIM	Physics	Pa K s-1	xyz	pressure weighted tendency of potential temperature due to moist processes
TIF	Physics	K s-1	xyz	tendency of air temperature due to friction
TIM	Physics	K s-1	xyz	tendency of air temperature due to moist processes
TIMFRIC	Physics	K s-1	xyz	tendency of air temperature due to moist processes friction
TIT	Physics	K s-1	xyz	tendency of air temperature due to turbulence
TRADV	Physics	X	xyz	advected quantities
TRANA	Physics	X	xyz	analyzed quantities
TS	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
TSOIL1	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
U10M	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
U10N	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
UIT	Physics	m s-2	xyz	tendency of eastward wind due to turbulence
V10M	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
V10N	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
VIT	Physics	m s-2	xyz	tendency of northward wind due to turbulence
WET1	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
Z0	Physics	kg m-2 s-1	xy	vertically integrated odd oxygen tendency due to physics
ALBEDO	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
ALW	Radiation	W m-2	xy	linearization of surface upwelling longwave flux
BLW	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
CLDTT	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DFNIR	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DFNIRN	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DFPAR	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DFPARN	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DFUVR	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DFUVRN	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DRNIR	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DRNIRN	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DRPAR	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DRPARN	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DRUVR	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DRUVRN	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
DTDT	Radiation	Pa K s-1	xyz	pressure weighted air temperature tendency due to radiation
FCLD	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
LWS	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
RADLW	Radiation	K s-1	xyz	air temperature tendency due to longwave
RADLWC	Radiation	K s-1	xyz	air temperature tendency due to longwave for clear skies
RADLWCNA	Radiation	K s-1	xyz	air temperature tendency due to longwave for clear skies no aerosol
RADSRF	Radiation	W m-2	xy	net downwelling radiation at surface
RADSW	Radiation	K s-1	xyz	air temperature tendency due to shortwave
RADSWC	Radiation	K s-1	xyz	air temperature tendency due to shortwave for clear skies
RADSWCNA	Radiation	K s-1	xyz	air temperature tendency due to shortwave for clear skies no aerosol
RADSWNA	Radiation	K s-1	xyz	air temperature tendency due to shortwave no aerosol
TAUCLI	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
TAUCLW	Radiation	W m-2 K-1	xy	linearization of surface upwelling longwave flux
RnCL	Rn	kg m-2	xy	Rn Column Burden ENSEMBLE
RnCLAfri	Rn	kg m-2	xy	Rn Column Burden Africa
RnCLAsia	Rn	kg m-2	xy	Rn Column Burden Asia
RnCLAust	Rn	kg m-2	xy	Rn Column Burden Australia
RnCLEuro	Rn	kg m-2	xy	Rn Column Burden Europe
RnCLNoAm	Rn	kg m-2	xy	Rn Column Burden North America
RnCLSoAm	Rn	kg m-2	xy	Rn Column Burden South America
RnEM	Rn	kg m-2 s-1	xy	Rn Emission ENSEMBLE
RnEMAfri	Rn	kg m-2 s-1	xy	Rn Emission Africa
RnEMAsia	Rn	kg m-2 s-1	xy	Rn Emission Asia
RnEMAust	Rn	kg m-2 s-1	xy	Rn Emission Australia
RnEMEuro	Rn	kg m-2 s-1	xy	Rn Emission Europe
RnEMNoAm	Rn	kg m-2 s-1	xy	Rn Emission North America
RnEMSoAm	Rn	kg m-2 s-1	xy	Rn Emission South America
RnLS	Rn	kg m-2 s-1	xy	Rn Decay ENSEMBLE
RnLSAfri	Rn	kg m-2 s-1	xy	Rn Decay Africa
RnLSAsia	Rn	kg m-2 s-1	xy	Rn Decay Asia
RnLSAust	Rn	kg m-2 s-1	xy	Rn Decay Australia
RnLSEuro	Rn	kg m-2 s-1	xy	Rn Decay Europe
RnLSNoAm	Rn	kg m-2 s-1	xy	Rn Decay North America
RnLSSoAm	Rn	kg m-2 s-1	xy	Rn Decay South America
RnSC	Rn	molmol	xy	Rn Surface Concentration ENSEMBLE
RnSCAfri	Rn	molmol	xy	Rn Surface Concentration Africa
RnSCAsia	Rn	molmol	xy	Rn Surface Concentration Asia
RnSCAust	Rn	molmol	xy	Rn Surface Concentration Australia
RnSCEuro	Rn	molmol	xy	Rn Surface Concentration Europe
RnSCNoAm	Rn	molmol	xy	Rn Surface Concentration North America
RnSCSoAm	Rn	molmol	xy	Rn Surface Concentration South America
SSAERIDX	SS	1	xy	Sea Salt TOMS UV Aerosol Index
SSANGSTR	SS	1	xy	Sea Salt Angstrom parameter [470-870 nm]
SSCMASS	SS	kg m-2	xy	Sea Salt Column Mass Density
SSCMASS25	SS	kg m-2	xy	Sea Salt Column Mass Density - PM 2.5
SSCONC	SS	kg m-3	xyz	Sea Salt Mass Concentration
SSDP001	SS	kg m-2 s-1	xy	Sea Salt Dry Deposition Bin 001
SSDP002	SS	kg m-2 s-1	xy	Sea Salt Dry Deposition Bin 002
SSDP003	SS	kg m-2 s-1	xy	Sea Salt Dry Deposition Bin 003
SSDP004	SS	kg m-2 s-1	xy	Sea Salt Dry Deposition Bin 004
SSDP005	SS	kg m-2 s-1	xy	Sea Salt Dry Deposition Bin 005
SSEM001	SS	kg m-2 s-1	xy	Sea Salt Emission Bin 001
SSEM002	SS	kg m-2 s-1	xy	Sea Salt Emission Bin 002
SSEM003	SS	kg m-2 s-1	xy	Sea Salt Emission Bin 003
SSEM004	SS	kg m-2 s-1	xy	Sea Salt Emission Bin 004
SSEM005	SS	kg m-2 s-1	xy	Sea Salt Emission Bin 005
SSEXTCOEF	SS	m-1	xyz	Sea Salt Extinction Coefficient [550 nm]
SSEXTT25	SS	1	xy	Sea Salt Extinction AOT [550 nm] - PM 2.5
SSEXTTAU	SS	1	xy	Sea Salt Extinction AOT [550 nm]
SSEXTTFM	SS	1	xy	Sea Salt Extinction AOT [550 nm] - PM 1.0 um
SSFLUXU	SS	kg m-1 s-1	xy	Sea Salt column u-wind mass flux
SSFLUXV	SS	kg m-1 s-1	xy	Sea Salt column v-wind mass flux
SSMASS	SS	kg kg-1	xyz	Sea Salt Mass Mixing Ratio
SSMASS25	SS	kg kg-1	xyz	Sea Salt Mass Mixing Ratio - PM 2.5
SSSCACOEF	SS	m-1	xyz	Sea Salt Scattering Coefficient [550 nm]
SSSCAT25	SS	1	xy	Sea Salt Scattering AOT [550 nm] - PM 2.5
SSSCATAU	SS	1	xy	Sea Salt Scattering AOT [550 nm]
SSSCATFM	SS	1	xy	Sea Salt Scattering AOT [550 nm] - PM 1.0 um
SSSD001	SS	kg m-2 s-1	xy	Sea Salt Sedimentation Bin 001
SSSD002	SS	kg m-2 s-1	xy	Sea Salt Sedimentation Bin 002
SSSD003	SS	kg m-2 s-1	xy	Sea Salt Sedimentation Bin 003
SSSD004	SS	kg m-2 s-1	xy	Sea Salt Sedimentation Bin 004
SSSD005	SS	kg m-2 s-1	xy	Sea Salt Sedimentation Bin 005
SSSMASS	SS	kg m-3	xy	Sea Salt Surface Mass Concentration
SSSMASS25	SS	kg m-3	xy	Sea Salt Surface Mass Concentration - PM 2.5
SSWT001	SS	kg m-2 s-1	xy	Sea Salt Wet Deposition Bin 001
SSWT002	SS	kg m-2 s-1	xy	Sea Salt Wet Deposition Bin 002
SSWT003	SS	kg m-2 s-1	xy	Sea Salt Wet Deposition Bin 003
SSWT004	SS	kg m-2 s-1	xy	Sea Salt Wet Deposition Bin 004
SSWT005	SS	kg m-2 s-1	xy	Sea Salt Wet Deposition Bin 005
DMSCMASS	SU	kg m-2	xy	DMS Column Mass Density
DMSSMASS	SU	kg m-3	xy	DMS Surface Mass Concentration
PMSA	SU	kg m-2 s-1	xyz	MSA Prod from DMS oxidation
PSO2	SU	kg m-2 s-1	xyz	SO2 Prod from DMS oxidation
PSO4AQ	SU	kg m-2 s-1	xyz	SO4 Prod from aqueous SO2 oxidation
PSO4G	SU	kg m-2 s-1	xyz	SO4 Prod from SO2 oxidation
PSO4WET	SU	kg m-2 s-1	xyz	SO4 Prod from wet SO2 oxidation
SO2CMASS	SU	kg m-2	xy	SO2 Column Mass Density
SO2EMAN	SU	kg m-2 s-1	xy	SO2 Anthropogenic Emissions
SO2EMBB	SU	kg m-2 s-1	xy	SO2 Biomass Burning Emissions
SO2EMVE	SU	kg m-2 s-1	xy	SO2 Volcanic (explosive) Emissions
SO2EMVN	SU	kg m-2 s-1	xy	SO2 Volcanic (non-explosive) Emissions
SO2SMASS	SU	kg m-3	xy	SO2 Surface Mass Concentration
SO4CMASS	SU	kg m-2	xy	SO4 Column Mass Density
SO4EMAN	SU	kg m-2 s-1	xy	SO4 Anthropogenic Emissions
SO4MASS	SU	kg kg-1	xyz	SO4 Aerosol Mass Mixing Ratio
SO4SMASS	SU	kg m-3	xy	SO4 Surface Mass Concentration
SUANGSTR	SU	1	xy	SO4 Angstrom parameter [470-870 nm]
SUCONC	SU	kg m-3	xyz	SO4 Aerosol Mass Concentration
SUDP001	SU	kg m-2 s-1	xy	Sulfate Dry Deposition Bin 001
SUDP002	SU	kg m-2 s-1	xy	Sulfate Dry Deposition Bin 002
SUDP003	SU	kg m-2 s-1	xy	Sulfate Dry Deposition Bin 003
SUDP004	SU	kg m-2 s-1	xy	Sulfate Dry Deposition Bin 004
SUEM001	SU	kg m-2 s-1	xy	Sulfate Emission Bin 001
SUEM002	SU	kg m-2 s-1	xy	Sulfate Emission Bin 002
SUEM003	SU	kg m-2 s-1	xy	Sulfate Emission Bin 003
SUEM004	SU	kg m-2 s-1	xy	Sulfate Emission Bin 004
SUEXTCOEF	SU	m-1	xyz	SO4 Extinction Coefficient [550 nm]
SUEXTTAU	SU	1	xy	SO4 Extinction AOT [550 nm]
SUFLUXU	SU	kg m-1 s-1	xy	SO4 column u-wind mass flux
SUFLUXV	SU	kg m-1 s-1	xy	SO4 column v-wind mass flux
SUPMSA	SU	kg m-2 s-1	xy	MSA Prod from DMS Oxidation [column]
SUPSO2	SU	kg m-2 s-1	xy	SO2 Prod from DMS Oxidation [column]
SUPSO4AQ	SU	kg m-2 s-1	xy	SO4 Prod from Aqueous SO2 Oxidation [column]
SUPSO4G	SU	kg m-2 s-1	xy	SO4 Prod from Gaseous SO2 Oxidation [column]
SUPSO4WT	SU	kg m-2 s-1	xy	SO4 Prod from Aqueous SO2 Oxidation (wet dep) [column]
SUSCACOEF	SU	m-1	xyz	SO4 Scattering Coefficient [550 nm]
SUSCATAU	SU	1	xy	SO4 Scattering AOT [550 nm]
SUWT001	SU	kg m-2 s-1	xy	Sulfate Wet Deposition Bin 001
SUWT002	SU	kg m-2 s-1	xy	Sulfate Wet Deposition Bin 002
SUWT003	SU	kg m-2 s-1	xy	Sulfate Wet Deposition Bin 003
SUWT004	SU	kg m-2 s-1	xy	Sulfate Wet Deposition Bin 004
ALBNF	Saltwater	1	tile	surface albedo for near infrared diffuse
ALBNR	Saltwater	1	tile	surface albedo for near infrared beam
ALBVF	Saltwater	1	tile	surface albedo for visible diffuse
ALBVR	Saltwater	1	tile	surface albedo for visible beam
CHT	Saltwater	kg m-2 s-1	tile	surface heat exchange coefficient
CMT	Saltwater	kg m-2 s-1	tile	surface momentum exchange coefficient
CNT	Saltwater	1	tile	neutral drag coefficient
CQT	Saltwater	kg m-2 s-1	tile	surface moisture exchange coefficient
DELQS	Saltwater	kg kg-1	tile	change of surface specific humidity
DELTS	Saltwater	K	tile	change of surface skin temperature
EMIS	Saltwater	1	tile	surface emissivity
EVAPOUT	Saltwater	kg m-2 s-1	tile	evaporation
FRACI	Saltwater	1	tile	ice covered fraction of tile
GUST	Saltwater	m s-1	tile	gustiness
HLATICE	Saltwater	W m-2	tile	sea ice latent energy flux
HLATN	Saltwater	W m-2	tile	total latent energy flux
HLATWTR	Saltwater	W m-2	tile	open water latent energy flux
HLWUP	Saltwater	W m-2	tile	surface outgoing longwave flux
LWNDICE	Saltwater	W m-2	tile	sea ice net downward longwave flux
LWNDSRF	Saltwater	W m-2	tile	surface net downward longwave flux
LWNDWTR	Saltwater	W m-2	tile	open water net downward longwave flux
MOQ10M	Saltwater	kg kg-1	tile	humidity 10m wind from MO sfc
MOQ2M	Saltwater	kg kg-1	tile	humidity 2m wind from MO sfc
MOT10M	Saltwater	K	tile	temperature 10m wind from MO sfc
MOT2M	Saltwater	K	tile	temperature 2m wind from MO sfc
MOU10M	Saltwater	m s-1	tile	zonal 10m wind from MO sfc
MOU2M	Saltwater	m s-1	tile	zonal 2m wind from MO sfc
MOU50M	Saltwater	m s-1	tile	zonal 50m wind from MO sfc
MOV10M	Saltwater	m s-1	tile	meridional 10m wind from MO sfc
MOV2M	Saltwater	m s-1	tile	meridional 2m wind from MO sfc
MOV50M	Saltwater	m s-1	tile	meridional 50m wind from MO sfc
OUSTAR3	Saltwater	m+3 s-3	tile	ocean ustar cubed
PENPAF	Saltwater	W m-2	tile	downwelling par diffuse flux at skin base
PENPAR	Saltwater	W m-2	tile	downwelling par direct flux at skin base
PENUVF	Saltwater	W m-2	tile	downwelling uvr diffuse flux at skin base
PENUVR	Saltwater	W m-2	tile	downwelling uvr direct flux at skin base
PS	Saltwater	Pa	tile	surface pressure
QH	Saltwater	kg kg-1	tile	turbulence surface specific humidity
QST	Saltwater	kg kg-1	tile	surface specific humidity
RAINOCN	Saltwater	kg m-2 s-1	tile	ocean rainfall
RET	Saltwater	1	tile	surface reynolds number
RIT	Saltwater	1	tile	surface bulk richardson number
SHICE	Saltwater	W m-2	tile	sea ice upward sensible heat flux
SHOUT	Saltwater	W m-2	tile	upward sensible heat flux
SHWTR	Saltwater	W m-2	tile	open water upward sensible heat flux
SNOWOCN	Saltwater	kg m-2 s-1	tile	ocean snowfall
SUBLIM	Saltwater	kg m-2 s-1	tile	sublimation
SWNDICE	Saltwater	W m-2	tile	sea ice net downward shortwave flux
SWNDSRF	Saltwater	W m-2	tile	surface net downward shortwave flux
SWNDWTR	Saltwater	W m-2	tile	open water net downward shortwave flux
TAUXI	Saltwater	N m-2	tile	eastward stress over ice
TAUXO	Saltwater	N m-2	tile	eastward stress on ocean
TAUXW	Saltwater	N m-2	tile	eastward stress over water
TAUYI	Saltwater	N m-2	tile	northward stress over ice
TAUYO	Saltwater	N m-2	tile	northward stress on ocean
TAUYW	Saltwater	N m-2	tile	northward stress over water
TH	Saltwater	K	tile	turbulence surface temperature
TST	Saltwater	K	tile	surface skin temperature
UH	Saltwater	m s-1	tile	turbulence surface zonal velocity
VENT	Saltwater	m s-1	tile	surface ventilation velocity
VH	Saltwater	m s-1	tile	turbulence surface meridional velocity
Z0	Saltwater	m	tile	surface roughness
Z0H	Saltwater	m	tile	surface roughness for heat
ALBISCCP	Satsim	1	xy	isccp cloud albedo
CFADLIDARSR532_01	Satsim	1	xyz	calipso scattering ratio cfad 01
CFADLIDARSR532_02	Satsim	1	xyz	calipso scattering ratio cfad 02
CFADLIDARSR532_03	Satsim	1	xyz	calipso scattering ratio cfad 03
CFADLIDARSR532_04	Satsim	1	xyz	calipso scattering ratio cfad 04
CFADLIDARSR532_05	Satsim	1	xyz	calipso scattering ratio cfad 05
CFADLIDARSR532_06	Satsim	1	xyz	calipso scattering ratio cfad 06
CFADLIDARSR532_07	Satsim	1	xyz	calipso scattering ratio cfad 07
CFADLIDARSR532_08	Satsim	1	xyz	calipso scattering ratio cfad 08
CFADLIDARSR532_09	Satsim	1	xyz	calipso scattering ratio cfad 09
CFADLIDARSR532_10	Satsim	1	xyz	calipso scattering ratio cfad 10
CFADLIDARSR532_11	Satsim	1	xyz	calipso scattering ratio cfad 11
CFADLIDARSR532_12	Satsim	1	xyz	calipso scattering ratio cfad 12
CFADLIDARSR532_13	Satsim	1	xyz	calipso scattering ratio cfad 13
CFADLIDARSR532_14	Satsim	1	xyz	calipso scattering ratio cfad 14
CFADLIDARSR532_15	Satsim	1	xyz	calipso scattering ratio cfad 15
CLCALIPSO	Satsim	1	xyz	calipso total cloud fraction
CLCALIPSO2	Satsim	1	xyz	calipsonocloudsat cloud fraction
CLHCALIPSO	Satsim	1	xy	calipso high level cloud fraction
CLLCALIPSO	Satsim	1	xy	calipso low level cloud fraction
CLMCALIPSO	Satsim	1	xy	calipso mid level cloud fraction
CLOUDSATCFAD01	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD02	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD03	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD04	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD05	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD06	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD07	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD08	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD09	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD10	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD11	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD12	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD13	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD14	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLOUDSATCFAD15	Satsim	1	xyz	cloudsat radar reflectivity cfad
CLTCALIPSO	Satsim	1	xy	calipso total cloud fraction
CTPISCCP	Satsim	1	xy	isccp air pressure at cloud top
ISCCP1	Satsim	1	xy	isccp output 0 180 hPa
ISCCP2	Satsim	1	xy	isccp output 180 310 hPa
ISCCP3	Satsim	1	xy	isccp output 310 440 hPa
ISCCP4	Satsim	1	xy	isccp output 440 560 hPa
ISCCP5	Satsim	1	xy	isccp output 560 680 hPa
ISCCP6	Satsim	1	xy	isccp output 680 800 hPa
ISCCP7	Satsim	1	xy	isccp output 800 SFC hPa
ISCCP_ACU_OA	Satsim	1	xy	fraction of thin higher altocumulus
ISCCP_ACU_OB	Satsim	1	xy	fraction of thick higher altocumulus
ISCCP_ACU_UA	Satsim	1	xy	fraction of thin lower altocumulus
ISCCP_ACU_UB	Satsim	1	xy	fraction of thick lower altocumulus
ISCCP_AST_OA	Satsim	1	xy	fraction of thin higher altostratus
ISCCP_AST_OB	Satsim	1	xy	fraction of thick higher altostratus
ISCCP_AST_UA	Satsim	1	xy	fraction of thin lower altostratus
ISCCP_AST_UB	Satsim	1	xy	fraction of thick lower altostratus
ISCCP_CB_MA	Satsim	1	xy	fraction of thin middle cumulonimbus
ISCCP_CB_MB	Satsim	1	xy	fraction of thick middle cumulonimbus
ISCCP_CB_OA	Satsim	1	xy	fraction of thin higher cumulonimbus
ISCCP_CB_OB	Satsim	1	xy	fraction of thick higher cumulonimbus
ISCCP_CB_UA	Satsim	1	xy	fraction of thin lower cumulonimbus
ISCCP_CB_UB	Satsim	1	xy	fraction of thick lower cumulonimbus
ISCCP_CIST_MA	Satsim	1	xy	fraction of thin middle cirrostratus
ISCCP_CIST_MB	Satsim	1	xy	fraction of thick middle cirrostratus
ISCCP_CIST_OA	Satsim	1	xy	fraction of thin higher cirrostratus
ISCCP_CIST_OB	Satsim	1	xy	fraction of thick higher cirrostratus
ISCCP_CIST_UA	Satsim	1	xy	fraction of thin lower cirrostratus
ISCCP_CIST_UB	Satsim	1	xy	fraction of thick lower cirrostratus
ISCCP_CI_MA	Satsim	1	xy	fraction of thin middle cirrus
ISCCP_CI_MB	Satsim	1	xy	fraction of thick middle cirrus
ISCCP_CI_OA	Satsim	1	xy	fraction of thin higher cirrus
ISCCP_CI_OB	Satsim	1	xy	fraction of thick higher cirrus
ISCCP_CI_UA	Satsim	1	xy	fraction of thin lower cirrus
ISCCP_CI_UB	Satsim	1	xy	fraction of thick lower cirrus
ISCCP_CU_OA	Satsim	1	xy	fraction of thin higher cumulus
ISCCP_CU_OB	Satsim	1	xy	fraction of thick higher cumulus
ISCCP_CU_UA	Satsim	1	xy	fraction of thin lower cumulus
ISCCP_CU_UB	Satsim	1	xy	fraction of thick lower cumulus
ISCCP_NST_OA	Satsim	1	xy	fraction of thin higher nimbostratus
ISCCP_NST_OB	Satsim	1	xy	fraction of thick higher nimbostratus
ISCCP_NST_UA	Satsim	1	xy	fraction of thin lower nimbostratus
ISCCP_NST_UB	Satsim	1	xy	fraction of thick lower nimbostratus
ISCCP_STCU_OA	Satsim	1	xy	fraction of thin higher stratocumulus
ISCCP_STCU_OB	Satsim	1	xy	fraction of thick higher stratocumulus
ISCCP_STCU_UA	Satsim	1	xy	fraction of thin lower stratocumulus
ISCCP_STCU_UB	Satsim	1	xy	fraction of thick lower stratocumulus
ISCCP_ST_OA	Satsim	1	xy	fraction of thin higher stratus
ISCCP_ST_OB	Satsim	1	xy	fraction of thick higher stratus
ISCCP_ST_UA	Satsim	1	xy	fraction of thin lower stratus
ISCCP_ST_UB	Satsim	1	xy	fraction of thick lower stratus
ISCCP_SUBV1	Satsim	1	xy	fraction of subvisible cloud 0 180 hPa
ISCCP_SUBV2	Satsim	1	xy	fraction of subvisible cloud 180 310 hPa
ISCCP_SUBV3	Satsim	1	xy	fraction of subvisible cloud 310 440 hPa
ISCCP_SUBV4	Satsim	1	xy	fraction of subvisible cloud 440 560 hPa
ISCCP_SUBV5	Satsim	1	xy	fraction of subvisible cloud 560 680 hPa
ISCCP_SUBV6	Satsim	1	xy	fraction of subvisible cloud 680 800 hPa
ISCCP_SUBV7	Satsim	1	xy	fraction of subvisible cloud 800 SFC hPa
LIDARPMOL	Satsim	m-1 sr-1	xyz	molecular attenuated backscatter lidar signal power
LIDARPTOT	Satsim	m-1 sr-1	xyz	total attenuated backscatter lidar signal power
LIDARTAUTOT	Satsim	1	xyz	optical thickess integrated from top to level z
MDSCLDFRCH2O	Satsim	1	xy	modis cloud fraction water mean
MDSCLDFRCHI	Satsim	1	xy	modis cloud fraction high mean
MDSCLDFRCICE	Satsim	1	xy	modis cloud fraction ice mean
MDSCLDFRCLO	Satsim	1	xy	modis cloud fraction low mean
MDSCLDFRCMID	Satsim	1	xy	modis cloud fraction mid mean
MDSCLDFRCTTL	Satsim	1	xy	modis cloud fraction total mean
MDSCLDFRCWTR	Satsim	1	xy	modis cloud fraction water mean
MDSCLDSZH20	Satsim	1	xy	modis cloud particle size water mean
MDSCLDSZICE	Satsim	1	xy	modis cloud particle size ice mean
MDSCLDSZWTR	Satsim	1	xy	modis cloud particle size water mean
MDSCLDTOPPS	Satsim	1	xy	modis cloud top pressure total mean
MDSH2OPATH	Satsim	1	xy	modis liquid water path mean
MDSICEPATH	Satsim	1	xy	modis ice water path mean
MDSOPTHCKH2O	Satsim	1	xy	modis optical thickness water mean
MDSOPTHCKH2OLG	Satsim	1	xy	modis optical thickness water logmean
MDSOPTHCKICE	Satsim	1	xy	modis optical thickness ice mean
MDSOPTHCKICELG	Satsim	1	xy	modis optical thickness ice logmean
MDSOPTHCKTTL	Satsim	1	xy	modis optical thickness total mean
MDSOPTHCKTTLLG	Satsim	1	xy	modis optical thickness total logmean
MDSOPTHCKWTR	Satsim	1	xy	modis optical thickness water mean
MDSOPTHCKWTRLG	Satsim	1	xy	modis optical thickness water logmean
MDSTAUPRSHIST11	Satsim	1	xy	modis tau pressure histogram bin 1 1
MDSTAUPRSHIST12	Satsim	1	xy	modis tau pressure histogram bin 1 2
MDSTAUPRSHIST13	Satsim	1	xy	modis tau pressure histogram bin 1 3
MDSTAUPRSHIST14	Satsim	1	xy	modis tau pressure histogram bin 1 4
MDSTAUPRSHIST15	Satsim	1	xy	modis tau pressure histogram bin 1 5
MDSTAUPRSHIST16	Satsim	1	xy	modis tau pressure histogram bin 1 6
MDSTAUPRSHIST17	Satsim	1	xy	modis tau pressure histogram bin 1 7
MDSTAUPRSHIST21	Satsim	1	xy	modis tau pressure histogram bin 2 1
MDSTAUPRSHIST22	Satsim	1	xy	modis tau pressure histogram bin 2 2
MDSTAUPRSHIST23	Satsim	1	xy	modis tau pressure histogram bin 2 3
MDSTAUPRSHIST24	Satsim	1	xy	modis tau pressure histogram bin 2 4
MDSTAUPRSHIST25	Satsim	1	xy	modis tau pressure histogram bin 2 5
MDSTAUPRSHIST26	Satsim	1	xy	modis tau pressure histogram bin 2 6
MDSTAUPRSHIST27	Satsim	1	xy	modis tau pressure histogram bin 2 7
MDSTAUPRSHIST31	Satsim	1	xy	modis tau pressure histogram bin 3 1
MDSTAUPRSHIST32	Satsim	1	xy	modis tau pressure histogram bin 3 2
MDSTAUPRSHIST33	Satsim	1	xy	modis tau pressure histogram bin 3 3
MDSTAUPRSHIST34	Satsim	1	xy	modis tau pressure histogram bin 3 4
MDSTAUPRSHIST35	Satsim	1	xy	modis tau pressure histogram bin 3 5
MDSTAUPRSHIST36	Satsim	1	xy	modis tau pressure histogram bin 3 6
MDSTAUPRSHIST37	Satsim	1	xy	modis tau pressure histogram bin 3 7
MDSTAUPRSHIST41	Satsim	1	xy	modis tau pressure histogram bin 4 1
MDSTAUPRSHIST42	Satsim	1	xy	modis tau pressure histogram bin 4 2
MDSTAUPRSHIST43	Satsim	1	xy	modis tau pressure histogram bin 4 3
MDSTAUPRSHIST44	Satsim	1	xy	modis tau pressure histogram bin 4 4
MDSTAUPRSHIST45	Satsim	1	xy	modis tau pressure histogram bin 4 5
MDSTAUPRSHIST46	Satsim	1	xy	modis tau pressure histogram bin 4 6
MDSTAUPRSHIST47	Satsim	1	xy	modis tau pressure histogram bin 4 7
MDSTAUPRSHIST51	Satsim	1	xy	modis tau pressure histogram bin 5 1
MDSTAUPRSHIST52	Satsim	1	xy	modis tau pressure histogram bin 5 2
MDSTAUPRSHIST53	Satsim	1	xy	modis tau pressure histogram bin 5 3
MDSTAUPRSHIST54	Satsim	1	xy	modis tau pressure histogram bin 5 4
MDSTAUPRSHIST55	Satsim	1	xy	modis tau pressure histogram bin 5 5
MDSTAUPRSHIST56	Satsim	1	xy	modis tau pressure histogram bin 5 6
MDSTAUPRSHIST57	Satsim	1	xy	modis tau pressure histogram bin 5 7
MDSTAUPRSHIST61	Satsim	1	xy	modis tau pressure histogram bin 6 1
MDSTAUPRSHIST62	Satsim	1	xy	modis tau pressure histogram bin 6 2
MDSTAUPRSHIST63	Satsim	1	xy	modis tau pressure histogram bin 6 3
MDSTAUPRSHIST64	Satsim	1	xy	modis tau pressure histogram bin 6 4
MDSTAUPRSHIST65	Satsim	1	xy	modis tau pressure histogram bin 6 5
MDSTAUPRSHIST66	Satsim	1	xy	modis tau pressure histogram bin 6 6
MDSTAUPRSHIST67	Satsim	1	xy	modis tau pressure histogram bin 6 7
MDSTAUPRSHIST71	Satsim	1	xy	modis tau pressure histogram bin 7 1
MDSTAUPRSHIST72	Satsim	1	xy	modis tau pressure histogram bin 7 2
MDSTAUPRSHIST73	Satsim	1	xy	modis tau pressure histogram bin 7 3
MDSTAUPRSHIST74	Satsim	1	xy	modis tau pressure histogram bin 7 4
MDSTAUPRSHIST75	Satsim	1	xy	modis tau pressure histogram bin 7 5
MDSTAUPRSHIST76	Satsim	1	xy	modis tau pressure histogram bin 7 6
MDSTAUPRSHIST77	Satsim	1	xy	modis tau pressure histogram bin 7 7
MDSWTRPATH	Satsim	1	xy	modis liquid water path mean
MISRCLDAREA	Satsim	1	xy	MISR cloud area
MISRFQ0	Satsim	1	xy	MISR cloud area
MISRFQ10000	Satsim	1	xy	MISR layer top
MISRFQ12000	Satsim	1	xy	MISR layer top
MISRFQ1250	Satsim	1	xy	MISR cloud area
MISRFQ14000	Satsim	1	xy	MISR layer top
MISRFQ16000	Satsim	1	xy	MISR layer top
MISRFQ1750	Satsim	1	xy	MISR cloud area
MISRFQ18000	Satsim	1	xy	MISR layer top
MISRFQ2250	Satsim	1	xy	MISR cloud area
MISRFQ250	Satsim	1	xy	MISR cloud area
MISRFQ2750	Satsim	1	xy	MISR cloud area
MISRFQ3500	Satsim	1	xy	MISR layer top
MISRFQ4500	Satsim	1	xy	MISR layer top
MISRFQ6000	Satsim	1	xy	MISR layer top
MISRFQ750	Satsim	1	xy	MISR cloud area
MISRFQ8000	Satsim	1	xy	MISR layer top
MISRLYRTP0	Satsim	1	xy	MISR layer top
MISRLYRTP10000	Satsim	1	xy	MISR layer top
MISRLYRTP12000	Satsim	1	xy	MISR layer top
MISRLYRTP1250	Satsim	1	xy	MISR layer top
MISRLYRTP14000	Satsim	1	xy	MISR layer top
MISRLYRTP16000	Satsim	1	xy	MISR layer top
MISRLYRTP1750	Satsim	1	xy	MISR layer top
MISRLYRTP18000	Satsim	1	xy	MISR layer top
MISRLYRTP2250	Satsim	1	xy	MISR layer top
MISRLYRTP250	Satsim	1	xy	MISR layer top
MISRLYRTP2750	Satsim	1	xy	MISR layer top
MISRLYRTP3500	Satsim	1	xy	MISR layer top
MISRLYRTP4500	Satsim	1	xy	MISR layer top
MISRLYRTP6000	Satsim	1	xy	MISR layer top
MISRLYRTP750	Satsim	1	xy	MISR layer top
MISRLYRTP8000	Satsim	1	xy	MISR layer top
MISRMNCLDTP	Satsim	m	xy	MISR mead cloud top height
PARASOLREFL0	Satsim	1	xy	parasol reflectance
PARASOLREFL1	Satsim	1	xy	parasol reflectance 1
PARASOLREFL2	Satsim	1	xy	parasol reflectance 2
PARASOLREFL3	Satsim	1	xy	parasol reflectance 3
PARASOLREFL4	Satsim	1	xy	parasol reflectance 4
PARASOLREFL5	Satsim	1	xy	parasol reflectance 5
RADARLTCC	Satsim	1	xy	Radar and lidar total cloud amount
RADARZETOT	Satsim	1	xyz	radar output
SGFCLD	Satsim	1	xyz	summed subgrid cloud fraction from scops
TCLISCCP	Satsim	1	xy	isccp total cloud area fraction
ALBEDO	Solar	1	xy	surface albedo
ALBNF	Solar	1	xy	surface albedo for near infrared diffuse
ALBNR	Solar	1	xy	surface albedo for near infrared beam
ALBVF	Solar	1	xy	surface albedo for visible diffuse
ALBVR	Solar	1	xy	surface albedo for visible beam
CLDHI	Solar	1	xy	cloud area fraction for high clouds
CLDLO	Solar	1	xy	cloud area fraction for low clouds
CLDMD	Solar	1	xy	cloud area fraction for middle clouds
CLDPRS	Solar	Pa	xy	cloud top pressure
CLDTMP	Solar	K	xy	cloud top temperature
CLDTT	Solar	1	xy	total cloud area fraction
COSZ	Solar	1	xy	cosine of the solar zenith angle
DFNIR	Solar	W m-2	xy	surface downwelling nearinfrared diffuse flux
DFNIRN	Solar	1	xy	normalized surface downwelling nearinfrared diffuse flux
DFPAR	Solar	W m-2	xy	surface downwelling par diffuse flux
DFPARN	Solar	1	xy	normalized surface downwelling par diffuse flux
DFUVR	Solar	W m-2	xy	surface downwelling ultraviolet diffuse flux
DFUVRN	Solar	1	xy	normalized surface downwelling ultraviolet diffuse flux
DRNIR	Solar	W m-2	xy	surface downwelling nearinfrared beam flux
DRNIRN	Solar	1	xy	normalized surface downwelling nearinfrared beam flux
DRNNIR	Solar	W m-2	xy	surface downwelling nearinfrared beam normal flux
DRNPAR	Solar	W m-2	xy	surface downwelling par beam normal flux
DRNUVR	Solar	W m-2	xy	surface downwelling ultraviolet beam normal flux
DRPAR	Solar	W m-2	xy	surface downwelling par beam flux
DRPARN	Solar	1	xy	normalized surface downwelling par beam flux
DRUVR	Solar	W m-2	xy	surface downwelling ultraviolet beam flux
DRUVRN	Solar	1	xy	normalized surface downwelling ultraviolet beam flux
FCLD	Solar	1	xyz	cloud area fraction
FSC	Solar	W m-2	xyz	net downward shortwave flux in air assuming clear sky
FSCD	Solar	W m-2	xyz	downward shortwave flux in air assuming clear sky
FSCDNA	Solar	W m-2	xyz	downward shortwave flux in air assuming clear sky and no aerosol
FSCNA	Solar	W m-2	xyz	net downward shortwave flux in air assuming clear sky and no aerosol
FSCU	Solar	W m-2	xyz	upward shortwave flux in air assuming clear sky
FSCUNA	Solar	W m-2	xyz	upward shortwave flux in air assuming clear sky and no aerosol
FSW	Solar	W m-2	xyz	net downward shortwave flux in air
FSWD	Solar	W m-2	xyz	downward shortwave flux in air
FSWDNA	Solar	W m-2	xyz	downward shortwave flux in air assuming no aerosol
FSWNA	Solar	W m-2	xyz	net downward shortwave flux in air assuming no aerosol
FSWU	Solar	W m-2	xyz	upward shortwave flux in air
FSWUNA	Solar	W m-2	xyz	upward shortwave flux in air assuming no aerosol
MCOSZ	Solar	1	xy	mean cosine of the solar zenith angle
OSR	Solar	W m-2	xy	toa outgoing shortwave flux
OSRCLR	Solar	W m-2	xy	toa outgoing shortwave flux assuming clear sky
OSRCNA	Solar	W m-2	xy	toa outgoing shortwave flux no aerosol clear sky
OSRNA	Solar	W m-2	xy	toa outgoing shortwave flux no aerosol
RSC	Solar	W m-2	xy	toa net downward shortwave flux assuming clear sky
RSCNA	Solar	W m-2	xy	toa net downward shortwave flux assuming clear sky and no aerosol
RSCS	Solar	W m-2	xy	surface net downward shortwave flux assuming clear sky
RSCSNA	Solar	W m-2	xy	surface net downward shortwave flux assuming clear sky and no aerosol
RSR	Solar	W m-2	xy	toa net downward shortwave flux
RSRNA	Solar	W m-2	xy	toa net downward shortwave flux assuming no aerosol
RSRS	Solar	W m-2	xy	surface net downward shortwave flux
RSRSNA	Solar	W m-2	xy	surface net downward shortwave flux assuming no aerosol
SLRSF	Solar	W m-2	xy	surface incoming shortwave flux
SLRSFC	Solar	W m-2	xy	surface incoming shortwave flux assuming clear sky
SLRSFCNA	Solar	W m-2	xy	surface incoming shortwave flux assuming clear clean sky
SLRSFNA	Solar	W m-2	xy	surface incoming shortwave flux assuming clean sky
SLRSUF	Solar	W m-2	xy	surface outgoing shortwave flux
SLRSUFC	Solar	W m-2	xy	surface outgoing shortwave flux assuming clear sky
SLRSUFCNA	Solar	W m-2	xy	surface outgoing shortwave flux assuming clear clean sky
SLRSUFNA	Solar	W m-2	xy	surface outgoing shortwave flux assuming clean sky
SLRTP	Solar	W m-2	xy	toa incoming shortwave flux
TAUA1	Solar	1	xyz	aerosol optical thickness in 0.225-0.285 band
TAUA2	Solar	1	xyz	aerosol optical thickness in 0.175-0.225 0.285-0.300 band
TAUA3	Solar	1	xyz	aerosol optical thickness in 0.300-0.325 band
TAUA4	Solar	1	xyz	aerosol optical thickness in 0.325-0.4 band
TAUA5	Solar	1	xyz	aerosol optical thickness in 0.4-0.690 band
TAUA6	Solar	1	xyz	aerosol optical thickness in 0.690-1.220 band
TAUA7	Solar	1	xyz	aerosol optical thickness in 1.220-2.270 band
TAUA8	Solar	1	xyz	aerosol optical thickness in 2.270-3.850 band
TAUBC	Solar	1	xyz	black carbon optical thickness in 0.4-0.690 band
TAUCLI	Solar	1	xyz	optical thickness for ice clouds
TAUCLW	Solar	1	xyz	optical thickness for liquid clouds
TAUDU	Solar	1	xyz	dust optical thickness in 0.4-0.690 band
TAUHI	Solar	1	xy	optical thickness of high clouds(EXPORT)
TAULO	Solar	1	xy	optical thickness of low clouds
TAUMD	Solar	1	xy	optical thickness of middle clouds
TAUOC	Solar	1	xyz	organic carbon optical thickness in 0.4-0.690 band
TAUSO	Solar	1	xyz	sulfate optical thickness in 0.4-0.690 band
TAUSS	Solar	1	xyz	salt optical thickness in 0.4-0.690 band
TAUTT	Solar	1	xy	optical thickness of all clouds
TBC	Solar	kg m-2	xy	total black carbon aerosol loading
TDUST	Solar	kg m-2	xy	total dust aerosol loading
TOC	Solar	kg m-2	xy	total organic carbon aerosol loading
TSALT	Solar	kg m-2	xy	total sea salt aerosol loading
TSO4	Solar	kg m-2	xy	total sulfate aerosol loading
TTAUBC	Solar	1	xy	total black carbon optical thickness in 0.4-0.690 band
TTAUDU	Solar	1	xy	total dust optical thickness in 0.4-0.690 band
TTAUOC	Solar	1	xy	total organic carbon optical thickness in 0.4-0.690 band
TTAUSO	Solar	1	xy	total sulfate optical thickness in 0.4-0.690 band
TTAUSS	Solar	1	xy	total salt optical thickness in 0.4-0.690 band
CCL4FLX	StratChem	kgs	xy	derived CCl4 surface flux
CH3BRFLX	StratChem	kgs	xy	derived CH3Br surface flux
CH3CLFLX	StratChem	kgs	xy	derived CH3Cl surface flux
CH4FLX	StratChem	kgs	xy	derived CH4 surface flux
F113FLX	StratChem	kgs	xy	derived CFC-113 surface flux
F11FLX	StratChem	kgs	xy	derived CFC-11 surface flux
F12FLX	StratChem	kgs	xy	derived CFC-12 surface flux
H1224FLX	StratChem	kgs	xy	derived H1224 surface flux
H1301FLX	StratChem	kgs	xy	derived H1301 surface flux
H2O_TEND	StratChem	kg kg-1 s-1	xyz	tendency of water vapor mixing ratio due to chemistry
HCFCFLX	StratChem	kgs	xy	derived HCFC surface flux
ICESAD	StratChem	m^{-1}	xyz	surface area density water ice PSC
MCFFLX	StratChem	kgs	xy	derived CH3CCl3 surface flux
N2OFLX	StratChem	kgs	xy	derived N2O surface flux
NATSAD	StratChem	m^{-1}	xyz	surface area density nitric acid trihydrate PSC
O3	StratChem	kgkg	xyz	ozone mass mixing ratio
O3PPMV	StratChem	ppmv	xyz	ozone volume mixing ratio
OX_TEND	StratChem	kg kg-1 s-1	xyz	tendency of odd oxygen mixing ratio due to chemistry
AREA	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
DOXDTANAINT	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
DQIDTANAINT	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
DQLDTANAINT	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
DQVDTANAINT	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
DTHVDTANAINT	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
DTHVDTPHYINT	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
DZ	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
EPV	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
OMEGA	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
PEANA	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
PEPHY	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
PL	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
PLE	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
PLK	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
PREF	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
PS	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
PV	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
QA	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
S	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
SPEED	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
T	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
TA	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
TH	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
TROPP_BLENDED	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
TV	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
U	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
V	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
ZLE	Superdyn	Pa K s-1	xyz	delta-p weighted temperature tendency
ACCUM	Surface	kg m-2 s-1	xy	net ice accumulation rate
ALBNF	Surface	1	xy	surface albedo for nearinfraed diffuse
ALBNR	Surface	1	xy	surface albedo for nearinfrared beam
ALBVF	Surface	1	xy	surface albedo for visible diffuse
ALBVR	Surface	1	xy	surface albedo for visible beam
ASNOW	Surface	1	xy	fractional area of land snowcover
AVETSNOW	Surface	K	xy	averaged snow temperature
BASEFLOW	Surface	kg m-2 s-1	xy	baseflow flux
BSTAR	Surface	m s-2	xy	surface bouyancy scale
CAPAC	Surface	kg m-2	xy	interception reservoir capac
CDCR2	Surface	kg m-2	xy	max water content
CONGEL	Surface	m s-1	xy	congelation ice growth
DAIDTD	Surface	% day-1	xy	ice area tendency dueto dynamics
DAIDTT	Surface	% day-1	xy	ice area tendency dueto thermodynamics
DELQS	Surface	kg kg-1	xy	change of surface specific humidity
DELSS	Surface	m+2 s-2	xy	change of surface dry static energy
DELTS	Surface	K	xy	change of surface skin temperature
DELUS	Surface	m s-1	xy	change of surface eastward velocity
DELVS	Surface	m s-1	xy	change of surface northward velocity
DHLAND	Surface	W m-2	xy	rate of change of total land energy
DLQIL	Surface	kg kg-1	xy	change of surface frozen condensate
DLQLL	Surface	kg kg-1	xy	change of surface liquid condensate
DVIDTD	Surface	cm day-1	xy	ice volume tendency dueto dynamics
DVIDTT	Surface	cm day-1	xy	ice volume tendency dueto thermodynamics
DWLAND	Surface	kg m-2 s-1	xy	rate of change of total land water
EMIS	Surface	1	xy	surface emissivity
EVAP	Surface	kg m-2 s-1	xy	evaporation from turbulence
EVAPOUT	Surface	kg m-2 s-1	xy	evaporation
EVLAND	Surface	kg m-2 s-1	xy	Evaporation land
EVPICE	Surface	W m-2	xy	snow ice evaporation energy flux
EVPINT	Surface	W m-2	xy	interception loss energy flux
EVPSNO	Surface	W m-2	xy	snowpack evaporation energy flux
EVPSOI	Surface	W m-2	xy	baresoil evap energy flux
EVPVEG	Surface	W m-2	xy	transpiration energy flux
FBOT	Surface	W m-2	xy	net downward heat flux from ice to ocean
FHOCN	Surface	W m-2	xy	actual ocean ice flux
FRACI	Surface	1	xy	ice covered fraction of tile
FRAZIL	Surface	m s-1	xy	frazil ice growth
FRLAKE	Surface	1	xy	fraction of lake
FRLAND	Surface	1	xy	fraction of land
FRLANDICE	Surface	1	xy	fraction of land ice
FROCEAN	Surface	1	xy	fraction of ocean
FRSAT	Surface	1	xy	fractional area of saturated zone
FRUST	Surface	1	xy	fractional area of unsaturated zone
FRWLT	Surface	1	xy	fractional area of wilting zone
FRZMLT	Surface	W m-2	xy	freezing melting potential
FSWABS	Surface	W m-2	xy	SW flux absorbed by skin layer
FSWTHRU	Surface	W m-2	xy	SW flux thru ice to ocean
GHLAND	Surface	W m-2	xy	Ground heating land
GRN	Surface	1	xy	greeness fraction
GUST	Surface	m s-1	xy	gustiness
HFLUX	Surface	W m-2	xy	heat flux bw saltwater ocean
HICE	Surface	m	xy	grid cell mean ice thickness
HLATICE	Surface	W m-2	xy	sea ice latent energy flux
HLATWTR	Surface	W m-2	xy	open water latent energy flux
HLWUP	Surface	W m-2	xy	surface outgoing longwave flux
HSNO	Surface	m	xy	grid cell mean snow thickness
ICESOI	Surface	kg m-2	xy	soil frozen water content
ISTSFC	Surface	C	xy	snow or ice surface temperature
ITY	Surface	1	xy	vegetation type
LAI	Surface	1	xy	leaf area index
LHFX	Surface	W m-2	xy	total latent energy flux
LHLAND	Surface	W m-2	xy	Latent heat flux land
LST	Surface	K	xy	land surface skin temperature
LWI	Surface	1	xy	land(1) water(0) ice(2) flag
LWLAND	Surface	W m-2	xy	Net longwave land
LWNDICE	Surface	W m-2	xy	sea ice net downward longwave flux
LWNDSRF	Surface	W m-2	xy	surface net downward longwave flux
LWNDWTR	Surface	W m-2	xy	open water net downward longwave flux
MELTB	Surface	m s-1	xy	basal ice melt
MELTL	Surface	m s-1	xy	lateral ice melt
MELTS	Surface	m s-1	xy	snow melt
MELTT	Surface	m s-1	xy	top ice melt
NITY	Surface	1	xy	NCEP vegetation type
PCU	Surface	kg m-2 s-1	xy	liquid water convective precipitation
PLS	Surface	kg m-2 s-1	xy	liquid water large scale precipitation
Q10M	Surface	kg kg-1	xy	10-meter specific humidity
Q2M	Surface	kg kg-1	xy	2-meter specific humidity
QA	Surface	kg kg-1	xy	surface air specific humidity
QDWL	Surface	kg kg-1	xy	surface liquid condensate
QFRL	Surface	kg kg-1	xy	surface ice condensate
QINFIL	Surface	kg m-2 s-1	xy	Soil water infiltration rate
QSTAR	Surface	kg kg-1	xy	surface moisture scale
RAINOCN	Surface	kg m-2 s-1	xy	ocean rainfall
RE	Surface	1	xy	surface reynolds number
RH2M	Surface	%	xy	near-surface relative humidity
RH2MMAX	Surface	%	xy	daily maximum near-surface relative humidity
RH2MMIN	Surface	%	xy	daily minimum near-surface relative humidity
RI	Surface	1	xy	surface bulk richardson number
ROOTL	Surface	m m-3	xy	root length
RUNOFF	Surface	kg m-2 s-1	xy	runoff flux
RUNSURF	Surface	kg m-2 s-1	xy	surface runoff flux
SALTFLUX	Surface	kg m-2 s-1	xy	salt flux bw saltwater ocean
SH	Surface	W m-2	xy	sensible heat flux from turbulence
SHAT	Surface	m+2 s-2	xy	effective surface dry static energy
SHICE	Surface	W m-2	xy	sea ice upward sensible heat flux
SHLAND	Surface	W m-2	xy	Sensible heat flux land
SHOUT	Surface	W m-2	xy	upward sensible heat flux
SHSNOW	Surface	W m-2	xy	downward heat flux into snow
SHWTR	Surface	W m-2	xy	open water upward sensible heat flux
SMELT	Surface	kg m-2 s-1	xy	snowmelt flux
SMLAND	Surface	kg m-2 s-1	xy	Snowmelt flux land
SNO	Surface	kg m-2 s-1	xy	snowfall
SNOICE	Surface	m s-1	xy	snow-ice formation
SNOMAS	Surface	kg m-2	xy	snow mass
SNOWDP	Surface	m	xy	snow depth
SNOWOCN	Surface	kg m-2 s-1	xy	ocean snowfall
SPLAND	Surface	W m-2	xy	rate of spurious land energy source
SPSNOW	Surface	W m-2	xy	rate of spurious snow energy
SPWATR	Surface	kg m-2 s-1	xy	rate of spurious land water source
SSKINW	Surface	psu	xy	sea skin layer salinity
SUBLIM	Surface	kg m-2 s-1	xy	sublimation
SWLAND	Surface	W m-2	xy	Net shortwave land
SWNDICE	Surface	W m-2	xy	sea ice net downward shortwave flux
SWNDSRF	Surface	W m-2	xy	surface net downward shortwave flux
SWNDWTR	Surface	W m-2	xy	open water net downward shortwave flux
T10M	Surface	K	xy	10-meter air temperature
T2M	Surface	K	xy	2-meter air temperature
T2MMAX	Surface	K	xy	daily maximum near-surface air temperature
T2MMIN	Surface	K	xy	daily minimum near-surface air temperature
TA	Surface	K	xy	surface air temperature
TAUX	Surface	N m-2	xy	eastward surface stress
TAUXI	Surface	N m-2	xy	eastward stress over ice
TAUXW	Surface	N m-2	xy	eastward stress over water
TAUY	Surface	N m-2	xy	northward surface stress
TAUYI	Surface	N m-2	xy	northward stress over ice
TAUYW	Surface	N m-2	xy	northward stress over water
TELAND	Surface	J m-2	xy	Total energy storage land
TPSAT	Surface	K	xy	surface temperature of saturated zone
TPSNOW	Surface	K	xy	surface temperature of snow
TPSURF	Surface	K	xy	surface temperature of land incl snow
TPUNST	Surface	K	xy	surface temperature of unsaturated zone
TPWLT	Surface	K	xy	surface temperature of wilted zone
TSKINW	Surface	K	xy	open water skin temperature
TSKINWCICE	Surface	K	xy	CICE water skin temperature
TSLAND	Surface	kg m-2	xy	Total snow storage land
TSOIL1	Surface	K	xy	soil temperatures layer 1
TSOIL2	Surface	K	xy	soil temperatures layer 2
TSOIL3	Surface	K	xy	soil temperatures layer 3
TSOIL4	Surface	K	xy	soil temperatures layer 4
TSOIL5	Surface	K	xy	soil temperatures layer 5
TSOIL6	Surface	K	xy	soil temperatures layer 6
TSTAR	Surface	K	xy	surface temperature scale
TWLAND	Surface	kg m-2	xy	Avail water storage land
U10M	Surface	m s-1	xy	10-meter eastward wind
U10N	Surface	m s-1	xy	equivalent neutral 10-meter eastward wind
U2M	Surface	m s-1	xy	2-meter eastward wind
U50M	Surface	m s-1	xy	50-meter eastward wind
UA	Surface	m s-1	xy	surface eastward wind
USTAR	Surface	m s-1	xy	surface velocity scale
USTARI	Surface	m s-1	xy	ice ocean friction velocity
UU10M	Surface	m s-1	xy	near-surface wind speed
UU10MMAX	Surface	m s-1	xy	daily maximum near-surface wind speed
V10M	Surface	m s-1	xy	10-meter northward wind
V10N	Surface	m s-1	xy	equivalent neutral 10-meter northward wind
V2M	Surface	m s-1	xy	2-meter northward wind
V50M	Surface	m s-1	xy	50-meter northward wind
VA	Surface	m s-1	xy	surface northward wind
VENT	Surface	m s-1	xy	surface ventilation velocity
WAT10CM	Surface	kg m-2	xy	soil moisture in Upper 10cm
WATERFLUX	Surface	kg m-2 s-1	xy	FRESHWATER flux bw saltwater ocean
WATSOI	Surface	kg m-2	xy	total soil moisture
WCPR	Surface	m-3 m-3	xy	water profile
WCRZ	Surface	m-3 m-3	xy	water root zone
WCSF	Surface	m-3 m-3	xy	water surface layer
WESNN1	Surface	kg m-2	xy	snow mass layer 1
WESNN2	Surface	kg m-2	xy	snow mass layer 2
WESNN3	Surface	kg m-2	xy	snow mass layer 3
WET1	Surface	1	xy	surface soil wetness
WET2	Surface	1	xy	root zone soil wetness
WET3	Surface	1	xy	ave prof soil moisture
Z0	Surface	m	xy	surface roughness
Z0H	Surface	m	xy	surface roughness for heat
Z2CH	Surface	m	xy	canopy height
AKQODT	Turbulence	1	xyz	matrix diagonal ak for moisture over dt
AKSODT	Turbulence	1	xyz	matrix diagonal ak for scalars over dt
AKVODT	Turbulence	1	xyz	matrix diagonal ak for winds over dt
ALH	Turbulence	m	xyz	Blackadar length scale for scalars
CHIS	Turbulence	1	xy	optimal mixture fraction for BRV
CKQODT	Turbulence	1	xyz	matrix diagonal ck for moisture over dt
CKSODT	Turbulence	1	xyz	matrix diagonal ck for scalars over dt
CKVODT	Turbulence	1	xyz	matrix diagonal ck for winds over dt
CLDRF	Turbulence	W m-2	xy	cloud top radiative forcing
DBUOY	Turbulence	m s-2	xy	Buoyancy jump across inversion
DELSINV	Turbulence	K	xy	Scaled Del s at Cloud top
DFSTAR	Turbulence	kg m-2 s-1	xy	change of surface fluxes for unit change of surface value
DSIEMS	Turbulence	1	xy	Siems buoy rev parameter
DU	Turbulence	s-1	xyz	bulk shear from Louis
EKH	Turbulence	m+2 s-1	xyz	entrainment heat diffusivity from Lock
EKM	Turbulence	m+2 s-1	xyz	entrainment momentum diffusivity from Lock
FSTAR	Turbulence	X kg m-2 s-1	xy	surface fluxes
INTDIS	Turbulence	K s-1 Pa	xyz	p-weighted frictional heating rate from diffusion
KEINT	Turbulence	W m-2	xy	vertically integrated kinetic energy dissipation due to diffusion
KERAD	Turbulence	m+2 s-1	xy	turbulent entrainment diff from cooling
KESRF	Turbulence	W m-2	xy	vertically integrated kinetic energy dissipation due to surface friction
KETOP	Turbulence	W m-2	xy	vertically integrated kinetic energy dissipation due to topographic friction
KETRB	Turbulence	W m-2	xy	vertically integrated kinetic energy tendency across turbulence
KH	Turbulence	m+2 s-1	xyz	total scalar diffusivity
KHLS	Turbulence	m+2 s-1	xyz	scalar diffusivity from Louis
KHRAD	Turbulence	m+2 s-1	xyz	radiation driven scalar diffusivity from Lock scheme
KHSFC	Turbulence	m+2 s-1	xyz	surface driven scalar diffusivity from Lock scheme
KM	Turbulence	m+2 s-1	xyz	total momentum diffusivity
KMLS	Turbulence	m+2 s-1	xyz	momentum diffusivity from Louis
LWCRT	Turbulence	K s-1	xyz	cloudy LW radiation tendency used by Lock scheme
PPBL	Turbulence	Pa	xy	pbltop pressure
QV	Turbulence	kg kg-1	xyz	specific humidity
RADRCODE	Turbulence	1	xy	Return codes for Lock top driven plume
RI	Turbulence	1	xyz	Richardson number from Louis
SMIXT	Turbulence	J kg-1	xy	s of optimal mixture for BRV
SRFDIS	Turbulence	K s-1 Pa	xy	p-weighted frictional heating rate from surface drag
T	Turbulence	K	xyz	air temperature
TOPDIS	Turbulence	K s-1 Pa	xyz	p-weighted frictional heating rate from orographic drag
TRI	Turbulence	X kg m-2 s-1	xyz	diffusion tendencies
U	Turbulence	m s-1	xyz	eastward wind
V	Turbulence	m s-1	xyz	northward wind
VSCBRV	Turbulence	m s-1	xy	turbulent velocity scale for buoy rev
VSCRAD	Turbulence	m s-1	xy	turbulent velocity scale for cooling
VSCSFC	Turbulence	m s-1	xy	turbulent velocity scale for sfc
WEBRV	Turbulence	m s-1	xy	entrainment velocity from buoy rev
WERAD	Turbulence	m s-1	xy	entrainment velocity from radiation
WESFC	Turbulence	m s-1	xy	entrainment velocity from surface plume
ZCLD	Turbulence	m	xy	pbltop cloud depth LOCK
ZCLDTOP	Turbulence	m	xy	pbltop cloud top height LOCK
ZRADBS	Turbulence	m	xy	hght of base for radbrv plume LOCK
ZRADML	Turbulence	m	xy	depth for radbrv plume LOCK
ZSML	Turbulence	m	xy	pbltop height for sfc plume LOCK
GRN	Vegdyn	1	tile	greeness fraction
LAI	Vegdyn	1	tile	leaf area index
ROOTL	Vegdyn	m+2	tile	root length density
Z2CH	Vegdyn	m	tile	canopy height
DO3DT	mkiau	ppmv	xyz	ozone analysis increment
DPEDT	mkiau	Pa	xyz	edge pressure analysis increment
DQVDT	mkiau	kg kg-1	xyz	specific humidity analysis increment
DTDT	mkiau	K	xyz	temperature analysis increment
DUDT	mkiau	m s-1	xyz	eastward wind analysis increment
DVDT	mkiau	m s-1	xyz	northward wind analysis increment

Internal States

Sorted 337 states by Component name - within each component, variables are sorted by their short name

List of GEOS-5 [IN] State variables

Name	Component	Units	Dim	Long name
AK	ARIESg3	Pa	z	hybrid sigma pressure a
BK	ARIESg3	1	z	hybrid sigma pressure b
PE	ARIESg3	Pa	xyz	air pressure
PKZ	ARIESg3	Pa$^\kappa$	xyz	pressure to kappa
PT	ARIESg3	K Pa$^{-\kappa}$	xyz	scaled potential temperature
U	ARIESg3	m s-1	xyz	eastward wind
V	ARIESg3	m s-1	xyz	northward wind
DO3DT	Agcm	ppmv s-1	xyz	ozone bias tendency
DPEDT	Agcm	Pa s-1	xyz	edge pressure bias tendency
DQVDT	Agcm	kg kg-1 s-1	xyz	specific humidity bias tendency
DTDT	Agcm	K s-1	xyz	temperature bias tendency
DUDT	Agcm	m s-2	xyz	eastward wind bias tendency
DVDT	Agcm	m s-2	xyz	northward wind bias tendency
UNKNOWN	CARMAchem	kgkg	xyz	UNKNOWN
UNKNOWN	CARMAchem	kgkg	xyz	UNKNOWN
ARA1	Catch	m+2 kg-1	tile	shape param 1
ARA2	Catch	1	tile	shape param 2
ARA3	Catch	m+2 kg-1	tile	shape param 3
ARA4	Catch	1	tile	shape param 4
ARS1	Catch	m+2 kg-1	tile	wetness param 1
ARS2	Catch	m+2 kg-1	tile	wetness param 2
ARS3	Catch	m+4 kg-2	tile	wetness param 3
ARW1	Catch	m+2 kg-1	tile	min theta param 1
ARW2	Catch	m+2 kg-1	tile	min theta param 2
ARW3	Catch	m+4 kg-2	tile	min theta param 3
ARW4	Catch	1	tile	min theta param 4
ATAU	Catch	1	tile	water transfer param 5
BEE	Catch	1	tile	clapp hornberger b
BF1	Catch	kg m-4	tile	topo baseflow param 1
BF2	Catch	m	tile	topo baseflow param 2
BF3	Catch	log(m)	tile	topo baseflow param 3
BTAU	Catch	1	tile	water transfer param 6
CAPAC	Catch	kg m-2	tile	interception reservoir capac
CATDEF	Catch	kg m-2	tile	catchment deficit
CDCR1	Catch	kg m-2	tile	moisture threshold
CDCR2	Catch	kg m-2	tile	max water content
CH	Catch	kg m-2 s-1	tile2	surface heat exchange coefficient
CM	Catch	kg m-2 s-1	tile2	surface momentum exchange coefficient
COND	Catch	m s-1	tile	sfc sat hydraulic conduct
CQ	Catch	kg m-2 s-1	tile2	surface moisture exchange coffiecient
FR	Catch	1	tile2	subtile fractions
GHTCNT1	Catch	J m-2	tile	soil heat content layer 1
GHTCNT2	Catch	J_m-2	tile	soil heat content layer 2
GHTCNT3	Catch	J m-2	tile	soil heat content layer 3
GHTCNT4	Catch	J m-2	tile	soil heat content layer 4
GHTCNT5	Catch	J m-2	tile	soil heat content layer 5
GHTCNT6	Catch	J m-2	tile	soil heat content layer 6
GNU	Catch	m-1	tile	vertical transmissivity
HTSNNN1	Catch	J m-2	tile	heat content snow layer 1
HTSNNN2	Catch	J m-2	tile	heat content snow layer 2
HTSNNN3	Catch	J m-2	tile	heat content snow layer 3
ITY	Catch	1	tile	vegetation type
POROS	Catch	1	tile	soil porosity
PSIS	Catch	m	tile	saturated matric potential
QC	Catch	kg kg-1	tile2	canopy specific humidity
RZEXC	Catch	kg m-2	tile	root zone excess
SNDZN1	Catch	m	tile	snow depth layer 1
SNDZN2	Catch	m	tile	snow depth layer 2
SNDZN3	Catch	m	tile	snow depth layer 3
SRFEXC	Catch	kg m-2	tile	surface excess
TC	Catch	K	tile2	canopy temperature
TSA1	Catch	1	tile	water transfer param 1
TSA2	Catch	1	tile	water transfer param 2
TSB1	Catch	1	tile	water transfer param 3
TSB2	Catch	1	tile	water transfer param 4
TSURF	Catch	K	tile	mean catchment temp incl snw
VGWMAX	Catch	kg m-2	tile	max rootzone water content
WESNN1	Catch	kg m-2	tile	snow mass layer 1
WESNN2	Catch	kg m-2	tile	snow mass layer 2
WESNN3	Catch	kg m-2	tile	snow mass layer 3
WPWET	Catch	1	tile	wetness at wilting point
WW	Catch	m+2 s-2	tile2	vertical velocity scale squared
CHEM_TRACERS	Chem	X		chemistry friendly tracers
OM	DatmoDyn	Pas	xyz	pressure velocity
PLE	DatmoDyn	Pascals	xyz	Pressure at the edges
PREF	DatmoDyn	Pa	z	reference air pressure
T	DatmoDyn	K	xyz	air temperature
U	DatmoDyn	ms	xyz	Zonal wind
V	DatmoDyn	ms	xyz	meridional wind
AK	DynCore	Pa	z	hybrid sigma pressure a
BK	DynCore	1	z	hybrid sigma pressure b
DZ	DynCore	m	xyz	height thickness
PE	DynCore	Pa	xyz	air pressure
PKZ	DynCore	Pa$^\kappa$	xyz	pressure to kappa
PT	DynCore	K Pa$^{-\kappa}$	xyz	scaled potential temperature
U	DynCore	m s-1	xyz	eastward wind
V	DynCore	m s-1	xyz	northward wind
W	DynCore	m s-1	xyz	vertical velocity
AK	FVdycore	Pa	z	hybrid sigma pressure a
BK	FVdycore	1	z	hybrid sigma pressure b
PE	FVdycore	Pa	xyz	air pressure
PKZ	FVdycore	Pa$^\kappa$	xyz	pressure to kappa
PT	FVdycore	K Pa$^{-\kappa}$	xyz	scaled potential temperature
U	FVdycore	m s-1	xyz	eastward wind
V	FVdycore	m s-1	xyz	northward wind
A3O2	GMIchem	molmol	xyz	Primary RO2 (C3H7O2) from propane
ACET	GMIchem	molmol	xyz	Acetone
ACTA	GMIchem	molmol	xyz	Acetic acid (C2H4O2)
ALD2	GMIchem	molmol	xyz	Acetaldehyde (C2H4O)
ALK4	GMIchem	molmol	xyz	C45 alkanes (C4H10)
ATO2	GMIchem	molmol	xyz	RO2 from acetone (C3H6O3)
B3O2	GMIchem	molmol	xyz	Secondary RO2 (C3H7O2) from propane
Br	GMIchem	molmol	xyz	Ground state atomic bromine (2P32)
BrCl	GMIchem	molmol	xyz	Bromine chloride
BrO	GMIchem	molmol	xyz	Bromine monoxide radical
BrONO2	GMIchem	molmol	xyz	Bromine nitrate
C2H6	GMIchem	molmol	xyz	Ethane
C3H8	GMIchem	molmol	xyz	Propane
CCl4	GMIchem	molmol	xyz	Carbon tetrachloride
CF2Br2	GMIchem	molmol	xyz	Halon 1202
CF2Cl2	GMIchem	molmol	xyz	CFC12 (CF2Cl2)
CF2ClBr	GMIchem	molmol	xyz	Halon 1211
CF3Br	GMIchem	molmol	xyz	Halon 1301
CFC113	GMIchem	molmol	xyz	CFC113 (C2Cl3F3)
CFC114	GMIchem	molmol	xyz	CFC114 (C2Cl2F4)
CFC115	GMIchem	molmol	xyz	CFC115 (C2ClF5)
CFCl3	GMIchem	molmol	xyz	CFC11 (CFCl3)
CH2O	GMIchem	molmol	xyz	Formaldehyde
CH3Br	GMIchem	molmol	xyz	Methyl bromide
CH3CCl3	GMIchem	molmol	xyz	Methyl chloroform
CH3Cl	GMIchem	molmol	xyz	Methyl chloride
CH4	GMIchem	molmol	xyz	Methane
CO	GMIchem	molmol	xyz	Carbon monoxyde
Cl	GMIchem	molmol	xyz	Ground state atomic chlorine (2P32)
Cl2	GMIchem	molmol	xyz	Molecular chlorine
Cl2O2	GMIchem	molmol	xyz	Chlorine peroxide
ClO	GMIchem	molmol	xyz	Chlorine monoxide radical
ClONO2	GMIchem	molmol	xyz	Chlorine nitrate
EOH	GMIchem	molmol	xyz	Ethanol
ETO2	GMIchem	molmol	xyz	Ethylperoxy radical (C2H5O2)
ETP	GMIchem	molmol	xyz	Ethylhydroperoxide
GCO3	GMIchem	molmol	xyz	Hydroxy peroxyacetyl radical (C2H3O4)
GLYC	GMIchem	molmol	xyz	Glycoaldehyde (Hydroxyacetaldehyde C2H4O2)
GLYX	GMIchem	molmol	xyz	Glyoxal (2CHO)
GP	GMIchem	molmol	xyz	Peroxide (C2H4O4) from GCO3
GPAN	GMIchem	molmol	xyz	Peroxyacylnitrate (C2H3O6)
H	GMIchem	molmol	xyz	Ground state atomic hydrogen (2S)
H2	GMIchem	molmol	xyz	Molecular hydrogen
H2402	GMIchem	molmol	xyz	Halon 24O2 (C2Br2F4)
H2O2	GMIchem	molmol	xyz	Hydrogen peroxide
H2OCOND	GMIchem	molmol	xyz	Condensed water
H2OJETS	GMIchem	molmol	xyz	Aircraft-emitted water
HAC	GMIchem	molmol	xyz	Hydroxyacetone (C3H6O2)
HBr	GMIchem	molmol	xyz	Hydrogen bromide
HCFC141b	GMIchem	molmol	xyz	HCFC141b (C2Cl2FH3)
HCFC142b	GMIchem	molmol	xyz	HCFC142b (C2ClF2H3)
HCFC22	GMIchem	molmol	xyz	HCFC22 (CClF2H)
HCOOH	GMIchem	molmol	xyz	Formic acid (CH3O2)
HCl	GMIchem	molmol	xyz	Hydrochloric acid
HNO2	GMIchem	molmol	xyz	Nitrous acid
HNO3	GMIchem	molmol	xyz	Nitric acid
HNO3COND	GMIchem	molmol	xyz	Condensed nitric acid
HNO4	GMIchem	molmol	xyz	Pernitric acid
HO2	GMIchem	molmol	xyz	Perhydroxyl radical
HOBr	GMIchem	molmol	xyz	Hypobromous acid
HOCl	GMIchem	molmol	xyz	Hypochlorous acid
IALD	GMIchem	molmol	xyz	Hydroxy carbonyl alkenes (C5H8O2) from isoprene
IAO2	GMIchem	molmol	xyz	RO2 (C5H9O8) from isoprene oxidation products
IAP	GMIchem	molmol	xyz	Peroxide (C5H10O5) from IAO2
INO2	GMIchem	molmol	xyz	RO2 (C5H8O3N) from ISOP+NO3
INPN	GMIchem	molmol	xyz	Peroxide (C5H8O6N2) from INO2
ISN1	GMIchem	molmol	xyz	RO2 (C4H7O4N) from ISN2
ISNP	GMIchem	molmol	xyz	Peroxide (C4H7O4N) from ISN1
ISOP	GMIchem	molmol	xyz	Isoprene
KO2	GMIchem	molmol	xyz	RO2 (C4H7O3) from C3 ketones
MACR	GMIchem	molmol	xyz	Methacrolein (C4H6O)
MAN2	GMIchem	molmol	xyz	RO2 (C4H6O6N) from MACR+NO3
MAO3	GMIchem	molmol	xyz	Peroxyacyl (C4H5O3) from MVK+MACR
MAOP	GMIchem	molmol	xyz	Peroxide (C4H6O3) from MAO3
MAP	GMIchem	molmol	xyz	Peroxyacetic acid (C2H4O3)
MCO3	GMIchem	molmol	xyz	Peroxyacetyl radical (C2H3O3)
MEK	GMIchem	molmol	xyz	Methyl ethyl ketone (C4H8O)
MGLY	GMIchem	molmol	xyz	Methylglyoxal (C3H4O2)
MO2	GMIchem	molmol	xyz	Methylperoxy radical (CH3O2)
MOH	GMIchem	molmol	xyz	Methanol
MP	GMIchem	molmol	xyz	Methyl hydroperoxide
MRO2	GMIchem	molmol	xyz	RO2 (C4H7O4) from MACR+OH
MRP	GMIchem	molmol	xyz	Peroxide (C4H8O4) from MRO2
MVK	GMIchem	molmol	xyz	Methyl vinyl ketone (C4H6O)
MVN2	GMIchem	molmol	xyz	C4H6O4N
N	GMIchem	molmol	xyz	Ground state atomic nitrogen
N2	GMIchem	m^-3	xyz	Molecular nitrogen
N2O	GMIchem	molmol	xyz	Nitrous oxide
N2O5	GMIchem	molmol	xyz	Dinitrogen pentoxide
NO	GMIchem	molmol	xyz	Nitric oxide
NO2	GMIchem	molmol	xyz	Nitrogen dioxide
NO3	GMIchem	molmol	xyz	Nitrogen trixide
NUMDENS	GMIchem	m^-3	xyz	Total number density
O	GMIchem	molmol	xyz	Ground state atomic oxygen (3P)
O1D	GMIchem	molmol	xyz	First excited state of atomic oxygen (1D)
O2	GMIchem	m^-3	xyz	Molecular oxygen
O3	GMIchem	molmol	xyz	Ozone
OClO	GMIchem	molmol	xyz	Symmetrical chlorine dioxide
OH	GMIchem	molmol	xyz	Hydroxyl radical
PAN	GMIchem	molmol	xyz	Peroxyacetyl nitrate (C2H3NO5)
PMN	GMIchem	molmol	xyz	Peroxymethacryloyl nitrate (C4H5O5N)
PO2	GMIchem	molmol	xyz	RO2 (C3H7O3) from propene
PP	GMIchem	molmol	xyz	Peroxide (C3H8O3) from PO2
PPN	GMIchem	molmol	xyz	Prexypropionyl nitrate (C3H5O5N)
PRN1	GMIchem	molmol	xyz	RO2 (C3H5O5N) from propene+NO3
PRPE	GMIchem	molmol	xyz	Propene (C3H6)
PRPN	GMIchem	molmol	xyz	Peroxide (C3H6O3N) from PRN1
R4N1	GMIchem	molmol	xyz	RO2 (C4H9O3N) from R4N2
R4N2	GMIchem	molmol	xyz	C4-C5 alkylnitrates (C4H9O3N)
R4O2	GMIchem	molmol	xyz	RO2 (C4H9O2) from ALK4
R4P	GMIchem	molmol	xyz	Peroxide (C4H10O2) from R4O2
RA3P	GMIchem	molmol	xyz	Peroxypropyl alcohol (C3H8O2) from A3O2
RB3P	GMIchem	molmol	xyz	Peroxide from B3O2
RCHO	GMIchem	molmol	xyz	C2 aldehydes (C3H6O)
RCO3	GMIchem	molmol	xyz	Peroxypropionyl radical (C3H5O3)
RCOOH	GMIchem	molmol	xyz	C2 organic acids
RIO1	GMIchem	molmol	xyz	RO2 (C5H9O3) from isoprene oxidation products
RIO2	GMIchem	molmol	xyz	RO2 (C5H9O3) from isoprene
RIP	GMIchem	molmol	xyz	Peroxide (C5H10O3) from RIO2
ROH	GMIchem	molmol	xyz	C2 alcohols
RP	GMIchem	molmol	xyz	Methacrolein peroxy acid (C4H6O3)
UNKNOWN	GMIchem	UNKNOWN	xyz	UNKNOWN
UNKNOWN	GMIchem	UNKNOWN	xyz	UNKNOWN
VRO2	GMIchem	molmol	xyz	RO2 (C4H7O4) from MVK+OH
VRP	GMIchem	molmol	xyz	Peroxide (C4H8O4) from VRO2
UNKNOWN	GOCART	r%vunits(n)	xyz	r%vtitle(n)
DFDTS	Irrad	W m-2 K-1	xyz	sensitivity of net downward longwave flux in air to surface temperature
DFDTSC	Irrad	W m-2 K-1	xyz	sensitivity of net downward longwave flux in air to surface temperature for clear sky
FLA	Irrad	W m-2	xyz	net downward longwave flux in air for clear sky and no aerosol
FLAD	Irrad	W m-2	xyz	downward longwave flux in air for clear sky and no aerosol
FLAU	Irrad	W m-2	xyz	upward longwave flux in air for clear sky and no aerosol
FLC	Irrad	W m-2	xyz	net downward longwave flux in air for clear sky(INTERNAL)
FLCD	Irrad	W m-2	xyz	downward longwave flux in air for clear sky
FLCU	Irrad	W m-2	xyz	upward longwave flux in air for clear sky
FLX	Irrad	W m-2	xyz	net downward longwave flux in air
FLXD	Irrad	W m-2	xyz	downward longwave flux in air
FLXU	Irrad	W m-2	xyz	upward longwave flux in air
SFCEM	Irrad	W m-2	xy	longwave flux emitted from surface
TS	Irrad	K	xy	surface temperature
CH	Lake	kg m-2 s-1	tile2	surface heat exchange coefficient
CM	Lake	kg m-2 s-1	tile2	surface momentum exchange coefficient
CQ	Lake	kg m-2 s-1	tile2	surface moisture exchange coefficient
FR	Lake	1	tile2	ice fraction
QS	Lake	kg kg-1	tile2	surface specific humidity
TS	Lake	K	tile2	surface skin temperature
CH	Landice	kg m-2 s-1	tile2	surface heat exchange coefficient
CM	Landice	kg m-2 s-1	tile2	surface momentum exchange coefficient
CQ	Landice	kg m-2 s-1	tile2	surface moisture exchange coefficient
FR	Landice	1	tile2	ice fraction
QS	Landice	kg kg-1	tile2	surface specific humidity
TS	Landice	K	tile2	surface skin temperature
CLCN	Moist	1	xyz	convective cloud area fraction
CLLS	Moist	1	xyz	large scale cloud area fraction
Q	Moist	kg kg-1	xyz	specific humidity
QICN	Moist	kg kg-1	xyz	mass fraction of convective cloud ice water
QILS	Moist	kg kg-1	xyz	mass fraction of large scale cloud ice water
QLCN	Moist	kg kg-1	xyz	mass fraction of convective cloud liquid water
QLLS	Moist	kg kg-1	xyz	mass fraction of large scale cloud liquid water
KPAR_NEXT	Orad	m-1	xy	KPAR next
KPAR_PREV	Orad	m-1	xy	KPAR previous
AERO	PChem	kg kg-1	xyz	aerosol mass mixing ratios
AEROTEND	PChem	kg kg-1 s-1	xyz	aerosol mass mixing ratio tendencies
AOA	PChem	days	xyz	age of air
CFC11	PChem	mol mol-1	xyz	CFC11 (CCl3F) volume mixing ratio
CFC12	PChem	mol mol-1	xyz	CFC12 (CCl2F2) volume mixing ratio
CH4	PChem	mol mol-1	xyz	methane volume mixing ratio
HCFC22	PChem	mol mol-1	xyz	HCFC22 (CHClF2) volume mixing ratio
N2O	PChem	mol mol-1	xyz	nitrous oxide volume mixing ratio
OX	PChem	mol mol-1	xyz	odd oxygen volume mixing ratio
CH	Saltwater	kg m-2 s-1	tile2	surface heat exchange coefficient
CM	Saltwater	kg m-2 s-1	tile2	surface momentum exchange coefficient
CQ	Saltwater	kg m-2 s-1	tile2	surface moisture exchange coefficient
HSKINI	Saltwater	kg m-2	tile	ice skin layer mass
HSKINW	Saltwater	kg m-2	tile	water skin layer mass
QS	Saltwater	kg kg-1	tile2	surface specific humidity
SSKINI	Saltwater	psu	tile	ice skin salinity
SSKINW	Saltwater	psu	tile	water skin salinity
TSKINI	Saltwater	K	tile	ice skin temperature
TSKINW	Saltwater	K	tile	water skin temperature
WW	Saltwater	m+2 s-2	tile2	vertical velocity scale squared
Z0	Saltwater	m	tile2	aerodynamic roughness
DFNIRN	Solar	1	xy	normalized surface downwelling nearinfrared diffuse flux
DFPARN	Solar	1	xy	normalized surface downwelling par diffuse flux
DFUVRN	Solar	1	xy	normalized surface downwelling ultraviolet diffuse flux
DRNIRN	Solar	1	xy	normalized surface downwelling nearinfrared beam flux
DRPARN	Solar	1	xy	normalized surface downwelling par beam flux
DRUVRN	Solar	1	xy	normalized surface downwelling ultraviolet beam flux
FSCDN	Solar	1	xyz	normalized downward shortwave flux in air assuming clear sky
FSCDNAN	Solar	1	xyz	normalized downward shortwave flux in air assuming clear sky and no aerosol
FSCN	Solar	1	xyz	normalized net downward shortwave flux in air assuming clear sky
FSCNAN	Solar	1	xyz	normalized net downward shortwave flux in air assuming clear sky and no aerosol
FSCUN	Solar	1	xyz	normalized upward shortwave flux in air assuming clear sky
FSCUNAN	Solar	1	xyz	normalized upward shortwave flux in air assuming clear sky and no aerosol
FSWDN	Solar	1	xyz	normalized downward shortwave flux in air
FSWDNAN	Solar	1	xyz	normalized downward shortwave flux in air assuming no aerosol
FSWN	Solar	1	xyz	normalized net downward shortwave flux in air
FSWNAN	Solar	1	xyz	normalized net downward shortwave flux in air assuming no aerosol
FSWUN	Solar	1	xyz	normalized upward shortwave flux in air
FSWUNAN	Solar	1	xyz	normalized upward shortwave flux in air assuming no aerosol
UNKNOWN	StratChem	UNKNOWN	xyz	UNKNOWN
UNKNOWN	StratChem	UNKNOWN	xyz	UNKNOWN
CM	Surface	kg m-2 s-1	xy	surface exchange coefficient for momentum
CN	Surface	1	xy	surface neutral drag coefficient
CQ	Surface	kg m-2 s-1	xy	surface exchange coefficient for moisture
CT	Surface	kg m-2 s-1	xy	surface exchange coefficient for heat
D0	Surface	m	xy	zero plane displacement height
QHAT	Surface	kg kg-1	xy	effective surface specific humidity
QS	Surface	kg kg-1	xy	surface specific humidity
RHOS	Surface	kg m-3	xy	air density at surface
THAT	Surface	K	xy	effective surface skin temperature
TS	Surface	K	xy	surface skin temperature
UHAT	Surface	m s-1	xy	effective surface eastward velocity
VHAT	Surface	m s-1	xy	effective surface northward velocity
AKQ	Turbulence	1	xyz	matrix diagonal ahat for moisture
AKS	Turbulence	1	xyz	matrix diagonal ahat for scalars
AKV	Turbulence	1	xyz	matrix diagonal ahat for winds
BKQ	Turbulence	1	xyz	matrix diagonal bhat for moisture
BKS	Turbulence	1	xyz	matrix diagonal bhat for scalars
BKV	Turbulence	1	xyz	matrix diagonal bhat for winds
CKQ	Turbulence	1	xyz	matrix diagonal c for moisture
CKS	Turbulence	1	xyz	matrix diagonal c for scalars
CKV	Turbulence	1	xyz	matrix diagonal c for winds
DKQ	Turbulence	s-1	xyz	sensitivity of tendency to surface value for moisture
DKS	Turbulence	s-1	xyz	sensitivity of tendency to surface value for scalars
DKV	Turbulence	s-1	xyz	sensitivity of tendency to surface value for winds
EKV	Turbulence	Pa s-1	xyz	momentum mixing factor
FKV	Turbulence	Pa s-1	xyz	topographic roughness factor
SINC	Turbulence	m+2 s-3	xyz	turbulence tendency for dry static energy
ZLE	Turbulence	m	xyz	geopotential height above surface
ZPBL	Turbulence	m	xy	planetary boundary layer height
GRN_NEXT	Vegdyn	1	tile	greeness fraction next
GRN_PREV	Vegdyn	1	tile	greeness fraction prev
ITY	Vegdyn	1	tile	vegetation type
LAI_NEXT	Vegdyn	1	tile	leaf area index next
LAI_PREV	Vegdyn	1	tile	leaf area index prev
UNKNOWN	mkiau	PA	xy	surface pressure
UNKNOWN	mkiau	PA	xyz	surface pressure
UNKNOWN	mkiau	ms	xyz	eastward wind
UNKNOWN	mkiau	ms	xyz	northward wind
UNKNOWN	mkiau	K	xyz	potential temperature
UNKNOWN	mkiau	NA	xyz	specific humidity
UNKNOWN	mkiau	ppmv	xyz	ozone