fv, cam4, waccm_mozart - CAM History Fields

History File 1

Number of fields: 301
Write frequency: MONTHLY
Filename specifier: %c.cam.h%t.%y-%m.nc
Output precision: single
Number of time samples per file: 1

Field name	Units	NLEV	Time avg	Long name
AEROD_v	1	1	A	Total Aerosol Optical Depth in visible band
AOA1	kg/kg	66	A	Age-of_air tracer 1
AOA1SRC	kg/kg/s	66	A	AOA1 source/sink
AOA2	kg/kg	66	A	Age-of_air tracer 2
AOA2SRC	kg/kg/s	66	A	AOA2 source/sink
BR	mol/mol	66	A	BR concentration
BRCL	mol/mol	66	A	BRCL concentration
BRCL_SRF	mol/mol	1	A	BRCL in bottom layer
BRO	mol/mol	66	A	BRO concentration
BRONO2	mol/mol	66	A	BRONO2 concentration
BRONO2_SRF	mol/mol	1	A	BRONO2 in bottom layer
BROX	mol/mol	66	A	brox volume mixing ratio
BROY	mol/mol	66	A	total inorganic bromine (Br+BrO+HOBr+BrONO2+HBr+BrCl)
BRO_SRF	mol/mol	1	A	BRO in bottom layer
BR_SRF	mol/mol	1	A	BR in bottom layer
BTAUE	Pa	67	A	Beres Eastward Reynolds stress
BTAUN	Pa	67	A	Beres Northward Reynolds stress
BTAUS	Pa	67	A	Beres Southward Reynolds stress
BTAUW	Pa	67	A	Beres Westward Reynolds stress
BUTEND1	m/s2	66	A	U tendency c < -40
BUTEND2	m/s2	66	A	U tendency -40 < c < -15
BUTEND3	m/s2	66	A	U tendency -15 < c < 15
BUTEND4	m/s2	66	A	U tendency 15 < c < 40
BUTEND5	m/s2	66	A	U tendency 40 < c
BUTGWSPEC	m/s2	66	A	Beres U tendency
BVTGWSPEC	m/s2	66	A	Beres V tendency
CCL4	mol/mol	66	A	CCL4 concentration
CCL4_SRF	mol/mol	1	A	CCL4 in bottom layer
CF2CLBR	mol/mol	66	A	CF2CLBR concentration
CF2CLBR_SRF	mol/mol	1	A	CF2CLBR in bottom layer
CF3BR	mol/mol	66	A	CF3BR concentration
CF3BR_SRF	mol/mol	1	A	CF3BR in bottom layer
CFC11	mol/mol	66	A	CFC11 concentration
CFC113	mol/mol	66	A	CFC113 concentration
CFC113_SRF	mol/mol	1	A	CFC113 in bottom layer
CFC11STAR	kg/kg	66	A	cfc11star for radiation
CFC11_SRF	mol/mol	1	A	CFC11 in bottom layer
CFC12	mol/mol	66	A	CFC12 concentration
CFC12_SRF	mol/mol	1	A	CFC12 in bottom layer
CH2O	mol/mol	66	A	CH2O concentration
CH2O_SRF	mol/mol	1	A	CH2O in bottom layer
CH3BR	mol/mol	66	A	CH3BR concentration
CH3BR_SRF	mol/mol	1	A	CH3BR in bottom layer
CH3CCL3	mol/mol	66	A	CH3CCL3 concentration
CH3CCL3_SRF	mol/mol	1	A	CH3CCL3 in bottom layer
CH3CL	mol/mol	66	A	CH3CL concentration
CH3CL_SRF	mol/mol	1	A	CH3CL in bottom layer
CH3O2	mol/mol	66	A	CH3O2 concentration
CH3O2_SRF	mol/mol	1	A	CH3O2 in bottom layer
CH3OOH	mol/mol	66	A	CH3OOH concentration
CH3OOH_SRF	mol/mol	1	A	CH3OOH in bottom layer
CH4	mol/mol	66	A	CH4 concentration
CH4_SRF	mol/mol	1	A	CH4 in bottom layer
CL	mol/mol	66	A	CL concentration
CL2	mol/mol	66	A	CL2 concentration
CL2O2	mol/mol	66	A	CL2O2 concentration
CL2O2_SRF	mol/mol	1	A	CL2O2 in bottom layer
CL2_SRF	mol/mol	1	A	CL2 in bottom layer
CLDHGH	fraction	1	A	Vertically-integrated high cloud
CLDICE	kg/kg	66	A	Grid box averaged cloud ice amount
CLDLIQ	kg/kg	66	A	Grid box averaged cloud liquid amount
CLDLOW	fraction	1	A	Vertically-integrated low cloud
CLDMED	fraction	1	A	Vertically-integrated mid-level cloud
CLDTOT	fraction	1	A	Vertically-integrated total cloud
CLO	mol/mol	66	A	CLO concentration
CLONO2	mol/mol	66	A	CLONO2 concentration
CLONO2_SRF	mol/mol	1	A	CLONO2 in bottom layer
CLOUD	fraction	66	A	Cloud fraction
CLOX	mol/mol	66	A	clox volume mixing ratio
CLOY	mol/mol	66	A	total inorganic chlorine (Cl+ClO+2Cl2+2Cl2O2+OClO+HOCl+ClONO2+HCl+BrCl)
CLO_SRF	mol/mol	1	A	CLO in bottom layer
CL_SRF	mol/mol	1	A	CL in bottom layer
CO	mol/mol	66	A	CO concentration
CO2	mol/mol	66	A	CO2 concentration
CO2_SRF	mol/mol	1	A	CO2 in bottom layer
CONCLD	fraction	66	A	Convective cloud cover
CO_SRF	mol/mol	1	A	CO in bottom layer
DCQ	kg/kg/s	66	A	Q tendency due to moist processes
DTCOND	K/s	66	A	T tendency - moist processes
DTCORE	K/s	66	A	T tendency due to dynamical core
DTV	K/s	66	A	T vertical diffusion
DUV	m/s2	66	A	U vertical diffusion
DVV	m/s2	66	A	V vertical diffusion
EKGWSPEC	M2/S	67	A	effective Kzz due to gw spectrum
EMIS	1	66	A	cloud emissivity
EPOTEN	V	1	A	Electric Potential
FICE	fraction	66	A	Fractional ice content within cloud
FLDS	W/m2	1	A	Downwelling longwave flux at surface
FLDSC	W/m2	1	A	Clearsky downwelling longwave flux at surface
FLNS	W/m2	1	A	Net longwave flux at surface
FLNSC	W/m2	1	A	Clearsky net longwave flux at surface
FLNT	W/m2	1	A	Net longwave flux at top of model
FLNTC	W/m2	1	A	Clearsky net longwave flux at top of model
FLUT	W/m2	1	A	Upwelling longwave flux at top of model
FLUTC	W/m2	1	A	Clearsky upwelling longwave flux at top of model
FRONTGF	K^2/M^2/S	66	I	Frontogenesis function at gws src level
FRONTGFA	K^2/M^2/S	66	A	Frontogenesis function at gws src level
FSDS	W/m2	1	A	Downwelling solar flux at surface
FSDSC	W/m2	1	A	Clearsky downwelling solar flux at surface
FSDTOA	W/m2	1	A	Downwelling solar flux at top of atmosphere
FSNS	W/m2	1	A	Net solar flux at surface
FSNSC	W/m2	1	A	Clearsky net solar flux at surface
FSNT	W/m2	1	A	Net solar flux at top of model
FSNTC	W/m2	1	A	Clearsky net solar flux at top of model
FSNTOA	W/m2	1	A	Net solar flux at top of atmosphere
FSNTOAC	W/m2	1	A	Clearsky net solar flux at top of atmosphere
FSUTOA	W/m2	1	A	Upwelling solar flux at top of atmosphere
H	mol/mol	66	A	H concentration
H2	mol/mol	66	A	H2 concentration
H2O	mol/mol	66	A	water vapor concentration
H2O2	mol/mol	66	A	H2O2 concentration
H2O2_SRF	mol/mol	1	A	H2O2 in bottom layer
H2O_SRF	mol/mol	1	A	water vapor in bottom layer
H2_SRF	mol/mol	1	A	H2 in bottom layer
HBR	mol/mol	66	A	HBR concentration
HBR_SRF	mol/mol	1	A	HBR in bottom layer
HCFC22	mol/mol	66	A	HCFC22 concentration
HCFC22_SRF	mol/mol	1	A	HCFC22 in bottom layer
HCL	mol/mol	66	A	HCL concentration
HCL_SRF	mol/mol	1	A	HCL in bottom layer
HDEPTH	km	1	A	Heating Depth
HNO3	mol/mol	66	A	HNO3 concentration
HNO3_GAS	mol/mol	66	A	gas-phase hno3
HNO3_NAT	mol/mol	66	A	NAT condensed HNO3
HNO3_SRF	mol/mol	1	A	HNO3 in bottom layer
HNO3_STS	mol/mol	66	A	STS condensed HNO3
HO2	mol/mol	66	A	HO2 concentration
HO2NO2	mol/mol	66	A	HO2NO2 concentration
HO2NO2_SRF	mol/mol	1	A	HO2NO2 in bottom layer
HO2_SRF	mol/mol	1	A	HO2 in bottom layer
HOBR	mol/mol	66	A	HOBR concentration
HOBR_SRF	mol/mol	1	A	HOBR in bottom layer
HOCL	mol/mol	66	A	HOCL concentration
HOCL_SRF	mol/mol	1	A	HOCL in bottom layer
HORZ	kg/kg	66	A	horizontal tracer
HORZSRC	kg/kg/s	66	A	HORZ source/sink
H_SRF	mol/mol	1	A	H in bottom layer
ICEFRAC	fraction	1	A	Fraction of sfc area covered by sea-ice
ICIMR	kg/kg	66	A	Prognostic in-cloud ice mixing ratio
ICWMR	kg/kg	66	A	Prognostic in-cloud water mixing ratio
LANDFRAC	fraction	1	A	Fraction of sfc area covered by land
LHFLX	W/m2	1	A	Surface latent heat flux
LWCF	W/m2	1	A	Longwave cloud forcing
MAXQ0	K/day	1	A	Max column heating rate
MSKtem	unitless	1	A	TEM mask
N	mol/mol	66	A	N concentration
N2D_SRF	mol/mol	1	A	N(2D) in bottom layer
N2O	mol/mol	66	A	N2O concentration
N2O5	mol/mol	66	A	N2O5 concentration
N2O5_SRF	mol/mol	1	A	N2O5 in bottom layer
N2O_SRF	mol/mol	1	A	N2O in bottom layer
N2p_SRF	mol/mol	1	A	N2+ in bottom layer
NETDT	K/s	66	A	Net heating rate
NO	mol/mol	66	A	NO concentration
NO2	mol/mol	66	A	NO2 concentration
NO2_SRF	mol/mol	1	A	NO2 in bottom layer
NO3	mol/mol	66	A	NO3 concentration
NO3_SRF	mol/mol	1	A	NO3 in bottom layer
NOX	mol/mol	66	A	nox volume mixing ratio
NOY	mol/mol	66	A	noy volume mixing ratio
NO_Aircraft	molec/cm3/s	66	A	aircraft NO source
NO_Lightning	molec/cm3/s	66	A	lightning NO source
NO_SRF	mol/mol	1	A	NO in bottom layer
NOp_SRF	mol/mol	1	A	NO+ in bottom layer
N_SRF	mol/mol	1	A	N in bottom layer
Np_SRF	mol/mol	1	A	N+ in bottom layer
O	mol/mol	66	A	O concentration
O1D	mol/mol	66	A	O1D concentration
O1D_SRF	mol/mol	1	A	O1D in bottom layer
O2	mol/mol	66	A	O2 concentration
O2_1D	mol/mol	66	A	O2(1-delta) concentration
O2_1D_SRF	mol/mol	1	A	O2(1-delta) in bottom layer
O2_1S	mol/mol	66	A	O2(1-sigma) concentration
O2_1S_SRF	mol/mol	1	A	O2(1-sigma) in bottom layer
O2_SRF	mol/mol	1	A	O2 in bottom layer
O2p_SRF	mol/mol	1	A	O2+ in bottom layer
O3	mol/mol	66	A	O3 concentration
O3_SRF	mol/mol	1	A	O3 in bottom layer
OCLO	mol/mol	66	A	OCLO concentration
OCLO_SRF	mol/mol	1	A	OCLO in bottom layer
OCNFRAC	fraction	1	A	Fraction of sfc area covered by ocean
OH	mol/mol	66	A	OH concentration
OH_SRF	mol/mol	1	A	OH in bottom layer
OMEGA	Pa/s	66	A	Vertical velocity (pressure)
OMEGAT	K Pa/s	66	A	Vertical heat flux
OMEGA_12_COS	Pa/s	66	A	vertical pressure velocity 12hr. cos coeff.
OMEGA_12_SIN	Pa/s	66	A	vertical pressure velocity 12hr. sin coeff.
OMEGA_24_COS	Pa/s	66	A	vertical pressure velocity 24hr. cos coeff.
OMEGA_24_SIN	Pa/s	66	A	vertical pressure velocity 24hr. sin coeff.
O_SRF	mol/mol	1	A	O in bottom layer
Op_SRF	mol/mol	1	A	O+ in bottom layer
PBLH	m	1	A	PBL height
PHIS	m2/s2	1	A	Surface geopotential
PRECC	m/s	1	A	Convective precipitation rate (liq + ice)
PRECL	m/s	1	A	Large-scale (stable) precipitation rate (liq + ice)
PRECSC	m/s	1	A	Convective snow rate (water equivalent)
PRECSL	m/s	1	A	Large-scale (stable) snow rate (water equivalent)
PS	Pa	1	A	Surface pressure
PSL	Pa	1	A	Sea level pressure
PS_12_COS	Pa	1	A	surface pressure 12hr. cos coeff.
PS_12_SIN	Pa	1	A	surface pressure 12hr. sin coeff.
PS_24_COS	Pa	1	A	surface pressure 24hr. cos coeff.
PS_24_SIN	Pa	1	A	surface pressure 24hr. sin coeff.
Q	kg/kg	66	A	Specific humidity
QBOTEND	M/S/S	66	A	Wind tendency from QBO relaxation
QBO_U0	M/S	66	A	Specified wind used for QBO
QCP	K/s	66	A	chem pot heating rate
QFLX	kg/m2/s	1	A	Surface water flux
QJOULE	K/s	66	A	Joule Heat
QNO	K/s	66	A	NO cooling
QPERT	kg/kg	1	A	Perturbation specific humidity (eddies in PBL)
QREFHT	kg/kg	1	A	Reference height humidity
QRL	K/s	66	A	Longwave heating rate
QRLNLTE	K/s	66	A	Non-LTE LW heating (includes QNO)
QRL_TOT	K/s	66	A	Merged LW heating: QRL+QRLNLTE
QRS	K/s	66	A	Solar heating rate
QRS_AUR	K/s	66	A	total auroral heating rate
QRS_CO2NIR	K/s	66	A	co2 nir heating rate
QRS_EUV	K/s	66	A	total euv heating rate
QRS_TOT	K/s	66	A	Merged SW heating: QRS+QCP+QRS_EUV+QRS_CO2NIR+QRS_AUR+QTHERMAL
QTHERMAL	K/s	66	A	non-euv photolysis heating rate
RELHUM	percent	66	A	Relative humidity
SAD_ICE	cm2/cm3	66	A	water-ice aerosol SAD
SAD_LNAT	cm2/cm3	66	A	large-mode NAT aerosol SAD
SAD_SULFC	cm2/cm3	66	A	chemical sulfate aerosol SAD
SFCH2O	kg/m2/s	1	A	CH2O surface flux
SFCLDICE	kg/m2/s	1	A	CLDICE surface flux
SFCLDLIQ	kg/m2/s	1	A	CLDLIQ surface flux
SFCO	kg/m2/s	1	A	CO surface flux
SFNO	kg/m2/s	1	A	NO surface flux
SHFLX	W/m2	1	A	Surface sensible heat flux
SNOWHICE	m	1	A	Snow depth over ice
SNOWHLND	m	1	A	Water equivalent snow depth
SOLIN	W/m2	1	A	Solar insolation
SWCF	W/m2	1	A	Shortwave cloud forcing
T	K	66	A	Temperature
TAUE	Pa	67	A	CM Eastward Reynolds stress
TAUGWX	N/m2	1	A	Zonal gravity wave surface stress
TAUGWY	N/m2	1	A	Meridional gravity wave surface stress
TAUN	Pa	67	A	CM Northward Reynolds stress
TAUNET	Pa	67	A	CM E+W Reynolds stress
TAUS	Pa	67	A	CM Southward Reynolds stress
TAUW	Pa	67	A	CM Westward Reynolds stress
TAUX	N/m2	1	A	Zonal surface stress
TAUY	N/m2	1	A	Meridional surface stress
TCLY	mol/mol	66	A	total Cl volume mixing ratio
TGCLDCWP	gram/m2	1	A	Total grid-box cloud water path (liquid and ice)
TGCLDIWP	gram/m2	1	A	Total grid-box cloud ice water path
TGCLDLWP	gram/m2	1	A	Total grid-box cloud liquid water path
TH	K	67	A	Potential Temperature
TMQ	kg/m2	1	A	Total (vertically integrated) precipitable water
TOTH	mol/mol	66	A	total H2 volume mixing ratio
TREFHT	K	1	A	Reference height temperature
TROPP_FD	probability	1	A	Tropopause Found (primary)
TS	K	1	A	Surface temperature (radiative)
TSMN	K	1	A	Minimum surface temperature over output period
TSMX	K	1	A	Maximum surface temperature over output period
TTGW	K/s	66	A	T tendency - gravity wave drag
TTPXMLC	K/S	1	A	Top interf. temp. flux: molec. viscosity
T_12_COS	K	66	A	Temperature 12hr. cos coeff.
T_12_SIN	K	66	A	Temperature 12hr. sin coeff.
T_24_COS	K	66	A	Temperature 24hr. cos coeff.
T_24_SIN	K	66	A	Temperature 24hr. sin coeff.
U	m/s	66	A	Zonal wind
U10	m/s	1	A	10m wind speed
UE	m/s	1	A	Zonal ExB drift
UIONTEND	M/S2	66	A	u-tendency due to ion drag
UTEND1	m/s2	66	A	U tendency c < -40
UTEND2	m/s2	66	A	U tendency -40 < c < -15
UTEND3	m/s2	66	A	U tendency -15 < c < 15
UTEND4	m/s2	66	A	U tendency 15 < c < 40
UTEND5	m/s2	66	A	U tendency 40 < c
UTGWORO	m/s2	66	A	U tendency - orographic gravity wave drag
UTGWSPEC	m/s2	66	A	U tendency - gravity wave spectrum
UU	m2/s2	66	A	Zonal velocity squared
UV3d	M2/S2	67	A	Meridional Flux of Zonal Momentum: 3D zon. mean
UW3d	M2/S2	67	A	Vertical Flux of Zonal Momentum: 3D zon. mean
U_12_COS	m/s	66	A	Zonal wind 12hr. cos coeff.
U_12_SIN	m/s	66	A	Zonal wind 12hr. sin coeff.
U_24_COS	m/s	66	A	Zonal wind 24hr. cos coeff.
U_24_SIN	m/s	66	A	Zonal wind 24hr. sin coeff.
V	m/s	66	A	Meridional wind
VD01	kg/kg/s	66	A	Vertical diffusion of Q
VE	m/s	1	A	Meridional ExB drift
VERT	kg/kg	66	A	vertical tracer
VERTSRC	kg/kg/s	66	A	VERT source/sink
VIONTEND	M/S2	66	A	v-tendency due to ion drag
VQ	m/skg/kg	66	A	Meridional water transport
VT	K m/s	66	A	Meridional heat transport
VTGWORO	m/s2	66	A	V tendency - orographic gravity wave drag
VTGWSPEC	m/s2	66	A	V tendency - gravity wave spectrum
VTH3d	MK/S	67	A	Meridional Heat Flux: 3D zon. mean
VU	m2/s2	66	A	Meridional flux of zonal momentum
VV	m2/s2	66	A	Meridional velocity squared
V_12_COS	m/s	66	A	Meridional wind 12hr. cos coeff.
V_12_SIN	m/s	66	A	Meridional wind 12hr. sin coeff.
V_24_COS	m/s	66	A	Meridional wind 24hr. cos coeff.
V_24_SIN	m/s	66	A	Meridional wind 24hr. sin coeff.
WTH3d	MK/S	67	A	Vertical Heat Flux: 3D zon. mean
Z3	m	66	A	Geopotential Height (above sea level)
e_SRF	mol/mol	1	A	electron concent in bottom layer

---

History File 2

Number of fields: 90
Write frequency: 480
Filename specifier: %c.cam.h%t.%y-%m-%d-%s.nc
Output precision: single
Number of time samples per file: 10

Field name	Units	NLEV	Time avg	Long name
AOA1	kg/kg	66	I	Age-of_air tracer 1
AOA2	kg/kg	66	I	Age-of_air tracer 2
ASDIR	1	1	I	albedo: shortwave, direct
BR	mol/mol	66	I	BR concentration
BRCL	mol/mol	66	I	BRCL concentration
BRO	mol/mol	66	I	BRO concentration
BRONO2	mol/mol	66	I	BRONO2 concentration
BROX	mol/mol	66	I	brox volume mixing ratio
BROY	mol/mol	66	I	total inorganic bromine (Br+BrO+HOBr+BrONO2+HBr+BrCl)
CCL4	mol/mol	66	I	CCL4 concentration
CF2CLBR	mol/mol	66	I	CF2CLBR concentration
CF3BR	mol/mol	66	I	CF3BR concentration
CFC11	mol/mol	66	I	CFC11 concentration
CFC113	mol/mol	66	I	CFC113 concentration
CFC12	mol/mol	66	I	CFC12 concentration
CH2O	mol/mol	66	I	CH2O concentration
CH3BR	mol/mol	66	I	CH3BR concentration
CH3CCL3	mol/mol	66	I	CH3CCL3 concentration
CH3CL	mol/mol	66	I	CH3CL concentration
CH3OOH	mol/mol	66	I	CH3OOH concentration
CH4	mol/mol	66	I	CH4 concentration
CL	mol/mol	66	I	CL concentration
CL2	mol/mol	66	I	CL2 concentration
CL2O2	mol/mol	66	I	CL2O2 concentration
CLDICE	kg/kg	66	I	Grid box averaged cloud ice amount
CLDLIQ	kg/kg	66	I	Grid box averaged cloud liquid amount
CLO	mol/mol	66	I	CLO concentration
CLONO2	mol/mol	66	I	CLONO2 concentration
CLOUD	fraction	66	I	Cloud fraction
CLOX	mol/mol	66	I	clox volume mixing ratio
CLOY	mol/mol	66	I	total inorganic chlorine (Cl+ClO+2Cl2+2Cl2O2+OClO+HOCl+ClONO2+HCl+BrCl)
CO	mol/mol	66	I	CO concentration
CO2	mol/mol	66	I	CO2 concentration
CONCLD	fraction	66	I	Convective cloud cover
FLNT	W/m2	1	I	Net longwave flux at top of model
FSDS	W/m2	1	I	Downwelling solar flux at surface
FSDSC	W/m2	1	I	Clearsky downwelling solar flux at surface
H	mol/mol	66	I	H concentration
H2	mol/mol	66	I	H2 concentration
H2O	mol/mol	66	I	water vapor concentration
H2O2	mol/mol	66	I	H2O2 concentration
HBR	mol/mol	66	I	HBR concentration
HCFC22	mol/mol	66	I	HCFC22 concentration
HCL	mol/mol	66	I	HCL concentration
HNO3	mol/mol	66	I	HNO3 concentration
HO2	mol/mol	66	I	HO2 concentration
HO2NO2	mol/mol	66	I	HO2NO2 concentration
HOBR	mol/mol	66	I	HOBR concentration
HOCL	mol/mol	66	I	HOCL concentration
MSKtem	unitless	1	I	TEM mask
N	mol/mol	66	I	N concentration
N2O	mol/mol	66	I	N2O concentration
N2O5	mol/mol	66	I	N2O5 concentration
NO	mol/mol	66	I	NO concentration
NO2	mol/mol	66	I	NO2 concentration
NO3	mol/mol	66	I	NO3 concentration
NOX	mol/mol	66	I	nox volume mixing ratio
NOY	mol/mol	66	I	noy volume mixing ratio
O	mol/mol	66	I	O concentration
O1D	mol/mol	66	I	O1D concentration
O2	mol/mol	66	I	O2 concentration
O3	mol/mol	66	I	O3 concentration
OCLO	mol/mol	66	I	OCLO concentration
OH	mol/mol	66	I	OH concentration
OMEGA	Pa/s	66	I	Vertical velocity (pressure)
PS	Pa	1	I	Surface pressure
PSL	Pa	1	I	Sea level pressure
QRS_TOT	K/s	66	I	Merged SW heating: QRS+QCP+QRS_EUV+QRS_CO2NIR+QRS_AUR+QTHERMAL
SAD_ICE	cm2/cm3	66	I	water-ice aerosol SAD
SAD_LNAT	cm2/cm3	66	I	large-mode NAT aerosol SAD
SAD_SULFC	cm2/cm3	66	I	chemical sulfate aerosol SAD
SNOWHICE	m	1	I	Snow depth over ice
SNOWHLND	m	1	I	Water equivalent snow depth
T	K	66	I	Temperature
TCLY	mol/mol	66	I	total Cl volume mixing ratio
TH	K	67	I	Potential Temperature
U	m/s	66	I	Zonal wind
UV2d	M2/S2	1	I	Meridional Flux of Zonal Momentum: 2D prj of zon. mean - defined on ilev
UW2d	M2/S2	1	I	Vertical Flux of Zonal Momentum; 2D prj of zon. mean - defined on ilev
V	m/s	66	I	Meridional wind
VTH2d	MK/S	1	I	Meridional Heat Flux: 2D prj of zon. mean - defined on ilev
WTH2d	MK/S	1	I	Vertical Heat Flux: 2D prj of zon. mean - defined on ilev
Z3	m	66	I	Geopotential Height (above sea level)
jcl2o2	/s	66	I	photolysis rate
jhocl	/s	66	I	photolysis rate
jno3_b	/s	66	I	photolysis rate
jo2_a	/s	66	I	photolysis rate
jo2_b	/s	66	I	photolysis rate
jo3_a	/s	66	I	photolysis rate
jo3_b	/s	66	I	photolysis rate

---

History File 3

Number of fields: 42
Write frequency: 480
Filename specifier: %c.cam.h%t.%y-%m-%d-%s.nc
Output precision: single
Number of time samples per file: 20

Field name	Units	NLEV	Time avg	Long name
BRO	mol/mol	66	B	BRO concentration
CL2O2	mol/mol	66	B	CL2O2 concentration
CLO	mol/mol	66	B	CLO concentration
CO	mol/mol	66	B	CO concentration
CO2	mol/mol	66	B	CO2 concentration
DTCORE	K/s	66	B	T tendency due to dynamical core
DTV	K/s	66	B	T vertical diffusion
H	mol/mol	66	B	H concentration
H2	mol/mol	66	B	H2 concentration
H2O	mol/mol	66	B	water vapor concentration
HO2	mol/mol	66	B	HO2 concentration
N	mol/mol	66	B	N concentration
N2D	mol/mol	66	B	N(2D) concentration
N2p	mol/mol	66	B	N2+ concentration
NO	mol/mol	66	B	NO concentration
NO2	mol/mol	66	B	NO2 concentration
NO3	mol/mol	66	B	NO3 concentration
NOp	mol/mol	66	B	NO+ concentration
Np	mol/mol	66	B	N+ concentration
O	mol/mol	66	B	O concentration
O1D	mol/mol	66	B	O1D concentration
O2	mol/mol	66	B	O2 concentration
O2_1D	mol/mol	66	B	O2(1-delta) concentration
O2_1S	mol/mol	66	B	O2(1-sigma) concentration
O2p	mol/mol	66	B	O2+ concentration
O3	mol/mol	66	B	O3 concentration
OH	mol/mol	66	B	OH concentration
OMEGA	Pa/s	66	B	Vertical velocity (pressure)
Op	mol/mol	66	B	O+ concentration
PS	Pa	1	B	Surface pressure
QJOULE	K/s	66	B	Joule Heat
QRL_TOT	K/s	66	B	Merged LW heating: QRL+QRLNLTE
QRS_TOT	K/s	66	B	Merged SW heating: QRS+QCP+QRS_EUV+QRS_CO2NIR+QRS_AUR+QTHERMAL
T	K	66	B	Temperature
TTGW	K/s	66	B	T tendency - gravity wave drag
U	m/s	66	B	Zonal wind
V	m/s	66	B	Meridional wind
Z3	m	66	B	Geopotential Height (above sea level)
e	mol/mol	66	B	electron concent concentration
jcl2o2	/s	66	B	photolysis rate
jno3_a	/s	66	B	photolysis rate
jno3_b	/s	66	B	photolysis rate

---

History File 4

Number of fields: 9
Write frequency: 48
Filename specifier: %c.cam.h%t.%y-%m-%d-%s.nc
Output precision: single
Number of time samples per file: 73

Field name	Units	NLEV	Time avg	Long name
FRONTGF	K^2/M^2/S	66	I	Frontogenesis function at gws src level
OMEGA	Pa/s	66	A	Vertical velocity (pressure)
PHIS	m2/s2	1	A	Surface geopotential
PS	Pa	1	A	Surface pressure
PSL	Pa	1	A	Sea level pressure
T	K	66	A	Temperature
U	m/s	66	A	Zonal wind
V	m/s	66	A	Meridional wind
Z3	m	66	A	Geopotential Height (above sea level)

---

History File 5

Number of fields: 11
Write frequency: 48
Filename specifier: %c.cam.h%t.%y-%m-%d-%s.nc
Output precision: single
Number of time samples per file: 365

Field name	Units	NLEV	Time avg	Long name
MSKtem	unitless	1	A	TEM mask
PHIS	m2/s2	1	A	Surface geopotential
PS	Pa	1	A	Surface pressure
PSL	Pa	1	A	Sea level pressure
TH2d	K	1	A	Zonal-Mean potential temp - defined on ilev
U2d	M/S	1	A	Zonal-Mean zonal wind - defined on ilev
UV2d	M2/S2	1	A	Meridional Flux of Zonal Momentum: 2D prj of zon. mean - defined on ilev
UW2d	M2/S2	1	A	Vertical Flux of Zonal Momentum; 2D prj of zon. mean - defined on ilev
V2d	M/S	1	A	Zonal-Mean meridional wind - defined on ilev
VTH2d	MK/S	1	A	Meridional Heat Flux: 2D prj of zon. mean - defined on ilev
W2d	M/S	1	A	Zonal-Mean vertical wind - defined on ilev

---

History File 8

Number of fields: 77
Write frequency: YEARLY
Filename specifier: %c.cam.i.%y-%m-%d-%s.nc
Output precision: double
Number of time samples per file: 1

Field name	Units	NLEV	Time avg	Long name
AOA1&IC	kg/kg	66	I	Age-of_air tracer 1
AOA2&IC	kg/kg	66	I	Age-of_air tracer 2
BR&IC	kg/kg	66	I	BR
BRCL&IC	kg/kg	66	I	BRCL
BRO&IC	kg/kg	66	I	BRO
BRONO2&IC	kg/kg	66	I	BRONO2
BRY&IC	kg/kg	66	I	BRY
CCL4&IC	kg/kg	66	I	CCL4
CF2CLBR&IC	kg/kg	66	I	CF2CLBR
CF3BR&IC	kg/kg	66	I	CF3BR
CFC11&IC	kg/kg	66	I	CFC11
CFC113&IC	kg/kg	66	I	CFC113
CFC12&IC	kg/kg	66	I	CFC12
CH2O&IC	kg/kg	66	I	CH2O
CH3BR&IC	kg/kg	66	I	CH3BR
CH3CCL3&IC	kg/kg	66	I	CH3CCL3
CH3CL&IC	kg/kg	66	I	CH3CL
CH3O2&IC	kg/kg	66	I	CH3O2
CH3OOH&IC	kg/kg	66	I	CH3OOH
CH4&IC	kg/kg	66	I	CH4
CL&IC	kg/kg	66	I	CL
CL2&IC	kg/kg	66	I	CL2
CL2O2&IC	kg/kg	66	I	CL2O2
CLDICE&IC	kg/kg	66	I	Grid box averaged cloud ice amount
CLDLIQ&IC	kg/kg	66	I	Grid box averaged cloud liquid amount
CLO&IC	kg/kg	66	I	CLO
CLONO2&IC	kg/kg	66	I	CLONO2
CLY&IC	kg/kg	66	I	CLY
CO&IC	kg/kg	66	I	CO
CO2&IC	kg/kg	66	I	CO2
H&IC	kg/kg	66	I	H
H2&IC	kg/kg	66	I	H2
H2O2&IC	kg/kg	66	I	H2O2
HBR&IC	kg/kg	66	I	HBR
HCFC22&IC	kg/kg	66	I	HCFC22
HCL&IC	kg/kg	66	I	HCL
HNO3&IC	kg/kg	66	I	HNO3
HO2&IC	kg/kg	66	I	HO2
HO2NO2&IC	kg/kg	66	I	HO2NO2
HOBR&IC	kg/kg	66	I	HOBR
HOCL&IC	kg/kg	66	I	HOCL
HORZ&IC	kg/kg	66	I	horizontal tracer
ICEFRAC&IC	fraction	1	I	Fraction of sfc area covered by sea-ice
N&IC	kg/kg	66	I	N
N2D&IC	kg/kg	66	I	N(2D)
N2O&IC	kg/kg	66	I	N2O
N2O5&IC	kg/kg	66	I	N2O5
N2p&IC	kg/kg	66	I	N2+
NO&IC	kg/kg	66	I	NO
NO2&IC	kg/kg	66	I	NO2
NO3&IC	kg/kg	66	I	NO3
NOp&IC	kg/kg	66	I	NO+
Np&IC	kg/kg	66	I	N+
O&IC	kg/kg	66	I	O
O1D&IC	kg/kg	66	I	O1D
O2&IC	kg/kg	66	I	O2
O2_1D&IC	kg/kg	66	I	O2(1-delta)
O2_1S&IC	kg/kg	66	I	O2(1-sigma)
O2p&IC	kg/kg	66	I	O2+
O3&IC	kg/kg	66	I	O3
OCLO&IC	kg/kg	66	I	OCLO
OH&IC	kg/kg	66	I	OH
Op&IC	kg/kg	66	I	O+
PS&IC	Pa	1	I	Surface pressure
Q&IC	kg/kg	66	I	Specific humidity
SICTHK&IC	m	1	I	Sea ice thickness
SNOWHICE&IC	m	1	I	Water equivalent snow depth
T&IC	K	66	I	Temperature
TS1&IC	K	1	I	TS1 subsoil temperature
TS2&IC	K	1	I	TS2 subsoil temperature
TS3&IC	K	1	I	TS3 subsoil temperature
TS4&IC	K	1	I	TS4 subsoil temperature
TSICE&IC	K	1	I	Ice temperature
US&IC	m/s	66	I	Zonal wind, staggered
VERT&IC	kg/kg	66	I	vertical tracer
VS&IC	m/s	66	I	Meridional wind, staggered
e&IC	kg/kg	66	I	electron concentration

---

Master Field List

Field name	Units	NLEV	Time avg	Long name
AEROD_v	1	1	A	Total Aerosol Optical Depth in visible band
AG1	K/s	66	I	O2_1S -> O2 + 762nm airglow loss
AG2	K/s	66	I	O2_1D -> O2 + 1.27 micron airglow loss
AGTOT	K/s	66	I	airglow total loss
ALATM	RADIANS	1	I	Magnetic latitude at each geographic coordinate
ALDIF	1	1	A	albedo: longwave, diffuse
ALDIR	1	1	A	albedo: longwave, direct
ALONM	RADIANS	1	I	Magnetic longitude at each geographic coordinate
AOA1	kg/kg	66	A	Age-of_air tracer 1
AOA1&IC	kg/kg	66	I	Age-of_air tracer 1
AOA1SRC	kg/kg/s	66	A	AOA1 source/sink
AOA2	kg/kg	66	A	Age-of_air tracer 2
AOA2&IC	kg/kg	66	I	Age-of_air tracer 2
AOA2SRC	kg/kg/s	66	A	AOA2 source/sink
AREA	m2	1	A	area of grid box
ASDIF	1	1	A	albedo: shortwave, diffuse
ASDIR	1	1	A	albedo: shortwave, direct
AST	fraction	66	A	Stratus cloud fraction
ATMEINT	J/m2	1	A	Vertically integrated total atmospheric energy
BEMF	Pa	66	A	Beres Eastward MF
BNMF	Pa	66	A	Beres Northward MF
BR	mol/mol	66	A	BR concentration
BR&IC	kg/kg	66	I	BR
BRCL	mol/mol	66	A	BRCL concentration
BRCL&IC	kg/kg	66	I	BRCL
BRCL_CHML	/cm3/s	66	I	chemical loss rate
BRCL_CHMP	/cm3/s	66	I	chemical production rate
BRCL_SRF	mol/mol	1	A	BRCL in bottom layer
BRO	mol/mol	66	A	BRO concentration
BRO&IC	kg/kg	66	I	BRO
BRONO2	mol/mol	66	A	BRONO2 concentration
BRONO2&IC	kg/kg	66	I	BRONO2
BRONO2_CHML	/cm3/s	66	I	chemical loss rate
BRONO2_CHMP	/cm3/s	66	I	chemical production rate
BRONO2_SRF	mol/mol	1	A	BRONO2 in bottom layer
BROX	mol/mol	66	A	brox volume mixing ratio
BROY	mol/mol	66	A	total inorganic bromine (Br+BrO+HOBr+BrONO2+HBr+BrCl)
BRO_CHML	/cm3/s	66	I	chemical loss rate
BRO_CHMP	/cm3/s	66	I	chemical production rate
BRO_SRF	mol/mol	1	A	BRO in bottom layer
BRY	mol/mol	66	A	BRY concentration
BRY&IC	kg/kg	66	I	BRY
BRY_CHML	/cm3/s	66	I	chemical loss rate
BRY_CHMP	/cm3/s	66	I	chemical production rate
BRY_SRF	mol/mol	1	A	BRY in bottom layer
BR_CHML	/cm3/s	66	I	chemical loss rate
BR_CHMP	/cm3/s	66	I	chemical production rate
BR_SRF	mol/mol	1	A	BR in bottom layer
BSMF	Pa	66	A	Beres Southward MF
BTAUE	Pa	67	A	Beres Eastward Reynolds stress
BTAUN	Pa	67	A	Beres Northward Reynolds stress
BTAUS	Pa	67	A	Beres Southward Reynolds stress
BTAUW	Pa	67	A	Beres Westward Reynolds stress
BTAUXSn01	Pa	66	A	Beres tau at c= -2.50 m/s
BTAUXSn02	Pa	66	A	Beres tau at c= -5.00 m/s
BTAUXSn03	Pa	66	A	Beres tau at c= -7.50 m/s
BTAUXSn04	Pa	66	A	Beres tau at c= -10.00 m/s
BTAUXSn05	Pa	66	A	Beres tau at c= -12.50 m/s
BTAUXSn06	Pa	66	A	Beres tau at c= -15.00 m/s
BTAUXSn07	Pa	66	A	Beres tau at c= -17.50 m/s
BTAUXSn08	Pa	66	A	Beres tau at c= -20.00 m/s
BTAUXSn09	Pa	66	A	Beres tau at c= -22.50 m/s
BTAUXSn10	Pa	66	A	Beres tau at c= -25.00 m/s
BTAUXSn11	Pa	66	A	Beres tau at c= -27.50 m/s
BTAUXSn12	Pa	66	A	Beres tau at c= -30.00 m/s
BTAUXSn13	Pa	66	A	Beres tau at c= -32.50 m/s
BTAUXSn14	Pa	66	A	Beres tau at c= -35.00 m/s
BTAUXSn15	Pa	66	A	Beres tau at c= -37.50 m/s
BTAUXSn16	Pa	66	A	Beres tau at c= -40.00 m/s
BTAUXSn17	Pa	66	A	Beres tau at c= -42.50 m/s
BTAUXSn18	Pa	66	A	Beres tau at c= -45.00 m/s
BTAUXSn19	Pa	66	A	Beres tau at c= -47.50 m/s
BTAUXSn20	Pa	66	A	Beres tau at c= -50.00 m/s
BTAUXSn21	Pa	66	A	Beres tau at c= -52.50 m/s
BTAUXSn22	Pa	66	A	Beres tau at c= -55.00 m/s
BTAUXSn23	Pa	66	A	Beres tau at c= -57.50 m/s
BTAUXSn24	Pa	66	A	Beres tau at c= -60.00 m/s
BTAUXSn25	Pa	66	A	Beres tau at c= -62.50 m/s
BTAUXSn26	Pa	66	A	Beres tau at c= -65.00 m/s
BTAUXSn27	Pa	66	A	Beres tau at c= -67.50 m/s
BTAUXSn28	Pa	66	A	Beres tau at c= -70.00 m/s
BTAUXSn29	Pa	66	A	Beres tau at c= -72.50 m/s
BTAUXSn30	Pa	66	A	Beres tau at c= -75.00 m/s
BTAUXSn31	Pa	66	A	Beres tau at c= -77.50 m/s
BTAUXSn32	Pa	66	A	Beres tau at c= -80.00 m/s
BTAUXSp00	Pa	66	A	Beres tau at c= 0.00 m/s
BTAUXSp01	Pa	66	A	Beres tau at c= 2.50 m/s
BTAUXSp02	Pa	66	A	Beres tau at c= 5.00 m/s
BTAUXSp03	Pa	66	A	Beres tau at c= 7.50 m/s
BTAUXSp04	Pa	66	A	Beres tau at c= 10.00 m/s
BTAUXSp05	Pa	66	A	Beres tau at c= 12.50 m/s
BTAUXSp06	Pa	66	A	Beres tau at c= 15.00 m/s
BTAUXSp07	Pa	66	A	Beres tau at c= 17.50 m/s
BTAUXSp08	Pa	66	A	Beres tau at c= 20.00 m/s
BTAUXSp09	Pa	66	A	Beres tau at c= 22.50 m/s
BTAUXSp10	Pa	66	A	Beres tau at c= 25.00 m/s
BTAUXSp11	Pa	66	A	Beres tau at c= 27.50 m/s
BTAUXSp12	Pa	66	A	Beres tau at c= 30.00 m/s
BTAUXSp13	Pa	66	A	Beres tau at c= 32.50 m/s
BTAUXSp14	Pa	66	A	Beres tau at c= 35.00 m/s
BTAUXSp15	Pa	66	A	Beres tau at c= 37.50 m/s
BTAUXSp16	Pa	66	A	Beres tau at c= 40.00 m/s
BTAUXSp17	Pa	66	A	Beres tau at c= 42.50 m/s
BTAUXSp18	Pa	66	A	Beres tau at c= 45.00 m/s
BTAUXSp19	Pa	66	A	Beres tau at c= 47.50 m/s
BTAUXSp20	Pa	66	A	Beres tau at c= 50.00 m/s
BTAUXSp21	Pa	66	A	Beres tau at c= 52.50 m/s
BTAUXSp22	Pa	66	A	Beres tau at c= 55.00 m/s
BTAUXSp23	Pa	66	A	Beres tau at c= 57.50 m/s
BTAUXSp24	Pa	66	A	Beres tau at c= 60.00 m/s
BTAUXSp25	Pa	66	A	Beres tau at c= 62.50 m/s
BTAUXSp26	Pa	66	A	Beres tau at c= 65.00 m/s
BTAUXSp27	Pa	66	A	Beres tau at c= 67.50 m/s
BTAUXSp28	Pa	66	A	Beres tau at c= 70.00 m/s
BTAUXSp29	Pa	66	A	Beres tau at c= 72.50 m/s
BTAUXSp30	Pa	66	A	Beres tau at c= 75.00 m/s
BTAUXSp31	Pa	66	A	Beres tau at c= 77.50 m/s
BTAUXSp32	Pa	66	A	Beres tau at c= 80.00 m/s
BTAUYSn01	Pa	66	A	Beres tau at c= -2.50 m/s
BTAUYSn02	Pa	66	A	Beres tau at c= -5.00 m/s
BTAUYSn03	Pa	66	A	Beres tau at c= -7.50 m/s
BTAUYSn04	Pa	66	A	Beres tau at c= -10.00 m/s
BTAUYSn05	Pa	66	A	Beres tau at c= -12.50 m/s
BTAUYSn06	Pa	66	A	Beres tau at c= -15.00 m/s
BTAUYSn07	Pa	66	A	Beres tau at c= -17.50 m/s
BTAUYSn08	Pa	66	A	Beres tau at c= -20.00 m/s
BTAUYSn09	Pa	66	A	Beres tau at c= -22.50 m/s
BTAUYSn10	Pa	66	A	Beres tau at c= -25.00 m/s
BTAUYSn11	Pa	66	A	Beres tau at c= -27.50 m/s
BTAUYSn12	Pa	66	A	Beres tau at c= -30.00 m/s
BTAUYSn13	Pa	66	A	Beres tau at c= -32.50 m/s
BTAUYSn14	Pa	66	A	Beres tau at c= -35.00 m/s
BTAUYSn15	Pa	66	A	Beres tau at c= -37.50 m/s
BTAUYSn16	Pa	66	A	Beres tau at c= -40.00 m/s
BTAUYSn17	Pa	66	A	Beres tau at c= -42.50 m/s
BTAUYSn18	Pa	66	A	Beres tau at c= -45.00 m/s
BTAUYSn19	Pa	66	A	Beres tau at c= -47.50 m/s
BTAUYSn20	Pa	66	A	Beres tau at c= -50.00 m/s
BTAUYSn21	Pa	66	A	Beres tau at c= -52.50 m/s
BTAUYSn22	Pa	66	A	Beres tau at c= -55.00 m/s
BTAUYSn23	Pa	66	A	Beres tau at c= -57.50 m/s
BTAUYSn24	Pa	66	A	Beres tau at c= -60.00 m/s
BTAUYSn25	Pa	66	A	Beres tau at c= -62.50 m/s
BTAUYSn26	Pa	66	A	Beres tau at c= -65.00 m/s
BTAUYSn27	Pa	66	A	Beres tau at c= -67.50 m/s
BTAUYSn28	Pa	66	A	Beres tau at c= -70.00 m/s
BTAUYSn29	Pa	66	A	Beres tau at c= -72.50 m/s
BTAUYSn30	Pa	66	A	Beres tau at c= -75.00 m/s
BTAUYSn31	Pa	66	A	Beres tau at c= -77.50 m/s
BTAUYSn32	Pa	66	A	Beres tau at c= -80.00 m/s
BTAUYSp00	Pa	66	A	Beres tau at c= 0.00 m/s
BTAUYSp01	Pa	66	A	Beres tau at c= 2.50 m/s
BTAUYSp02	Pa	66	A	Beres tau at c= 5.00 m/s
BTAUYSp03	Pa	66	A	Beres tau at c= 7.50 m/s
BTAUYSp04	Pa	66	A	Beres tau at c= 10.00 m/s
BTAUYSp05	Pa	66	A	Beres tau at c= 12.50 m/s
BTAUYSp06	Pa	66	A	Beres tau at c= 15.00 m/s
BTAUYSp07	Pa	66	A	Beres tau at c= 17.50 m/s
BTAUYSp08	Pa	66	A	Beres tau at c= 20.00 m/s
BTAUYSp09	Pa	66	A	Beres tau at c= 22.50 m/s
BTAUYSp10	Pa	66	A	Beres tau at c= 25.00 m/s
BTAUYSp11	Pa	66	A	Beres tau at c= 27.50 m/s
BTAUYSp12	Pa	66	A	Beres tau at c= 30.00 m/s
BTAUYSp13	Pa	66	A	Beres tau at c= 32.50 m/s
BTAUYSp14	Pa	66	A	Beres tau at c= 35.00 m/s
BTAUYSp15	Pa	66	A	Beres tau at c= 37.50 m/s
BTAUYSp16	Pa	66	A	Beres tau at c= 40.00 m/s
BTAUYSp17	Pa	66	A	Beres tau at c= 42.50 m/s
BTAUYSp18	Pa	66	A	Beres tau at c= 45.00 m/s
BTAUYSp19	Pa	66	A	Beres tau at c= 47.50 m/s
BTAUYSp20	Pa	66	A	Beres tau at c= 50.00 m/s
BTAUYSp21	Pa	66	A	Beres tau at c= 52.50 m/s
BTAUYSp22	Pa	66	A	Beres tau at c= 55.00 m/s
BTAUYSp23	Pa	66	A	Beres tau at c= 57.50 m/s
BTAUYSp24	Pa	66	A	Beres tau at c= 60.00 m/s
BTAUYSp25	Pa	66	A	Beres tau at c= 62.50 m/s
BTAUYSp26	Pa	66	A	Beres tau at c= 65.00 m/s
BTAUYSp27	Pa	66	A	Beres tau at c= 67.50 m/s
BTAUYSp28	Pa	66	A	Beres tau at c= 70.00 m/s
BTAUYSp29	Pa	66	A	Beres tau at c= 72.50 m/s
BTAUYSp30	Pa	66	A	Beres tau at c= 75.00 m/s
BTAUYSp31	Pa	66	A	Beres tau at c= 77.50 m/s
BTAUYSp32	Pa	66	A	Beres tau at c= 80.00 m/s
BUTEND1	m/s2	66	A	U tendency c < -40
BUTEND2	m/s2	66	A	U tendency -40 < c < -15
BUTEND3	m/s2	66	A	U tendency -15 < c < 15
BUTEND4	m/s2	66	A	U tendency 15 < c < 40
BUTEND5	m/s2	66	A	U tendency 40 < c
BUTGWSPEC	m/s2	66	A	Beres U tendency
BVTGWSPEC	m/s2	66	A	Beres V tendency
BWMF	Pa	66	A	Beres Westward MF
CAPE	J/kg	1	A	Convectively available potential energy
CBMF	kg/m2/s	1	A	Cloud base mass flux
CCL4	mol/mol	66	A	CCL4 concentration
CCL4&IC	kg/kg	66	I	CCL4
CCL4_CHML	/cm3/s	66	I	chemical loss rate
CCL4_CHMP	/cm3/s	66	I	chemical production rate
CCL4_SRF	mol/mol	1	A	CCL4 in bottom layer
CF2CLBR	mol/mol	66	A	CF2CLBR concentration
CF2CLBR&IC	kg/kg	66	I	CF2CLBR
CF2CLBR_CHML	/cm3/s	66	I	chemical loss rate
CF2CLBR_CHMP	/cm3/s	66	I	chemical production rate
CF2CLBR_SRF	mol/mol	1	A	CF2CLBR in bottom layer
CF3BR	mol/mol	66	A	CF3BR concentration
CF3BR&IC	kg/kg	66	I	CF3BR
CF3BR_CHML	/cm3/s	66	I	chemical loss rate
CF3BR_CHMP	/cm3/s	66	I	chemical production rate
CF3BR_SRF	mol/mol	1	A	CF3BR in bottom layer
CFC11	mol/mol	66	A	CFC11 concentration
CFC11&IC	kg/kg	66	I	CFC11
CFC113	mol/mol	66	A	CFC113 concentration
CFC113&IC	kg/kg	66	I	CFC113
CFC113_CHML	/cm3/s	66	I	chemical loss rate
CFC113_CHMP	/cm3/s	66	I	chemical production rate
CFC113_SRF	mol/mol	1	A	CFC113 in bottom layer
CFC11STAR	kg/kg	66	A	cfc11star for radiation
CFC11_CHML	/cm3/s	66	I	chemical loss rate
CFC11_CHMP	/cm3/s	66	I	chemical production rate
CFC11_SRF	mol/mol	1	A	CFC11 in bottom layer
CFC12	mol/mol	66	A	CFC12 concentration
CFC12&IC	kg/kg	66	I	CFC12
CFC12_CHML	/cm3/s	66	I	chemical loss rate
CFC12_CHMP	/cm3/s	66	I	chemical production rate
CFC12_SRF	mol/mol	1	A	CFC12 in bottom layer
CGIC	RATIO	1	I	ratio of cloud-ground/intracloud discharges
CGS	s/m2	67	A	Counter-gradient coeff on surface kinematic fluxes
CH2O	mol/mol	66	A	CH2O concentration
CH2O&IC	kg/kg	66	I	CH2O
CH2O_CHML	/cm3/s	66	I	chemical loss rate
CH2O_CHMP	/cm3/s	66	I	chemical production rate
CH2O_SRF	mol/mol	1	A	CH2O in bottom layer
CH3BR	mol/mol	66	A	CH3BR concentration
CH3BR&IC	kg/kg	66	I	CH3BR
CH3BR_CHML	/cm3/s	66	I	chemical loss rate
CH3BR_CHMP	/cm3/s	66	I	chemical production rate
CH3BR_SRF	mol/mol	1	A	CH3BR in bottom layer
CH3CCL3	mol/mol	66	A	CH3CCL3 concentration
CH3CCL3&IC	kg/kg	66	I	CH3CCL3
CH3CCL3_CHML	/cm3/s	66	I	chemical loss rate
CH3CCL3_CHMP	/cm3/s	66	I	chemical production rate
CH3CCL3_SRF	mol/mol	1	A	CH3CCL3 in bottom layer
CH3CL	mol/mol	66	A	CH3CL concentration
CH3CL&IC	kg/kg	66	I	CH3CL
CH3CL_CHML	/cm3/s	66	I	chemical loss rate
CH3CL_CHMP	/cm3/s	66	I	chemical production rate
CH3CL_SRF	mol/mol	1	A	CH3CL in bottom layer
CH3O2	mol/mol	66	A	CH3O2 concentration
CH3O2&IC	kg/kg	66	I	CH3O2
CH3O2_CHML	/cm3/s	66	I	chemical loss rate
CH3O2_CHMP	/cm3/s	66	I	chemical production rate
CH3O2_SRF	mol/mol	1	A	CH3O2 in bottom layer
CH3OOH	mol/mol	66	A	CH3OOH concentration
CH3OOH&IC	kg/kg	66	I	CH3OOH
CH3OOH_CHML	/cm3/s	66	I	chemical loss rate
CH3OOH_CHMP	/cm3/s	66	I	chemical production rate
CH3OOH_SRF	mol/mol	1	A	CH3OOH in bottom layer
CH4	mol/mol	66	A	CH4 concentration
CH4&IC	kg/kg	66	I	CH4
CH4_CHML	/cm3/s	66	I	chemical loss rate
CH4_CHMP	/cm3/s	66	I	chemical production rate
CH4_SRF	mol/mol	1	A	CH4 in bottom layer
CIN	J/kg	1	A	Convective inhibition
CL	mol/mol	66	A	CL concentration
CL&IC	kg/kg	66	I	CL
CL2	mol/mol	66	A	CL2 concentration
CL2&IC	kg/kg	66	I	CL2
CL2O2	mol/mol	66	A	CL2O2 concentration
CL2O2&IC	kg/kg	66	I	CL2O2
CL2O2_CHML	/cm3/s	66	I	chemical loss rate
CL2O2_CHMP	/cm3/s	66	I	chemical production rate
CL2O2_SRF	mol/mol	1	A	CL2O2 in bottom layer
CL2_CHML	/cm3/s	66	I	chemical loss rate
CL2_CHMP	/cm3/s	66	I	chemical production rate
CL2_SRF	mol/mol	1	A	CL2 in bottom layer
CLDBOT	1	1	I	Vertical index of cloud base
CLDHGH	fraction	1	A	Vertically-integrated high cloud
CLDHGT	KM	1	I	cloud top height
CLDICE	kg/kg	66	A	Grid box averaged cloud ice amount
CLDICE&IC	kg/kg	66	I	Grid box averaged cloud ice amount
CLDICEAP	kg/kg	66	A	CLDICE after physics
CLDICEBP	kg/kg	66	A	CLDICE before physics
CLDICECON	kg/kg	66	A	Convective CLDICE
CLDICESTR	kg/kg	66	A	Stratiform CLDICE
CLDLIQ	kg/kg	66	A	Grid box averaged cloud liquid amount
CLDLIQ&IC	kg/kg	66	I	Grid box averaged cloud liquid amount
CLDLIQAP	kg/kg	66	A	CLDLIQ after physics
CLDLIQBP	kg/kg	66	A	CLDLIQ before physics
CLDLIQCON	kg/kg	66	A	Convective CLDLIQ
CLDLIQSTR	kg/kg	66	A	Stratiform CLDLIQ
CLDLOW	fraction	1	A	Vertically-integrated low cloud
CLDMED	fraction	1	A	Vertically-integrated mid-level cloud
CLDST	fraction	66	A	Stratus cloud fraction
CLDTOP	1	1	I	Vertical index of cloud top
CLDTOT	fraction	1	A	Vertically-integrated total cloud
CLO	mol/mol	66	A	CLO concentration
CLO&IC	kg/kg	66	I	CLO
CLONO2	mol/mol	66	A	CLONO2 concentration
CLONO2&IC	kg/kg	66	I	CLONO2
CLONO2_CHML	/cm3/s	66	I	chemical loss rate
CLONO2_CHMP	/cm3/s	66	I	chemical production rate
CLONO2_SRF	mol/mol	1	A	CLONO2 in bottom layer
CLOUD	fraction	66	A	Cloud fraction
CLOUD&IC	fraction	66	I	Cloud fraction
CLOX	mol/mol	66	A	clox volume mixing ratio
CLOY	mol/mol	66	A	total inorganic chlorine (Cl+ClO+2Cl2+2Cl2O2+OClO+HOCl+ClONO2+HCl+BrCl)
CLO_CHML	/cm3/s	66	I	chemical loss rate
CLO_CHMP	/cm3/s	66	I	chemical production rate
CLO_SRF	mol/mol	1	A	CLO in bottom layer
CLY	mol/mol	66	A	CLY concentration
CLY&IC	kg/kg	66	I	CLY
CLY_CHML	/cm3/s	66	I	chemical loss rate
CLY_CHMP	/cm3/s	66	I	chemical production rate
CLY_SRF	mol/mol	1	A	CLY in bottom layer
CL_CHML	/cm3/s	66	I	chemical loss rate
CL_CHMP	/cm3/s	66	I	chemical production rate
CL_SRF	mol/mol	1	A	CL in bottom layer
CME	kg/kg/s	66	A	Rate of cond-evap within the cloud
CMEICE	kg/kg/s	66	A	Rate of cond-evap of ice within the cloud
CMELIQ	kg/kg/s	66	A	Rate of cond-evap of liq within the cloud
CMFDICE	kg/kg/s	66	A	Cloud ice tendency - shallow convection
CMFDLIQ	kg/kg/s	66	A	Cloud liq tendency - shallow convection
CMFDQ	kg/kg/s	66	A	QV tendency - shallow convection
CMFDQR	kg/kg/s	66	A	Q tendency - shallow convection rainout
CMFDT	K/s	66	A	T tendency - shallow convection
CMFLQ	W/m2	67	A	Moist shallow convection total water flux
CMFMC	kg/m2/s	67	A	Moist shallow convection mass flux
CMFMCDZM	kg/m2/s	67	A	Convection mass flux from ZM deep
CMFSL	W/m2	67	A	Moist shallow convection liquid water static energy flux
CNVCLD	fraction	1	A	Vertically integrated convective cloud amount
CO	mol/mol	66	A	CO concentration
CO&IC	kg/kg	66	I	CO
CO2	mol/mol	66	A	CO2 concentration
CO2&IC	kg/kg	66	I	CO2
CO2_CHML	/cm3/s	66	I	chemical loss rate
CO2_CHMP	/cm3/s	66	I	chemical production rate
CO2_SRF	mol/mol	1	A	CO2 in bottom layer
CO2_tgcm	kg/kg	1	I	upper boundary mmr
CONCLD	fraction	66	A	Convective cloud cover
CONCLD&IC	fraction	66	I	Convective cloud fraction
CO_Aircraft	molec/cm3/s	66	A	aircraft CO source
CO_CHML	/cm3/s	66	I	chemical loss rate
CO_CHMP	/cm3/s	66	I	chemical production rate
CO_CLXF	molec/cm2/s	1	A	vertically intergrated external forcing for CO
CO_SRF	mol/mol	1	A	CO in bottom layer
CO_XFRC	molec/cm3/s	66	A	external forcing for CO
CO_tgcm	kg/kg	1	I	upper boundary mmr
CPAIR	J/K/kg	66	I	specific heat cap air
CPH1	K/s	66	I	O + O3 -> 2*O2 + 93.46 kcal/mol chem pot heating rate
CPH10	K/s	66	I	HO2 + HO2 -> H2O2 + O2 + 39.08 kcal/mol chem pot heating rate
CPH11	K/s	66	I	OH + O3 -> HO2 + O2 + 39.49 kcal/mol chem pot heating rate
CPH12	K/s	66	I	NO + O3 -> NO2 + O2 + 47.55 kcal/mol chem pot heating rate
CPH13	K/s	66	I	NO2 + O -> NO + O2 + 45.91 kcal/mol chem pot heating rate
CPH14	K/s	66	I	OH + HO2 -> H2O + O2 + 69.99 kcal/mol chem pot heating rate
CPH15	K/s	66	I	H + HO2 -> H2 + O2 + 55.4 kcal/mol chem pot heating rate
CPH16	K/s	66	I	O1D + O2 -> O + O2_1S + 7.63 kcal/mol chem pot heating rate
CPH17	K/s	66	I	O1D + N2 -> O + N2 + 45.14 kcal/mol chem pot heating rate
CPH18	K/s	66	I	O2_1S + O -> O2_1D + O + 14.97 kcal/mol chem pot heating rate
CPH19	K/s	66	I	O2_1S + O2 -> O2_1D + O2 + 14.97 kcal/mol chem pot heating rate
CPH2	K/s	66	I	O + O + M -> O2 + M + 119.12 kcal/mol chem pot heating rate
CPH20	K/s	66	I	O2_1S + N2 -> O2_1D + N2 + 14.97 kcal/mol chem pot heating rate
CPH21	K/s	66	I	O2_1S + O3 -> O2_1D + O3 + 14.97 kcal/mol chem pot heating rate
CPH22	K/s	66	I	O2_1D + O -> O2 + O + 22.54 kcal/mol chem pot heating rate
CPH23	K/s	66	I	O2_1D + O2 -> 2*O2 + 22.54 kcal/mol chem pot heating rate
CPH24	K/s	66	I	O2_1D + N2 -> O2 + N2 + 22.54 kcal/mol chem pot heating rate
CPH25	K/s	66	I	N2D + O2 -> NO + O1D + 42.43 kcal/mol chem pot heating rate
CPH26	K/s	66	I	N2D + O -> N + O + 54.88 kcal/mol chem pot heating rate
CPH27	K/s	66	I	N + O2 -> NO + O + 32.28 kcal/mol chem pot heating rate
CPH28	K/s	66	I	N + NO -> N2 + O + 61.8 kcal/mol chem pot heating rate
CPH29	K/s	66	I	O1D + O2 -> O + O2 + 45.14 kcal/mol chem pot heating rate
CPH3	K/s	66	I	O + OH -> H + O2 + 16.35 kcal/mol chem pot heating rate
CPH30	K/s	66	I	Op + O2 -> O2p + O + 35.878 kcal/mol chem pot heating rate
CPH31	K/s	66	I	Op + N2 -> NOp + N + 25.105 kcal/mol chem pot heating rate
CPH32	K/s	66	I	N2p + O -> NOp + N2D + 16.140 kcal/mol chem pot heating rate
CPH33	K/s	66	I	O2p + N -> NOp + O + 97.073 kcal/mol chem pot heating rate
CPH34	K/s	66	I	O2p + NO -> NOp + O2 + 64.862 kcal/mol chem pot heating rate
CPH35	K/s	66	I	Np + O2 -> O2p + N + 57.322 kcal/mol chem pot heating rate
CPH36	K/s	66	I	Np + O2 -> NOp + O + 154.46 kcal/mol chem pot heating rate
CPH37	K/s	66	I	Np + O -> Op + N + 22.597 kcal/mol chem pot heating rate
CPH38	K/s	66	I	N2p + O2 -> O2p + N2 + 81.164 kcal/mol chem pot heating rate
CPH39	K/s	66	I	NOp + e -> 19.691 kcal/mol chem pot heating rate
CPH4	K/s	66	I	O + HO2 -> OH + O2 + 53.97 kcal/mol chem pot heating rate
CPH40	K/s	66	I	O2p + e -> 121.65 kcal/mol chem pot heating rate
CPH41	K/s	66	I	N2p + e -> 84.807 kcal/mol chem pot heating rate
CPH5	K/s	66	I	H + O2 + M -> HO2 + M + 48.8 kcal/mol chem pot heating rate
CPH6	K/s	66	I	O + O2 + M -> O3 + M + 25.66 kcal/mol chem pot heating rate
CPH7	K/s	66	I	H + O3 -> OH + O2 + 46.27 kcal/mol chem pot heating rate
CPH8	K/s	66	I	HO2 + NO -> NO2 + OH + 8.06 kcal/mol chem pot heating rate
CPH9	K/s	66	I	HO2 + O3 -> 2*O2 + OH + 28.31 kcal/mol chem pot heating rate
CT_BR	kg/kg/s	66	A	BR source/sink
CT_BRCL	kg/kg/s	66	A	BRCL source/sink
CT_BRO	kg/kg/s	66	A	BRO source/sink
CT_BRONO2	kg/kg/s	66	A	BRONO2 source/sink
CT_BRY	kg/kg/s	66	A	BRY source/sink
CT_CCL4	kg/kg/s	66	A	CCL4 source/sink
CT_CF2CLBR	kg/kg/s	66	A	CF2CLBR source/sink
CT_CF3BR	kg/kg/s	66	A	CF3BR source/sink
CT_CFC11	kg/kg/s	66	A	CFC11 source/sink
CT_CFC113	kg/kg/s	66	A	CFC113 source/sink
CT_CFC12	kg/kg/s	66	A	CFC12 source/sink
CT_CH2O	kg/kg/s	66	A	CH2O source/sink
CT_CH3BR	kg/kg/s	66	A	CH3BR source/sink
CT_CH3CCL3	kg/kg/s	66	A	CH3CCL3 source/sink
CT_CH3CL	kg/kg/s	66	A	CH3CL source/sink
CT_CH3O2	kg/kg/s	66	A	CH3O2 source/sink
CT_CH3OOH	kg/kg/s	66	A	CH3OOH source/sink
CT_CH4	kg/kg/s	66	A	CH4 source/sink
CT_CL	kg/kg/s	66	A	CL source/sink
CT_CL2	kg/kg/s	66	A	CL2 source/sink
CT_CL2O2	kg/kg/s	66	A	CL2O2 source/sink
CT_CLO	kg/kg/s	66	A	CLO source/sink
CT_CLONO2	kg/kg/s	66	A	CLONO2 source/sink
CT_CLY	kg/kg/s	66	A	CLY source/sink
CT_CO	kg/kg/s	66	A	CO source/sink
CT_CO2	kg/kg/s	66	A	CO2 source/sink
CT_H	kg/kg/s	66	A	H source/sink
CT_H2	kg/kg/s	66	A	H2 source/sink
CT_H2O	kg/kg/s	66	A	H2O source/sink
CT_H2O2	kg/kg/s	66	A	H2O2 source/sink
CT_H2O_GHG	kg/kg/s	66	A	ghg-chem h2o source/sink
CT_HBR	kg/kg/s	66	A	HBR source/sink
CT_HCFC22	kg/kg/s	66	A	HCFC22 source/sink
CT_HCL	kg/kg/s	66	A	HCL source/sink
CT_HNO3	kg/kg/s	66	A	HNO3 source/sink
CT_HO2	kg/kg/s	66	A	HO2 source/sink
CT_HO2NO2	kg/kg/s	66	A	HO2NO2 source/sink
CT_HOBR	kg/kg/s	66	A	HOBR source/sink
CT_HOCL	kg/kg/s	66	A	HOCL source/sink
CT_N	kg/kg/s	66	A	N source/sink
CT_N2D	kg/kg/s	66	A	N2D source/sink
CT_N2O	kg/kg/s	66	A	N2O source/sink
CT_N2O5	kg/kg/s	66	A	N2O5 source/sink
CT_N2p	kg/kg/s	66	A	N2p source/sink
CT_NO	kg/kg/s	66	A	NO source/sink
CT_NO2	kg/kg/s	66	A	NO2 source/sink
CT_NO3	kg/kg/s	66	A	NO3 source/sink
CT_NOp	kg/kg/s	66	A	NOp source/sink
CT_Np	kg/kg/s	66	A	Np source/sink
CT_O	kg/kg/s	66	A	O source/sink
CT_O1D	kg/kg/s	66	A	O1D source/sink
CT_O2	kg/kg/s	66	A	O2 source/sink
CT_O2_1D	kg/kg/s	66	A	O2_1D source/sink
CT_O2_1S	kg/kg/s	66	A	O2_1S source/sink
CT_O2p	kg/kg/s	66	A	O2p source/sink
CT_O3	kg/kg/s	66	A	O3 source/sink
CT_OCLO	kg/kg/s	66	A	OCLO source/sink
CT_OH	kg/kg/s	66	A	OH source/sink
CT_Op	kg/kg/s	66	A	Op source/sink
CT_e	kg/kg/s	66	A	e source/sink
CUSH&IC	m	1	I	Convective Scale Height
DBRCHM	kg/s	66	A	net tendency from chem
DBRCLCHM	kg/s	66	A	net tendency from chem
DBROCHM	kg/s	66	A	net tendency from chem
DBRONO2CHM	kg/s	66	A	net tendency from chem
DBRYCHM	kg/s	66	A	net tendency from chem
DCCL4CHM	kg/s	66	A	net tendency from chem
DCF2CLBRCHM	kg/s	66	A	net tendency from chem
DCF3BRCHM	kg/s	66	A	net tendency from chem
DCFC113CHM	kg/s	66	A	net tendency from chem
DCFC11CHM	kg/s	66	A	net tendency from chem
DCFC12CHM	kg/s	66	A	net tendency from chem
DCH2OCHM	kg/s	66	A	net tendency from chem
DCH3BRCHM	kg/s	66	A	net tendency from chem
DCH3CCL3CHM	kg/s	66	A	net tendency from chem
DCH3CLCHM	kg/s	66	A	net tendency from chem
DCH3O2CHM	kg/s	66	A	net tendency from chem
DCH3OOHCHM	kg/s	66	A	net tendency from chem
DCH4CHM	kg/s	66	A	net tendency from chem
DCHGZONE	KM	1	I	depth of discharge zone
DCL2CHM	kg/s	66	A	net tendency from chem
DCL2O2CHM	kg/s	66	A	net tendency from chem
DCLCHM	kg/s	66	A	net tendency from chem
DCLOCHM	kg/s	66	A	net tendency from chem
DCLONO2CHM	kg/s	66	A	net tendency from chem
DCLYCHM	kg/s	66	A	net tendency from chem
DCO2CHM	kg/s	66	A	net tendency from chem
DCOCHM	kg/s	66	A	net tendency from chem
DCQ	kg/kg/s	66	A	Q tendency due to moist processes
DF_BR	kg/m2/s	1	A	dry deposition flux
DF_BRCL	kg/m2/s	1	A	dry deposition flux
DF_BRO	kg/m2/s	1	A	dry deposition flux
DF_BRONO2	kg/m2/s	1	A	dry deposition flux
DF_BRY	kg/m2/s	1	A	dry deposition flux
DF_CCL4	kg/m2/s	1	A	dry deposition flux
DF_CF2CLBR	kg/m2/s	1	A	dry deposition flux
DF_CF3BR	kg/m2/s	1	A	dry deposition flux
DF_CFC11	kg/m2/s	1	A	dry deposition flux
DF_CFC113	kg/m2/s	1	A	dry deposition flux
DF_CFC12	kg/m2/s	1	A	dry deposition flux
DF_CH2O	kg/m2/s	1	A	dry deposition flux
DF_CH3BR	kg/m2/s	1	A	dry deposition flux
DF_CH3CCL3	kg/m2/s	1	A	dry deposition flux
DF_CH3CL	kg/m2/s	1	A	dry deposition flux
DF_CH3O2	kg/m2/s	1	A	dry deposition flux
DF_CH3OOH	kg/m2/s	1	A	dry deposition flux
DF_CH4	kg/m2/s	1	A	dry deposition flux
DF_CL	kg/m2/s	1	A	dry deposition flux
DF_CL2	kg/m2/s	1	A	dry deposition flux
DF_CL2O2	kg/m2/s	1	A	dry deposition flux
DF_CLO	kg/m2/s	1	A	dry deposition flux
DF_CLONO2	kg/m2/s	1	A	dry deposition flux
DF_CLY	kg/m2/s	1	A	dry deposition flux
DF_CO	kg/m2/s	1	A	dry deposition flux
DF_CO2	kg/m2/s	1	A	dry deposition flux
DF_H	kg/m2/s	1	A	dry deposition flux
DF_H2	kg/m2/s	1	A	dry deposition flux
DF_H2O	kg/m2/s	1	A	dry deposition flux
DF_H2O2	kg/m2/s	1	A	dry deposition flux
DF_HBR	kg/m2/s	1	A	dry deposition flux
DF_HCFC22	kg/m2/s	1	A	dry deposition flux
DF_HCL	kg/m2/s	1	A	dry deposition flux
DF_HNO3	kg/m2/s	1	A	dry deposition flux
DF_HO2	kg/m2/s	1	A	dry deposition flux
DF_HO2NO2	kg/m2/s	1	A	dry deposition flux
DF_HOBR	kg/m2/s	1	A	dry deposition flux
DF_HOCL	kg/m2/s	1	A	dry deposition flux
DF_N	kg/m2/s	1	A	dry deposition flux
DF_N2D	kg/m2/s	1	A	dry deposition flux
DF_N2O	kg/m2/s	1	A	dry deposition flux
DF_N2O5	kg/m2/s	1	A	dry deposition flux
DF_N2p	kg/m2/s	1	A	dry deposition flux
DF_NHX	kg/m2/s	1	I	NHx dry deposition flux
DF_NO	kg/m2/s	1	A	dry deposition flux
DF_NO2	kg/m2/s	1	A	dry deposition flux
DF_NO3	kg/m2/s	1	A	dry deposition flux
DF_NOY	kg/m2/s	1	I	NOy dry deposition flux
DF_NOp	kg/m2/s	1	A	dry deposition flux
DF_Np	kg/m2/s	1	A	dry deposition flux
DF_O	kg/m2/s	1	A	dry deposition flux
DF_O1D	kg/m2/s	1	A	dry deposition flux
DF_O2	kg/m2/s	1	A	dry deposition flux
DF_O2_1D	kg/m2/s	1	A	dry deposition flux
DF_O2_1S	kg/m2/s	1	A	dry deposition flux
DF_O2p	kg/m2/s	1	A	dry deposition flux
DF_O3	kg/m2/s	1	A	dry deposition flux
DF_OCLO	kg/m2/s	1	A	dry deposition flux
DF_OH	kg/m2/s	1	A	dry deposition flux
DF_Op	kg/m2/s	1	A	dry deposition flux
DF_SOX	kg/m2/s	1	I	SOx dry deposition flux
DF_e	kg/m2/s	1	A	dry deposition flux
DH2CHM	kg/s	66	A	net tendency from chem
DH2O2CHM	kg/s	66	A	net tendency from chem
DH2OCHM	kg/s	66	A	net tendency from chem
DHBRCHM	kg/s	66	A	net tendency from chem
DHCFC22CHM	kg/s	66	A	net tendency from chem
DHCHM	kg/s	66	A	net tendency from chem
DHCLCHM	kg/s	66	A	net tendency from chem
DHNO3CHM	kg/s	66	A	net tendency from chem
DHO2CHM	kg/s	66	A	net tendency from chem
DHO2NO2CHM	kg/s	66	A	net tendency from chem
DHOBRCHM	kg/s	66	A	net tendency from chem
DHOCLCHM	kg/s	66	A	net tendency from chem
DISED	kg/kg/s	66	A	Cloud ice tendency from sedimentation
DLSED	kg/kg/s	66	A	Cloud liquid tendency from sedimentation
DMECLDICE	kg/kg/s	66	A	CLDICE dme adjustment tendency (FV)
DMECLDLIQ	kg/kg/s	66	A	CLDLIQ dme adjustment tendency (FV)
DMEQ	kg/kg/s	66	A	Q dme adjustment tendency (FV)
DN2DCHM	kg/s	66	A	net tendency from chem
DN2O5CHM	kg/s	66	A	net tendency from chem
DN2OCHM	kg/s	66	A	net tendency from chem
DN2pCHM	kg/s	66	A	net tendency from chem
DNCHM	kg/s	66	A	net tendency from chem
DNO2CHM	kg/s	66	A	net tendency from chem
DNO3CHM	kg/s	66	A	net tendency from chem
DNOCHM	kg/s	66	A	net tendency from chem
DNOpCHM	kg/s	66	A	net tendency from chem
DNpCHM	kg/s	66	A	net tendency from chem
DO1DCHM	kg/s	66	A	net tendency from chem
DO2CHM	kg/s	66	A	net tendency from chem
DO2_1DCHM	kg/s	66	A	net tendency from chem
DO2_1SCHM	kg/s	66	A	net tendency from chem
DO2pCHM	kg/s	66	A	net tendency from chem
DO3CHM	kg/s	66	A	net tendency from chem
DOCHM	kg/s	66	A	net tendency from chem
DOCLOCHM	kg/s	66	A	net tendency from chem
DOHCHM	kg/s	66	A	net tendency from chem
DOpCHM	kg/s	66	A	net tendency from chem
DQP	kg/kg/s	66	A	Specific humidity tendency due to precipitation
DQSED	kg/kg/s	66	A	Water vapor tendency from cloud sedimentation
DTANT		1	I	photolysis diagnostic NH4SO4 OD
DTCBS		1	I	photolysis diagnostic black carbon OD
DTCOND	K/s	66	A	T tendency - moist processes
DTCOND_12_COS	K/s	66	A	T tendency - moist processes 12hr. cos coeff.
DTCOND_12_SIN	K/s	66	A	T tendency - moist processes 12hr. sin coeff.
DTCOND_24_COS	K/s	66	A	T tendency - moist processes 24hr. cos coeff.
DTCOND_24_SIN	K/s	66	A	T tendency - moist processes 24hr. sin coeff.
DTCORE	K/s	66	A	T tendency due to dynamical core
DTDUST		1	I	photolysis diagnostic dust OD
DTOCS		1	I	photolysis diagnostic organic carbon OD
DTSAL		1	I	photolysis diagnostic salt OD
DTSO4		1	I	photolysis diagnostic SO4 OD
DTSOA		1	I	photolysis diagnostic SOA OD
DTTOTAL		1	I	photolysis diagnostic total aerosol OD
DTV	K/s	66	A	T vertical diffusion
DTVKE	K/s	66	A	dT/dt vertical diffusion KE dissipation
DUH	K/s	66	A	U horizontal diffusive heating
DUV	m/s2	66	A	U vertical diffusion
DVH	K/s	66	A	V horizontal diffusive heating
DVV	m/s2	66	A	V vertical diffusion
DV_BR	cm/s	1	A	deposition velocity
DV_BRCL	cm/s	1	A	deposition velocity
DV_BRO	cm/s	1	A	deposition velocity
DV_BRONO2	cm/s	1	A	deposition velocity
DV_BRY	cm/s	1	A	deposition velocity
DV_CCL4	cm/s	1	A	deposition velocity
DV_CF2CLBR	cm/s	1	A	deposition velocity
DV_CF3BR	cm/s	1	A	deposition velocity
DV_CFC11	cm/s	1	A	deposition velocity
DV_CFC113	cm/s	1	A	deposition velocity
DV_CFC12	cm/s	1	A	deposition velocity
DV_CH2O	cm/s	1	A	deposition velocity
DV_CH3BR	cm/s	1	A	deposition velocity
DV_CH3CCL3	cm/s	1	A	deposition velocity
DV_CH3CL	cm/s	1	A	deposition velocity
DV_CH3O2	cm/s	1	A	deposition velocity
DV_CH3OOH	cm/s	1	A	deposition velocity
DV_CH4	cm/s	1	A	deposition velocity
DV_CL	cm/s	1	A	deposition velocity
DV_CL2	cm/s	1	A	deposition velocity
DV_CL2O2	cm/s	1	A	deposition velocity
DV_CLO	cm/s	1	A	deposition velocity
DV_CLONO2	cm/s	1	A	deposition velocity
DV_CLY	cm/s	1	A	deposition velocity
DV_CO	cm/s	1	A	deposition velocity
DV_CO2	cm/s	1	A	deposition velocity
DV_H	cm/s	1	A	deposition velocity
DV_H2	cm/s	1	A	deposition velocity
DV_H2O	cm/s	1	A	deposition velocity
DV_H2O2	cm/s	1	A	deposition velocity
DV_HBR	cm/s	1	A	deposition velocity
DV_HCFC22	cm/s	1	A	deposition velocity
DV_HCL	cm/s	1	A	deposition velocity
DV_HNO3	cm/s	1	A	deposition velocity
DV_HO2	cm/s	1	A	deposition velocity
DV_HO2NO2	cm/s	1	A	deposition velocity
DV_HOBR	cm/s	1	A	deposition velocity
DV_HOCL	cm/s	1	A	deposition velocity
DV_N	cm/s	1	A	deposition velocity
DV_N2D	cm/s	1	A	deposition velocity
DV_N2O	cm/s	1	A	deposition velocity
DV_N2O5	cm/s	1	A	deposition velocity
DV_N2p	cm/s	1	A	deposition velocity
DV_NO	cm/s	1	A	deposition velocity
DV_NO2	cm/s	1	A	deposition velocity
DV_NO3	cm/s	1	A	deposition velocity
DV_NOp	cm/s	1	A	deposition velocity
DV_Np	cm/s	1	A	deposition velocity
DV_O	cm/s	1	A	deposition velocity
DV_O1D	cm/s	1	A	deposition velocity
DV_O2	cm/s	1	A	deposition velocity
DV_O2_1D	cm/s	1	A	deposition velocity
DV_O2_1S	cm/s	1	A	deposition velocity
DV_O2p	cm/s	1	A	deposition velocity
DV_O3	cm/s	1	A	deposition velocity
DV_OCLO	cm/s	1	A	deposition velocity
DV_OH	cm/s	1	A	deposition velocity
DV_Op	cm/s	1	A	deposition velocity
DV_e	cm/s	1	A	deposition velocity
DeCHM	kg/s	66	A	net tendency from chem
EFFCLD	fraction	66	A	Effective cloud fraction
EFFICE	Micron	66	A	Prognostic ice effective radius
EFFLIQ	Micron	66	A	Prognostic droplet effective radius
EFFLIQ_IND	Micron	66	A	Prognostic droplet effective radius (indirect effect)
EKGWSPEC	M2/S	67	A	effective Kzz due to gw spectrum
ELECDEN	CM-3	66	I	NE (ion sum)
EMF	Pa	66	A	Eastward MF
EMIS	1	66	A	cloud emissivity
ENGYCORR	W/m2	66	A	Energy correction for over-all conservation
EPOTEN	V	1	I	Electric Potential
EVAPPREC	kg/kg/s	66	A	Rate of evaporation of falling precip
EVAPQCM	kg/kg/s	66	A	Q tendency - Evaporation from Hack convection
EVAPQZM	kg/kg/s	66	A	Q tendency - Evaporation from Zhang-McFarlane moist convection
EVAPSNOW	kg/kg/s	66	A	Rate of evaporation of falling snow
EVAPTCM	K/s	66	A	T tendency - Evaporation/snow prod from Hack convection
EVAPTZM	K/s	66	A	T tendency - Evaporation/snow prod from Zhang convection
EVSNTCM	K/s	66	A	T tendency - Snow to rain prod from Hack convection
EVSNTZM	K/s	66	A	T tendency - Snow to rain prod from Zhang convection
FDL	W/m2	67	I	Longwave downward flux
FDLC	W/m2	67	I	Longwave clear-sky downward flux
FDS	W/m2	67	I	Shortwave downward flux
FDSC	W/m2	67	I	Shortwave clear-sky downward flux
FICE	fraction	66	A	Fractional ice content within cloud
FLASHENGY		1	I	lighting flash rate
FLASHFRQ	1/MIN	1	I	lighting flash rate
FLDS	W/m2	1	A	Downwelling longwave flux at surface
FLDSC	W/m2	1	A	Clearsky downwelling longwave flux at surface
FLN200	W/m2	1	A	Net longwave flux at 200 mb
FLN200C	W/m2	1	A	Clearsky net longwave flux at 200 mb
FLNR	W/m2	1	A	Net longwave flux at tropopause
FLNS	W/m2	1	A	Net longwave flux at surface
FLNSC	W/m2	1	A	Clearsky net longwave flux at surface
FLNT	W/m2	1	A	Net longwave flux at top of model
FLNTC	W/m2	1	A	Clearsky net longwave flux at top of model
FLUT	W/m2	1	A	Upwelling longwave flux at top of model
FLUTC	W/m2	1	A	Clearsky upwelling longwave flux at top of model
FRACDAY		1	I	photolysis diagnostic fraction of day
FRACW	fraction	66	A	Relative importance of rain accreting liquid
FREQSH	fraction	1	A	Fractional occurance of shallow convection
FREQZM	fraction	1	A	Fractional occurance of ZM convection
FRONTGF	K^2/M^2/S	66	A	Frontogenesis function at gws src level
FRONTGFA	K^2/M^2/S	66	A	Frontogenesis function at gws src level
FSACI	fraction	66	A	Relative importance of snow accreting ice
FSACW	fraction	66	A	Relative importance of snow accreting liquid
FSAUT	fraction	66	A	Relative importance of ice autoconversion
FSDS	W/m2	1	A	Downwelling solar flux at surface
FSDSC	W/m2	1	A	Clearsky downwelling solar flux at surface
FSDTOA	W/m2	1	A	Downwelling solar flux at top of atmosphere
FSN200	W/m2	1	A	Net shortwave flux at 200 mb
FSN200C	W/m2	1	A	Clearsky net shortwave flux at 200 mb
FSNIRTOA	W/m2	1	A	Net near-infrared flux (Nimbus-7 WFOV) at top of atmosphere
FSNR	W/m2	1	A	Net solar flux at tropopause
FSNRTOAC	W/m2	1	A	Clearsky net near-infrared flux (Nimbus-7 WFOV) at top of atmosphere
FSNRTOAS	W/m2	1	A	Net near-infrared flux (>= 0.7 microns) at top of atmosphere
FSNS	W/m2	1	A	Net solar flux at surface
FSNSC	W/m2	1	A	Clearsky net solar flux at surface
FSNT	W/m2	1	A	Net solar flux at top of model
FSNTC	W/m2	1	A	Clearsky net solar flux at top of model
FSNTOA	W/m2	1	A	Net solar flux at top of atmosphere
FSNTOAC	W/m2	1	A	Clearsky net solar flux at top of atmosphere
FSUTOA	W/m2	1	A	Upwelling solar flux at top of atmosphere
FU	m/s2	66	A	Zonal wind forcing term
FUL	W/m2	67	I	Longwave upward flux
FULC	W/m2	67	I	Longwave clear-sky upward flux
FUS	W/m2	67	I	Shortwave upward flux
FUSC	W/m2	67	I	Shortwave clear-sky upward flux
FU_S	m/s2	66	A	Zonal wind forcing term on staggered grid
FV	m/s2	66	A	Meridional wind forcing term
FV_S	m/s2	66	A	Meridional wind forcing term on staggered grid
FWAUT	fraction	66	A	Relative importance of liquid autoconversion
FZSNTCM	K/s	66	A	T tendency - Rain to snow conversion from Hack convection
FZSNTZM	K/s	66	A	T tendency - Rain to snow conversion from Zhang convection
GCLDLWP	gram/m2	66	A	Grid-box cloud water path
H	mol/mol	66	A	H concentration
H&IC	kg/kg	66	I	H
H2	mol/mol	66	A	H2 concentration
H2&IC	kg/kg	66	I	H2
H2O	mol/mol	66	A	water vapor concentration
H2O2	mol/mol	66	A	H2O2 concentration
H2O2&IC	kg/kg	66	I	H2O2
H2O2_CHML	/cm3/s	66	I	chemical loss rate
H2O2_CHMP	/cm3/s	66	I	chemical production rate
H2O2_SRF	mol/mol	1	A	H2O2 in bottom layer
H2O_CHML	/cm3/s	66	I	chemical loss rate
H2O_CHMP	/cm3/s	66	I	chemical production rate
H2O_GAS	mol/mol	66	I	gas-phase h2o
H2O_SRF	mol/mol	1	A	water vapor in bottom layer
H2SO4MMR	kg/kg	66	I	radiative sulfate aerosol mmr
H2SO4M_C	ug/m3	66	I	chemical sulfate aerosol mass
H2SO4M_R	ug/m3	66	I	radiative sulfate aerosol mass
H2_CHML	/cm3/s	66	I	chemical loss rate
H2_CHMP	/cm3/s	66	I	chemical production rate
H2_SRF	mol/mol	1	A	H2 in bottom layer
H2_tgcm	kg/kg	1	I	upper boundary mmr
HBR	mol/mol	66	A	HBR concentration
HBR&IC	kg/kg	66	I	HBR
HBR_CHML	/cm3/s	66	I	chemical loss rate
HBR_CHMP	/cm3/s	66	I	chemical production rate
HBR_SRF	mol/mol	1	A	HBR in bottom layer
HB_ri	no	66	A	Richardson Number (HB Scheme), I
HCFC22	mol/mol	66	A	HCFC22 concentration
HCFC22&IC	kg/kg	66	I	HCFC22
HCFC22_CHML	/cm3/s	66	I	chemical loss rate
HCFC22_CHMP	/cm3/s	66	I	chemical production rate
HCFC22_SRF	mol/mol	1	A	HCFC22 in bottom layer
HCL	mol/mol	66	A	HCL concentration
HCL&IC	kg/kg	66	I	HCL
HCL_CHML	/cm3/s	66	I	chemical loss rate
HCL_CHMP	/cm3/s	66	I	chemical production rate
HCL_SRF	mol/mol	1	A	HCL in bottom layer
HCME	W/kg	66	A	Heating from cond-evap within the cloud
HDEPTH	km	1	A	Heating Depth
HEIGHT	m	67	A	geopotential height above surface at interfaces (m)
HEVAP	W/kg	66	A	Heating from evaporation of falling precip
HFREEZ	W/kg	66	A	Heating rate due to freezing of precip
HKEIHEAT	W/kg	66	A	Heating by ice and evaporation in HK convection
HKFLXPRC	kg/m2/s	67	A	Flux of precipitation from HK convection
HKFLXSNW	kg/m2/s	67	A	Flux of snow from HK convection
HKNTPRPD	kg/kg/s	66	A	Net precipitation production from HK convection
HKNTSNPD	kg/kg/s	66	A	Net snow production from HK convection
HMELT	W/kg	66	A	Heating from snow melt
HNO3	mol/mol	66	A	HNO3 concentration
HNO3&IC	kg/kg	66	I	HNO3
HNO3_CHML	/cm3/s	66	I	chemical loss rate
HNO3_CHMP	/cm3/s	66	I	chemical production rate
HNO3_GAS	mol/mol	66	I	gas-phase hno3
HNO3_NAT	mol/mol	66	I	NAT condensed HNO3
HNO3_SRF	mol/mol	1	A	HNO3 in bottom layer
HNO3_STS	mol/mol	66	I	STS condensed HNO3
HO2	mol/mol	66	A	HO2 concentration
HO2&IC	kg/kg	66	I	HO2
HO2NO2	mol/mol	66	A	HO2NO2 concentration
HO2NO2&IC	kg/kg	66	I	HO2NO2
HO2NO2_CHML	/cm3/s	66	I	chemical loss rate
HO2NO2_CHMP	/cm3/s	66	I	chemical production rate
HO2NO2_SRF	mol/mol	1	A	HO2NO2 in bottom layer
HO2_CHML	/cm3/s	66	I	chemical loss rate
HO2_CHMP	/cm3/s	66	I	chemical production rate
HO2_SRF	mol/mol	1	A	HO2 in bottom layer
HOBR	mol/mol	66	A	HOBR concentration
HOBR&IC	kg/kg	66	I	HOBR
HOBR_CHML	/cm3/s	66	I	chemical loss rate
HOBR_CHMP	/cm3/s	66	I	chemical production rate
HOBR_SRF	mol/mol	1	A	HOBR in bottom layer
HOCL	mol/mol	66	A	HOCL concentration
HOCL&IC	kg/kg	66	I	HOCL
HOCL_CHML	/cm3/s	66	I	chemical loss rate
HOCL_CHMP	/cm3/s	66	I	chemical production rate
HOCL_SRF	mol/mol	1	A	HOCL in bottom layer
HORZ	kg/kg	66	A	horizontal tracer
HORZ&IC	kg/kg	66	I	horizontal tracer
HORZSRC	kg/kg/s	66	A	HORZ source/sink
HPROGCLD	W/kg	66	A	Heating from prognostic clouds
HR	K/s	66	A	Heating rate needed for d(theta)/dt computation
HREPART	W/kg	66	A	Heating from cloud ice/liquid repartitioning
HSED	W/kg	66	A	Heating from cloud sediment evaporation
H_CHML	/cm3/s	66	I	chemical loss rate
H_CHMP	/cm3/s	66	I	chemical production rate
H_SRF	mol/mol	1	A	H in bottom layer
ICE2PR	kg/kg/s	66	A	Rate of conversion of ice to precip
ICECLDF	fraction	66	A	Stratus ICE cloud fraction
ICEFRAC	fraction	1	A	Fraction of sfc area covered by sea-ice
ICEFRAC&IC	fraction	1	I	Fraction of sfc area covered by sea-ice
ICE_ICLD_VISTAU	1	66	A	Ice in-cloud visible sw optical depth
ICIMR	kg/kg	66	A	Prognostic in-cloud ice mixing ratio
ICINC	m-3	66	A	Prognostic in-cloud ice number conc
ICLDIWP	gram/m2	66	A	In-cloud ice water path
ICLDTWP	gram/m2	66	A	In-cloud cloud total water path (liquid and ice)
ICWMR	kg/kg	66	A	Prognostic in-cloud water mixing ratio
ICWNC	m-3	66	A	Prognostic in-cloud water number conc
IWC	kg/m3	66	A	Grid box average ice water content
JO2_EUV	/s	66	I	total jo2 euv photolysis rate
J_001	/s	66	I	photolysis rate
J_002	/s	66	I	photolysis rate
J_003	/s	66	I	photolysis rate
J_004	/s	66	I	photolysis rate
J_005	/s	66	I	photolysis rate
J_006	/s	66	I	photolysis rate
J_007	/s	66	I	photolysis rate
J_008	/s	66	I	photolysis rate
J_009	/s	66	I	photolysis rate
J_010	/s	66	I	photolysis rate
J_011	/s	66	I	photolysis rate
J_012	/s	66	I	photolysis rate
J_013	/s	66	I	photolysis rate
J_014	/s	66	I	photolysis rate
J_015	/s	66	I	photolysis rate
J_016	/s	66	I	photolysis rate
J_017	/s	66	I	photolysis rate
J_018	/s	66	I	photolysis rate
J_019	/s	66	I	photolysis rate
J_020	/s	66	I	photolysis rate
J_021	/s	66	I	photolysis rate
J_022	/s	66	I	photolysis rate
J_023	/s	66	I	photolysis rate
J_024	/s	66	I	photolysis rate
J_025	/s	66	I	photolysis rate
J_026	/s	66	I	photolysis rate
J_027	/s	66	I	photolysis rate
J_028	/s	66	I	photolysis rate
J_029	/s	66	I	photolysis rate
J_030	/s	66	I	photolysis rate
J_031	/s	66	I	photolysis rate
J_032	/s	66	I	photolysis rate
J_033	/s	66	I	photolysis rate
J_034	/s	66	I	photolysis rate
J_035	/s	66	I	photolysis rate
J_036	/s	66	I	photolysis rate
J_037	/s	66	I	photolysis rate
J_038	/s	66	I	photolysis rate
J_039	/s	66	I	photolysis rate
J_040	/s	66	I	photolysis rate
J_041	/s	66	I	photolysis rate
J_042	/s	66	I	photolysis rate
J_043	/s	66	I	photolysis rate
J_044	/s	66	I	photolysis rate
J_045	/s	66	I	photolysis rate
J_046	/s	66	I	photolysis rate
J_047	/s	66	I	photolysis rate
J_048	/s	66	I	photolysis rate
J_049	/s	66	I	photolysis rate
J_050	/s	66	I	photolysis rate
J_051	/s	66	I	photolysis rate
J_052	/s	66	I	photolysis rate
J_053	/s	66	I	photolysis rate
J_054	/s	66	I	photolysis rate
J_055	/s	66	I	photolysis rate
J_056	/s	66	I	photolysis rate
J_057	/s	66	I	photolysis rate
J_058	/s	66	I	photolysis rate
J_059	/s	66	I	photolysis rate
J_060	/s	66	I	photolysis rate
J_061	/s	66	I	photolysis rate
J_062	/s	66	I	photolysis rate
J_063	/s	66	I	photolysis rate
J_064	/s	66	I	photolysis rate
J_065	/s	66	I	photolysis rate
J_066	/s	66	I	photolysis rate
J_067	/s	66	I	photolysis rate
J_068	/s	66	I	photolysis rate
J_069	/s	66	I	photolysis rate
J_070	/s	66	I	photolysis rate
J_071	/s	66	I	photolysis rate
J_072	/s	66	I	photolysis rate
J_073	/s	66	I	photolysis rate
J_074	/s	66	I	photolysis rate
KTOOP	K/s	66	A	(Kappa*T)*(omega/P)
KVH	m2/s	67	A	Vertical diffusion diffusivities (heat/moisture)
KVH&IC	m2/s	67	I	Vertical diffusion diffusivities (heat/moisture)
KVM	m2/s	67	A	Vertical diffusion diffusivities (momentum)
KVM&IC	m2/s	67	I	Vertical diffusion diffusivities (momentum)
KVT	m2/s	67	A	Vertical diffusion kinematic molecular conductivity
LAMDA1	S-1	66	I	LAMDA PED
LAMDA2	S-1	66	I	LAMDA HALL
LANDFRAC	fraction	1	A	Fraction of sfc area covered by land
LCWAT&IC	kg/kg	66	I	Cloud water (ice + liq
LHFLX	W/m2	1	A	Surface latent heat flux
LIQ2PR	kg/kg/s	66	A	Rate of conversion of liq to precip
LIQCLDF	fraction	66	A	Stratus Liquid cloud fraction
LIQ_ICLD_VISTAU	1	66	A	Liquid in-cloud visible sw optical depth
LNO_COL_PROD	TG N/YR	1	I	lighting column NO source
LNO_PROD	/cm3/s	66	I	lighting insitu NO source
LPSTEN	Pa/s	1	A	Surface pressure tendency
LS_FLXPRC	kg/m2/s	67	A	ls stratiform gbm interface rain+snow flux
LS_FLXSNW	kg/m2/s	67	A	ls stratiform gbm interface snow flux
LWC	kg/m3	66	A	Grid box average liquid water content
LWCF	W/m2	1	A	Longwave cloud forcing
LWSH	m	1	A	Liquid water scale height
LXX	S-1	66	I	LXX
LXY	S-1	66	I	LXY
LYX	S-1	66	I	LYX
LYY	S-1	66	I	LYY
MASS	kg	66	A	mass of grid box
MAXQ0	K/day	1	A	Max column heating rate
MQ	kg/m2	66	A	Water vapor mass in layer
MSKtem	unitless	1	A	TEM mask
M_dens	molecules/cm3	66	A	invariant density
M_vmr	mole/mole	66	A	invariant density
N	mol/mol	66	A	N concentration
N&IC	kg/kg	66	I	N
N2D	mol/mol	66	A	N(2D) concentration
N2D&IC	kg/kg	66	I	N(2D)
N2D_CHML	/cm3/s	66	I	chemical loss rate
N2D_CHMP	/cm3/s	66	I	chemical production rate
N2D_SPE	molec/cm3/s	66	I	solar proton event N(2S) source
N2D_SRF	mol/mol	1	A	N(2D) in bottom layer
N2O	mol/mol	66	A	N2O concentration
N2O&IC	kg/kg	66	I	N2O
N2O5	mol/mol	66	A	N2O5 concentration
N2O5&IC	kg/kg	66	I	N2O5
N2O5_CHML	/cm3/s	66	I	chemical loss rate
N2O5_CHMP	/cm3/s	66	I	chemical production rate
N2O5_SRF	mol/mol	1	A	N2O5 in bottom layer
N2O_CHML	/cm3/s	66	I	chemical loss rate
N2O_CHMP	/cm3/s	66	I	chemical production rate
N2O_SRF	mol/mol	1	A	N2O in bottom layer
N2_dens	molecules/cm3	66	A	invariant density
N2_vmr	mole/mole	66	A	invariant density
N2p	mol/mol	66	A	N2+ concentration
N2p&IC	kg/kg	66	I	N2+
N2p_CHML	/cm3/s	66	I	chemical loss rate
N2p_CHMP	/cm3/s	66	I	chemical production rate
N2p_SRF	mol/mol	1	A	N2+ in bottom layer
N4S_SPE	molec/cm3/s	66	I	solar proton event N(4S) source
NETDT	K/s	66	A	Net heating rate
NHX_mmr	kg/kg	66	A	NHx mass mixing ratio
NMF	Pa	66	A	Northward MF
NO	mol/mol	66	A	NO concentration
NO&IC	kg/kg	66	I	NO
NO2	mol/mol	66	A	NO2 concentration
NO2&IC	kg/kg	66	I	NO2
NO2_CHML	/cm3/s	66	I	chemical loss rate
NO2_CHMP	/cm3/s	66	I	chemical production rate
NO2_SRF	mol/mol	1	A	NO2 in bottom layer
NO3	mol/mol	66	A	NO3 concentration
NO3&IC	kg/kg	66	I	NO3
NO3_CHML	/cm3/s	66	I	chemical loss rate
NO3_CHMP	/cm3/s	66	I	chemical production rate
NO3_SRF	mol/mol	1	A	NO3 in bottom layer
NOX	mol/mol	66	A	nox volume mixing ratio
NOY	mol/mol	66	A	noy volume mixing ratio
NOY_mmr	kg/kg	66	A	NOy mass mixing ratio
NO_Aircraft	molec/cm3/s	66	A	aircraft NO source
NO_CHML	/cm3/s	66	I	chemical loss rate
NO_CHMP	/cm3/s	66	I	chemical production rate
NO_CLXF	molec/cm2/s	1	A	vertically intergrated external forcing for NO
NO_Lightning	molec/cm3/s	66	A	lightning NO source
NO_SRF	mol/mol	1	A	NO in bottom layer
NO_XFRC	molec/cm3/s	66	A	external forcing for NO
NOp	mol/mol	66	A	NO+ concentration
NOp&IC	kg/kg	66	I	NO+
NOp_CHML	/cm3/s	66	I	chemical loss rate
NOp_CHMP	/cm3/s	66	I	chemical production rate
NOp_SRF	mol/mol	1	A	NO+ in bottom layer
NSTEP	timestep	1	A	Model timestep
N_CHML	/cm3/s	66	I	chemical loss rate
N_CHMP	/cm3/s	66	I	chemical production rate
N_SRF	mol/mol	1	A	N in bottom layer
Np	mol/mol	66	A	N+ concentration
Np&IC	kg/kg	66	I	N+
Np_CHML	/cm3/s	66	I	chemical loss rate
Np_CHMP	/cm3/s	66	I	chemical production rate
Np_SRF	mol/mol	1	A	N+ in bottom layer
O	mol/mol	66	A	O concentration
O&IC	kg/kg	66	I	O
O1D	mol/mol	66	A	O1D concentration
O1D&IC	kg/kg	66	I	O1D
O1D_CHML	/cm3/s	66	I	chemical loss rate
O1D_CHMP	/cm3/s	66	I	chemical production rate
O1D_SRF	mol/mol	1	A	O1D in bottom layer
O2	mol/mol	66	A	O2 concentration
O2&IC	kg/kg	66	I	O2
O2_1D	mol/mol	66	A	O2(1-delta) concentration
O2_1D&IC	kg/kg	66	I	O2(1-delta)
O2_1D_CHML	/cm3/s	66	I	chemical loss rate
O2_1D_CHMP	/cm3/s	66	I	chemical production rate
O2_1D_SRF	mol/mol	1	A	O2(1-delta) in bottom layer
O2_1S	mol/mol	66	A	O2(1-sigma) concentration
O2_1S&IC	kg/kg	66	I	O2(1-sigma)
O2_1S_CHML	/cm3/s	66	I	chemical loss rate
O2_1S_CHMP	/cm3/s	66	I	chemical production rate
O2_1S_SRF	mol/mol	1	A	O2(1-sigma) in bottom layer
O2_CHML	/cm3/s	66	I	chemical loss rate
O2_CHMP	/cm3/s	66	I	chemical production rate
O2_SRF	mol/mol	1	A	O2 in bottom layer
O2p	mol/mol	66	A	O2+ concentration
O2p&IC	kg/kg	66	I	O2+
O2p_CHML	/cm3/s	66	I	chemical loss rate
O2p_CHMP	/cm3/s	66	I	chemical production rate
O2p_SRF	mol/mol	1	A	O2+ in bottom layer
O3	mol/mol	66	A	O3 concentration
O3&IC	kg/kg	66	I	O3
O3_CHML	/cm3/s	66	I	chemical loss rate
O3_CHMP	/cm3/s	66	I	chemical production rate
O3_SRF	mol/mol	1	A	O3 in bottom layer
OCLO	mol/mol	66	A	OCLO concentration
OCLO&IC	kg/kg	66	I	OCLO
OCLO_CHML	/cm3/s	66	I	chemical loss rate
OCLO_CHMP	/cm3/s	66	I	chemical production rate
OCLO_SRF	mol/mol	1	A	OCLO in bottom layer
OCNFRAC	fraction	1	A	Fraction of sfc area covered by ocean
ODV_H2SO4M	1	1	A	H2SO4M optical depth in visible band
ODV_SSLTA	1	1	A	SSLTA optical depth in visible band
ODV_SSLTC	1	1	A	SSLTC optical depth in visible band
ODV_bcar1	1	1	A	bcar1 optical depth in visible band
ODV_bcar2	1	1	A	bcar2 optical depth in visible band
ODV_dust1	1	1	A	dust1 optical depth in visible band
ODV_dust2	1	1	A	dust2 optical depth in visible band
ODV_dust3	1	1	A	dust3 optical depth in visible band
ODV_dust4	1	1	A	dust4 optical depth in visible band
ODV_ocar1	1	1	A	ocar1 optical depth in visible band
ODV_ocar2	1	1	A	ocar2 optical depth in visible band
ODV_sulf	1	1	A	sulf optical depth in visible band
OH	mol/mol	66	A	OH concentration
OH&IC	kg/kg	66	I	OH
OH_CHML	/cm3/s	66	I	chemical loss rate
OH_CHMP	/cm3/s	66	I	chemical production rate
OH_SPE	molec/cm3/s	66	I	solar proton event HOx source
OH_SRF	mol/mol	1	A	OH in bottom layer
OMEGA	Pa/s	66	A	Vertical velocity (pressure)
OMEGA500	Pa/s	1	A	Vertical velocity at 500 mbar pressure surface
OMEGA850	Pa/s	1	A	Vertical velocity at 850 mbar pressure surface
OMEGAQ	kgPa/kgs	66	A	Vertical water transport
OMEGAT	K Pa/s	66	A	Vertical heat flux
OMEGAU	m Pa/s2	66	A	Vertical flux of zonal momentum
OMEGAV	m Pa/s2	66	A	Vertical flux of meridional momentum
OMEGA_12_COS	Pa/s	66	A	vertical pressure velocity 12hr. cos coeff.
OMEGA_12_SIN	Pa/s	66	A	vertical pressure velocity 12hr. sin coeff.
OMEGA_24_COS	Pa/s	66	A	vertical pressure velocity 24hr. cos coeff.
OMEGA_24_SIN	Pa/s	66	A	vertical pressure velocity 24hr. sin coeff.
OMGAOMGA	Pa2/s2	66	A	Vertical flux of vertical momentum
O_CHML	/cm3/s	66	I	chemical loss rate
O_CHMP	/cm3/s	66	I	chemical production rate
O_SRF	mol/mol	1	A	O in bottom layer
Op	mol/mol	66	A	O+ concentration
Op&IC	kg/kg	66	I	O+
Op_CHML	/cm3/s	66	I	chemical loss rate
Op_CHMP	/cm3/s	66	I	chemical production rate
Op_SRF	mol/mol	1	A	O+ in bottom layer
PBLH	m	1	A	PBL height
PBLH&IC	m	1	I	PBL height
PCLDBOT	1	1	A	Pressure of cloud base
PCLDTOP	1	1	A	Pressure of cloud top
PCONVB	Pa	1	A	convection base pressure
PCONVT	Pa	1	A	convection top pressure
PCSNOW	m/s	1	A	Snow fall from prognostic clouds
PDELDRY	Pa	66	A	Dry pressure difference between levels
PEUV1	/cm^3/s	66	I	(j1+j2+j3)*o
PEUV1e	/cm^3/s	66	I	(j14+j15+j16)*o
PEUV2	/cm^3/s	66	I	j4*n
PEUV3	/cm^3/s	66	I	(j5+j7+j8+j9)*o2
PEUV3e	/cm^3/s	66	I	(j17+j19+j20+j21)*o2
PEUV4	/cm^3/s	66	I	(j10+j11)*n2
PEUV4e	/cm^3/s	66	I	(j22+j23)*n2
PEUVN2D	/cm^3/s	66	I	(j11+j13)*n2
PEUVN2De	/cm^3/s	66	I	(j23+j25)*n2
PHIS	m2/s2	1	I	Surface geopotential
PION_EUV	/cm^3/s	66	I	total euv ionization rate
PJNO	/cm^3/s	66	I	jno*no
PJNO_I	/cm^3/s	66	I	jno_i*no
PRACWO	1/s	66	A	Accretion of cloud water by rain
PRECC	m/s	1	A	Convective precipitation rate (liq + ice)
PRECCDZM	m/s	1	A	Convective precipitation rate from ZM deep
PRECCav	m/s	1	A	Average large-scale precipitation (liq + ice)
PRECL	m/s	1	A	Large-scale (stable) precipitation rate (liq + ice)
PRECLav	m/s	1	A	Average convective precipitation (liq + ice)
PRECSC	m/s	1	A	Convective snow rate (water equivalent)
PRECSED	m/s	1	A	Precipitation from cloud sedimentation
PRECSH	m/s	1	A	Shallow Convection precipitation rate
PRECSL	m/s	1	A	Large-scale (stable) snow rate (water equivalent)
PRECT	m/s	1	A	Total (convective and large-scale) precipitation rate (liq + ice)
PRECTMX	m/s	1	X	Maximum (convective and large-scale) precipitation rate (liq+ice)
PRECZ	m/s	1	A	total precipitation from ZM convection
PREC_PCW	m/s	1	A	LS_pcw precipitation rate
PREC_zmc	m/s	1	A	CV_zmc precipitation rate
PRODPREC	kg/kg/s	66	A	Rate of conversion of condensate to precip
PS	Pa	1	A	Surface pressure
PS&IC	Pa	1	I	Surface pressure
PSACIO	1/s	66	A	Accretion of cloud ice by snow
PSACWO	1/s	66	A	Accretion of cloud water by snow
PSDRY	Pa	1	A	Surface pressure
PSL	Pa	1	A	Sea level pressure
PS_12_COS	Pa	1	A	surface pressure 12hr. cos coeff.
PS_12_SIN	Pa	1	A	surface pressure 12hr. sin coeff.
PS_24_COS	Pa	1	A	surface pressure 24hr. cos coeff.
PS_24_SIN	Pa	1	A	surface pressure 24hr. sin coeff.
PTECLDICE	kg/kg/s	66	A	CLDICE total physics tendency
PTECLDLIQ	kg/kg/s	66	A	CLDLIQ total physics tendency
PTEQ	kg/kg/s	66	A	Q total physics tendency
PTTEND	K/s	66	A	T total physics tendency
PTTEND_RESID	K/s	66	A	T-tendency due to BAB kluge at end of tphysac (diagnostic not part of T-budget)
P_IONS	/s	66	I	total ion production
P_N2p	/s	66	I	production n2+
P_Np	/s	66	I	production n+
P_O2p	/s	66	I	production o2+
P_Op	/s	66	I	production o+
Q	kg/kg	66	A	Specific humidity
Q&IC	kg/kg	66	I	Specific humidity
Q1000	kg/kg	1	A	Specific Humidity at 1000 mbar pressure surface
Q200	kg/kg	1	A	Specific Humidity at 700 mbar pressure surface
Q850	kg/kg	1	A	Specific Humidity at 850 mbar pressure surface
Q925	kg/kg	1	A	Specific Humidity at 925 mbar pressure surface
QAP	kg/kg	66	A	Specific humidity (after physics)
QBOT	kg/kg	1	A	Lowest model level water vapor mixing ratio
QBOTEND	M/S/S	66	A	Wind tendency from QBO relaxation
QBO_U0	M/S	66	A	Specified wind used for QBO
QBP	kg/kg	66	A	Specific humidity (before physics)
QC	kg/kg/s	66	A	Q tendency - shallow convection LW export
QCP	K/s	66	I	chem pot heating rate
QCWAT&IC	kg/kg	66	I	q associated with cloud water
QDCHEM	/s	66	I	water vapor chemistry delta
QDSAD	/s	66	I	water vapor sad delta
QDSETT	/s	66	I	water vapor settling delta
QFLX	kg/m2/s	1	A	Surface water flux
QIONSUM	S-1	66	I	Ion prod sum
QJOULE	K/s	66	I	Joule Heat
QNO	K/s	66	A	NO cooling
QPERT	kg/kg	1	A	Perturbation specific humidity (eddies in PBL)
QPERT&IC	kg/kg	1	I	Perturbation specific humidity (eddies in PBL)
QQ	kg2/kg2	66	A	Eddy moisture variance
QREFHT	kg/kg	1	A	Reference height humidity
QRL	K/s	66	A	Longwave heating rate
QRLC	K/s	66	A	Clearsky longwave heating rate
QRLNLTE	K/s	66	A	Non-LTE LW heating (includes QNO)
QRL_TOT	K/s	66	A	Merged LW heating: QRL+QRLNLTE
QRS	K/s	66	A	Solar heating rate
QRSC	K/s	66	A	Clearsky solar heating rate
QRS_AUR	K/s	66	I	total auroral heating rate
QRS_CO2NIR	K/s	66	I	co2 nir heating rate
QRS_EUV	K/s	66	I	total euv heating rate
QRS_LO2B	K/s	66	I	O2 + hv -> 2*O3P solar heating rate > 200nm
QRS_LO3	K/s	66	I	Total O3 solar heating > 200nm
QRS_LO3A	K/s	66	I	O3 + hv -> O1D + O2_1S solar heating rate > 200nm
QRS_LO3B	K/s	66	I	O3 + hv -> O3P + O2 solar heating rate > 200nm
QRS_MLT	K/s	66	I	Total heating rate (unmerged with tropospheric RT heating)
QRS_SO2A	K/s	66	I	O2 + hv -> O1D + O3P solar heating rate < 200nm
QRS_SO2B	K/s	66	I	O2 + hv -> O3P + O3P solar heating rate < 200nm
QRS_SO3A	K/s	66	I	O3 + hv -> O1D + O2_1S solar heating rate < 200nm
QRS_SO3B	K/s	66	I	O3 + hv -> O3P + O2 solar heating rate < 200nm
QRS_TOT	K/s	66	A	Merged SW heating: QRS+QCP+QRS_EUV+QRS_CO2NIR+QRS_AUR+QTHERMAL
QRS_TOT_12_COS	K/s	66	A	SW heating 12hr. cos coeff.
QRS_TOT_12_SIN	K/s	66	A	SW heating 12hr. sin coeff.
QRS_TOT_24_COS	K/s	66	A	SW heating 24hr. cos coeff.
QRS_TOT_24_SIN	K/s	66	A	SW heating 24hr. sin coeff.
QSUM	/s	66	I	total ion production
QT	kg/kg	66	A	Total water mixing ratio
QTFLX	W/m2	67	A	Total water flux
QTHERMAL	K/s	66	I	non-euv photolysis heating rate
RAD_ICE	cm	66	I	sad ice
RAD_LNAT	cm	66	I	large nat radius
RAD_SULFC	cm	66	I	chemical sad sulfate
RAD_SULFR	cm	66	I	radiative sad sulfate
RAINSED	m/s	1	A	Rain from cloud liquid sedimentation
REI	micron	66	A	effective ice particle radius
REL	micron	66	A	effective liquid drop radius
RELHUM	percent	66	A	Relative humidity
REPARTICE	kg/kg/s	66	A	Cloud ice tendency from cloud ice/liquid repartitioning
REPARTLIQ	kg/kg/s	66	A	Cloud liq tendency from cloud ice/liquid repartitioning
RHCFMIP	percent	66	A	Relative humidity with respect to water above 273 K, ice below 273 K
RHI	percent	66	A	Relative humidity with respect to ice
RHREFHT	fraction	1	A	Reference height relative humidity
RHW	percent	66	A	Relative humidity with respect to liquid
R_001	/cm3/s	66	I	reaction rate
R_002	/cm3/s	66	I	reaction rate
R_003	/cm3/s	66	I	reaction rate
R_004	/cm3/s	66	I	reaction rate
R_005	/cm3/s	66	I	reaction rate
R_006	/cm3/s	66	I	reaction rate
R_007	/cm3/s	66	I	reaction rate
R_008	/cm3/s	66	I	reaction rate
R_009	/cm3/s	66	I	reaction rate
R_010	/cm3/s	66	I	reaction rate
R_011	/cm3/s	66	I	reaction rate
R_012	/cm3/s	66	I	reaction rate
R_013	/cm3/s	66	I	reaction rate
R_014	/cm3/s	66	I	reaction rate
R_015	/cm3/s	66	I	reaction rate
R_016	/cm3/s	66	I	reaction rate
R_017	/cm3/s	66	I	reaction rate
R_018	/cm3/s	66	I	reaction rate
R_019	/cm3/s	66	I	reaction rate
R_020	/cm3/s	66	I	reaction rate
R_021	/cm3/s	66	I	reaction rate
R_022	/cm3/s	66	I	reaction rate
R_023	/cm3/s	66	I	reaction rate
R_024	/cm3/s	66	I	reaction rate
R_025	/cm3/s	66	I	reaction rate
R_026	/cm3/s	66	I	reaction rate
R_027	/cm3/s	66	I	reaction rate
R_028	/cm3/s	66	I	reaction rate
R_029	/cm3/s	66	I	reaction rate
R_030	/cm3/s	66	I	reaction rate
R_031	/cm3/s	66	I	reaction rate
R_032	/cm3/s	66	I	reaction rate
R_033	/cm3/s	66	I	reaction rate
R_034	/cm3/s	66	I	reaction rate
R_035	/cm3/s	66	I	reaction rate
R_036	/cm3/s	66	I	reaction rate
R_037	/cm3/s	66	I	reaction rate
R_038	/cm3/s	66	I	reaction rate
R_039	/cm3/s	66	I	reaction rate
R_040	/cm3/s	66	I	reaction rate
R_041	/cm3/s	66	I	reaction rate
R_042	/cm3/s	66	I	reaction rate
R_043	/cm3/s	66	I	reaction rate
R_044	/cm3/s	66	I	reaction rate
R_045	/cm3/s	66	I	reaction rate
R_046	/cm3/s	66	I	reaction rate
R_047	/cm3/s	66	I	reaction rate
R_048	/cm3/s	66	I	reaction rate
R_049	/cm3/s	66	I	reaction rate
R_050	/cm3/s	66	I	reaction rate
R_051	/cm3/s	66	I	reaction rate
R_052	/cm3/s	66	I	reaction rate
R_053	/cm3/s	66	I	reaction rate
R_054	/cm3/s	66	I	reaction rate
R_055	/cm3/s	66	I	reaction rate
R_056	/cm3/s	66	I	reaction rate
R_057	/cm3/s	66	I	reaction rate
R_058	/cm3/s	66	I	reaction rate
R_059	/cm3/s	66	I	reaction rate
R_060	/cm3/s	66	I	reaction rate
R_061	/cm3/s	66	I	reaction rate
R_062	/cm3/s	66	I	reaction rate
R_063	/cm3/s	66	I	reaction rate
R_064	/cm3/s	66	I	reaction rate
R_065	/cm3/s	66	I	reaction rate
R_066	/cm3/s	66	I	reaction rate
R_067	/cm3/s	66	I	reaction rate
R_068	/cm3/s	66	I	reaction rate
R_069	/cm3/s	66	I	reaction rate
R_070	/cm3/s	66	I	reaction rate
R_071	/cm3/s	66	I	reaction rate
R_072	/cm3/s	66	I	reaction rate
R_073	/cm3/s	66	I	reaction rate
R_074	/cm3/s	66	I	reaction rate
R_075	/cm3/s	66	I	reaction rate
R_076	/cm3/s	66	I	reaction rate
R_077	/cm3/s	66	I	reaction rate
R_078	/cm3/s	66	I	reaction rate
R_079	/cm3/s	66	I	reaction rate
R_080	/cm3/s	66	I	reaction rate
R_081	/cm3/s	66	I	reaction rate
R_082	/cm3/s	66	I	reaction rate
R_083	/cm3/s	66	I	reaction rate
R_084	/cm3/s	66	I	reaction rate
R_085	/cm3/s	66	I	reaction rate
R_086	/cm3/s	66	I	reaction rate
R_087	/cm3/s	66	I	reaction rate
R_088	/cm3/s	66	I	reaction rate
R_089	/cm3/s	66	I	reaction rate
R_090	/cm3/s	66	I	reaction rate
R_091	/cm3/s	66	I	reaction rate
R_092	/cm3/s	66	I	reaction rate
R_093	/cm3/s	66	I	reaction rate
R_094	/cm3/s	66	I	reaction rate
R_095	/cm3/s	66	I	reaction rate
R_096	/cm3/s	66	I	reaction rate
R_097	/cm3/s	66	I	reaction rate
R_098	/cm3/s	66	I	reaction rate
R_099	/cm3/s	66	I	reaction rate
R_100	/cm3/s	66	I	reaction rate
R_101	/cm3/s	66	I	reaction rate
R_102	/cm3/s	66	I	reaction rate
R_103	/cm3/s	66	I	reaction rate
R_104	/cm3/s	66	I	reaction rate
R_105	/cm3/s	66	I	reaction rate
R_106	/cm3/s	66	I	reaction rate
R_107	/cm3/s	66	I	reaction rate
R_108	/cm3/s	66	I	reaction rate
R_109	/cm3/s	66	I	reaction rate
R_110	/cm3/s	66	I	reaction rate
R_111	/cm3/s	66	I	reaction rate
R_112	/cm3/s	66	I	reaction rate
R_113	/cm3/s	66	I	reaction rate
R_114	/cm3/s	66	I	reaction rate
R_115	/cm3/s	66	I	reaction rate
R_116	/cm3/s	66	I	reaction rate
R_117	/cm3/s	66	I	reaction rate
R_118	/cm3/s	66	I	reaction rate
R_119	/cm3/s	66	I	reaction rate
R_120	/cm3/s	66	I	reaction rate
R_121	/cm3/s	66	I	reaction rate
R_122	/cm3/s	66	I	reaction rate
R_123	/cm3/s	66	I	reaction rate
R_124	/cm3/s	66	I	reaction rate
R_125	/cm3/s	66	I	reaction rate
R_126	/cm3/s	66	I	reaction rate
R_127	/cm3/s	66	I	reaction rate
R_128	/cm3/s	66	I	reaction rate
R_129	/cm3/s	66	I	reaction rate
R_130	/cm3/s	66	I	reaction rate
R_131	/cm3/s	66	I	reaction rate
R_132	/cm3/s	66	I	reaction rate
R_133	/cm3/s	66	I	reaction rate
R_134	/cm3/s	66	I	reaction rate
R_135	/cm3/s	66	I	reaction rate
R_136	/cm3/s	66	I	reaction rate
R_137	/cm3/s	66	I	reaction rate
R_138	/cm3/s	66	I	reaction rate
R_139	/cm3/s	66	I	reaction rate
R_140	/cm3/s	66	I	reaction rate
R_141	/cm3/s	66	I	reaction rate
R_142	/cm3/s	66	I	reaction rate
R_143	/cm3/s	66	I	reaction rate
R_144	/cm3/s	66	I	reaction rate
R_145	/cm3/s	66	I	reaction rate
R_146	/cm3/s	66	I	reaction rate
R_147	/cm3/s	66	I	reaction rate
R_148	/cm3/s	66	I	reaction rate
R_149	/cm3/s	66	I	reaction rate
R_150	/cm3/s	66	I	reaction rate
R_151	/cm3/s	66	I	reaction rate
R_152	/cm3/s	66	I	reaction rate
R_153	/cm3/s	66	I	reaction rate
R_154	/cm3/s	66	I	reaction rate
R_155	/cm3/s	66	I	reaction rate
R_156	/cm3/s	66	I	reaction rate
R_157	/cm3/s	66	I	reaction rate
R_158	/cm3/s	66	I	reaction rate
R_159	/cm3/s	66	I	reaction rate
R_160	/cm3/s	66	I	reaction rate
SAD	cm2/cm3	66	I	sulfate aerosol SAD
SAD_ICE	cm2/cm3	66	I	water-ice aerosol SAD
SAD_LNAT	cm2/cm3	66	I	large-mode NAT aerosol SAD
SAD_SAGE	cm2/cm3	66	I	SAGE sulfate aerosol SAD
SAD_SULFC	cm2/cm3	66	I	chemical sulfate aerosol SAD
SAD_SULFR	cm2/cm3	66	I	radiative sulfate aerosol SAD
SAD_TROP	cm2/cm3	66	I	tropospheric aerosol SAD
SETLWP	gram/m2	66	A	Prescribed liquid water path
SFBR	kg/m2/s	1	A	BR surface flux
SFBRCL	kg/m2/s	1	A	BRCL surface flux
SFBRO	kg/m2/s	1	A	BRO surface flux
SFBRONO2	kg/m2/s	1	A	BRONO2 surface flux
SFBRY	kg/m2/s	1	A	BRY surface flux
SFCCL4	kg/m2/s	1	A	CCL4 surface flux
SFCF2CLBR	kg/m2/s	1	A	CF2CLBR surface flux
SFCF3BR	kg/m2/s	1	A	CF3BR surface flux
SFCFC11	kg/m2/s	1	A	CFC11 surface flux
SFCFC113	kg/m2/s	1	A	CFC113 surface flux
SFCFC12	kg/m2/s	1	A	CFC12 surface flux
SFCH2O	kg/m2/s	1	A	CH2O surface flux
SFCH3BR	kg/m2/s	1	A	CH3BR surface flux
SFCH3CCL3	kg/m2/s	1	A	CH3CCL3 surface flux
SFCH3CL	kg/m2/s	1	A	CH3CL surface flux
SFCH3O2	kg/m2/s	1	A	CH3O2 surface flux
SFCH3OOH	kg/m2/s	1	A	CH3OOH surface flux
SFCH4	kg/m2/s	1	A	CH4 surface flux
SFCL	kg/m2/s	1	A	CL surface flux
SFCL2	kg/m2/s	1	A	CL2 surface flux
SFCL2O2	kg/m2/s	1	A	CL2O2 surface flux
SFCLDICE	kg/m2/s	1	A	CLDICE surface flux
SFCLDLIQ	kg/m2/s	1	A	CLDLIQ surface flux
SFCLO	kg/m2/s	1	A	CLO surface flux
SFCLONO2	kg/m2/s	1	A	CLONO2 surface flux
SFCLY	kg/m2/s	1	A	CLY surface flux
SFCO	kg/m2/s	1	A	CO surface flux
SFCO2	kg/m2/s	1	A	CO2 surface flux
SFH	kg/m2/s	1	A	H surface flux
SFH2	kg/m2/s	1	A	H2 surface flux
SFH2O2	kg/m2/s	1	A	H2O2 surface flux
SFHBR	kg/m2/s	1	A	HBR surface flux
SFHCFC22	kg/m2/s	1	A	HCFC22 surface flux
SFHCL	kg/m2/s	1	A	HCL surface flux
SFHNO3	kg/m2/s	1	A	HNO3 surface flux
SFHO2	kg/m2/s	1	A	HO2 surface flux
SFHO2NO2	kg/m2/s	1	A	HO2NO2 surface flux
SFHOBR	kg/m2/s	1	A	HOBR surface flux
SFHOCL	kg/m2/s	1	A	HOCL surface flux
SFN	kg/m2/s	1	A	N surface flux
SFN2D	kg/m2/s	1	A	N2D surface flux
SFN2O	kg/m2/s	1	A	N2O surface flux
SFN2O5	kg/m2/s	1	A	N2O5 surface flux
SFN2p	kg/m2/s	1	A	N2p surface flux
SFNO	kg/m2/s	1	A	NO surface flux
SFNO2	kg/m2/s	1	A	NO2 surface flux
SFNO3	kg/m2/s	1	A	NO3 surface flux
SFNOp	kg/m2/s	1	A	NOp surface flux
SFNp	kg/m2/s	1	A	Np surface flux
SFO	kg/m2/s	1	A	O surface flux
SFO1D	kg/m2/s	1	A	O1D surface flux
SFO2	kg/m2/s	1	A	O2 surface flux
SFO2_1D	kg/m2/s	1	A	O2_1D surface flux
SFO2_1S	kg/m2/s	1	A	O2_1S surface flux
SFO2p	kg/m2/s	1	A	O2p surface flux
SFO3	kg/m2/s	1	A	O3 surface flux
SFOCLO	kg/m2/s	1	A	OCLO surface flux
SFOH	kg/m2/s	1	A	OH surface flux
SFOp	kg/m2/s	1	A	Op surface flux
SFe	kg/m2/s	1	A	e surface flux
SGH	m	1	I	Standard deviation of orography
SGH30	m	1	I	Standard deviation of 30s orography
SHDLF	kg/kg/s	66	A	Detrained liquid water from shallow convection
SHFLX	W/m2	1	A	Surface sensible heat flux
SICTHK	m	1	A	Sea ice thickness
SICTHK&IC	m	1	I	Sea ice thickness
SIGMAHAL	siemens/m	66	I	Hall conductivity
SIGMAPED	siemens/m	66	I	Pederson conductivity
SL	J/kg	66	A	Liquid water static energy
SLFLX	W/m2	67	A	Liquid static energy flux
SLV	J/kg	66	A	Liq wat virtual static energy
SMF	Pa	66	A	Southward MF
SNOWHICE	m	1	A	Snow depth over ice
SNOWHICE&IC	m	1	I	Water equivalent snow depth
SNOWHLND	m	1	A	Water equivalent snow depth
SNOWSED	m/s	1	A	Snow from cloud ice sedimentation
SOLIN	W/m2	1	A	Solar insolation
SOLL	W/m2	1	A	Solar downward near infrared direct to surface
SOLLD	W/m2	1	A	Solar downward near infrared diffuse to surface
SOLS	W/m2	1	A	Solar downward visible direct to surface
SOLSD	W/m2	1	A	Solar downward visible diffuse to surface
SOX_mmr	kg/kg	66	A	SOx mass mixing ratio
SSLTA	kg/kg	66	A	sea salt
SSLTC	kg/kg	66	A	sea salt
SST	K	1	A	sea surface temperature
SULFATE	VMR	66	I	sulfate data
SWCF	W/m2	1	A	Shortwave cloud forcing
SZA	degrees	1	I	solar zenith angle
T	K	66	A	Temperature
T&IC	K	66	I	Temperature
T010	K	1	A	Temperature at 10 mbar pressure surface
T1000	K	1	A	Temperature at 1000 mbar pressure surface
T200	K	1	A	Temperature at 200 mbar pressure surface
T300	K	1	A	Temperature at 300 mbar pressure surface
T500	K	1	A	Temperature at 500 mbar pressure surface
T700	K	1	A	Temperature at 700 mbar pressure surface
T7001000	K	1	A	Temperature difference 700 mb - 1000 mb
T850	K	1	A	Temperature at 850 mbar pressure surface
T8501000	K	1	A	Temperature difference 850 mb - 1000 mb
T925	K	1	A	Temperature at 925 mbar pressure surface
T9251000	K	1	A	Temperature difference 925 mb - 1000 mb
TAAOA1	kg/kg/s	66	A	AOA1 horz + vert + fixer tendency
TAAOA2	kg/kg/s	66	A	AOA2 horz + vert + fixer tendency
TABR	kg/kg/s	66	A	BR horz + vert + fixer tendency
TABRCL	kg/kg/s	66	A	BRCL horz + vert + fixer tendency
TABRO	kg/kg/s	66	A	BRO horz + vert + fixer tendency
TABRONO2	kg/kg/s	66	A	BRONO2 horz + vert + fixer tendency
TABRY	kg/kg/s	66	A	BRY horz + vert + fixer tendency
TACCL4	kg/kg/s	66	A	CCL4 horz + vert + fixer tendency
TACF2CLBR	kg/kg/s	66	A	CF2CLBR horz + vert + fixer tendency
TACF3BR	kg/kg/s	66	A	CF3BR horz + vert + fixer tendency
TACFC11	kg/kg/s	66	A	CFC11 horz + vert + fixer tendency
TACFC113	kg/kg/s	66	A	CFC113 horz + vert + fixer tendency
TACFC12	kg/kg/s	66	A	CFC12 horz + vert + fixer tendency
TACH2O	kg/kg/s	66	A	CH2O horz + vert + fixer tendency
TACH3BR	kg/kg/s	66	A	CH3BR horz + vert + fixer tendency
TACH3CCL3	kg/kg/s	66	A	CH3CCL3 horz + vert + fixer tendency
TACH3CL	kg/kg/s	66	A	CH3CL horz + vert + fixer tendency
TACH3O2	kg/kg/s	66	A	CH3O2 horz + vert + fixer tendency
TACH3OOH	kg/kg/s	66	A	CH3OOH horz + vert + fixer tendency
TACH4	kg/kg/s	66	A	CH4 horz + vert + fixer tendency
TACL	kg/kg/s	66	A	CL horz + vert + fixer tendency
TACL2	kg/kg/s	66	A	CL2 horz + vert + fixer tendency
TACL2O2	kg/kg/s	66	A	CL2O2 horz + vert + fixer tendency
TACLDICE	kg/kg/s	66	A	CLDICE horz + vert + fixer tendency
TACLDLIQ	kg/kg/s	66	A	CLDLIQ horz + vert + fixer tendency
TACLO	kg/kg/s	66	A	CLO horz + vert + fixer tendency
TACLONO2	kg/kg/s	66	A	CLONO2 horz + vert + fixer tendency
TACLY	kg/kg/s	66	A	CLY horz + vert + fixer tendency
TACO	kg/kg/s	66	A	CO horz + vert + fixer tendency
TACO2	kg/kg/s	66	A	CO2 horz + vert + fixer tendency
TAH	kg/kg/s	66	A	H horz + vert + fixer tendency
TAH2	kg/kg/s	66	A	H2 horz + vert + fixer tendency
TAH2O2	kg/kg/s	66	A	H2O2 horz + vert + fixer tendency
TAHBR	kg/kg/s	66	A	HBR horz + vert + fixer tendency
TAHCFC22	kg/kg/s	66	A	HCFC22 horz + vert + fixer tendency
TAHCL	kg/kg/s	66	A	HCL horz + vert + fixer tendency
TAHNO3	kg/kg/s	66	A	HNO3 horz + vert + fixer tendency
TAHO2	kg/kg/s	66	A	HO2 horz + vert + fixer tendency
TAHO2NO2	kg/kg/s	66	A	HO2NO2 horz + vert + fixer tendency
TAHOBR	kg/kg/s	66	A	HOBR horz + vert + fixer tendency
TAHOCL	kg/kg/s	66	A	HOCL horz + vert + fixer tendency
TAHORZ	kg/kg/s	66	A	HORZ horz + vert + fixer tendency
TAN	kg/kg/s	66	A	N horz + vert + fixer tendency
TAN2D	kg/kg/s	66	A	N2D horz + vert + fixer tendency
TAN2O	kg/kg/s	66	A	N2O horz + vert + fixer tendency
TAN2O5	kg/kg/s	66	A	N2O5 horz + vert + fixer tendency
TAN2p	kg/kg/s	66	A	N2p horz + vert + fixer tendency
TANO	kg/kg/s	66	A	NO horz + vert + fixer tendency
TANO2	kg/kg/s	66	A	NO2 horz + vert + fixer tendency
TANO3	kg/kg/s	66	A	NO3 horz + vert + fixer tendency
TANOp	kg/kg/s	66	A	NOp horz + vert + fixer tendency
TANp	kg/kg/s	66	A	Np horz + vert + fixer tendency
TAO	kg/kg/s	66	A	O horz + vert + fixer tendency
TAO1D	kg/kg/s	66	A	O1D horz + vert + fixer tendency
TAO2	kg/kg/s	66	A	O2 horz + vert + fixer tendency
TAO2_1D	kg/kg/s	66	A	O2_1D horz + vert + fixer tendency
TAO2_1S	kg/kg/s	66	A	O2_1S horz + vert + fixer tendency
TAO2p	kg/kg/s	66	A	O2p horz + vert + fixer tendency
TAO3	kg/kg/s	66	A	O3 horz + vert + fixer tendency
TAOCLO	kg/kg/s	66	A	OCLO horz + vert + fixer tendency
TAOH	kg/kg/s	66	A	OH horz + vert + fixer tendency
TAOp	kg/kg/s	66	A	Op horz + vert + fixer tendency
TAP	K	66	A	Temperature (after physics)
TAQ	kg/kg/s	66	A	Q horz + vert + fixer tendency
TAUE	Pa	67	A	CM Eastward Reynolds stress
TAUGWX	N/m2	1	A	Zonal gravity wave surface stress
TAUGWY	N/m2	1	A	Meridional gravity wave surface stress
TAUN	Pa	67	A	CM Northward Reynolds stress
TAUNET	Pa	67	A	CM E+W Reynolds stress
TAUS	Pa	67	A	CM Southward Reynolds stress
TAUTMSX	N/m2	1	A	Zonal turbulent mountain surface stress
TAUTMSY	N/m2	1	A	Meridional turbulent mountain surface stress
TAUW	Pa	67	A	CM Westward Reynolds stress
TAUX	N/m2	1	A	Zonal surface stress
TAUXSn01	Pa	66	A	tau at c= -5.00 m/s
TAUXSn02	Pa	66	A	tau at c= -10.00 m/s
TAUXSn03	Pa	66	A	tau at c= -15.00 m/s
TAUXSn04	Pa	66	A	tau at c= -20.00 m/s
TAUXSn05	Pa	66	A	tau at c= -25.00 m/s
TAUXSn06	Pa	66	A	tau at c= -30.00 m/s
TAUXSn07	Pa	66	A	tau at c= -35.00 m/s
TAUXSn08	Pa	66	A	tau at c= -40.00 m/s
TAUXSn09	Pa	66	A	tau at c= -45.00 m/s
TAUXSn10	Pa	66	A	tau at c= -50.00 m/s
TAUXSn11	Pa	66	A	tau at c= -55.00 m/s
TAUXSn12	Pa	66	A	tau at c= -60.00 m/s
TAUXSn13	Pa	66	A	tau at c= -65.00 m/s
TAUXSn14	Pa	66	A	tau at c= -70.00 m/s
TAUXSn15	Pa	66	A	tau at c= -75.00 m/s
TAUXSn16	Pa	66	A	tau at c= -80.00 m/s
TAUXSn17	Pa	66	A	tau at c= -85.00 m/s
TAUXSn18	Pa	66	A	tau at c= -90.00 m/s
TAUXSn19	Pa	66	A	tau at c= -95.00 m/s
TAUXSn20	Pa	66	A	tau at c= ****** m/s
TAUXSn21	Pa	66	A	tau at c= ****** m/s
TAUXSn22	Pa	66	A	tau at c= ****** m/s
TAUXSn23	Pa	66	A	tau at c= ****** m/s
TAUXSn24	Pa	66	A	tau at c= ****** m/s
TAUXSn25	Pa	66	A	tau at c= ****** m/s
TAUXSn26	Pa	66	A	tau at c= ****** m/s
TAUXSn27	Pa	66	A	tau at c= ****** m/s
TAUXSn28	Pa	66	A	tau at c= ****** m/s
TAUXSn29	Pa	66	A	tau at c= ****** m/s
TAUXSn30	Pa	66	A	tau at c= ****** m/s
TAUXSn31	Pa	66	A	tau at c= ****** m/s
TAUXSn32	Pa	66	A	tau at c= ****** m/s
TAUXSp00	Pa	66	A	tau at c= 0.00 m/s
TAUXSp01	Pa	66	A	tau at c= 5.00 m/s
TAUXSp02	Pa	66	A	tau at c= 10.00 m/s
TAUXSp03	Pa	66	A	tau at c= 15.00 m/s
TAUXSp04	Pa	66	A	tau at c= 20.00 m/s
TAUXSp05	Pa	66	A	tau at c= 25.00 m/s
TAUXSp06	Pa	66	A	tau at c= 30.00 m/s
TAUXSp07	Pa	66	A	tau at c= 35.00 m/s
TAUXSp08	Pa	66	A	tau at c= 40.00 m/s
TAUXSp09	Pa	66	A	tau at c= 45.00 m/s
TAUXSp10	Pa	66	A	tau at c= 50.00 m/s
TAUXSp11	Pa	66	A	tau at c= 55.00 m/s
TAUXSp12	Pa	66	A	tau at c= 60.00 m/s
TAUXSp13	Pa	66	A	tau at c= 65.00 m/s
TAUXSp14	Pa	66	A	tau at c= 70.00 m/s
TAUXSp15	Pa	66	A	tau at c= 75.00 m/s
TAUXSp16	Pa	66	A	tau at c= 80.00 m/s
TAUXSp17	Pa	66	A	tau at c= 85.00 m/s
TAUXSp18	Pa	66	A	tau at c= 90.00 m/s
TAUXSp19	Pa	66	A	tau at c= 95.00 m/s
TAUXSp20	Pa	66	A	tau at c= 100.00 m/s
TAUXSp21	Pa	66	A	tau at c= 105.00 m/s
TAUXSp22	Pa	66	A	tau at c= 110.00 m/s
TAUXSp23	Pa	66	A	tau at c= 115.00 m/s
TAUXSp24	Pa	66	A	tau at c= 120.00 m/s
TAUXSp25	Pa	66	A	tau at c= 125.00 m/s
TAUXSp26	Pa	66	A	tau at c= 130.00 m/s
TAUXSp27	Pa	66	A	tau at c= 135.00 m/s
TAUXSp28	Pa	66	A	tau at c= 140.00 m/s
TAUXSp29	Pa	66	A	tau at c= 145.00 m/s
TAUXSp30	Pa	66	A	tau at c= 150.00 m/s
TAUXSp31	Pa	66	A	tau at c= 155.00 m/s
TAUXSp32	Pa	66	A	tau at c= 160.00 m/s
TAUY	N/m2	1	A	Meridional surface stress
TAUYSn01	Pa	66	A	tau at c= -5.00 m/s
TAUYSn02	Pa	66	A	tau at c= -10.00 m/s
TAUYSn03	Pa	66	A	tau at c= -15.00 m/s
TAUYSn04	Pa	66	A	tau at c= -20.00 m/s
TAUYSn05	Pa	66	A	tau at c= -25.00 m/s
TAUYSn06	Pa	66	A	tau at c= -30.00 m/s
TAUYSn07	Pa	66	A	tau at c= -35.00 m/s
TAUYSn08	Pa	66	A	tau at c= -40.00 m/s
TAUYSn09	Pa	66	A	tau at c= -45.00 m/s
TAUYSn10	Pa	66	A	tau at c= -50.00 m/s
TAUYSn11	Pa	66	A	tau at c= -55.00 m/s
TAUYSn12	Pa	66	A	tau at c= -60.00 m/s
TAUYSn13	Pa	66	A	tau at c= -65.00 m/s
TAUYSn14	Pa	66	A	tau at c= -70.00 m/s
TAUYSn15	Pa	66	A	tau at c= -75.00 m/s
TAUYSn16	Pa	66	A	tau at c= -80.00 m/s
TAUYSn17	Pa	66	A	tau at c= -85.00 m/s
TAUYSn18	Pa	66	A	tau at c= -90.00 m/s
TAUYSn19	Pa	66	A	tau at c= -95.00 m/s
TAUYSn20	Pa	66	A	tau at c= ****** m/s
TAUYSn21	Pa	66	A	tau at c= ****** m/s
TAUYSn22	Pa	66	A	tau at c= ****** m/s
TAUYSn23	Pa	66	A	tau at c= ****** m/s
TAUYSn24	Pa	66	A	tau at c= ****** m/s
TAUYSn25	Pa	66	A	tau at c= ****** m/s
TAUYSn26	Pa	66	A	tau at c= ****** m/s
TAUYSn27	Pa	66	A	tau at c= ****** m/s
TAUYSn28	Pa	66	A	tau at c= ****** m/s
TAUYSn29	Pa	66	A	tau at c= ****** m/s
TAUYSn30	Pa	66	A	tau at c= ****** m/s
TAUYSn31	Pa	66	A	tau at c= ****** m/s
TAUYSn32	Pa	66	A	tau at c= ****** m/s
TAUYSp00	Pa	66	A	tau at c= 0.00 m/s
TAUYSp01	Pa	66	A	tau at c= 5.00 m/s
TAUYSp02	Pa	66	A	tau at c= 10.00 m/s
TAUYSp03	Pa	66	A	tau at c= 15.00 m/s
TAUYSp04	Pa	66	A	tau at c= 20.00 m/s
TAUYSp05	Pa	66	A	tau at c= 25.00 m/s
TAUYSp06	Pa	66	A	tau at c= 30.00 m/s
TAUYSp07	Pa	66	A	tau at c= 35.00 m/s
TAUYSp08	Pa	66	A	tau at c= 40.00 m/s
TAUYSp09	Pa	66	A	tau at c= 45.00 m/s
TAUYSp10	Pa	66	A	tau at c= 50.00 m/s
TAUYSp11	Pa	66	A	tau at c= 55.00 m/s
TAUYSp12	Pa	66	A	tau at c= 60.00 m/s
TAUYSp13	Pa	66	A	tau at c= 65.00 m/s
TAUYSp14	Pa	66	A	tau at c= 70.00 m/s
TAUYSp15	Pa	66	A	tau at c= 75.00 m/s
TAUYSp16	Pa	66	A	tau at c= 80.00 m/s
TAUYSp17	Pa	66	A	tau at c= 85.00 m/s
TAUYSp18	Pa	66	A	tau at c= 90.00 m/s
TAUYSp19	Pa	66	A	tau at c= 95.00 m/s
TAUYSp20	Pa	66	A	tau at c= 100.00 m/s
TAUYSp21	Pa	66	A	tau at c= 105.00 m/s
TAUYSp22	Pa	66	A	tau at c= 110.00 m/s
TAUYSp23	Pa	66	A	tau at c= 115.00 m/s
TAUYSp24	Pa	66	A	tau at c= 120.00 m/s
TAUYSp25	Pa	66	A	tau at c= 125.00 m/s
TAUYSp26	Pa	66	A	tau at c= 130.00 m/s
TAUYSp27	Pa	66	A	tau at c= 135.00 m/s
TAUYSp28	Pa	66	A	tau at c= 140.00 m/s
TAUYSp29	Pa	66	A	tau at c= 145.00 m/s
TAUYSp30	Pa	66	A	tau at c= 150.00 m/s
TAUYSp31	Pa	66	A	tau at c= 155.00 m/s
TAUYSp32	Pa	66	A	tau at c= 160.00 m/s
TAVERT	kg/kg/s	66	A	VERT horz + vert + fixer tendency
TAe	kg/kg/s	66	A	e horz + vert + fixer tendency
TBOT	K	1	A	Lowest model level temperature
TBOT&IC	K	1	I	Lowest model level temperature
TBP	K	66	A	Temperature (before physics)
TCLY	mol/mol	66	A	total Cl volume mixing ratio
TCWAT&IC	kg/kg	66	I	T associated with cloud water
TEFIX	W/m2	1	A	Total energy after fixer
TEINP	W/m2	1	A	Total energy of physics input
TEOUT	W/m2	1	A	Total energy of physics output
TFIX	K/s	1	A	T fixer (T equivalent of Energy correction)
TGCLDCWP	gram/m2	1	A	Total grid-box cloud water path (liquid and ice)
TGCLDIWP	gram/m2	1	A	Total grid-box cloud ice water path
TGCLDLWP	gram/m2	1	A	Total grid-box cloud liquid water path
TH	K	67	A	Potential Temperature
TH2d	K	1	A	Zonal-Mean potential temp - defined on ilev
TH7001000	K	1	A	Theta difference 700 mb - 1000 mb
TH8501000	K	1	A	Theta difference 850 mb - 1000 mb
TH9251000	K	1	A	Theta difference 925 mb - 1000 mb
THE7001000	K	1	A	ThetaE difference 700 mb - 1000 mb
THE8501000	K	1	A	ThetaE difference 850 mb - 1000 mb
THE9251000	K	1	A	ThetaE difference 925 mb - 1000 mb
TKE	m2/s2	67	A	Turbulent Kinetic Energy
TKE&IC	m2/s2	67	I	Turbulent Kinetic Energy
TMAOA1	kg/m2	1	A	AOA1 column burden
TMAOA2	kg/m2	1	A	AOA2 column burden
TMBR	kg/m2	1	A	BR column burden
TMBRCL	kg/m2	1	A	BRCL column burden
TMBRO	kg/m2	1	A	BRO column burden
TMBRONO2	kg/m2	1	A	BRONO2 column burden
TMBRY	kg/m2	1	A	BRY column burden
TMCCL4	kg/m2	1	A	CCL4 column burden
TMCF2CLBR	kg/m2	1	A	CF2CLBR column burden
TMCF3BR	kg/m2	1	A	CF3BR column burden
TMCFC11	kg/m2	1	A	CFC11 column burden
TMCFC113	kg/m2	1	A	CFC113 column burden
TMCFC12	kg/m2	1	A	CFC12 column burden
TMCH2O	kg/m2	1	A	CH2O column burden
TMCH3BR	kg/m2	1	A	CH3BR column burden
TMCH3CCL3	kg/m2	1	A	CH3CCL3 column burden
TMCH3CL	kg/m2	1	A	CH3CL column burden
TMCH3O2	kg/m2	1	A	CH3O2 column burden
TMCH3OOH	kg/m2	1	A	CH3OOH column burden
TMCH4	kg/m2	1	A	CH4 column burden
TMCL	kg/m2	1	A	CL column burden
TMCL2	kg/m2	1	A	CL2 column burden
TMCL2O2	kg/m2	1	A	CL2O2 column burden
TMCLDICE	kg/m2	1	A	CLDICE column burden
TMCLDLIQ	kg/m2	1	A	CLDLIQ column burden
TMCLO	kg/m2	1	A	CLO column burden
TMCLONO2	kg/m2	1	A	CLONO2 column burden
TMCLY	kg/m2	1	A	CLY column burden
TMCO	kg/m2	1	A	CO column burden
TMCO2	kg/m2	1	A	CO2 column burden
TMH	kg/m2	1	A	H column burden
TMH2	kg/m2	1	A	H2 column burden
TMH2O2	kg/m2	1	A	H2O2 column burden
TMHBR	kg/m2	1	A	HBR column burden
TMHCFC22	kg/m2	1	A	HCFC22 column burden
TMHCL	kg/m2	1	A	HCL column burden
TMHNO3	kg/m2	1	A	HNO3 column burden
TMHO2	kg/m2	1	A	HO2 column burden
TMHO2NO2	kg/m2	1	A	HO2NO2 column burden
TMHOBR	kg/m2	1	A	HOBR column burden
TMHOCL	kg/m2	1	A	HOCL column burden
TMHORZ	kg/m2	1	A	HORZ column burden
TMN	kg/m2	1	A	N column burden
TMN2D	kg/m2	1	A	N2D column burden
TMN2O	kg/m2	1	A	N2O column burden
TMN2O5	kg/m2	1	A	N2O5 column burden
TMN2p	kg/m2	1	A	N2p column burden
TMNO	kg/m2	1	A	NO column burden
TMNO2	kg/m2	1	A	NO2 column burden
TMNO3	kg/m2	1	A	NO3 column burden
TMNOp	kg/m2	1	A	NOp column burden
TMNp	kg/m2	1	A	Np column burden
TMO	kg/m2	1	A	O column burden
TMO1D	kg/m2	1	A	O1D column burden
TMO2	kg/m2	1	A	O2 column burden
TMO2_1D	kg/m2	1	A	O2_1D column burden
TMO2_1S	kg/m2	1	A	O2_1S column burden
TMO2p	kg/m2	1	A	O2p column burden
TMO3	kg/m2	1	A	O3 column burden
TMOCLO	kg/m2	1	A	OCLO column burden
TMOH	kg/m2	1	A	OH column burden
TMOp	kg/m2	1	A	Op column burden
TMQ	kg/m2	1	A	Total (vertically integrated) precipitable water
TMVERT	kg/m2	1	A	VERT column burden
TMe	kg/m2	1	A	e column burden
TOTH	mol/mol	66	A	total H2 volume mixing ratio
TOT_CLD_VISTAU	1	66	A	Total gbx cloud visible sw optical depth
TOT_ICLD_VISTAU	1	66	A	Total in-cloud visible sw optical depth
TPERT	K	1	A	Perturbation temperature (eddies in PBL)
TPERT&IC	K	1	I	Perturbation temperature (eddies in PBL)
TREFHT	K	1	A	Reference height temperature
TREFHTMN	K	1	M	Minimum reference height temperature over output period
TREFHTMX	K	1	X	Maximum reference height temperature over output period
TREFMNAV	K	1	A	Average of TREFHT daily minimum
TREFMXAV	K	1	A	Average of TREFHT daily maximum
TROPP_DZ	m	66	A	Relalive Tropopause Height (primary)
TROPP_FD	probability	1	A	Tropopause Found (primary)
TROPP_P	Pa	1	A	Tropopause Pressure (primary)
TROPP_PD	probability	66	A	Tropopause Distribution (primary)
TROPP_T	K	1	A	Tropopause Temperature (primary)
TROPP_Z	m	1	A	Tropopause Height (primary)
TROP_DZ	m	66	A	Relative Tropopause Height
TROP_FD	probability	1	A	Tropopause Found
TROP_P	Pa	1	A	Tropopause Pressure
TROP_PD	probability	66	A	Tropopause Probabilty
TROP_T	K	1	A	Tropopause Temperature
TROP_Z	m	1	A	Tropopause Height
TS	K	1	A	Surface temperature (radiative)
TS1	K	1	A	TS1 subsoil temperature
TS1&IC	K	1	I	TS1 subsoil temperature
TS2	K	1	A	TS2 subsoil temperature
TS2&IC	K	1	I	TS2 subsoil temperature
TS3	K	1	A	TS3 subsoil temperature
TS3&IC	K	1	I	TS3 subsoil temperature
TS4	K	1	A	TS4 subsoil temperature
TS4&IC	K	1	I	TS4 subsoil temperature
TSICE	K	1	A	Ice temperature
TSICE&IC	K	1	I	Ice temperature
TSICERAD&IC	K	1	I	Radiatively equivalent ice temperature
TSMN	K	1	M	Minimum surface temperature over output period
TSMX	K	1	X	Maximum surface temperature over output period
TT	K2	66	A	Eddy temperature variance
TTEND	K/s	66	A	Total T tendency (all processes)
TTEND_TOT	K/s	66	A	Total temperature tendency
TTGW	K/s	66	A	T tendency - gravity wave drag
TTGWSDF	K/s	66	A	t tendency - gw spec: diffusion term
TTGWSKE	K/s	66	A	t tendency - gw spec: kinetic energy conversion term
TTPXMLC	K/S	1	A	Top interf. temp. flux: molec. viscosity
T_12_COS	K	66	A	Temperature 12hr. cos coeff.
T_12_SIN	K	66	A	Temperature 12hr. sin coeff.
T_24_COS	K	66	A	Temperature 24hr. cos coeff.
T_24_SIN	K	66	A	Temperature 24hr. sin coeff.
U	m/s	66	A	Zonal wind
U010	m/s	1	A	Zonal wind at 10 mbar pressure surface
U10	m/s	1	A	10m wind speed
U200	m/s	1	A	Zonal wind at 200 mbar pressure surface
U250	m/s	1	A	Zonal wind at 250 mbar pressure surface
U2d	M/S	1	A	Zonal-Mean zonal wind - defined on ilev
U850	m/s	1	A	Zonal wind at 850 mbar pressure surface
UAP	m/s	66	A	Zonal wind (after physics)
UBOT	m/s	1	A	Lowest model level zonal wind
UE	m/s	1	I	Zonal ExB drift
UFLX	W/m2	67	A	Zonal momentum flux
UIONTEND	M/S2	66	A	u-tendency due to ion drag
US	m/s	66	A	Zonal wind, staggered
US&IC	m/s	66	I	Zonal wind, staggered
USTAR	m/s	1	A	Surface friction velocity
UTEND	m/s2	66	A	U tendency
UTEND1	m/s2	66	A	U tendency c < -40
UTEND2	m/s2	66	A	U tendency -40 < c < -15
UTEND3	m/s2	66	A	U tendency -15 < c < 15
UTEND4	m/s2	66	A	U tendency 15 < c < 40
UTEND5	m/s2	66	A	U tendency 40 < c
UTGWORO	m/s2	66	A	U tendency - orographic gravity wave drag
UTGWSPEC	m/s2	66	A	U tendency - gravity wave spectrum
UU	m2/s2	66	A	Zonal velocity squared
UV2d	M2/S2	1	A	Meridional Flux of Zonal Momentum: 2D prj of zon. mean - defined on ilev
UV3d	M2/S2	67	A	Meridional Flux of Zonal Momentum: 3D zon. mean
UW2d	M2/S2	1	A	Vertical Flux of Zonal Momentum; 2D prj of zon. mean - defined on ilev
UW3d	M2/S2	67	A	Vertical Flux of Zonal Momentum: 3D zon. mean
U_12_COS	m/s	66	A	Zonal wind 12hr. cos coeff.
U_12_SIN	m/s	66	A	Zonal wind 12hr. sin coeff.
U_24_COS	m/s	66	A	Zonal wind 24hr. cos coeff.
U_24_SIN	m/s	66	A	Zonal wind 24hr. sin coeff.
V	m/s	66	A	Meridional wind
V200	m/s	1	A	Meridional wind at 200 mbar pressure surface
V250	m/s	1	A	Meridional wind at 250 mbar pressure surface
V2d	M/S	1	A	Zonal-Mean meridional wind - defined on ilev
V850	m/s	1	A	Meridional wind at 850 mbar pressure surface
VAP	m/s	66	A	Meridional wind (after physics)
VAT	K/s	66	A	Vertical advective tendency of T
VBOT	m/s	1	A	Lowest model level meridional wind
VD01	kg/kg/s	66	A	Vertical diffusion of Q
VDAOA1	kg/kg/s	66	A	Vertical diffusion of AOA1
VDAOA2	kg/kg/s	66	A	Vertical diffusion of AOA2
VDBR	kg/kg/s	66	A	Vertical diffusion of BR
VDBRCL	kg/kg/s	66	A	Vertical diffusion of BRCL
VDBRO	kg/kg/s	66	A	Vertical diffusion of BRO
VDBRONO2	kg/kg/s	66	A	Vertical diffusion of BRONO2
VDBRY	kg/kg/s	66	A	Vertical diffusion of BRY
VDCCL4	kg/kg/s	66	A	Vertical diffusion of CCL4
VDCF2CLBR	kg/kg/s	66	A	Vertical diffusion of CF2CLBR
VDCF3BR	kg/kg/s	66	A	Vertical diffusion of CF3BR
VDCFC11	kg/kg/s	66	A	Vertical diffusion of CFC11
VDCFC113	kg/kg/s	66	A	Vertical diffusion of CFC113
VDCFC12	kg/kg/s	66	A	Vertical diffusion of CFC12
VDCH2O	kg/kg/s	66	A	Vertical diffusion of CH2O
VDCH3BR	kg/kg/s	66	A	Vertical diffusion of CH3BR
VDCH3CCL3	kg/kg/s	66	A	Vertical diffusion of CH3CCL3
VDCH3CL	kg/kg/s	66	A	Vertical diffusion of CH3CL
VDCH3O2	kg/kg/s	66	A	Vertical diffusion of CH3O2
VDCH3OOH	kg/kg/s	66	A	Vertical diffusion of CH3OOH
VDCH4	kg/kg/s	66	A	Vertical diffusion of CH4
VDCL	kg/kg/s	66	A	Vertical diffusion of CL
VDCL2	kg/kg/s	66	A	Vertical diffusion of CL2
VDCL2O2	kg/kg/s	66	A	Vertical diffusion of CL2O2
VDCLDICE	kg/kg/s	66	A	Vertical diffusion of CLDICE
VDCLDLIQ	kg/kg/s	66	A	Vertical diffusion of CLDLIQ
VDCLO	kg/kg/s	66	A	Vertical diffusion of CLO
VDCLONO2	kg/kg/s	66	A	Vertical diffusion of CLONO2
VDCLY	kg/kg/s	66	A	Vertical diffusion of CLY
VDCO	kg/kg/s	66	A	Vertical diffusion of CO
VDCO2	kg/kg/s	66	A	Vertical diffusion of CO2
VDH	kg/kg/s	66	A	Vertical diffusion of H
VDH2	kg/kg/s	66	A	Vertical diffusion of H2
VDH2O2	kg/kg/s	66	A	Vertical diffusion of H2O2
VDHBR	kg/kg/s	66	A	Vertical diffusion of HBR
VDHCFC22	kg/kg/s	66	A	Vertical diffusion of HCFC22
VDHCL	kg/kg/s	66	A	Vertical diffusion of HCL
VDHNO3	kg/kg/s	66	A	Vertical diffusion of HNO3
VDHO2	kg/kg/s	66	A	Vertical diffusion of HO2
VDHO2NO2	kg/kg/s	66	A	Vertical diffusion of HO2NO2
VDHOBR	kg/kg/s	66	A	Vertical diffusion of HOBR
VDHOCL	kg/kg/s	66	A	Vertical diffusion of HOCL
VDHORZ	kg/kg/s	66	A	Vertical diffusion of HORZ
VDN	kg/kg/s	66	A	Vertical diffusion of N
VDN2D	kg/kg/s	66	A	Vertical diffusion of N2D
VDN2O	kg/kg/s	66	A	Vertical diffusion of N2O
VDN2O5	kg/kg/s	66	A	Vertical diffusion of N2O5
VDN2p	kg/kg/s	66	A	Vertical diffusion of N2p
VDNO	kg/kg/s	66	A	Vertical diffusion of NO
VDNO2	kg/kg/s	66	A	Vertical diffusion of NO2
VDNO3	kg/kg/s	66	A	Vertical diffusion of NO3
VDNOp	kg/kg/s	66	A	Vertical diffusion of NOp
VDNp	kg/kg/s	66	A	Vertical diffusion of Np
VDO	kg/kg/s	66	A	Vertical diffusion of O
VDO1D	kg/kg/s	66	A	Vertical diffusion of O1D
VDO2	kg/kg/s	66	A	Vertical diffusion of O2
VDO2_1D	kg/kg/s	66	A	Vertical diffusion of O2_1D
VDO2_1S	kg/kg/s	66	A	Vertical diffusion of O2_1S
VDO2p	kg/kg/s	66	A	Vertical diffusion of O2p
VDO3	kg/kg/s	66	A	Vertical diffusion of O3
VDOCLO	kg/kg/s	66	A	Vertical diffusion of OCLO
VDOH	kg/kg/s	66	A	Vertical diffusion of OH
VDOp	kg/kg/s	66	A	Vertical diffusion of Op
VDVERT	kg/kg/s	66	A	Vertical diffusion of VERT
VDe	kg/kg/s	66	A	Vertical diffusion of e
VE	m/s	1	I	Meridional ExB drift
VEL_NAT1	cm/s	66	I	small nat settling velocity
VEL_NAT2	cm/s	66	I	large nat settling velocity
VERT	kg/kg	66	A	vertical tracer
VERT&IC	kg/kg	66	I	vertical tracer
VERTSRC	kg/kg/s	66	A	VERT source/sink
VFLX	W/m2	67	A	Meridional momentm flux
VIONTEND	M/S2	66	A	v-tendency due to ion drag
VOLC_RAD_GEOM	m	66	I	geometric mean radius of wet aerosol
VQ	m/skg/kg	66	A	Meridional water transport
VS	m/s	66	A	Meridional wind, staggered
VS&IC	m/s	66	I	Meridional wind, staggered
VT	K m/s	66	A	Meridional heat transport
VTEND	m/s2	66	A	V tendency
VTGWORO	m/s2	66	A	V tendency - orographic gravity wave drag
VTGWSPEC	m/s2	66	A	V tendency - gravity wave spectrum
VTH2d	MK/S	1	A	Meridional Heat Flux: 2D prj of zon. mean - defined on ilev
VTH3d	MK/S	67	A	Meridional Heat Flux: 3D zon. mean
VU	m2/s2	66	A	Meridional flux of zonal momentum
VV	m2/s2	66	A	Meridional velocity squared
VZ	m2/s	66	A	Meridional transport of geopotential energy
V_12_COS	m/s	66	A	Meridional wind 12hr. cos coeff.
V_12_SIN	m/s	66	A	Meridional wind 12hr. sin coeff.
V_24_COS	m/s	66	A	Meridional wind 24hr. cos coeff.
V_24_SIN	m/s	66	A	Meridional wind 24hr. sin coeff.
W2d	M/S	1	A	Zonal-Mean vertical wind - defined on ilev
WDR_BR	/s	66	A	BR wet deposition rate
WDR_BRCL	/s	66	A	BRCL wet deposition rate
WDR_BRO	/s	66	A	BRO wet deposition rate
WDR_BRONO2	/s	66	A	BRONO2 wet deposition rate
WDR_BRY	/s	66	A	BRY wet deposition rate
WDR_CCL4	/s	66	A	CCL4 wet deposition rate
WDR_CF2CLBR	/s	66	A	CF2CLBR wet deposition rate
WDR_CF3BR	/s	66	A	CF3BR wet deposition rate
WDR_CFC11	/s	66	A	CFC11 wet deposition rate
WDR_CFC113	/s	66	A	CFC113 wet deposition rate
WDR_CFC12	/s	66	A	CFC12 wet deposition rate
WDR_CH2O	/s	66	A	CH2O wet deposition rate
WDR_CH3BR	/s	66	A	CH3BR wet deposition rate
WDR_CH3CCL3	/s	66	A	CH3CCL3 wet deposition rate
WDR_CH3CL	/s	66	A	CH3CL wet deposition rate
WDR_CH3O2	/s	66	A	CH3O2 wet deposition rate
WDR_CH3OOH	/s	66	A	CH3OOH wet deposition rate
WDR_CH4	/s	66	A	CH4 wet deposition rate
WDR_CL	/s	66	A	CL wet deposition rate
WDR_CL2	/s	66	A	CL2 wet deposition rate
WDR_CL2O2	/s	66	A	CL2O2 wet deposition rate
WDR_CLO	/s	66	A	CLO wet deposition rate
WDR_CLONO2	/s	66	A	CLONO2 wet deposition rate
WDR_CLY	/s	66	A	CLY wet deposition rate
WDR_CO	/s	66	A	CO wet deposition rate
WDR_CO2	/s	66	A	CO2 wet deposition rate
WDR_H	/s	66	A	H wet deposition rate
WDR_H2	/s	66	A	H2 wet deposition rate
WDR_H2O	/s	66	A	H2O wet deposition rate
WDR_H2O2	/s	66	A	H2O2 wet deposition rate
WDR_HBR	/s	66	A	HBR wet deposition rate
WDR_HCFC22	/s	66	A	HCFC22 wet deposition rate
WDR_HCL	/s	66	A	HCL wet deposition rate
WDR_HNO3	/s	66	A	HNO3 wet deposition rate
WDR_HO2	/s	66	A	HO2 wet deposition rate
WDR_HO2NO2	/s	66	A	HO2NO2 wet deposition rate
WDR_HOBR	/s	66	A	HOBR wet deposition rate
WDR_HOCL	/s	66	A	HOCL wet deposition rate
WDR_N	/s	66	A	N wet deposition rate
WDR_N2D	/s	66	A	N2D wet deposition rate
WDR_N2O	/s	66	A	N2O wet deposition rate
WDR_N2O5	/s	66	A	N2O5 wet deposition rate
WDR_N2p	/s	66	A	N2p wet deposition rate
WDR_NO	/s	66	A	NO wet deposition rate
WDR_NO2	/s	66	A	NO2 wet deposition rate
WDR_NO3	/s	66	A	NO3 wet deposition rate
WDR_NOp	/s	66	A	NOp wet deposition rate
WDR_Np	/s	66	A	Np wet deposition rate
WDR_O	/s	66	A	O wet deposition rate
WDR_O1D	/s	66	A	O1D wet deposition rate
WDR_O2	/s	66	A	O2 wet deposition rate
WDR_O2_1D	/s	66	A	O2_1D wet deposition rate
WDR_O2_1S	/s	66	A	O2_1S wet deposition rate
WDR_O2p	/s	66	A	O2p wet deposition rate
WDR_O3	/s	66	A	O3 wet deposition rate
WDR_OCLO	/s	66	A	OCLO wet deposition rate
WDR_OH	/s	66	A	OH wet deposition rate
WDR_Op	/s	66	A	Op wet deposition rate
WDR_e	/s	66	A	e wet deposition rate
WD_BR	kg/s	1	A	BR wet deposition
WD_BRCL	kg/s	1	A	BRCL wet deposition
WD_BRO	kg/s	1	A	BRO wet deposition
WD_BRONO2	kg/s	1	A	BRONO2 wet deposition
WD_BRY	kg/s	1	A	BRY wet deposition
WD_CCL4	kg/s	1	A	CCL4 wet deposition
WD_CF2CLBR	kg/s	1	A	CF2CLBR wet deposition
WD_CF3BR	kg/s	1	A	CF3BR wet deposition
WD_CFC11	kg/s	1	A	CFC11 wet deposition
WD_CFC113	kg/s	1	A	CFC113 wet deposition
WD_CFC12	kg/s	1	A	CFC12 wet deposition
WD_CH2O	kg/s	1	A	CH2O wet deposition
WD_CH3BR	kg/s	1	A	CH3BR wet deposition
WD_CH3CCL3	kg/s	1	A	CH3CCL3 wet deposition
WD_CH3CL	kg/s	1	A	CH3CL wet deposition
WD_CH3O2	kg/s	1	A	CH3O2 wet deposition
WD_CH3OOH	kg/s	1	A	CH3OOH wet deposition
WD_CH4	kg/s	1	A	CH4 wet deposition
WD_CL	kg/s	1	A	CL wet deposition
WD_CL2	kg/s	1	A	CL2 wet deposition
WD_CL2O2	kg/s	1	A	CL2O2 wet deposition
WD_CLO	kg/s	1	A	CLO wet deposition
WD_CLONO2	kg/s	1	A	CLONO2 wet deposition
WD_CLY	kg/s	1	A	CLY wet deposition
WD_CO	kg/s	1	A	CO wet deposition
WD_CO2	kg/s	1	A	CO2 wet deposition
WD_H	kg/s	1	A	H wet deposition
WD_H2	kg/s	1	A	H2 wet deposition
WD_H2O	kg/s	1	A	H2O wet deposition
WD_H2O2	kg/s	1	A	H2O2 wet deposition
WD_HBR	kg/s	1	A	HBR wet deposition
WD_HCFC22	kg/s	1	A	HCFC22 wet deposition
WD_HCL	kg/s	1	A	HCL wet deposition
WD_HNO3	kg/s	1	A	HNO3 wet deposition
WD_HO2	kg/s	1	A	HO2 wet deposition
WD_HO2NO2	kg/s	1	A	HO2NO2 wet deposition
WD_HOBR	kg/s	1	A	HOBR wet deposition
WD_HOCL	kg/s	1	A	HOCL wet deposition
WD_N	kg/s	1	A	N wet deposition
WD_N2D	kg/s	1	A	N2D wet deposition
WD_N2O	kg/s	1	A	N2O wet deposition
WD_N2O5	kg/s	1	A	N2O5 wet deposition
WD_N2p	kg/s	1	A	N2p wet deposition
WD_NHX	kg/s	1	A	NHx wet deposition
WD_NO	kg/s	1	A	NO wet deposition
WD_NO2	kg/s	1	A	NO2 wet deposition
WD_NO3	kg/s	1	A	NO3 wet deposition
WD_NOY	kg/s	1	A	NOy wet deposition
WD_NOp	kg/s	1	A	NOp wet deposition
WD_Np	kg/s	1	A	Np wet deposition
WD_O	kg/s	1	A	O wet deposition
WD_O1D	kg/s	1	A	O1D wet deposition
WD_O2	kg/s	1	A	O2 wet deposition
WD_O2_1D	kg/s	1	A	O2_1D wet deposition
WD_O2_1S	kg/s	1	A	O2_1S wet deposition
WD_O2p	kg/s	1	A	O2p wet deposition
WD_O3	kg/s	1	A	O3 wet deposition
WD_OCLO	kg/s	1	A	OCLO wet deposition
WD_OH	kg/s	1	A	OH wet deposition
WD_Op	kg/s	1	A	Op wet deposition
WD_SOX	kg/s	1	A	SOx wet deposition
WD_e	kg/s	1	A	e wet deposition
WGUSTD	m/s	1	A	wind gusts from turbulence
WMF	Pa	66	A	Westward MF
WSPDSRFAV	m/s	1	A	Horizontal total wind speed average at the surface
WSPDSRFMX	m/s	1	X	Horizontal total wind speed maximum at the surface
WSPEED	m/s	66	X	Horizontal total wind speed maximum
WTH2d	MK/S	1	A	Vertical Heat Flux: 2D prj of zon. mean - defined on ilev
WTH3d	MK/S	67	A	Vertical Heat Flux: 3D zon. mean
Z050	m	1	A	Geopotential Z at 50 mbar pressure surface
Z100	m	1	A	Geopotential Z at 100 mbar pressure surface
Z1000	m	1	A	Geopotential Z at 700 mbar pressure surface
Z200	m	1	A	Geopotential Z at 200 mbar pressure surface
Z3	m	66	A	Geopotential Height (above sea level)
Z300	m	1	A	Geopotential Z at 300 mbar pressure surface
Z500	m	1	A	Geopotential Z at 500 mbar pressure surface
Z700	m	1	A	Geopotential Z at 700 mbar pressure surface
ZBOT	m	1	A	Lowest model level height
ZMDICE	kg/kg/s	66	A	Cloud ice tendency - Zhang-McFarlane convection
ZMDLF	kg/kg/s	66	A	Detrained liquid water from ZM convection
ZMDLIQ	kg/kg/s	66	A	Cloud liq tendency - Zhang-McFarlane convection
ZMDQ	kg/kg/s	66	A	Q tendency - Zhang-McFarlane moist convection
ZMDT	K/s	66	A	T tendency - Zhang-McFarlane moist convection
ZMEIHEAT	W/kg	66	A	Heating by ice and evaporation in ZM convection
ZMFLXPRC	kg/m2/s	67	A	Flux of precipitation from ZM convection
ZMFLXSNW	kg/m2/s	67	A	Flux of snow from ZM convection
ZMICUD	m/s	66	A	ZM in-cloud U downdrafts
ZMICUU	m/s	66	A	ZM in-cloud U updrafts
ZMICVD	m/s	66	A	ZM in-cloud V downdrafts
ZMICVU	m/s	66	A	ZM in-cloud V updrafts
ZMMD	kg/m2/s	66	A	ZM convection downdraft mass flux
ZMMTT	K/s	66	A	T tendency - ZM convective momentum transport
ZMMTU	m/s2	66	A	U tendency - ZM convective momentum transport
ZMMTV	m/s2	66	A	V tendency - ZM convective momentum transport
ZMMU	kg/m2/s	66	A	ZM convection updraft mass flux
ZMNTPRPD	kg/kg/s	66	A	Net precipitation production from ZM convection
ZMNTSNPD	kg/kg/s	66	A	Net snow production from ZM convection
ZMUPGD	m/s2	66	A	zonal force from ZM downdraft pressure gradient term
ZMUPGU	m/s2	66	A	zonal force from ZM updraft pressure gradient term
ZMVPGD	m/s2	66	A	merdional force from ZM downdraft pressure gradient term
ZMVPGU	m/s2	66	A	meridional force from ZM updraft pressure gradient term
ZZ	m2	66	A	Eddy height variance
a2x_BCPHIDRY	kg/m2/s	1	A	drydep of hydrophilic black carbon
a2x_BCPHIWET	kg/m2/s	1	A	wetdep of hydrophilic black carbon
a2x_BCPHODRY	kg/m2/s	1	A	drydep of hydrophobic black carbon
a2x_DSTDRY1	kg/m2/s	1	A	drydep of dust (bin1)
a2x_DSTDRY2	kg/m2/s	1	A	drydep of dust (bin2)
a2x_DSTDRY3	kg/m2/s	1	A	drydep of dust (bin3)
a2x_DSTDRY4	kg/m2/s	1	A	drydep of dust (bin4)
a2x_DSTWET1	kg/m2/s	1	A	wetdep of dust (bin1)
a2x_DSTWET2	kg/m2/s	1	A	wetdep of dust (bin2)
a2x_DSTWET3	kg/m2/s	1	A	wetdep of dust (bin3)
a2x_DSTWET4	kg/m2/s	1	A	wetdep of dust (bin4)
a2x_OCPHIDRY	kg/m2/s	1	A	drydep of hydrophilic organic carbon
a2x_OCPHIWET	kg/m2/s	1	A	wetdep of hydrophilic organic carbon
a2x_OCPHODRY	kg/m2/s	1	A	drydep of hydrophobic organic carbon
ag1	/cm3/s	66	I	reaction rate
ag2	/cm3/s	66	I	reaction rate
bcar1_D	kg/kg	66	A	prescribed aero
bcar2_D	kg/kg	66	A	prescribed aero
cb_CFC11STAR_c	kg/m^2	1	A	CFC11STAR column burden used in climate calculation
cb_CFC12_c	kg/m^2	1	A	CFC12 column burden used in climate calculation
cb_CH4_c	kg/m^2	1	A	CH4 column burden used in climate calculation
cb_CO2_c	kg/m^2	1	A	CO2 column burden used in climate calculation
cb_H2SO4M_c	kg/m^2	1	A	H2SO4M column burden used in climate calculation
cb_N2O_c	kg/m^2	1	A	N2O column burden used in climate calculation
cb_O2_c	kg/m^2	1	A	O2 column burden used in climate calculation
cb_O3_c	kg/m^2	1	A	O3 column burden used in climate calculation
cb_Q_c	kg/m^2	1	A	Q column burden used in climate calculation
cb_SSLTA_c	kg/m^2	1	A	SSLTA column burden used in climate calculation
cb_SSLTC_c	kg/m^2	1	A	SSLTC column burden used in climate calculation
cb_bcar1_c	kg/m^2	1	A	bcar1 column burden used in climate calculation
cb_bcar2_c	kg/m^2	1	A	bcar2 column burden used in climate calculation
cb_dust1_c	kg/m^2	1	A	dust1 column burden used in climate calculation
cb_dust2_c	kg/m^2	1	A	dust2 column burden used in climate calculation
cb_dust3_c	kg/m^2	1	A	dust3 column burden used in climate calculation
cb_dust4_c	kg/m^2	1	A	dust4 column burden used in climate calculation
cb_ocar1_c	kg/m^2	1	A	ocar1 column burden used in climate calculation
cb_ocar2_c	kg/m^2	1	A	ocar2 column burden used in climate calculation
cb_sulf_c	kg/m^2	1	A	sulf column burden used in climate calculation
cph_HO2_O	/cm3/s	66	I	reaction rate
cph_HO2_O3	/cm3/s	66	I	reaction rate
cph_H_HO2	/cm3/s	66	I	reaction rate
cph_H_O2	/cm3/s	66	I	reaction rate
cph_H_O3	/cm3/s	66	I	reaction rate
cph_N2D_O	/cm3/s	66	I	reaction rate
cph_N2D_O2	/cm3/s	66	I	reaction rate
cph_NO2_O	/cm3/s	66	I	reaction rate
cph_NO_HO2	/cm3/s	66	I	reaction rate
cph_NO_O3	/cm3/s	66	I	reaction rate
cph_N_NO	/cm3/s	66	I	reaction rate
cph_N_O2	/cm3/s	66	I	reaction rate
cph_O1D_N2	/cm3/s	66	I	reaction rate
cph_O1D_O2	/cm3/s	66	I	reaction rate
cph_O1D_O2b	/cm3/s	66	I	reaction rate
cph_O2_1D_N2	/cm3/s	66	I	reaction rate
cph_O2_1D_O	/cm3/s	66	I	reaction rate
cph_O2_1D_O2	/cm3/s	66	I	reaction rate
cph_O2_1S_N2	/cm3/s	66	I	reaction rate
cph_O2_1S_O	/cm3/s	66	I	reaction rate
cph_O2_1S_O2	/cm3/s	66	I	reaction rate
cph_O2_1S_O3	/cm3/s	66	I	reaction rate
cph_OH_HO2	/cm3/s	66	I	reaction rate
cph_OH_O	/cm3/s	66	I	reaction rate
cph_OH_O3	/cm3/s	66	I	reaction rate
cph_O_O3	/cm3/s	66	I	reaction rate
dust1_D	kg/kg	66	A	prescribed aero
dust2_D	kg/kg	66	A	prescribed aero
dust3_D	kg/kg	66	A	prescribed aero
dust4_D	kg/kg	66	A	prescribed aero
e	mol/mol	66	A	electron concent concentration
e&IC	kg/kg	66	I	electron concentration
e_CHML	/cm3/s	66	I	chemical loss rate
e_CHMP	/cm3/s	66	I	chemical production rate
e_SRF	mol/mol	1	A	electron concent in bottom layer
elec1	/cm3/s	66	I	reaction rate
elec2	/cm3/s	66	I	reaction rate
elec3	/cm3/s	66	I	reaction rate
extfrc_01		66	I	ext frcing
extfrc_02		66	I	ext frcing
extfrc_03		66	I	ext frcing
extfrc_04		66	I	ext frcing
extfrc_05		66	I	ext frcing
extfrc_06		66	I	ext frcing
extfrc_07		66	I	ext frcing
extfrc_08		66	I	ext frcing
extfrc_09		66	I	ext frcing
extfrc_10		66	I	ext frcing
extfrc_11		66	I	ext frcing
het1	/cm3/s	66	I	reaction rate
het10	/cm3/s	66	I	reaction rate
het11	/cm3/s	66	I	reaction rate
het12	/cm3/s	66	I	reaction rate
het13	/cm3/s	66	I	reaction rate
het14	/cm3/s	66	I	reaction rate
het15	/cm3/s	66	I	reaction rate
het16	/cm3/s	66	I	reaction rate
het17	/cm3/s	66	I	reaction rate
het1_total	/s	66	I	total N2O5 + H2O het rate constant
het2	/cm3/s	66	I	reaction rate
het3	/cm3/s	66	I	reaction rate
het4	/cm3/s	66	I	reaction rate
het5	/cm3/s	66	I	reaction rate
het6	/cm3/s	66	I	reaction rate
het7	/cm3/s	66	I	reaction rate
het8	/cm3/s	66	I	reaction rate
het9	/cm3/s	66	I	reaction rate
hstobie_linoz	fraction of mode	66	I	Lowest possible Linoz level
hstobie_trop	fraction of mode	66	I	Lowest level with stratospheric chemsitry
hstobie_tropop	fraction of mode	66	I	Troposphere boundary calculated in chemistry
ion_N2p_O2	/cm3/s	66	I	reaction rate
ion_N2p_Oa	/cm3/s	66	I	reaction rate
ion_N2p_Ob	/cm3/s	66	I	reaction rate
ion_Np_O	/cm3/s	66	I	reaction rate
ion_Np_O2a	/cm3/s	66	I	reaction rate
ion_Np_O2b	/cm3/s	66	I	reaction rate
ion_O2p_N	/cm3/s	66	I	reaction rate
ion_O2p_NO	/cm3/s	66	I	reaction rate
ion_Op_N2	/cm3/s	66	I	reaction rate
ion_Op_O2	/cm3/s	66	I	reaction rate
jbrcl	/s	66	I	photolysis rate
jbro	/s	66	I	photolysis rate
jbrono2_a	/s	66	I	photolysis rate
jbrono2_b	/s	66	I	photolysis rate
jccl4	/s	66	I	photolysis rate
jcf2cl2	/s	66	I	photolysis rate
jcf2clbr	/s	66	I	photolysis rate
jcf3br	/s	66	I	photolysis rate
jcfc113	/s	66	I	photolysis rate
jcfcl3	/s	66	I	photolysis rate
jch2o_a	/s	66	I	photolysis rate
jch2o_b	/s	66	I	photolysis rate
jch3br	/s	66	I	photolysis rate
jch3ccl3	/s	66	I	photolysis rate
jch3cl	/s	66	I	photolysis rate
jch3ooh	/s	66	I	photolysis rate
jch4_a	/s	66	I	photolysis rate
jch4_b	/s	66	I	photolysis rate
jcl2	/s	66	I	photolysis rate
jcl2o2	/s	66	I	photolysis rate
jclo	/s	66	I	photolysis rate
jclono2_a	/s	66	I	photolysis rate
jclono2_b	/s	66	I	photolysis rate
jco2	/s	66	I	photolysis rate
jeuv_1	/s	66	I	photolysis rate
jeuv_10	/s	66	I	photolysis rate
jeuv_11	/s	66	I	photolysis rate
jeuv_12	/s	66	I	photolysis rate
jeuv_13	/s	66	I	photolysis rate
jeuv_14	/s	66	I	photolysis rate
jeuv_15	/s	66	I	photolysis rate
jeuv_16	/s	66	I	photolysis rate
jeuv_17	/s	66	I	photolysis rate
jeuv_18	/s	66	I	photolysis rate
jeuv_19	/s	66	I	photolysis rate
jeuv_2	/s	66	I	photolysis rate
jeuv_20	/s	66	I	photolysis rate
jeuv_21	/s	66	I	photolysis rate
jeuv_22	/s	66	I	photolysis rate
jeuv_23	/s	66	I	photolysis rate
jeuv_24	/s	66	I	photolysis rate
jeuv_25	/s	66	I	photolysis rate
jeuv_26	/s	66	I	photolysis rate
jeuv_3	/s	66	I	photolysis rate
jeuv_4	/s	66	I	photolysis rate
jeuv_5	/s	66	I	photolysis rate
jeuv_6	/s	66	I	photolysis rate
jeuv_7	/s	66	I	photolysis rate
jeuv_8	/s	66	I	photolysis rate
jeuv_9	/s	66	I	photolysis rate
jh2o2	/s	66	I	photolysis rate
jh2o_a	/s	66	I	photolysis rate
jh2o_b	/s	66	I	photolysis rate
jh2o_c	/s	66	I	photolysis rate
jhcfc22	/s	66	I	photolysis rate
jhcl	/s	66	I	photolysis rate
jhno3	/s	66	I	photolysis rate
jho2no2_a	/s	66	I	photolysis rate
jho2no2_b	/s	66	I	photolysis rate
jhobr	/s	66	I	photolysis rate
jhocl	/s	66	I	photolysis rate
jn2o	/s	66	I	photolysis rate
jn2o5_a	/s	66	I	photolysis rate
jn2o5_b	/s	66	I	photolysis rate
jno	/s	66	I	photolysis rate
jno2	/s	66	I	photolysis rate
jno3_a	/s	66	I	photolysis rate
jno3_b	/s	66	I	photolysis rate
jno_i	/s	66	I	photolysis rate
jo2_a	/s	66	I	photolysis rate
jo2_b	/s	66	I	photolysis rate
jo3_a	/s	66	I	photolysis rate
jo3_b	/s	66	I	photolysis rate
joclo	/s	66	I	photolysis rate
m_CFC11STAR_c	kg/m^2	66	A	CFC11STAR mass per layer used in climate calculation
m_CFC12_c	kg/m^2	66	A	CFC12 mass per layer used in climate calculation
m_CH4_c	kg/m^2	66	A	CH4 mass per layer used in climate calculation
m_CO2_c	kg/m^2	66	A	CO2 mass per layer used in climate calculation
m_H2SO4M_c	kg/m^2	66	A	H2SO4M mass per layer used in climate calculation
m_N2O_c	kg/m^2	66	A	N2O mass per layer used in climate calculation
m_O2_c	kg/m^2	66	A	O2 mass per layer used in climate calculation
m_O3_c	kg/m^2	66	A	O3 mass per layer used in climate calculation
m_Q_c	kg/m^2	66	A	Q mass per layer used in climate calculation
m_SSLTA_c	kg/m^2	66	A	SSLTA mass per layer used in climate calculation
m_SSLTC_c	kg/m^2	66	A	SSLTC mass per layer used in climate calculation
m_bcar1_c	kg/m^2	66	A	bcar1 mass per layer used in climate calculation
m_bcar2_c	kg/m^2	66	A	bcar2 mass per layer used in climate calculation
m_dust1_c	kg/m^2	66	A	dust1 mass per layer used in climate calculation
m_dust2_c	kg/m^2	66	A	dust2 mass per layer used in climate calculation
m_dust3_c	kg/m^2	66	A	dust3 mass per layer used in climate calculation
m_dust4_c	kg/m^2	66	A	dust4 mass per layer used in climate calculation
m_ocar1_c	kg/m^2	66	A	ocar1 mass per layer used in climate calculation
m_ocar2_c	kg/m^2	66	A	ocar2 mass per layer used in climate calculation
m_sulf_c	kg/m^2	66	A	sulf mass per layer used in climate calculation
ocar1_D	kg/kg	66	A	prescribed aero
ocar2_D	kg/kg	66	A	prescribed aero
qi_aft_Cu	kg/kg	66	I	qi_afterCU
qi_aft_PBL	kg/kg	66	A	qi_afterPBL
qi_pre_Cu	kg/kg	66	I	qi_preCU
qi_pre_PBL	kg/kg	66	A	qi_prePBL
qiten_PBL	kg/kg/s	66	A	qi tendency by PBL
ql_aft_Cu	kg/kg	66	I	ql_afterCU
ql_aft_PBL	kg/kg	66	A	ql_afterPBL
ql_pre_Cu	kg/kg	66	I	ql_preCU
ql_pre_PBL	kg/kg	66	A	ql_prePBL
qlten_PBL	kg/kg/s	66	A	ql tendency by PBL
qt_aft_Cu	kg/kg	66	I	qt_afterCU
qt_aft_PBL	kg/kg	66	A	qt_afterPBL
qt_pre_Cu	kg/kg	66	I	qt_preCU
qt_pre_PBL	kg/kg	66	A	qt_prePBL
qtflx_PBL	kg/m2/s	67	A	qt flux by PBL
qtflx_cg_PBL	kg/m2/s	67	A	qt_cg flux by PBL
qtten_PBL	kg/kg/s	66	A	qt tendency by PBL
qv_aft_Cu	kg/kg	66	I	qv_afterCU
qv_aft_PBL	kg/kg	66	A	qv_afterPBL
qv_pre_Cu	kg/kg	66	I	qv_preCU
qv_pre_PBL	kg/kg	66	A	qv_prePBL
qvten_PBL	kg/kg/s	66	A	qv tendency by PBL
r_CL2O2_M	molecules/cm3/se	66	A	reaction rate
r_CLO_CLO	molecules/cm3/se	66	A	reaction rate
r_CO_OH_b	molecules/cm3/se	66	A	reaction rate
r_HNO3_OH	molecules/cm3/se	66	A	reaction rate
r_HO2NO2_M	molecules/cm3/se	66	A	reaction rate
r_HO2_HO2	molecules/cm3/se	66	A	reaction rate
r_HO2_O	molecules/cm3/se	66	A	reaction rate
r_HO2_O3	molecules/cm3/se	66	A	reaction rate
r_H_HO2	molecules/cm3/se	66	A	reaction rate
r_H_O2	molecules/cm3/se	66	A	reaction rate
r_H_O3	molecules/cm3/se	66	A	reaction rate
r_N2D_O	molecules/cm3/se	66	A	reaction rate
r_N2D_O2	molecules/cm3/se	66	A	reaction rate
r_N2O5_M	molecules/cm3/se	66	A	reaction rate
r_N2p_O2	molecules/cm3/se	66	A	reaction rate
r_N2p_Oa	molecules/cm3/se	66	A	reaction rate
r_N2p_Ob	molecules/cm3/se	66	A	reaction rate
r_NO2_HO2	molecules/cm3/se	66	A	reaction rate
r_NO2_NO3	molecules/cm3/se	66	A	reaction rate
r_NO2_O	molecules/cm3/se	66	A	reaction rate
r_NO2_OH	molecules/cm3/se	66	A	reaction rate
r_NO_HO2	molecules/cm3/se	66	A	reaction rate
r_NO_O3	molecules/cm3/se	66	A	reaction rate
r_N_NO	molecules/cm3/se	66	A	reaction rate
r_N_O2	molecules/cm3/se	66	A	reaction rate
r_Np_O	molecules/cm3/se	66	A	reaction rate
r_Np_O2a	molecules/cm3/se	66	A	reaction rate
r_Np_O2b	molecules/cm3/se	66	A	reaction rate
r_O1D_N2	molecules/cm3/se	66	A	reaction rate
r_O1D_O2	molecules/cm3/se	66	A	reaction rate
r_O1D_O2b	molecules/cm3/se	66	A	reaction rate
r_O2_1D_N2	molecules/cm3/se	66	A	reaction rate
r_O2_1D_O	molecules/cm3/se	66	A	reaction rate
r_O2_1D_O2	molecules/cm3/se	66	A	reaction rate
r_O2_1S_N2	molecules/cm3/se	66	A	reaction rate
r_O2_1S_O	molecules/cm3/se	66	A	reaction rate
r_O2_1S_O2	molecules/cm3/se	66	A	reaction rate
r_O2_1S_O3	molecules/cm3/se	66	A	reaction rate
r_O2p_N	molecules/cm3/se	66	A	reaction rate
r_O2p_NO	molecules/cm3/se	66	A	reaction rate
r_OH_HO2	molecules/cm3/se	66	A	reaction rate
r_OH_O	molecules/cm3/se	66	A	reaction rate
r_OH_O3	molecules/cm3/se	66	A	reaction rate
r_O_O	molecules/cm3/se	66	A	reaction rate
r_O_O2	molecules/cm3/se	66	A	reaction rate
r_O_O3	molecules/cm3/se	66	A	reaction rate
r_Op_N2	molecules/cm3/se	66	A	reaction rate
r_Op_O2	molecules/cm3/se	66	A	reaction rate
r_ag1	molecules/cm3/se	66	A	reaction rate
r_ag2	molecules/cm3/se	66	A	reaction rate
r_elec1	molecules/cm3/se	66	A	reaction rate
r_elec2	molecules/cm3/se	66	A	reaction rate
r_elec3	molecules/cm3/se	66	A	reaction rate
r_het1	molecules/cm3/se	66	A	reaction rate
r_het10	molecules/cm3/se	66	A	reaction rate
r_het11	molecules/cm3/se	66	A	reaction rate
r_het12	molecules/cm3/se	66	A	reaction rate
r_het13	molecules/cm3/se	66	A	reaction rate
r_het14	molecules/cm3/se	66	A	reaction rate
r_het15	molecules/cm3/se	66	A	reaction rate
r_het16	molecules/cm3/se	66	A	reaction rate
r_het17	molecules/cm3/se	66	A	reaction rate
r_het2	molecules/cm3/se	66	A	reaction rate
r_het3	molecules/cm3/se	66	A	reaction rate
r_het4	molecules/cm3/se	66	A	reaction rate
r_het5	molecules/cm3/se	66	A	reaction rate
r_het6	molecules/cm3/se	66	A	reaction rate
r_het7	molecules/cm3/se	66	A	reaction rate
r_het8	molecules/cm3/se	66	A	reaction rate
r_het9	molecules/cm3/se	66	A	reaction rate
r_jbrcl	molecules/cm3/se	66	A	reaction rate
r_jbro	molecules/cm3/se	66	A	reaction rate
r_jbrono2_a	molecules/cm3/se	66	A	reaction rate
r_jbrono2_b	molecules/cm3/se	66	A	reaction rate
r_jccl4	molecules/cm3/se	66	A	reaction rate
r_jcf2cl2	molecules/cm3/se	66	A	reaction rate
r_jcf2clbr	molecules/cm3/se	66	A	reaction rate
r_jcf3br	molecules/cm3/se	66	A	reaction rate
r_jcfc113	molecules/cm3/se	66	A	reaction rate
r_jcfcl3	molecules/cm3/se	66	A	reaction rate
r_jch2o_a	molecules/cm3/se	66	A	reaction rate
r_jch2o_b	molecules/cm3/se	66	A	reaction rate
r_jch3br	molecules/cm3/se	66	A	reaction rate
r_jch3ccl3	molecules/cm3/se	66	A	reaction rate
r_jch3cl	molecules/cm3/se	66	A	reaction rate
r_jch3ooh	molecules/cm3/se	66	A	reaction rate
r_jch4_a	molecules/cm3/se	66	A	reaction rate
r_jch4_b	molecules/cm3/se	66	A	reaction rate
r_jcl2	molecules/cm3/se	66	A	reaction rate
r_jcl2o2	molecules/cm3/se	66	A	reaction rate
r_jclo	molecules/cm3/se	66	A	reaction rate
r_jclono2_a	molecules/cm3/se	66	A	reaction rate
r_jclono2_b	molecules/cm3/se	66	A	reaction rate
r_jco2	molecules/cm3/se	66	A	reaction rate
r_jeuv_1	molecules/cm3/se	66	A	reaction rate
r_jeuv_10	molecules/cm3/se	66	A	reaction rate
r_jeuv_11	molecules/cm3/se	66	A	reaction rate
r_jeuv_12	molecules/cm3/se	66	A	reaction rate
r_jeuv_13	molecules/cm3/se	66	A	reaction rate
r_jeuv_14	molecules/cm3/se	66	A	reaction rate
r_jeuv_15	molecules/cm3/se	66	A	reaction rate
r_jeuv_16	molecules/cm3/se	66	A	reaction rate
r_jeuv_17	molecules/cm3/se	66	A	reaction rate
r_jeuv_18	molecules/cm3/se	66	A	reaction rate
r_jeuv_19	molecules/cm3/se	66	A	reaction rate
r_jeuv_2	molecules/cm3/se	66	A	reaction rate
r_jeuv_20	molecules/cm3/se	66	A	reaction rate
r_jeuv_21	molecules/cm3/se	66	A	reaction rate
r_jeuv_22	molecules/cm3/se	66	A	reaction rate
r_jeuv_23	molecules/cm3/se	66	A	reaction rate
r_jeuv_24	molecules/cm3/se	66	A	reaction rate
r_jeuv_25	molecules/cm3/se	66	A	reaction rate
r_jeuv_26	molecules/cm3/se	66	A	reaction rate
r_jeuv_3	molecules/cm3/se	66	A	reaction rate
r_jeuv_4	molecules/cm3/se	66	A	reaction rate
r_jeuv_5	molecules/cm3/se	66	A	reaction rate
r_jeuv_6	molecules/cm3/se	66	A	reaction rate
r_jeuv_7	molecules/cm3/se	66	A	reaction rate
r_jeuv_8	molecules/cm3/se	66	A	reaction rate
r_jeuv_9	molecules/cm3/se	66	A	reaction rate
r_jh2o2	molecules/cm3/se	66	A	reaction rate
r_jh2o_a	molecules/cm3/se	66	A	reaction rate
r_jh2o_b	molecules/cm3/se	66	A	reaction rate
r_jh2o_c	molecules/cm3/se	66	A	reaction rate
r_jhcfc22	molecules/cm3/se	66	A	reaction rate
r_jhcl	molecules/cm3/se	66	A	reaction rate
r_jhno3	molecules/cm3/se	66	A	reaction rate
r_jho2no2_a	molecules/cm3/se	66	A	reaction rate
r_jho2no2_b	molecules/cm3/se	66	A	reaction rate
r_jhobr	molecules/cm3/se	66	A	reaction rate
r_jhocl	molecules/cm3/se	66	A	reaction rate
r_jn2o	molecules/cm3/se	66	A	reaction rate
r_jn2o5_a	molecules/cm3/se	66	A	reaction rate
r_jn2o5_b	molecules/cm3/se	66	A	reaction rate
r_jno	molecules/cm3/se	66	A	reaction rate
r_jno2	molecules/cm3/se	66	A	reaction rate
r_jno3_a	molecules/cm3/se	66	A	reaction rate
r_jno3_b	molecules/cm3/se	66	A	reaction rate
r_jno_i	molecules/cm3/se	66	A	reaction rate
r_jo2_a	molecules/cm3/se	66	A	reaction rate
r_jo2_b	molecules/cm3/se	66	A	reaction rate
r_jo3_a	molecules/cm3/se	66	A	reaction rate
r_jo3_b	molecules/cm3/se	66	A	reaction rate
r_joclo	molecules/cm3/se	66	A	reaction rate
rei_cloud	1	66	I	effective radius of ice in cloud
rel_cloud	1/meter	66	I	effective radius of liq in cloud
rh_aft_Cu	%	66	I	rh_afterCU
rh_aft_PBL	%	66	A	rh_afterPBL
rh_pre_Cu	%	66	I	rh_preCU
rh_pre_PBL	%	66	A	rh_prePBL
rhten_Cu	%/s	66	I	RH tendency by cumumus convection
rhten_PBL	%/s	66	A	RH tendency by PBL
sl_aft_Cu	J/kg	66	I	sl_afterCU
sl_aft_PBL	J/kg	66	A	sl_afterPBL
sl_pre_Cu	J/kg	66	I	sl_preCU
sl_pre_PBL	J/kg	66	A	sl_prePBL
slflx_PBL	J/m2/s	67	A	sl flux by PBL
slflx_cg_PBL	J/m2/s	67	A	sl_cg flux by PBL
slten_PBL	J/kg/s	66	A	sl tendency by PBL
slv_aft_Cu	J/kg	66	I	slv_afterCU
slv_aft_PBL	J/kg	66	A	slv_afterPBL
slv_pre_Cu	J/kg	66	I	slv_preCU
slv_pre_PBL	J/kg	66	A	slv_prePBL
sslt1_D	kg/kg	66	A	prescribed aero
sslt2_D	kg/kg	66	A	prescribed aero
sslt3_D	kg/kg	66	A	prescribed aero
sslt4_D	kg/kg	66	A	prescribed aero
sulf_D	kg/kg	66	A	prescribed aero
t_aft_Cu	K	66	I	t_afterCU
t_aft_PBL	K	66	A	t_afterPBL
t_pre_Cu	K	66	I	t_preCU
t_pre_PBL	K	66	A	t_prePBL
tag_CLO_CLO	/cm3/s	66	I	reaction rate
tag_NO2_HO2	/cm3/s	66	I	reaction rate
tag_NO2_NO3	/cm3/s	66	I	reaction rate
tag_NO2_OH	/cm3/s	66	I	reaction rate
tten_Cu	K/s	66	I	Temprtaure tendency by cumulus convection
tten_PBL	K/s	66	A	T tendency by PBL
u_aft_Cu	m/s	66	I	u_afterCU
u_aft_PBL	m/s	66	A	u_afterPBL
u_pre_Cu	m/s	66	I	u_preCU
u_pre_PBL	m/s	66	A	u_prePBL
uflx_PBL	kg/m/s2	67	A	u flux by PBL
uflx_cg_PBL	kg/m/s2	67	A	u_cg flux by PBL
usr_CL2O2_M	/cm3/s	66	I	reaction rate
usr_CO_OH_b	/cm3/s	66	I	reaction rate
usr_HNO3_OH	/cm3/s	66	I	reaction rate
usr_HO2NO2_M	/cm3/s	66	I	reaction rate
usr_HO2_HO2	/cm3/s	66	I	reaction rate
usr_N2O5_M	/cm3/s	66	I	reaction rate
usr_O_O	/cm3/s	66	I	reaction rate
usr_O_O2	/cm3/s	66	I	reaction rate
uten_PBL	m/s2	66	A	u tendency by PBL
v_aft_Cu	m/s	66	I	v_afterCU
v_aft_PBL	m/s	66	A	v_afterPBL
v_pre_Cu	m/s	66	I	v_preCU
v_pre_PBL	m/s	66	A	v_prePBL
vflx_PBL	kg/m/s2	67	A	v flux by PBL
vflx_cg_PBL	kg/m/s2	67	A	v_cg flux by PBL
vten_PBL	m/s2	66	A	v tendency by PBL