Niveaux de sortie histmth

Validation des niveaux de sorties histmth LMDZ

On a décidé de prendre

le niveau 5 comme niveau de sortie standard pour les expériences 'CMIP'
un niveau 7 avec lequel on ferait certaines expériences ou intervalles de temps de certaines expériences 'CMIP' pour avoir un peu plus de détails (DECK ou CFMIP)
niveau 9 pour des études détaillées
niveau 11 pour les variables qu'on veut éviter de sortir

Légende couleur

Variable	long_name	ping	Monitoring	ATLAS	TS lmdz.card	Niveau par défaut (file_histmth.xml)	Niveau à prendre
io_lon		X				1
io_lat		X				1
Ahyb		X				1
Ahyb_inter		X				1
Bhyb		X				1
Bhyb_inter		X				1
R_ecc	R_ecc		X		X	1	1
R_peri	R_peri		X		X	1	1
R_incl	R_incl		X		X	1	1
solaire	solaire		X		X	1	1
rsun1	Fraction constante solaire bande 1		X		X	1	1
rsun2	Fraction constante solaire bande 2					1
rsun3	Fraction constante solaire bande 3					1
rsun4	Fraction constante solaire bande 4					1
rsun5	Fraction constante solaire bande 5					1
rsun6	Fraction constante solaire bande 6					1
co2_ppm	co2_ppm		X		X	1	1
CH4_ppb	CH4_ppb	X	X		X	1	1
N2O_ppb	N2O_ppb	X	X		X	1	1
CFC11_ppt	CFC11_ppt	X	X		X	1	1
CFC12_ppt	CFC12_ppt	X	X		X	1	1
phis	Surface geop.height					1
aire	Grid area	X	X		X	1	1
contfracATM	% sfce ter+lic					10
contfracOR	% sfce terre OR					10
flat	Latent heat flux	X	X		X	5	5
slp	Sea Level Pressure	X			X	1
sza	Solar zenithal angle	X				1
ptstar	Air Surface Temperature					1
pt0	Standard Air Surface Temperature					1
tsol	Surface Temperature	X	X	X	X	1	1
t2m	Temperature 2m	X	X	X	X	1	1
t2m_ter	Temp 2m ter					10
t2m_lic	Temp 2m lic					10
t2m_oce	Temp 2m oce					10
t2m_sic	Temp 2m sic					10
treedrg_ter	tree drag profile ter					10
treedrg_lic	tree drag profile ter					10
treedrg_oce	tree drag profile ter					10
treedrg_sic	tree drag profile ter					10
gusts	surface gustiness					1
wind10m	10-m wind speed	X			X	1
wind10max	10m wind speed max					10
sicf	Sea-ice fraction				X	1
q2m	Specific humidity 2m	X			X	1
ustar	Friction velocity					1
u10m	Vent zonal 10m	X			X	1
v10m	Vent meridien 10m	X			X	1
psol	Surface Pressure	X			X	1
qsurf	Surface Air humidity					1
ustar_ter	Friction velocity ter					10
ustar_lic	Friction velocity lic					10
ustar_oce	Friction velocity oce					10
ustar_sic	Friction velocity sic					10
wstar_ter	Friction velocity ter					10
wstar_lic	Friction velocity lic					10
wstar_oce	Friction velocity oce					10
wstar_sic	Friction velocity sic					10
wstar	w* convective velocity					5
u10m_ter	Vent Zonal 10m ter					10
u10m_lic	Vent Zonal 10m lic					10
u10m_oce	Vent Zonal 10m oce					10
u10m_sic	Vent Zonal 10m sic					10
v10m_ter	Vent meredien 10m ter					10
v10m_lic	Vent meredien 10m lic					10
v10m_oce	Vent meredien 10m oce					10
v10m_sic	Vent meredien 10m sic					10
qsol	Soil watter content					1
ndayrain	Number of dayrain(liq+sol)					1
precip	Precip Totale liq+sol	X	X	X	X	1	1
rain_fall	Precip Totale liq	X				1
plul	Large-scale Precip.					1
plun	Numerical Precip.					1
pluc	Convective Precip.	X			X	1
snow	Snow fall	X			X	1	1
evap	Evaporat	X	X	X	X	1	1
evap_ter	evaporation at surface ter					1
evap_lic	evaporation at surface lic					1
evap_oce	evaporation at surface oce					1
evap_sic	evaporation at surface sic					1
msnow	Surface snow amount					1
fsnow	Surface snow area fraction					1
tops	Solar rad. at TOA		X	X	X	1	1
tops0	CS Solar rad. at TOA		X	X	X	1	1
topl	IR rad. at TOA	X		X	X	1	1
topl0	IR rad. at TOA	X		X	X	1	1
SWupTOA	SWup at TOA	X		X	X	1	1
SWupTOAclr	SWup clear sky at TOA	X		X	X	1	1
SWdnTOA	SWdn at TOA	X		X	X	1	1
SWdnTOAclr	SWdn clear sky at TOA			X		1	1
nettop	Net dn radiatif flux at TOA	X	X		X	1	1
SWup200	SWup at 200mb				X	1
SWup200clr	SWup clear sky at 200mb					10
SWdn200	SWdn at 200mb				X	1
SWdn200clr	SWdn clear sky at 200mb					10
LWup200	LWup at 200mb				X	1
LWup200clr	LWup clear sky at 200mb				X	1
LWdn200	LWdn at 200mb				X	1
LWdn200clr	LWdn clear sky at 200mb				X	1
sols	Solar rad. at surf.	X	X	X	X	1	1
sols0	Solar rad. at surf.				X	1
soll	IR rad. at surface	X		X	X	1	1
soll0	IR rad. at surface				X	1
radsol	Rayonnement au sol					1
SWupSFC	SWup at surface	X			X	1
SWupSFCclr	SWup clear sky at surface	X			X	1
SWdnSFC	SWdn at surface	X			X	1
SWdnSFCclr	SWdn clear sky at surface	X			X	1
LWupSFC	Upwd. IR rad. at surface	X			X	1
LWupSFCclr	CS Upwd. IR rad. at surface				X	1
LWdnSFC	Down. IR rad. at surface	X			X	1
LWdnSFCclr	Down. CS IR rad. at surface	X			X	1
bils	Surf. total heat flux	X	X	X	X	1	1
bils_tke	Surf. total heat flux					1
bils_diss	Surf. total heat flux					1
bils_ec	Surf. total heat flux					1
bils_kinetic	Surf. total heat flux					1
bils_enthalp	Surf. total heat flux					1
bils_latent	Surf. total heat flux					1
sens	Sensible heat flux	X		X	X	1	1
sens_x	sens off-wake					11
sens_w	sens within-wake					11
flat_x	flat off-wake					11
flat_w	flat within-wake					11
delta_tsurf	Temperature difference (w-x)					11
cdragh_x	cdragh off-wake					11
cdragh_w	cdragh within-wake					11
cdragm_x	cdragm off-wake					11
cdragm_w	cdragm within-wake					11
kh	Kh					11
kh_x	cdragm off-wake					11
kh_w	cdragm within-wake					11
fder	Heat flux derivation					1
ffonte	Thermal flux for snow melting					1
fqcalving	Ice Calving					1
fqfonte	Land ice melt					1
mrroli	Runoff flux over land ice	X				1
runofflic	Land ice melt to ocean					1	5
taux	Zonal wind stress	X		X	X	1	1
tauy	Meridional wind stress	X		X	X	1	1
taux_ter	Zonal wind stress ter				X	1
taux_lic	Zonal wind stress lic				X	1
taux_oce	Zonal wind stress oce			X	X	1	1
taux_sic	Zonal wind stress sic				X	1
tauy_ter	Meridional wind stress ter				X	1
tauy_lic	Meridional wind stress lic				X	1
tauy_oce	Meridional wind stress oce			X	X	1	1
tauy_sic	Meridional wind stress sic				X	1
pourc_ter	% ter	X			X	1	1
pourc_lic	% lic				X	1	1
pourc_oce	% oce				X	1	1
pourc_sic	% sic				X	1	1
fract_ter	Fraction ter					1
fract_lic	Fraction lic	X				1
fract_oce	Fraction oce					1
fract_sic	Fraction sic	X				1
tsol_ter	Temperature ter				X	1
tsol_lic	Temperature lic				X	1
tsol_oce	Temperature oce				X	1
tsol_sic	Temperature sic				X	1
evappot_ter	Temperature ter					1
evappot_lic	Temperature lic					4
evappot_oce	Temperature oce					4
evappot_sic	Temperature sic					4
sens_ter	Sensible heat flux ter					1
sens_lic	Sensible heat flux lic					1
sens_oce	Sensible heat flux oce					1
sens_sic	Sensible heat flux sic					1
lat_ter	Latent heat flux ter				X	1
lat_lic	Latent heat flux lic				X	1
lat_oce	Latent heat flux oce				X	1
lat_sic	Latent heat flux sic				X	1
flw_ter	LW ter					1
flw_lic	LW lic					1
flw_oce	LW oce					1
flw_sic	LW sic					1
fsw_ter	SW ter					1
fsw_lic	SW lic					1
fsw_oce	SW oce					1
fsw_sic	SW sic					1
wbils_ter	Bilan sol ter					1
wbils_lic	Bilan sol lic					1
wbils_oce	Bilan sol oce					1
wbils_sic	Bilan sol sic					1
wbilo_ter	Bilan eau ter					1	1
wbilo_lic	Bilan eau lic					1	1
wbilo_oce	Bilan eau oce					1	1
wbilo_sic	Bilan eau sic					1	1
wevap_ter	Evap eau ter					1	1
wevap_lic	Evap eau lic					1	1
wevap_oce	Evap eau oce					1	1
wevap_sic	Evap eau sic					1	1
wrain_ter	Pluie eau ter					1	1
wrain_lic	Pluie eau lic					1	1
wrain_oce	Pluie eau oce					1	1
wrain_sic	Pluie eau sic					1	1
wsnow_ter	Neige eau ter					1	1
wsnow_lic	Neige eau lic					1	1
wsnow_oce	Neige eau oce					1	1
wsnow_sic	Neige eau sic					1	1
cdrm	Momentum drag coef.					1
cdrh	Heat drag coef.					1
cldl	Low-level cloudiness				X	1
cldm	Mid-level cloudiness				X	1
cldh	High-level cloudiness				X	1
cldt	Total cloudiness	X			X	1
cldq	Cloud liquid water path	X			X	1
lwp	Cloud water path	X			X	1
iwp	Cloud ice water path	X			X	1
ue	Zonal energy transport					1
ve	Merid energy transport				X	1
uq	Zonal humidity transport					1
vq	Merid humidity transport					1
cape	Conv avlbl pot ener					1
pbase	Cld base pressure	X			X	1
ptop	Cld top pressure	X			X	1
fbase	Cld base mass flux					1
plcl	Lifting Condensation Level					1
plfc	Level of Free Convection					1
wbeff	Conv. updraft velocity at LFC (inf100)					1
convoccur	Convective occurence					10
prw	Precipitable water	X	X		X	1	1
prlw	Precipitable liquid water					1
prsw	Precipitable solid water					1
s_pblh	Boundary Layer Height	X				1
s_pblt	t at Boundary Layer Height					1
s_lcl	Condensation level					1
s_therm	Exces du thermique					1
slab_bils_oce	Bilan au sol sur ocean slab					1
ale_bl	ALE BL					1
alp_bl	ALP BL					1
ale_wk	ALE WK					1
alp_wk	ALP WK					1
ale	ALE					1
alp	ALP					1
cin	Convective INhibition					1
wape	-					1
n2	Nombre de panaches de type 2	X	X		X	1	1
s2	Surface moyenne des panaches de type 2				X	1
proba_notrig	Probabilite de non-declenchement					1
random_notrig	Tirage aleatoire de non-declenchement					1
ale_bl_stat	ALE_BL_STAT					1
ale_bl_trig	ALE_BL_STAT + Condition P>Pseuil					1
alp_bl_det	ALP_BL_DET					1
alp_bl_fluct_m	ALP_BL_FLUCT_M					1
alp_bl_fluct_tke	ALP_BL_FLUCT_TKE					1
alp_bl_conv	ALP_BL_CONV					1
alp_bl_stat	ALP_BL_STAT					1
u850	Zonal wind 850hPa					1
u700	Zonal wind 700hPa					1
u500	Zonal wind 500hPa				X	1
u200	Zonal wind 200hPa					1
u100	Zonal wind 100hPa					1
u50	Zonal wind 50hPa				X	1
u10	Zonal wind 10hPa	X			X	1
v850	Meridional wind 850hPa					1
v700	Meridional wind 700hPa					1
v500	Meridional wind 500hPa				X	1
v200	Meridional wind 200hPa					1
v100	Meridional wind 100hPa					1
v50	Meridional wind 50hPa				X	1
v10	Meridional wind 10hPa	X			X	1
w850	Vertical wind 850hPa					1
w700	Vertical wind 700hPa					1
w500	Vertical wind 500hPa				X	1
w200	Vertical wind 200hPa					1
w100	Vertical wind 100hPa					1
w50	Vertical wind 50hPa				X	1
w10	Vertical wind 10hPa					1
t850	Temperature 850hPa					1
t700	Temperature 700hPa					1
t500	Temperature 500hPa					1
t200	Temperature 200hPa					1
t100	Temperature 100hPa					1
t50	Temperature 50hPa					1
t10	Temperature 10hPa					1
q850	Specific humidity 850hPa					1
q700	Specific humidity 700hPa					1
q500	Specific humidity 500hPa					1
q200	Specific humidity 200hPa					1
q100	Specific humidity 100hPa					1
q50	Specific humidity 50hPa					1
q10	Specific humidity 10hPa					1
z850	Geopotential height 850hPa					1
z700	Geopotential height 700hPa					1
z500	Geopotential height 500hPa					1
z200	Geopotential height 200hPa					1
z100	Geopotential height 100hPa					1
z50	Geopotential height 50hPa					1
z10	Geopotential height 10hPa					1
t_oce_sic	Temp mixte oce-sic					1
weakinv	Weak inversion					10
dthmin	dTheta mini					10
u10_ter	-					10
u10_lic	-					10
u10_oce	-					10
u10_sic	-					10
v10_ter	-					10
v10_lic	-					10
v10_oce	-					10
v10_sic	-					10
rh2m	Relative humidity at 2m	X			X	5
rh2m_min	Min Relative humidity at 2m	X				10
rh2m_max	Max Relative humidity at 2m	X				10
qsat2m	Saturant humidity at 2m					10
tpot	Surface air potential temperature					10
tpote	Surface air equivalent potential temperature					10
tke	TKE					4	7
tke_ter	Max Turb. Kinetic Energy ter					10
tke_lic	Max Turb. Kinetic Energy lic					10
tke_oce	Max Turb. Kinetic Energy oce					10
tke_sic	Max Turb. Kinetic Energy sic					10
tke_max_ter	Max Turb. Kinetic Energy ter					10
tke_max_lic	Max Turb. Kinetic Energy lic					10
tke_max_oce	Max Turb. Kinetic Energy oce					10
tke_max_sic	Max Turb. Kinetic Energy sic					10
l_mix_ter	PBL mixing length ter					10
l_mix_lic	PBL mixing length lic					10
l_mix_oce	PBL mixing length oce					10
l_mix_sic	PBL mixing length sic					10
l_mixmin_ter	min PBL mixing length ter					10
l_mixmin_lic	min PBL mixing length lic					10
l_mixmin_oce	min PBL mixing length oce					10
l_mixmin_sic	min PBL mixing length sic					10
SWnetOR	Sfce net SW radiation OR					10
SWdownOR	Sfce incident SW radiation OR					10
LWdownOR	Sfce incident LW radiation OR					10
snowl	Solid Large-scale Precip.					10
cape_max	CAPE max.					10
solldown	Down. IR rad. at surface					10
dtsvdfo	Boundary-layer dTs(o)					10
dtsvdft	Boundary-layer dTs(t)					10
dtsvdfg	Boundary-layer dTs(g)					10
dtsvdfi	Boundary-layer dTs(g)					10
rugs	rugosity					10
z0m	roughness length, momentum					10
z0h	roughness length, enthalpy					10
topswad	ADE at TOA		X		X	5	10
topswad0	ADE clear-sky at TOA					5	10
topswai	AIE at TOA		X		X	5	10
solswad	ADE at SRF		X		X	5	10
solswad0	ADE clear-sky at SRF					5	10
solswai	AIE at SFR		X		X	5	10
toplwad	LW-ADE at TOA	X				5	10
toplwad0	LW-ADE clear-sky at TOA	X				5	10
toplwai	LW-AIE clear-sky at TOA					5	10
sollwad	LW-ADE at SRF					5	10
sollwad0	LW-ADE clear-sky at SRF					5	10
sollwai	LW-AIE at SRF					5	10
od550_ASBCM	Aerosol Optical depth at 550 nm	X				2	7
od550_ASPOMM	Aerosol Optical depth at 550 nm	X				2	7
od550_ASSO4M	Aerosol Optical depth at 550 nm	X				2	7
od550_CSSO4M	Aerosol Optical depth at 550 nm					2	7
od550_SSSSM	Aerosol Optical depth at 550 nm					2	7
od550_ASSSM	Aerosol Optical depth at 550 nm	X				2	7
od550_CSSSM	Aerosol Optical depth at 550 nm					2	7
od550_CIDUSTM	Aerosol Optical depth at 550 nm	X				2	7
od550_AIBCM	Aerosol Optical depth at 550 nm					2	7
od550_AIPOMM	Aerosol Optical depth at 550 nm					2	7
od550_ASNO3M	Aerosol Optical depth at 550 nm	X				2	7
od550_CSNO3M	Aerosol Optical depth at 550 nm					2	7
od550_CINO3M	Aerosol Optical depth at 550 nm					2	7
od550_STRAT	Aerosol Optical depth at 550 nm	X	X		X	2	2
dryod550_ASBCM	Aerosol Optical depth at 550 nm					2	7
dryod550_ASPOMM	Aerosol Optical depth at 550 nm					2	7
dryod550_ASSO4M	Aerosol Optical depth at 550 nm					2	7
dryod550_CSSO4M	Aerosol Optical depth at 550 nm					2	7
dryod550_SSSSM	Aerosol Optical depth at 550 nm					2	7
dryod550_ASSSM	Aerosol Optical depth at 550 nm					2	7
dryod550_CSSSM	Aerosol Optical depth at 550 nm					2	7
dryod550_CIDUSTM	Aerosol Optical depth at 550 nm					2	7
dryod550_AIBCM	Aerosol Optical depth at 550 nm					2	7
dryod550_AIPOMM	Aerosol Optical depth at 550 nm					2	7
dryod550_ASNO3M	Aerosol Optical depth at 550 nm					2	7
dryod550_CSNO3M	Aerosol Optical depth at 550 nm					2	7
dryod550_CINO3M	Aerosol Optical depth at 550 nm					2	7
od550aer	Total aerosol optical depth at 550nm	X	X		X	2	2
dryod550aer	Total dry aerosol optical depth at 550nm					2
od865aer	Total aerosol optical depth at 870nm	X				2
abs550aer	Absorption aerosol optical depth at 550nm	X				2
od550lt1aer	Fine mode optical depth	X	X		X	2	2
sconcso4	Surface Concentration of Sulfate	X			X	2	2
sconcoa	Surface Concentration of Organic Aerosol				X	2
sconcbc	Surface Concentration of Black Carbon				X	2
sconcss	Surface Concentration of Sea Salt	X			X	2	11
sconcdust	Surface Concentration of Dust	X			X	2	11
sconcno3	Surface Concentration of Nitrate					2	11
loadso4	Column Load of Sulfate	X			X	2	11
loadoa	Column Load of Organic Aerosol	X			X	2	11
loadbc	Column Load of Black Carbon	X			X	2	11
loadss	Column Load of Sea Salt	X			X	2	11
loaddust	Column Load of Dust	X			X	2	11
loadno3	Column Load of Nitrate	X				2	11
swtoaas_nat	Natural aerosol radiative forcing all-sky at TOA				X	4	11
swsrfas_nat	Natural aerosol radiative forcing all-sky at SRF				X	4	11
swtoacs_nat	Natural aerosol radiative forcing clear-sky at TOA				X	4	11
swsrfcs_nat	Natural aerosol radiative forcing clear-sky at SRF				X	4	11
swtoaas_ant	Anthropogenic aerosol radiative forcing all-sky at TOA				X	4	11
swsrfas_ant	Anthropogenic aerosol radiative forcing all-sky at SRF				X	4	11
swtoacs_ant	Anthropogenic aerosol radiative forcing clear-sky at TOA				X	4	11
swsrfcs_ant	Anthropogenic aerosol radiative forcing clear-sky at SRF				X	4	11
swtoacf_nat	Natural aerosol impact on cloud radiative forcing at TOA				X	4	11
swsrfcf_nat	Natural aerosol impact on cloud radiative forcing at SRF				X	4	11
swtoacf_ant	Anthropogenic aerosol impact on cloud radiative forcing at TOA				X	4	11
swsrfcf_ant	Anthropogenic aerosol impact on cloud radiative forcing at SRF				X	4	11
swtoacf_zero	Cloud radiative forcing (allsky-clearsky fluxes) at TOA				X	4	11
swsrfcf_zero	Cloud radiative forcing (allsky-clearsky fluxes) at SRF				X	4	11
cldncl	CDNC at top of liquid water cloud	X			X	2	11
reffclwtop	Droplet effective radius at top of liquid water cloud	X			X	2	11
cldnvi	Column Integrated Cloud Droplet Number	X				2	11
lcc	Cloud liquid fraction at top of cloud	X			X	2	11
wvapp	-					2
ozone_daylight	Daylight ozone mole fraction					2
albe_ter	Albedo VIS surf. ter					3
albe_lic	Albedo VIS surf. lic					3
albe_oce	Albedo VIS surf. oce					3
albe_sic	Albedo VIS surf. sic					3
ages_ter	Snow age ter					10
ages_lic	Snow age lic					3
ages_oce	Snow age oce					10
ages_sic	Snow age sic					3
snow_ter	Snow					10
snow_lic	Snow					3
snow_oce	Snow					10
snow_sic	Snow					3
rugs_ter	Surface roughness ter					3
rugs_lic	Surface roughness lic					3
rugs_oce	Surface roughness oce					3
rugs_sic	Surface roughness sic					3
z0m_ter	roughness length, momentum ter					3
z0m_lic	roughness length, momentum lic					3
z0m_oce	roughness length, momentum oce					3
z0m_sic	roughness length, momentum sic					3
z0h_ter	roughness length, enthalpy ter					3
z0h_lic	roughness length, enthalpy lic					3
z0h_oce	roughness length, enthalpy oce					3
z0h_sic	roughness length, enthalpy sic					3
alb1	Surface VIS albedo					3
alb2	Surface Near IR albedo					3
ftime_con	Fraction of time convection Occurs	X			X	4
wake_h	wake_h					4
wake_s	wake_s					4
epmax	epmax en fn cape					2
plulth	Rainfall therm.					10
plulst	Rainfall strat.					10
lmaxth	Upper level thermals					10
ftime_th	Fraction of time Shallow convection occurs	X				4
f0_th	Thermal closure mass flux					4
zmax_th	Thermal plume height					4
rsut4co2	TOA Out SW in 4xCO2 atmosphere	X				5
rlut4co2	TOA Out LW in 4xCO2 atmosphere	X				5
rsutcs4co2	TOA Out CS SW in 4xCO2 atmosphere	X				5
rlutcs4co2	TOA Out CS LW in 4xCO2 atmosphere	X				5
dqphy2d	Physics dQ					2
dqlphy2d	Physics dQL					2
dqsphy2d	Physics dQS					2
dqdyn2d	Dynamics dQ					4
dqldyn2d	Dynamics dQL					4
dqsdyn2d	Dynamics dQS					4
dqcon2d	Convection dQ					4
dqwak2d	Wake dQ					4
dqlsc2d	Condensation dQ					4
dqvdf2d	Boundary-layer dQ					4
dqeva2d	Reevaporation dQ					4
dqlscth2d	dQ therm.					10
dqlscst2d	dQ strat.					10
dqthe2d	Thermal dQ					4
dqajs2d	Dry ajdust dQ					4
cldtau	Cloud optical thickness					10
cldemi	Cloud optical emissivity					10
tke_max	TKE max					4
kz	Kz melange	X				4
kz_max	Kz melange max					4
concso4	Concentration of Sulfate				X	2
concoa	Concentration of Organic Aerosol				X	2
concbc	Concentration of Black Carbon				X	2
concss	Concentration of Sea Salt				X	2
concdust	Concentration of Dust	X			X	2
concno3	Concentration of Nitrate					2
ec550aer	Extinction at 550nm	X			X	2
lwcon	Cloud liquid water content	X			X	2	7
iwcon	Cloud ice water content	X			X	2	7
temp	Air temperature	X	X	X	X	2	1
theta	Potential air temperature				X	2	3
ovap	Specific humidity	X			X	2	1
ovapinit	Specific humidity (begin of timestep)				X	2	10
oliq	Liquid water					2	1
ocond	Condensed water					2	1
geop	Geopotential height	X		X	X	2	3
vitu	Zonal wind	X	X	X	X	2	1
vitv	Meridional wind	X		X	X	2	1
vitw	Vertical wind	X			X	2	1
pres	Air pressure	X			X	2	1
paprs	Air pressure Inter-Couches	X			X	2	3
mass	Masse Couches	X				2	3
zfull	Altitude of full pressure levels	X				2	1
zhalf	Altitude of half pressure levels	X				2	7
rneb	Cloud fraction	X			X	2	1
rnebcon	Convective Cloud Fraction	X			X	2	7
rnebls	LS Cloud fraction					2	7
rneblsvol	LS Cloud fraction by volume					2	7
rhum	Relative humidity	X		X	X	2	1
ozone	Ozone mole fraction	X	X			2	3
upwd	saturated updraft	X			X	2	7
ep	ep					2	7
duphy	Physics du					2	7
dtphy	Physics dT	X			X	2	7
dqphy	Physics dQ	X			X	2	7
dqlphy	Physics dQL					2	7
dqsphy	Physics dQS					2	7
pr_con_l	Convective precipitation lic	X				2	3
pr_con_i	Convective precipitation ice	X				2	3
pr_lsc_l	Large scale precipitation lic	X				2	3
pr_lsc_i	Large scale precipitation ice	X				2	3
re	Cloud droplet effective radius	X			X	5	5
fl	Denominator of Cloud droplet effective radius	X	X		X	5	5
scdnc	Cloud droplet number concentration	X			X	2	11
reffclws	Stratiform Cloud Droplet Effective Radius (aerosol diags.)	X			X	2	11
reffclwc	Convective Cloud Droplet Effective Radius (aerosol diags.)				X	2	11
lcc3d	Cloud liquid fraction	X			X	2	11
lcc3dcon	Convective cloud liquid fraction	X			X	2	11
lcc3dstra	Stratiform cloud liquid fraction	X			X	2	11
cldwatmxrat	Cloud Water Mixing Ratio	X				2
icc3dcon	Mass Fraction of Convective Cloud Ice	X				2	11
icc3dstra	Mass Fraction of Stratiform Cloud Ice	X				2	11
cldicemxrat	Cloud Ice Mixing Ratio	X				2
clwcon	Convective Cloud Liquid water content					4	7
Ma	undilute adiab updraft	X			X	4	7
dnwd	saturated downdraft	X				4	7
dnwd0	unsat. downdraft					4	7
mc	Convective mass flux	X			X	4	7
dtdyn	Dynamics dT	X			X	4	7
dqdyn	Dynamics dQ	X			X	4	7
dqldyn	Dynamics dQL					4	7
dqsdyn	Dynamics dQS					4	7
dudyn	Dynamics dU					4	7
dvdyn	Dynamics dV					4	7
dtcon	Convection dT					4	7
ducon	Convection du					4	7
dvcon	Convection dv					4	7
dqcon	Convection dQ					4	7
dtwak	Wake dT					4	7
dqwak	Wake dQ					4	7
wake_deltat	wake_deltat					4	7
wake_deltaq	wake_deltaq					4	7
wake_omg	wake_omg					4	7
wdtrainA	precipitation from AA					4	9
wdtrainM	precipitation from mixture					4	9
Vprecip	precipitation vertical profile					10	11
ftd	tend temp due aux descentes precip					4	7
fqd	tend vap eau due aux descentes precip					4	7
dtlsc	Condensation dT	X			X	4	7
dtlschr	Large-scale condensational heating rate	X			X	4	7
dqlsc	Condensation dQ	X				4	7
beta_prec	LS Conversion rate to prec					4	9
dtvdf	Boundary-layer dT	X				4	7
dtvdf_x	dtvdf off_wake					11
dtvdf_w	dtvdf within_wake					11
dtdis	TKE dissipation dT					4	7
dqvdf	Boundary-layer dQ	X			X	4	7
dqvdf_x	dqvdf off_wake					11
dqvdf_w	dqvdf within_wake					11
dteva	Reevaporation dT					4	7
dqeva	Reevaporation dQ					4	7
dqlscth	dQ therm.					10
dqlscst	dQ strat.	X				10
dtlscth	dQ therm.					10
dtlscst	dQ strat.					10
ptconvth	POINTS CONVECTIFS therm.					10	7
ptconv	POINTS CONVECTIFS					4	7
ratqs	RATQS					4	7
dtthe	Thermal dT					4	7
f_th	Thermal plume mass flux	X				4	7
e_th	Thermal plume entrainment					4	9
w_th	Thermal plume vertical velocity					4	7
lambda_th	Thermal plume vertical velocity					10
q_th	Thermal plume total humidity					4	9
a_th	Thermal plume fraction					4	9
s_th	Thermal plume saturation deficit					4	9
s_env	Environment saturation deficit					4	9
sigma_th	Thermal plume gauss variance					4	9
sigma_env	Environment gauss variance					4	9
d_th	Thermal plume detrainment					4	9
dqthe	Thermal dQ					4	7
dtajs	Dry adjust. dT	X				4	7
dqajs	Dry adjust. dQ					4	7
dtswr	SW radiation dT					4	7
dtsw0	CS SW radiation dT	X				4	7
dtlwr	LW radiation dT					4	7
dtlw0	CS LW radiation dT	X				4	7
dtec	Cinetic dissip dT					4	7
duvdf	Boundary-layer dU					4	7
dvvdf	Boundary-layer dV					4	7
duoro	Orography dU	X				4	7
dvoro	Orography dV	X				4	7
dulif	Orography dU					4	7
dvlif	Orography dV					4	7
du_gwd_hines	Hines GWD dU					4	7
dv_gwd_hines	Hines GWD dV					4	7
du_gwd_front	Fronts GWD dU					4	7
dv_gwd_front	Fronts GWD dV					4	7
east_gwstress	Eastward GW Stress	X				4	10
west_gwstress	Westward GW Stress	X				4	10
dtoro	Orography dT	X				4	10
dtlif	Orography dT					4	7
dthin	Hines GWD dT					4	7
rsu	SW upward radiation	X	X		X	4	5
rsd	SW downward radiation	X				4	10
rlu	LW upward radiation	X				4	10
rld	LW downward radiation	X				4	10
rsucs	SW CS upward radiation	X				4	10
rsdcs	SW CS downward radiation	X				4	10
rlucs	LW CS upward radiation	X				4	10
rldcs	LW CS downward radiation	X				4	10
tnt	Tendency of air temperature	X			X	4	10
tntc	Tendency of air temperature due to Moist Convection	X				4	10
tntr	Air temperature tendency due to Radiative heating	X			X	4	10
tntscpbl	Air temperature tendency due to St cloud and precipitation and BL mixing	X			X	4	10
tnhus	Tendency of specific humidity	X			X	4	10
tnhusc	Tendency of specific humidity due to convection	X				4	10
tnhusscpbl	Tendency of Specific humidity due to ST cl, precip and BL mixing	X			X	4	10
evu	Eddy viscosity coefficient for Momentum Variables	X			X	4	10
h2o	Mass Fraction of Water					4	10
mcd	Downdraft COnvective Mass Flux				X	4	10
dmc	Deep COnvective Mass Flux					4	10
ref_liq	Effective radius of convective cloud liquid water particle					4	5
ref_ice	Effective radius of startiform cloud ice particle	X				4	10
rsu4co2	Upwelling SW 4xCO2 atmosphere	X				5	10
rlu4co2	Upwelling LW 4xCO2 atmosphere	X				5	10
rsucs4co2	Upwelling CS SW 4xCO2 atmosphere	X				5	10
rlucs4co2	Upwelling CS LW 4xCO2 atmosphere	X				5	10
rsd4co2	Downwelling SW 4xCO2 atmosphere	X				5	10
rld4co2	Downwelling LW 4xCO2 atmosphere	X				5	10
rsdcs4co2	Downwelling CS SW 4xCO2 atmosphere	X				5	10
rldcs4co2	Downwelling CS LW 4xCO2 atmosphere	X				5	10
solbnd	Top-of-Atmosphere Solar Insolation for each band	X				4	10