| Index | Rundeck: P1SoM40 | Created: Sat May 11 03:30:13 EDT 2024 |
List of All Global Variables
a b c d e f g h i j k l m n o p q r s t u v w x y z- aalbedo :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- abeta :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- abetab :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- abetad :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- abetap :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- abetat :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- abetav :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_cwd :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_passive :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_slow :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_soilmet :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_soilmic :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_soilstr :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_surfmet :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_surfmic :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acdeadpool_surfstr :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- ace2av :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- ace_l :
real*8, public, dimension(ngm)
- Global variable . Module: SLE001. File: GHY.f
- aclab :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aclivepool_froot :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aclivepool_leaf :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aclivepool_wood :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acna :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- acnc :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aedifs :
real*8
- Global variable . Module: SLE001. File: GHY.f
- aeirrig :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aepb :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aepc :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aepp :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aeruns :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aerunu :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aevap :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aevapb :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aevapbs :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aevapd :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aevapvg :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aevapvs :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aevapw :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- af0dt :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- af1dt :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aflmlt :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- agpp :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aintercep :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aipp :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- airrig :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- alai :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- albedo :
- Global variable . Module: SLE001. File: GHY.f
- albedo_cell :
real*8
- Global variable . Module: SLE001. File: GHY.f
- alhg :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- arauto :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- aruns :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- arunu :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- ashg :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- asoilcpoolsum :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- asoilresp :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- asrht :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- atrg :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- atrht :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- betad :
real*8
- Global variable . Module: SLE001. File: GHY.f
- betadl :
real*8, dimension(ngm)
- Global variable . Module: SLE001. File: GHY.f
- betat :
real*8
- Global variable . Module: SLE001. File: GHY.f
- c_entcell :
real*8
- Global variable . Module: SLE001. File: GHY.f
- c_entcell_start :
real*8
- Global variable . Module: SLE001. File: GHY.f
- ch :
real*8
- Global variable . Module: SLE001. File: GHY.f
- ci :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- cnc :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- d :
real*8, dimension(0:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
- deb_ch :
integer
- Global variable . Module: SNOW_MODEL. File: SNOW.f
channel for debug output
Initial Value= 0
- debug_data :
type(debug_data_str)
- Global variable . Module: SLE001. File: GHY.f
- devapbs_dt :
real*8
- Global variable . Module: SLE001. File: GHY.f
d(evap)/dT for snow covered soil (bare/veg)
- devapvs_dt :
real*8
- Global variable . Module: SLE001. File: GHY.f
d(evap)/dT for snow covered soil (bare/veg)
- dlm :
real*8, dimension(0:64, imt-1)
- Global variable . Module: SLE001. File: GHY.f
- dqsatdt :
real*8, external
- Global variable . Module: SLE001. File: GHY.f
- drips :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
snow flux from canopy (similar for bare soil) (m/s)
- dripw :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
liquid water flux from canopy (similar for bare soil) (m/s)
- dripw_scale :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- dsnsh_dt :
real*8
- Global variable . Module: SLE001. File: GHY.f
d(sensible heat)/d(soil temp) : same for bare/vege/snow
- dt :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
earth time step (s)
- dts :
real*8
- Global variable . Module: SLE001. File: GHY.f
- dz :
real*8, public, dimension(ngm)
- Global variable . Module: SLE001. File: GHY.f
- dzsn :
real*8, dimension(nlsn+1, 2)
- Global variable . Module: SLE001. File: GHY.f
- elh :
real*8, parameter
- Global variable . Module: SLE001. File: GHY.f
latent heat of evaporation (J/m^3)
Initial Value= lhe * rhow
- energy :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- epb :
real*8
- Global variable . Module: SLE001. File: GHY.f
potential evaporation (b-bare, v-vege, s-snow)
- epbs :
real*8
- Global variable . Module: SLE001. File: GHY.f
potential evaporation (b-bare, v-vege, s-snow)
- eps :
real*8, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
small number (used as cutoff parameter) (1)
Initial Value= 1.d-8
- epv :
real*8
- Global variable . Module: SLE001. File: GHY.f
potential evaporation (b-bare, v-vege, s-snow)
- epvg :
real*8
- Global variable . Module: SLE001. File: GHY.f
- epvs :
real*8
- Global variable . Module: SLE001. File: GHY.f
potential evaporation (b-bare, v-vege, s-snow)
- evap_max_nsat :
real*8
- Global variable . Module: SLE001. File: GHY.f
- evap_max_sat :
real*8
- Global variable . Module: SLE001. File: GHY.f
- evap_tot :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
total evap. (weighted with fr_snow,fm)(bare/veg)(m/s)
- evapb :
real*8
- Global variable . Module: SLE001. File: GHY.f
evaporation flux (m/s)
- evapbs :
real*8
- Global variable . Module: SLE001. File: GHY.f
evaporation flux (m/s)
- evapdl :
real*8, dimension(ngm, 2)
- Global variable . Module: SLE001. File: GHY.f
thanspiration from each soil layer
- evapvd :
real*8
- Global variable . Module: SLE001. File: GHY.f
evaporation flux (m/s)
- evapvg :
real*8
- Global variable . Module: SLE001. File: GHY.f
evaporation flux (m/s)
- evapvs :
real*8
- Global variable . Module: SLE001. File: GHY.f
evaporation flux (m/s)
- evapvw :
real*8
- Global variable . Module: SLE001. File: GHY.f
evaporation flux (m/s)
- f :
real*8, dimension(1:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
water flux between the layers ( > 0 is up ) (m/s)
- fb :
real*8
- Global variable . Module: SLE001. File: GHY.f
- fc :
real*8, dimension(0:1)
- Global variable . Module: SLE001. File: GHY.f
water flux at canopy boundaries ( > 0 is up ) (m/s)
- fch :
real*8, dimension(0:1)
- Global variable . Module: SLE001. File: GHY.f
heat flux at canopy boundaries ( > 0 is up ) (W)
- fd :
real*8
- Global variable . Module: SLE001. File: GHY.f
effective fraction of dry canopy (=0 if dew)
- fd0 :
real*8
- Global variable . Module: SLE001. File: GHY.f
actual fraction of dry canopy
- fh :
real*8, dimension(1:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
heat flux between the layers ( > 0 is up ) (W)
- fhsng :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
flux of heat down from snow to the ground (J/m^2)
- fhsng_scale :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- fice :
real*8, public, dimension(0:ngm, 2)
- Global variable . Module: SLE001. File: GHY.f
- flmlt :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
flux of water down from snow to the ground (m/m^2)
- flmlt_scale :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- flux_snow :
real*8, dimension(0:nlsn, 2)
- Global variable . Module: SLE001. File: GHY.f
water flux between snow layers (>0 down) (m/s)
- fm :
real*8
- Global variable . Module: SLE001. File: GHY.f
snow masking fraction for canopy (=1 if all snow)
- fr :
real*8, dimension(ng)
- Global variable . Module: SLE001. File: GHY.f
- fr_sat :
real*8
- Global variable . Module: SLE001. File: GHY.f
- fr_snow :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- fsn :
real*8, parameter, public
- Global variable . Module: SLE001. File: GHY.f
latent heat of melt (J/m^3)
Initial Value= lhm * rhow
- fv :
real*8
- Global variable . Module: SLE001. File: GHY.f
- fw :
real*8
- Global variable . Module: SLE001. File: GHY.f
effective fraction of wet canopy (=1 if dew)
- fw0 :
real*8
- Global variable . Module: SLE001. File: GHY.f
actual fraction of wet canopy
- gasc :
used from constant
- Global variable . Module: SLE001. File: GHY.f
- ghy_debug :
type(ghy_debug_str), public
- Global variable . Module: SLE001. File: GHY.f
- gpp :
real*8
- Global variable . Module: SLE001. File: GHY.f
- gusti :
real*8
- Global variable . Module: SLE001. File: GHY.f
- h :
real*8, dimension(0:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
Initial Value= 0
- hlm :
real*8, dimension(0:64)
- Global variable . Module: SLE001. File: GHY.f
- hsn :
real*8, dimension(nlsn, 2)
- Global variable . Module: SLE001. File: GHY.f
- ht :
real*8, public, dimension(0:ngm, LS_NFRAC)
- Global variable . Module: SLE001. File: GHY.f
- htdrips :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
heat of drip snow (similar for bare soil) (J/s)
- htdripw :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
heat of drip water (similar for bare soil) (J/s)
- htirrig :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- htpr :
real*8
- Global variable . Module: SLE001. File: GHY.f
- htprs :
real*8
- Global variable . Module: SLE001. File: GHY.f
- i_bare :
integer
- Global variable . Module: SLE001. File: GHY.f
- i_earth :
integer
- Global variable . Module: SNOW_MODEL. File: SNOW.f
coordinate of current point (for debugging)
- i_vege :
integer
- Global variable . Module: SLE001. File: GHY.f
- ijdebug :
integer, public
- Global variable . Module: SLE001. File: GHY.f
- imt :
integer, parameter, public
- Global variable . Module: GHY_H. File: GHY_H.f
Initial Value= 5
- imt :
used from ghy_h
- Global variable . Module: SLE001. File: GHY.f
- ipp :
real*8
- Global variable . Module: SLE001. File: GHY.f
- irrig :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
flux of irrigation water (m/s)
- j_earth :
integer
- Global variable . Module: SNOW_MODEL. File: SNOW.f
coordinate of current point (for debugging)
- lai :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- lat_evap :
real*8, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
volumetric latent heat of evaporation for water (J m-3)
Initial Value= lhe_kg * rho_water
- lat_fusion :
real*8, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
volumetric latent heat of fusion for water (J m-3)
Initial Value= lhm_kg * rho_water
- lhe :
used from constant
- Global variable . Module: SLE001. File: GHY.f
- lhe_kg :
used from constant
- Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value= > lhe
- lhm :
used from constant
- Global variable . Module: SLE001. File: GHY.f
- lhm_kg :
used from constant
- Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value= > lhm
- ls_nfrac :
integer, parameter, public
- Global variable . Module: GHY_H. File: GHY_H.f
Initial Value= 3
- ls_nfrac :
used from ghy_h
- Global variable . Module: SLE001. File: GHY.f
- max_fract_water :
real*8, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
max fraction of free water in a wet snow (1)
Initial Value= .055d0
- max_nl :
integer, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
maximal number of snow layers (only 3 are used, really) (1)
Initial Value= 16
- maxgroundtemperature :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- maximum allowed temperature for ground
Initial Value= 130.d0
- min_fract_cover :
real*8, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
minimal snow cover (cutoff param) (1)
Initial Value= 0.0001d0
- min_snow_thickness :
real*8, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
minimal thickness of snow (m)
Initial Value= 0.1d0
- mingroundtemperature :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- minimum allowed temperature for ground
Initial Value= -150.d0
- minsnowtemperature :
real*8
- Global variable . Module: SNOW_MODEL. File: SNOW.f
minimum allowed snow temperature (C)
Initial Value= -120.d0
- n :
integer, public
- Global variable . Module: SLE001. File: GHY.f
the worst choice for global name: number of soil layers
- ng :
integer, parameter, public
- Global variable . Module: SLE001. File: GHY.f
Initial Value= ngm+1
- ngm :
integer, parameter, public
- Global variable . Module: GHY_H. File: GHY_H.f
Initial Value= 6
- ngm :
used from ghy_h
- Global variable . Module: SLE001. File: GHY.f
- nlsn :
integer, parameter, public
- Global variable . Module: GHY_H. File: GHY_H.f
Initial Value= 3
- nlsn :
used from ghy_h
- Global variable . Module: SLE001. File: GHY.f
- nsn :
integer, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- nth :
integer
- Global variable . Module: SLE001. File: GHY.f
some magic number computed in hl0, used in ghinij and hydra
- one :
used from constant
- Global variable . Module: SLE001. File: GHY.f
- openunit :
used from filemanager
- Global variable . Module: SNOW_MODEL. File: SNOW.f
- pr :
real*8
- Global variable . Module: SLE001. File: GHY.f
- pres :
real*8
- Global variable . Module: SLE001. File: GHY.f
- prfr :
real*8, parameter
- Global variable . Module: SLE001. File: GHY.f
fraction (by area) of precipitation
Initial Value= 0.2d0
- process_bare :
logical
- Global variable . Module: SLE001. File: GHY.f
- process_vege :
logical
- Global variable . Module: SLE001. File: GHY.f
- prs :
real*8
- Global variable . Module: SLE001. File: GHY.f
- q :
real*8, dimension(imt, ngm)
- Global variable . Module: SLE001. File: GHY.f
- qb :
real*8
- Global variable . Module: SLE001. File: GHY.f
- qc :
real*8
- Global variable . Module: SLE001. File: GHY.f
- qk :
real*8, dimension(imt, ngm)
- Global variable . Module: SLE001. File: GHY.f
- qm1 :
real*8
- Global variable . Module: SLE001. File: GHY.f
- qprime :
real*8
- Global variable . Module: SLE001. File: GHY.f
- qs :
real*8
- Global variable . Module: SLE001. File: GHY.f
- qsat :
real*8, external
- Global variable . Module: SLE001. File: GHY.f
- rho :
real*8
- Global variable . Module: SLE001. File: GHY.f
- rho_fresh_snow :
real*8, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
density of fresh snow (kg m-3)
Initial Value= 150.d0
- rho_ice :
used from constant
- Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value= > rhoi
- rho_water :
used from constant
- Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value= > rhow
- rhow :
used from constant
- Global variable . Module: SLE001. File: GHY.f
- rnf :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
surface runoff (m/s)
- rnff :
real*8, dimension(ng, 2)
- Global variable . Module: SLE001. File: GHY.f
underground runoff (m/s)
- sha :
used from constant
- Global variable . Module: SLE001. File: GHY.f
- shc :
real*8, dimension(0:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
- shc_can :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
canopy heat capacity (J/C/m^2) - input from veg
- shi :
real*8, parameter, public
- Global variable . Module: SLE001. File: GHY.f
heat capacity of pure ice (J/m^3 C)
Initial Value= shi_kg * rhow
- shi_kg :
used from constant
- Global variable . Module: SLE001. File: GHY.f
Initial Value= >shi
- shi_kg :
used from constant
- Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value= > shi
- shw :
real*8, parameter, public
- Global variable . Module: SLE001. File: GHY.f
heat capacity of water (J/m^3 C)
Initial Value= shw_kg * rhow
- shw_kg :
used from constant
- Global variable . Module: SLE001. File: GHY.f
Initial Value= >shw
- sigma :
used from constant
- Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value= > stbo
- sl :
real*8
- Global variable . Module: SLE001. File: GHY.f
- snow_cover_coef :
real*8
- Global variable . Module: SNOW_DRVM. File: SNOW_DRV.f
coefficient for topography variance in
Initial Value= .15d0
- snow_cover_same_as_rad :
integer
- Global variable . Module: SNOW_DRVM. File: SNOW_DRV.f
if > 0 use the same snow fraction
Initial Value= 0
- snowd :
real*8, public, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- snowm :
real*8
- Global variable . Module: SLE001. File: GHY.f
- snsh :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
sensible heat from soil to air (bare/vege) no snow (W/m^2)
- snsh_tot :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
total sens. heat(weighted with fr_snow,fm)(bare/veg)(W/m^2)
- snshs :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
sensible heat from snow to air (bare/vege) (W/m^2)
- srht :
real*8
- Global variable . Module: SLE001. File: GHY.f
- stbo :
used from constant
- Global variable . Module: SLE001. File: GHY.f
- tbcs :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
radiative surface temperature (C)
- tfrz :
used from constant
- Global variable . Module: SLE001. File: GHY.f
Initial Value= >tf
- tfrz :
used from constant
- Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value= > tf
- tg2av :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- tg_l :
real*8, public, dimension(ngm)
- Global variable . Module: SLE001. File: GHY.f
- theta :
real*8, dimension(0:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
fraction of water in the soil ( 1 = 100% )
- thetm :
real*8, dimension(0:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
- thets :
real*8, dimension(0:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
- thm :
real*8, dimension(0:64, imt-1)
- Global variable . Module: SLE001. File: GHY.f
- thrm_tot :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
total T^4 heat (weighted with fr_snow,fm)(bare/veg)(W/m^2)
- thrmsn :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
flux of radiative heat up from snow (J/m^2)
- top_index :
real*8
- Global variable . Module: SLE001. File: GHY.f
- top_stdev :
real*8
- Global variable . Module: SLE001. File: GHY.f
- total_nl :
integer, parameter
- Global variable . Module: SNOW_MODEL. File: SNOW.f
maximal number of snow layers (actual number used) (1)
Initial Value= 3
- tp :
real*8, public, dimension(0:ngm, 2)
- Global variable . Module: SLE001. File: GHY.f
- tprime :
real*8
- Global variable . Module: SLE001. File: GHY.f
- tr_w :
- Global variable . Module: GHY_H. File: GHY_H.f
amount of tracers in the soil (?)
- tr_wsn :
- Global variable . Module: GHY_H. File: GHY_H.f
amount of tracers in the snow (?)
- trans_sw :
real*8
- Global variable . Module: SLE001. File: GHY.f
- trdd :
- Global variable . Module: GHY_H. File: GHY_H.f
flux of tracers as dry deposit (?/m^2 s)
- trht :
real*8
- Global variable . Module: SLE001. File: GHY.f
- tridiag :
used from tridiag_mod
- Global variable . Module: SNOW_MODEL. File: SNOW.f
- trirrig :
- Global variable . Module: GHY_H. File: GHY_H.f
flux of tracers in irrigation (?/m^2 s)
- trpr :
- Global variable . Module: GHY_H. File: GHY_H.f
flux of tracers in precipitation (?/m^2 s)
- ts :
real*8
- Global variable . Module: SLE001. File: GHY.f
- tsn1 :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
temperature of the upper layer of snow (C)
- tsns :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
sensible surface temperature (C)
- vs :
real*8
- Global variable . Module: SLE001. File: GHY.f
- vs0 :
real*8
- Global variable . Module: SLE001. File: GHY.f
- w :
real*8, public, dimension(0:ngm, LS_NFRAC)
- Global variable . Module: SLE001. File: GHY.f
- water :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- ws :
real*8, dimension(0:ngm, 2)
- Global variable . Module: SLE001. File: GHY.f
- ws_can :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
canopy water holding capacity (m) - input from veg
- wsn :
real*8, dimension(nlsn, 2)
- Global variable . Module: SLE001. File: GHY.f
- wsn_for_tr :
real*8, dimension(nlsn, 2)
- Global variable . Module: SLE001. File: GHY.f
snow water before call to snow_adv
- wtr2av :
real*8, public
- Global variable . Module: SLE001. File: GHY.f
- wtr_l :
real*8, public, dimension(ngm)
- Global variable . Module: SLE001. File: GHY.f
- xinfc :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- xk :
real*8, dimension(0:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
Initial Value= 0
- xkh :
real*8, dimension(ng, 2)
- Global variable . Module: SLE001. File: GHY.f
- xkhm :
real*8, dimension(ng, 2)
- Global variable . Module: SLE001. File: GHY.f
- xklm :
real*8, dimension(0:64, imt-1)
- Global variable . Module: SLE001. File: GHY.f
- xku :
real*8, dimension(0:ng, 2)
- Global variable . Module: SLE001. File: GHY.f
- xkus :
real*8, dimension(ng, 2)
- Global variable . Module: SLE001. File: GHY.f
- xkusa :
real*8, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
- zb :
real*8, dimension(ng)
- Global variable . Module: SLE001. File: GHY.f
- zc :
real*8, dimension(ng)
- Global variable . Module: SLE001. File: GHY.f
- zero :
used from constant
- Global variable . Module: SLE001. File: GHY.f
- zw :
real*8, public, dimension(2)
- Global variable . Module: SLE001. File: GHY.f
water table (not computed ?)