IndexRundeck: P1SoM40Created: Sat May 11 03:30:13 EDT 2024

List of All 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
a : real*8, dimension(MAX_NL)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

a : real*8, dimension(4, imt-1), parameter
Subroutine: hl0. Module: SLE001. File: GHY.f
Initial Value = reshape( (/ .2514d0, 0.0136d0, -2.8319d0, 0.5958d0, .1481d0, 1.8726d0, 0.1025d0, -3.6416d0, .2484d0, 2.4842d0, 0.4583d0, -3.9470d0, .8781d0, -5.1816d0, 13.2385d0,-11.9501d0/), (/4,imt-1/))
a1 : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

a2 : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

a3 : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

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

ak1 : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

ak2 : real*8, dimension(2)
Subroutine: gdtm. Module: SLE001. File: GHY.f

alai : real*8, public
Global variable . Module: SLE001. File: GHY.f

alama : real*8, parameter
Subroutine: xklh. Module: SLE001. File: GHY.f
Initial Value = .025d0
alambr : real*8, parameter
Subroutine: xklh. Module: SLE001. File: GHY.f
Initial Value = 2.9d0
alami : real*8, parameter
Subroutine: xklh. Module: SLE001. File: GHY.f
Initial Value = 2.1762d0
alams : real*8, parameter, dimension(imt-1)
Subroutine: xklh. Module: SLE001. File: GHY.f
Initial Value = (/ 8.8d0, 2.9d0, 2.9d0, .25d0 /)
alamw : real*8, parameter
Subroutine: xklh. Module: SLE001. File: GHY.f
Initial Value = .573345d0
alb : real*8
Subroutine: ghy_albedo. Module: SLE001. File: GHY.f

alb_sn : real*8
Subroutine: ghy_albedo. Module: SLE001. File: GHY.f

albedo :
Global variable . Module: SLE001. File: GHY.f

albedo_6b : real*8, dimension(6)
Subroutine: advnc. Module: SLE001. File: GHY.f

albedo_6b : real*8, dimension(:)
Subroutine: ghy_albedo. 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

alph0 : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

alph0o : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

alpls1 : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

arauto : real*8, public
Global variable . Module: SLE001. File: GHY.f

arg : real*8, dimension(imt-1)
Subroutine: hl0. 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

b : real*8, dimension(MAX_NL)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

b : real*8, dimension(4, imt-1), parameter
Subroutine: hl0. Module: SLE001. File: GHY.f
Initial Value = reshape( (/ -0.4910d0, -9.8945d0, 9.7976d0, -3.2211d0, -0.3238d0,-12.9013d0, 3.4247d0, 4.4929d0, -0.5187d0,-13.4246d0, 2.8899d0, 5.0642d0, -3.0848d0, 9.5497d0,-26.2868d0, 16.6930d0/), (/4,imt-1/))
ba : real*8
Subroutine: xklh. 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

betas : real*8, dimension(2)
Subroutine: gdtm. Module: SLE001. File: GHY.f

betat : real*8
Global variable . Module: SLE001. File: GHY.f

c : real*8, dimension(MAX_NL)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

c : real*8, parameter
Subroutine: hl0. Module: SLE001. File: GHY.f
Initial Value = 2.3025851d0
c_entcell : real*8
Global variable . Module: SLE001. File: GHY.f

c_entcell_start : real*8
Global variable . Module: SLE001. File: GHY.f

c_ground : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

ca : real*8, intent(in)
Subroutine: advnc. Module: SLE001. File: GHY.f

can_evap : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

canht : real*8
Subroutine: snow. Module: SLE001. File: GHY.f

canht : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f
heat flux from canopy, i.e. stbo*t_can**4 (w/m**2)
carbon : used from ent_mod
Subroutine: accm. Module: SLE001. File: GHY.f

ch : real*8
Global variable . Module: SLE001. File: GHY.f

ch_dense_veg : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f

ch_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

ch_vg : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f

ci : real*8, public
Global variable . Module: SLE001. File: GHY.f

clab : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

cna : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f
local variable
cna : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

cna : real*8
Subroutine: sensible_heat. Module: SLE001. File: GHY.f

cnc : real*8, public
Global variable . Module: SLE001. File: GHY.f

compute_evap : logical, intent(in)
Subroutine: evap_limits. Module: SLE001. File: GHY.f
if .true. compute evap, else just evap_max,fr_sat
cosz1 : real*8, intent(in)
Subroutine: advnc. Module: SLE001. File: GHY.f

counter : integer, save
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f
Initial Value = 0
cpfac : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

csn : real*8, dimension(nl)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

csn : real*8, dimension(MAX_NL)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

d : real*8, dimension(0:ng, 2)
Global variable . Module: SLE001. File: GHY.f

d1 : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

d2 : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

d_wsn : real*8
Subroutine: restrict_snow. Module: SLE001. File: GHY.f

dc : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

ddz : real*8
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.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

dedifs : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

delh1 : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

delhn : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

delta : real*8
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

delta_tsn_impl : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

denom : real*8
Subroutine: wtab. Module: SLE001. File: GHY.f

devap_dt : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

devap_sn_dt : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

devapbs_dt : real*8
Global variable . Module: SLE001. File: GHY.f
d(evap)/dT for snow covered soil (bare/veg)
devapsn_dt : real*8, dimension(2)
Subroutine: snow. Module: SLE001. File: GHY.f

devapvs_dt : real*8
Global variable . Module: SLE001. File: GHY.f
d(evap)/dT for snow covered soil (bare/veg)
dflux : real*8
Subroutine: fllmt. Module: SLE001. File: GHY.f

dfunc : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

dh : real*8, dimension(2:3)
Subroutine: restrict_snow. Module: SLE001. File: GHY.f

diff : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

direct_vis_rad : real*8, intent(in)
Subroutine: advnc. Module: SLE001. File: GHY.f

dl : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

dldz2 : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

dlm : real*8, dimension(0:64, imt-1)
Global variable . Module: SLE001. File: GHY.f

dqdt : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

dqdt : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

dqsatdt : real*8, external
Global variable . Module: SLE001. File: GHY.f

dr : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

dr_scale : real*8
Subroutine: drip_from_canopy. 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)
drips : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

dripw : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f
liquid water flux from canopy (similar for bare soil) (m/s)
dripw : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

dripw_scale : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f

drnf : real*8
Subroutine: fllmt. Module: SLE001. File: GHY.f

drs : real*8
Subroutine: drip_from_canopy. 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
dsnsh_dt : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

dsnsh_sn_dt : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

dt : real*8, public
Global variable . Module: SLE001. File: GHY.f
earth time step (s)
dt : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

dt : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

dt : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

dt : real*8
Subroutine: snow_fraction. Module: SNOW_MODEL. File: SNOW.f

dt : real*8, intent(in)
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

dt : real*8, optional
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

dt_to_cdz : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

dtm : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

dtm : real*8, intent(out)
Subroutine: gdtm. Module: SLE001. File: GHY.f

dtm1 : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

dtm2 : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

dtm3 : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

dtm4 : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

dtr : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

dts : real*8
Global variable . Module: SLE001. File: GHY.f

dts : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

dum1 : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

dum2 : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

dumrad : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

dw : real*8, dimension(2:3)
Subroutine: restrict_snow. Module: SLE001. File: GHY.f

dz : real*8, public, dimension(ngm)
Global variable . Module: SLE001. File: GHY.f

dz : real*8, dimension(nl+1)
Subroutine: check_rho_snow. Module: SNOW_MODEL. File: SNOW.f

dz : real*8, dimension(nl+1)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

dz : real*8, dimension(nl)
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

dz : real*8, dimension(TOTAL_NL+1)
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

dz : real*8, dimension(TOTAL_NL+1)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

dz : real*8, dimension(:)
Subroutine: snow_fraction. Module: SNOW_MODEL. File: SNOW.f

dz : real*8, intent(in), dimension(:)
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

dz : real*8, dimension(:)
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

dz_aver : real*8
Subroutine: snow_fraction. Module: SNOW_MODEL. File: SNOW.f

dz_aver : real*8
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

dz_ground : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

dz_ground : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

dz_in : real*8, dimension(ngm)
Subroutine: advnc. Module: SLE001. File: GHY.f

dz_in : real*8, intent(in), dimension(:)
Subroutine: get_soil_properties. Module: SLE001. File: GHY.f

dz_o : real*8, dimension(MAX_NL+1)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

dz_soil : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

dz_total : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

dzo : real*8, dimension(TOTAL_NL+1)
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

dzsn : real*8, dimension(nlsn+1, 2)
Global variable . Module: SLE001. File: GHY.f

dzsn : real*8, dimension(nlsn+1)
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

dzsn_in : real*8, dimension(nlsn, 2)
Subroutine: advnc. Module: SLE001. File: GHY.f

el0 : real*8
Subroutine: accm. 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
end_of_day_flag : logical
Subroutine: advnc. Module: SLE001. File: GHY.f

energy : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f

ent_fast_processes : used from ent_mod
Subroutine: advnc. Module: SLE001. File: GHY.f

ent_get_exports : used from ent_mod
Subroutine: accm. Module: SLE001. File: GHY.f

ent_get_exports : used from ent_mod
Subroutine: advnc. Module: SLE001. File: GHY.f

ent_run : used from ent_mod
Subroutine: advnc. Module: SLE001. File: GHY.f

ent_set_forcings : used from ent_mod
Subroutine: advnc. Module: SLE001. File: GHY.f

entcell : type(entcelltype_public), optional
Subroutine: accm. Module: SLE001. File: GHY.f

entcell : type(entcelltype_public)
Subroutine: advnc. Module: SLE001. File: GHY.f

entcelltype_public : used from ent_mod
Subroutine: accm. Module: SLE001. File: GHY.f

entcelltype_public : used from ent_mod
Subroutine: advnc. 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)
epen : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

epot_sn_old : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

epotsn : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

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)
epv1 : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f

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)
error_energy : real*8
Subroutine: check_energy. Module: SLE001. File: GHY.f

error_water : real*8
Subroutine: check_water. Module: SLE001. File: GHY.f

eta : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f

eta : real*8, dimension(MAX_NL+1)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

eta : real*8
Subroutine: restrict_snow. Module: SLE001. File: GHY.f

evap : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

evap_dt : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

evap_dt : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

evap_max : real*8, dimension(2)
Subroutine: evap_limits. Module: SLE001. File: GHY.f
evap limits due to total amount of water in the soil
evap_max_dry : real*8, dimension(2)
Subroutine: evap_limits. Module: SLE001. File: GHY.f
evap limit for unsaturated soil/canopy
evap_max_nsat : real*8
Global variable . Module: SLE001. File: GHY.f

evap_max_out : real*8, intent(out)
Subroutine: evap_limits. Module: SLE001. File: GHY.f
max evaporation from unsaturated soil
evap_max_sat : real*8
Global variable . Module: SLE001. File: GHY.f

evap_max_snow : real*8, dimension(2)
Subroutine: evap_limits. Module: SLE001. File: GHY.f
evap limits due to amount of snow
evap_max_vegsoil : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f

evap_max_wet : real*8, dimension(2)
Subroutine: evap_limits. Module: SLE001. File: GHY.f
evap limit for saturated soil/canopy
evap_o : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.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
evaporation : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

evaporation : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

evapsn : real*8, dimension(2)
Subroutine: snow. Module: SLE001. File: GHY.f

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)
f : real*8, dimension(MAX_NL)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

f1_conv : real*8, dimension(2)
Subroutine: runoff. Module: SLE001. File: GHY.f
part of f(1,ibv) corresponding to convestive precip
f_clump : real*8, parameter
Subroutine: evap_limits. Module: SLE001. File: GHY.f
Initial Value = 1.d0
f_k0_exp_k : real*8
Subroutine: runoff. Module: SLE001. File: GHY.f
coefficient for the topmodel
f_prev_wet : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

fb : real*8
Global variable . Module: SLE001. File: GHY.f

fb : real*8, intent(in)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

fb_in : real*8
Subroutine: advnc. 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
fd_new : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

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 : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

fhsng_scale : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f

fhsng_scale : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

fice : real*8, public, dimension(0:ngm, 2)
Global variable . Module: SLE001. File: GHY.f

flag : integer, intent(in), optional
Subroutine: accm. Module: SLE001. File: GHY.f

flag : integer
Subroutine: check_energy. Module: SLE001. File: GHY.f

flag : integer
Subroutine: check_water. 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 : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

flmlt_scale : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f

flmlt_scale : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

flux_corr : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

flux_corr : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

flux_in : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

flux_in : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

flux_in_deriv : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

flux_in_deriv : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.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)
flux_snow : real*8, dimension(0:nlsn)
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

fm : real*8
Global variable . Module: SLE001. File: GHY.f
snow masking fraction for canopy (=1 if all snow)
fm : real*8, intent(in)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

fm : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

fmask : real*8, dimension(2)
Subroutine: snow. Module: SLE001. File: GHY.f

fr : real*8, dimension(ng)
Global variable . Module: SLE001. File: GHY.f

fr_sat : real*8
Global variable . Module: SLE001. File: GHY.f

fr_sat_out : real*8, intent(out)
Subroutine: evap_limits. Module: SLE001. File: GHY.f
fraction of saturated soil
fr_sn : real*8
Subroutine: ghy_albedo. Module: SLE001. File: GHY.f

fr_snow : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f

fr_snow : real*8, intent(in), dimension(2)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

fr_snow : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

fr_snow_in : real*8, dimension(2)
Subroutine: advnc. Module: SLE001. File: GHY.f

fr_snow_old : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

fract : real*8
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

fract_cover : real*8
Subroutine: snow_fraction. Module: SNOW_MODEL. File: SNOW.f

fract_cover_new : real*8
Subroutine: snow_fraction. Module: SNOW_MODEL. File: SNOW.f

fract_cover_ratio : real*8
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

fract_snow : real*8, intent(out)
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f
snow cover fraction (0-1)
fract_snow_old : real*8, intent(in)
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

free_water : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

fresh_snow : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

fresh_snow : real*8
Subroutine: snow_fraction. Module: SNOW_MODEL. File: SNOW.f

fresh_snow : real*8
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

fsn : real*8, parameter, public
Global variable . Module: SLE001. File: GHY.f
latent heat of melt (J/m^3)
Initial Value = lhm * rhow
func : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

fv : real*8
Global variable . Module: SLE001. File: GHY.f

fv : real*8, intent(in)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

fv_in : real*8
Subroutine: advnc. 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
fw_new : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

gaa : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

gabc : real*8, dimension(3)
Subroutine: xklh. Module: SLE001. File: GHY.f

gamma : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

gasc : used from constant
Global variable . Module: SLE001. File: GHY.f

gca : real*8
Subroutine: xklh. 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

gtracer : real*8, intent(out), dimension(ntg)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

gusti : real*8
Global variable . Module: SLE001. File: GHY.f

gusti_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

h : real*8, dimension(0:ng, 2)
Global variable . Module: SLE001. File: GHY.f
Initial Value = 0
h0 : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

hcwt : real*8, dimension(imt-1)
Subroutine: xklh. Module: SLE001. File: GHY.f

hcwta : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

hcwtb : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

hcwti : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

hcwtw : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

heat_down : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

heat_down : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

heat_to_ground : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

heat_to_ground : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

height_can : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

hl : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

hlm : real*8, dimension(0:64)
Global variable . Module: SLE001. File: GHY.f

hmat : real*8
Subroutine: wtab. Module: SLE001. File: GHY.f

hmin : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

hs : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

hsn : real*8, dimension(nlsn, 2)
Global variable . Module: SLE001. File: GHY.f

hsn : real*8, dimension(nl)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

hsn : real*8, dimension(nl)
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

hsn : real*8, dimension(TOTAL_NL)
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

hsn : real*8, dimension(TOTAL_NL)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

hsn : real*8, dimension(nlsn)
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

hsn : real*8, dimension(:)
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

hsn_in : real*8, dimension(nlsn, 2)
Subroutine: advnc. Module: SLE001. File: GHY.f

hsn_o : real*8, dimension(MAX_NL)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

hsno : real*8, dimension(TOTAL_NL)
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

ht : real*8, public, dimension(0:ngm, LS_NFRAC)
Global variable . Module: SLE001. File: GHY.f

ht_in : real*8, dimension(0:ngm, LS_NFRAC)
Subroutine: advnc. 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)
htdrips : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

htdripw : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f
heat of drip water (similar for bare soil) (J/s)
htdripw : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

htirrig : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f

htirrig_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

htpr : real*8
Global variable . Module: SLE001. File: GHY.f

htpr : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

htpr : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

htpr_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

htprs : real*8
Global variable . Module: SLE001. File: GHY.f

htprs_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

htprsn : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

hw : real*8, parameter
Subroutine: evap_limits. Module: SLE001. File: GHY.f
the wilting point (m)
Initial Value = -100.d0
i : integer
Subroutine: get_soil_properties. Module: SLE001. File: GHY.f

i : integer
Subroutine: hl0. Module: SLE001. File: GHY.f

i : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

i : integer
Subroutine: init_step. Module: SLE001. File: GHY.f

i : integer
Subroutine: outw. Module: SLE001. File: GHY.f

i : integer
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

i : integer
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

i : integer
Subroutine: xklh. 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

ibv : integer
Subroutine: apply_fluxes. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: check_energy. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: check_water. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: evap_limits. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: fl. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: flh. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: fllmt. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: gdtm. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: init_step. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: restrict_snow. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: reth. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: retp. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: runoff. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: snow. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: wtab. Module: SLE001. File: GHY.f

ibv : integer
Subroutine: xklh. Module: SLE001. File: GHY.f

ice : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

ice_old : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

ichn : integer, save
Subroutine: outw. Module: SLE001. File: GHY.f
Initial Value = 0
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

imt : used from ghy_h
Subroutine: compute_gtracer. Module: NONE. 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)
irrig_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

isn : real*8, dimension(MAX_NL)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

iter : integer
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

itermax : integer
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f
Initial Value = 2
ith : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

j : integer
Subroutine: hl0. Module: SLE001. File: GHY.f

j : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

j : integer
Subroutine: xklh. Module: SLE001. File: GHY.f

j1 : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

j2 : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

j_earth : integer
Global variable . Module: SNOW_MODEL. File: SNOW.f
coordinate of current point (for debugging)
jc : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

jcm : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

k : integer
Subroutine: accm. Module: SLE001. File: GHY.f

k : integer
Subroutine: apply_fluxes. Module: SLE001. File: GHY.f

k : integer
Subroutine: check_energy. Module: SLE001. File: GHY.f

k : integer
Subroutine: check_water. Module: SLE001. File: GHY.f

k : integer
Subroutine: evap_limits. Module: SLE001. File: GHY.f

k : integer
Subroutine: fl. Module: SLE001. File: GHY.f

k : integer
Subroutine: flh. Module: SLE001. File: GHY.f

k : integer
Subroutine: fllmt. Module: SLE001. File: GHY.f

k : integer
Subroutine: gdtm. Module: SLE001. File: GHY.f

k : integer
Subroutine: get_soil_properties. Module: SLE001. File: GHY.f

k : integer
Subroutine: hl0. Module: SLE001. File: GHY.f

k : integer
Subroutine: hydra. Module: SLE001. File: GHY.f

k : integer
Subroutine: init_step. Module: SLE001. File: GHY.f

k : integer
Subroutine: outw. Module: SLE001. File: GHY.f

k : integer
Subroutine: reth. Module: SLE001. File: GHY.f

k : integer
Subroutine: retp. Module: SLE001. File: GHY.f

k : integer
Subroutine: runoff. Module: SLE001. File: GHY.f

k : integer
Subroutine: wtab. Module: SLE001. File: GHY.f

k : integer
Subroutine: xklh. Module: SLE001. File: GHY.f

k_ground : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

kk : integer
Subroutine: retp. Module: SLE001. File: GHY.f

ksn : real*8, dimension(nl+1)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

ksn : real*8, dimension(MAX_NL+1)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

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
lat_fusion : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

latj :
Subroutine: advnc. Module: SLE001. File: GHY.f
corresponding coordinate of the cell
left : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

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
limit : integer
Subroutine: advnc. Module: SLE001. File: GHY.f

longi :
Subroutine: advnc. Module: SLE001. File: GHY.f
corresponding coordinate of the cell
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

ls_nfrac : used from ghy_h
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

lsn : integer
Subroutine: reth. Module: SLE001. File: GHY.f

m : integer
Subroutine: hl0. Module: SLE001. File: GHY.f

mass_above : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

mass_layer : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.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_fract_water : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

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
melt_h : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

melt_w : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

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_fract_cover : used from snow_model
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

min_snow_thickness : real*8, parameter
Global variable . Module: SNOW_MODEL. File: SNOW.f
minimal thickness of snow (m)
Initial Value = 0.1d0
min_snow_thickness : used from snow_model
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

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
mmax : integer
Subroutine: hl0. Module: SLE001. File: GHY.f

n : integer, public
Global variable . Module: SLE001. File: GHY.f
the worst choice for global name: number of soil layers
n : integer
Subroutine: check_rho_snow. Module: SNOW_MODEL. File: SNOW.f

n : integer
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

n : integer
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

n : integer
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

n : integer
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

n_casa_layers : used from ent_mod
Subroutine: accm. Module: SLE001. File: GHY.f

nexp : integer, parameter
Subroutine: hl0. Module: SLE001. File: GHY.f
Initial Value = 6
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

ngm : used from ghy_h
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

nit : integer
Subroutine: advnc. Module: SLE001. File: GHY.f

nit : integer, intent(in)
Subroutine: gdtm. Module: SLE001. File: GHY.f

nl : integer
Subroutine: check_rho_snow. Module: SNOW_MODEL. File: SNOW.f

nl : integer
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

nl : integer
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

nl : integer
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

nl : integer
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

nl : integer
Subroutine: snow_fraction. Module: SNOW_MODEL. File: SNOW.f

nl : integer, intent(in)
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

nl : integer
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

nl_o : integer
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

nl_o : integer
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

nlive : used from ent_mod
Subroutine: accm. Module: SLE001. File: GHY.f

nlo : integer
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.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

nlsn : used from ghy_h
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

nlsn : integer
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

no : integer
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

no_data : real*8, dimension(1)
Subroutine: advnc. Module: SLE001. File: GHY.f
Initial Value = -1.d30
npools : used from ent_mod
Subroutine: accm. Module: SLE001. File: GHY.f

nsn : integer, dimension(2)
Global variable . Module: SLE001. File: GHY.f

nsn : integer
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

nsn_in : integer, dimension(2)
Subroutine: advnc. Module: SLE001. File: GHY.f

ntg : integer, intent(in)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

nth : integer
Global variable . Module: SLE001. File: GHY.f
some magic number computed in hl0, used in ghinij and hydra
old_fr_snow : real*8, dimension(2)
Subroutine: check_energy. Module: SLE001. File: GHY.f

old_fr_snow : real*8, dimension(2)
Subroutine: check_water. Module: SLE001. File: GHY.f

old_total_energy : real*8, dimension(2)
Subroutine: check_energy. Module: SLE001. File: GHY.f

old_total_water : real*8, dimension(2)
Subroutine: check_water. Module: SLE001. File: GHY.f

one : used from constant
Global variable . Module: SLE001. File: GHY.f

openunit : used from filemanager
Global variable . Module: SNOW_MODEL. File: SNOW.f

openunit : used from filemanager
Subroutine: outw. Module: SLE001. File: GHY.f

p : real*8, dimension(4, imt-1), parameter
Subroutine: hl0. Module: SLE001. File: GHY.f
Initial Value = reshape( (/ -0.1800d0, -7.9999d0, 5.5685d0, -1.8868d0, -0.1000d0,-10.0085d0, 3.6752d0, 1.2304d0, -0.1951d0, -9.7055d0, 2.7418d0, 2.0054d0, -2.1220d0, 5.9983d0,-16.9824d0, 8.7615d0/), (/4,imt-1/))
pass_water_flag : integer
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

pfac : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

pm : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

pmax : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

pot_evap_can : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f

pr : real*8
Global variable . Module: SLE001. File: GHY.f

pr : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

pr : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

pr_dry : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

pr_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

prec_fr : real*8
Subroutine: runoff. Module: SLE001. File: GHY.f
soil fraction at which precipitation is falling
pres : real*8
Global variable . Module: SLE001. File: GHY.f

pres_in : real*8
Subroutine: advnc. 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

prs_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

prsn : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

prsnow : real*8
Subroutine: snow_fraction. Module: SNOW_MODEL. File: SNOW.f

prsnow : real*8, intent(in)
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

ptmp : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

ptmps : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

ptrace : used from ent_mod
Subroutine: accm. Module: SLE001. File: GHY.f

q : real*8, dimension(imt, ngm)
Global variable . Module: SLE001. File: GHY.f

q_in : real*8, dimension(imt, ngm)
Subroutine: advnc. Module: SLE001. File: GHY.f

q_in : real*8, intent(in), dimension(:, :)
Subroutine: get_soil_properties. Module: SLE001. File: GHY.f

qb : real*8
Global variable . Module: SLE001. File: GHY.f

qb : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f
specific humidity (b-bare, v-vege, s-snow)
qbs : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f
specific humidity (b-bare, v-vege, s-snow)
qc : real*8
Global variable . Module: SLE001. File: GHY.f

qf : real*8, intent(inout)
Subroutine: advnc. Module: SLE001. File: GHY.f

qk : real*8, dimension(imt, ngm)
Global variable . Module: SLE001. File: GHY.f

qk_in : real*8, dimension(imt, ngm)
Subroutine: advnc. Module: SLE001. File: GHY.f

qm1 : real*8
Global variable . Module: SLE001. File: GHY.f

qm1_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

qm1dt : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f
local variable
qprime : real*8
Global variable . Module: SLE001. File: GHY.f

qprime_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

qs : real*8
Global variable . Module: SLE001. File: GHY.f

qs_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

qsat : real*8, external
Global variable . Module: SLE001. File: GHY.f

qsats : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

qv : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f
specific humidity (b-bare, v-vege, s-snow)
qvg : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f

qvs : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f
specific humidity (b-bare, v-vege, s-snow)
r_soil : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

radiation_out : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

radiation_out : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

rauto : real*8
Subroutine: accm. Module: SLE001. File: GHY.f

retcode : integer
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

retcode : integer
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

rho : real*8
Global variable . Module: SLE001. File: GHY.f

rho3 : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f
local variable
rho3 : real*8
Subroutine: gdtm. 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_fresh_snow : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

rho_fresh_snow : used from snow_model
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

rho_ice : used from constant
Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value = > rhoi
rho_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

rho_sn : real*8, parameter
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f
Initial Value = 300.d0
rho_snow : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

rho_water : used from constant
Global variable . Module: SNOW_MODEL. File: SNOW.f
Initial Value = > rhow
rho_water : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

rho_water : used from snow_model
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

rhow : used from constant
Global variable . Module: SLE001. File: GHY.f

rhow : used from constant
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

right : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.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)
rosmp : real*8, parameter
Subroutine: runoff. Module: SLE001. File: GHY.f
used to compute saturated fraction: (w/ws)**rosmp
Initial Value = 8.
s : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

sai : real*8, parameter
Subroutine: evap_limits. Module: SLE001. File: GHY.f
Initial Value = 0.d0
sat : real*8, parameter, dimension(imt-1)
Subroutine: hl0. Module: SLE001. File: GHY.f
Initial Value = (/.394d0,.537d0,.577d0,.885d0/)
satfrac : real*8
Subroutine: runoff. Module: SLE001. File: GHY.f
fraction of saturated soil
sbgc_moist : real*8, dimension(1)
Subroutine: advnc. Module: SLE001. File: GHY.f

sbgc_temp : real*8, dimension(1)
Subroutine: advnc. Module: SLE001. File: GHY.f

scale_rho : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

sdstnc : real*8, parameter
Subroutine: runoff. Module: SLE001. File: GHY.f
interstream distance (m)
Initial Value = 100.d0
sgmm : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

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
shc_out : real*8, intent(out), dimension(:)
Subroutine: get_soil_properties. Module: SLE001. File: GHY.f

shc_soil_texture : real*8, parameter, dimension(imt)
Subroutine: get_soil_properties. Module: SLE001. File: GHY.f
specific heat capacity of soil texture (J/K/M^3)
Initial Value = (/2d6,2d6,2d6,2.5d6,2.4d6/)
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

sl_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

snht : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

snht : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

snow_adv : used from snow_model
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.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
snow_cover_same_as_rad : used from snow_drvm
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

snow_drv : used from snow_drvm
Subroutine: snow. Module: SLE001. File: GHY.f

snow_fraction : used from snow_model
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

snow_redistr : used from snow_model
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

snowd : real*8, public, dimension(2)
Global variable . Module: SLE001. File: GHY.f

snowf : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

snowfs : real*8
Subroutine: drip_from_canopy. 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 : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

snsh_dt : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

snsh_dt : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

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)
snshsn : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

soilcpools : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS)
Subroutine: accm. Module: SLE001. File: GHY.f

srht : real*8
Global variable . Module: SLE001. File: GHY.f

srht : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

srht : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

srht : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

srht_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

srhtsn : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

stbo : used from constant
Global variable . Module: SLE001. File: GHY.f

sxtn : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

syst_flux_err : real*8
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

t450 : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

t_ground : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

t_ground : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

tau_storm : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

tb0 : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

tbcs : real*8, public
Global variable . Module: SLE001. File: GHY.f
radiative surface temperature (C)
tc0 : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

teeny : used from constant
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f

temp : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

testh : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

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

thetm_out : real*8, intent(out), dimension(:)
Subroutine: get_soil_properties. Module: SLE001. File: GHY.f

thets : real*8, dimension(0:ng, 2)
Global variable . Module: SLE001. File: GHY.f

thets_out : real*8, intent(out), dimension(:)
Subroutine: get_soil_properties. Module: SLE001. File: GHY.f

thm : real*8, dimension(0:64, imt-1)
Global variable . Module: SLE001. File: GHY.f

thr : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

thr0 : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

thr1 : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

thr2 : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

thrm_can : real*8
Subroutine: flhg. Module: SLE001. File: GHY.f

thrm_soil : real*8, dimension(2)
Subroutine: flhg. 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)
thrmsn : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

tnew : real*8, dimension(MAX_NL)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

tol : real*8
Subroutine: wtab. Module: SLE001. File: GHY.f

top_dev : real*8, intent(in)
Subroutine: snow_fraction1. Module: SNOW_DRVM. File: SNOW_DRV.f
standard deviation of the surface elevation
top_index : real*8
Global variable . Module: SLE001. File: GHY.f

top_index_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

top_stdev : real*8
Global variable . Module: SLE001. File: GHY.f

top_stdev : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

top_stdev_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

tot_w1 : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

tot_w1 : real*8
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

total_dz : real*8
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

total_energy : real*8, dimension(2)
Subroutine: check_energy. Module: SLE001. File: GHY.f

total_energy : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.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
total_water : real*8, dimension(2)
Subroutine: check_water. Module: SLE001. File: GHY.f

total_water : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

tp : real*8, public, dimension(0:ngm, 2)
Global variable . Module: SLE001. File: GHY.f

tp_soil : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

tprime : real*8
Global variable . Module: SLE001. File: GHY.f

tprime_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

tr_flux : real*8, dimension(0:TOTAL_NL)
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f
flux of water between snow layers (>0 is down) (m/s)
tr_flux : real*8, dimension(0:nlsn)
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

tr_flux : real*8, optional, dimension(0:TOTAL_NL)
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

tr_w :
Global variable . Module: GHY_H. File: GHY_H.f
amount of tracers in the soil (?)
tr_w : real*8, intent(in), dimension(ntg, 0:ngm, 2)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

tr_wsn :
Global variable . Module: GHY_H. File: GHY_H.f
amount of tracers in the snow (?)
tr_wsn : real*8, intent(in), dimension(ntg, nlsn, 2)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

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

trht : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

trht : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

trht : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

trht_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

trhtsn : real*8
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.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)
trunc : real*8
Subroutine: fllmt. Module: SLE001. File: GHY.f

ts : real*8
Global variable . Module: SLE001. File: GHY.f

ts_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

tsn : real*8, dimension(nl+1)
Subroutine: heat_eq. Module: SNOW_MODEL. File: SNOW.f

tsn : real*8, dimension(MAX_NL+1)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.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)
v_qprime : real*8
Subroutine: evap_limits. Module: SLE001. File: GHY.f

v_tprime : real*8
Subroutine: sensible_heat. Module: SLE001. File: GHY.f

vis_rad : real*8, intent(in)
Subroutine: advnc. Module: SLE001. File: GHY.f

vs : real*8
Global variable . Module: SLE001. File: GHY.f

vs0 : real*8
Global variable . Module: SLE001. File: GHY.f

vs0_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

vs_in : real*8
Subroutine: advnc. Module: SLE001. File: GHY.f

w : real*8, public, dimension(0:ngm, LS_NFRAC)
Global variable . Module: SLE001. File: GHY.f

w : real*8, intent(in), dimension(0:ngm, LS_NFRAC)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

w02_old : real*8
Subroutine: apply_fluxes. Module: SLE001. File: GHY.f

w_in : real*8, dimension(0:ngm, LS_NFRAC)
Subroutine: advnc. Module: SLE001. File: GHY.f

water : real*8, dimension(2)
Global variable . Module: SLE001. File: GHY.f

water_down : real*8
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

water_down : real*8
Subroutine: runoff. Module: SLE001. File: GHY.f
flux of water at the soil surface
water_down : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

water_down_s : real*8
Subroutine: runoff. Module: SLE001. File: GHY.f

water_to_ground : real*8
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

water_to_ground : real*8
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

wc_add : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

wc_new : real*8
Subroutine: drip_from_canopy. Module: SLE001. File: GHY.f

wn : real*8
Subroutine: fllmt. 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 : real*8, dimension(nl)
Subroutine: check_rho_snow. Module: SNOW_MODEL. File: SNOW.f

wsn : real*8, intent(in), dimension(nlsn, 2)
Subroutine: compute_gtracer. Module: NONE. File: GHY.f

wsn : real*8, dimension(nl)
Subroutine: pass_water. Module: SNOW_MODEL. File: SNOW.f

wsn : real*8, dimension(TOTAL_NL)
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

wsn : real*8, dimension(TOTAL_NL)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

wsn : real*8, dimension(nlsn)
Subroutine: snow_drv. Module: SNOW_DRVM. File: SNOW_DRV.f

wsn : real*8, dimension(:)
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

wsn_for_tr : real*8, dimension(nlsn, 2)
Global variable . Module: SLE001. File: GHY.f
snow water before call to snow_adv
wsn_in : real*8, dimension(nlsn, 2)
Subroutine: advnc. Module: SLE001. File: GHY.f

wsn_max : real*8
Subroutine: restrict_snow. Module: SLE001. File: GHY.f

wsn_o : real*8, dimension(MAX_NL)
Subroutine: snow_adv. Module: SNOW_MODEL. File: SNOW.f

wsn_o : real*8, dimension(MAX_NL)
Subroutine: snow_adv_1. Module: SNOW_MODEL. File: SNOW.f

wsn_tot : real*8
Subroutine: restrict_snow. Module: SLE001. File: GHY.f

wsno : real*8, dimension(TOTAL_NL)
Subroutine: snow_redistr. Module: SNOW_MODEL. File: SNOW.f

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

xa : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

xb : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

xden : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

xi : real*8
Subroutine: xklh. 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
xk1 : real*8
Subroutine: gdtm. Module: SLE001. File: GHY.f

xk1 : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

xk2 : real*8, dimension(2)
Subroutine: gdtm. Module: SLE001. File: GHY.f

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

xkl : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

xklh0_flag : integer, intent(in), optional
Subroutine: xklh. Module: SLE001. File: GHY.f

xklm : real*8, dimension(0:64, imt-1)
Global variable . Module: SLE001. File: GHY.f

xklu : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

xku : real*8, dimension(0:ng, 2)
Global variable . Module: SLE001. File: GHY.f

xku1 : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

xku2 : real*8
Subroutine: hydra. Module: SLE001. File: GHY.f

xkud : real*8
Subroutine: hydra. 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

xnum : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

xs : real*8
Subroutine: xklh. Module: SLE001. File: GHY.f

xsh : real*8, dimension(ng, 2)
Subroutine: xklh. Module: SLE001. File: GHY.f

xsha : real*8, dimension(ng, 2)
Subroutine: xklh. Module: SLE001. File: GHY.f

xtol : real*8
Subroutine: hl0. Module: SLE001. File: GHY.f

xw : real*8
Subroutine: xklh. 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 ?)

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