Rundeck: P1SoM40

Created: Thu May 9 03:30:15 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, intent(inout), dimension(:): Global variable . Module: QSORT_C_MODULE. File: canopyradiation.f
a : real*8, intent(out): Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
a : real*8, intent(in): Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
a : real*8: Subroutine: get_analytical_clump. Module: CANOPYRAD. File: canopyradiation.f
a : real*8, intent(inout), dimension(:): Subroutine: partition. Module: QSORT_C_MODULE. File: canopyradiation.f
a : real*8, parameter: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
expansion coefficients for QSAT
Initial Value = 6.108d0*MRAT
a : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
a0 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
a1 : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
a1 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
a1c : real*8, save: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 1.d30
a1e : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
a2 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
a_const : real*8, parameter: Subroutine: frost_hardiness. Module: PHENOLOGY. File: phenology.f
Initial Value = 0.0595
a_const : real*8, parameter: Subroutine: frost_hardiness. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 0.0595
a_d_asymp : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
absdf : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Absorbance of diffuse SW radiation (fraction)
absdr : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Absorbance of direct SW radiation (fraction)
absdrdr : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Absorbance of direct SW that remains direct (fraction)
abssh : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Absorbance of SW through shaded foliage (fraction)
abssl : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Absorbance of SW through sunlit foliage (fraction)
ac : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ac : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
acan : real*8: Subroutine: resp_can_growth. Module: BIOPHYSICS. File: canopyspitters.f
adj : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
adj : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
adj : real*8: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
adj : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
ae : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
air_temperature : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
air_temperature : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
air_temperature : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
airt_adj : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
airt_max_w : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 15.d0
airt_min_w : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 5.d0
airtemp : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
airtemp_10d : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
airtemp_10d : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
airtemp_par : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 5.d0
aiso : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
aiso : real*8, intent(in): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
alai : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
alait :: Global variable . Module: ENT_TYPES. File: ent_types.f
Array of LAI by pft, alait*vfraction=grid LAI contrib.
alamax : real*8, parameter, dimension(N_COVERTYPES): Global variable . Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/ 0.d0, 1.5d0, 2.0d0, 2.5d0, 4.0d0, 6.0d0,8.0d0,7.0d0,3.0d0 ,0.d0, 0.d0, 2.d0 /)
alamin : real*8, parameter, dimension(N_COVERTYPES): Global variable . Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/ 0.d0, 1.0d0, 1.0d0, 1.0d0, 1.0d0, 1.0d0, 6.0d0,6.0d0,1.0d0 ,0.d0, 0.d0, 1.d0 /)
alayer : real*8, intent(out): Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
albd : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
albedo : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
albedo : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
albedo : real*8, dimension(:, :, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
albedo :: Subroutine: entcell_update_albedo. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
for all PFTs
albedo :: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
for all PFTs
albedo : real*8, intent(out), dimension(N_BANDS): Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
albedo_flag : logical, optional, intent(in): Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
albedodata : real*8, intent(in), optional, target, dimension(:, :): Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
albedodata : real*8, intent(in), optional, target, dimension(:, :, :): Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
albedodata : real*8, intent(in), optional, target, dimension(:, :, :, :): Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
albedodata : real*8, intent(in), optional, target, dimension(:, :): Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
albedodata : real*8, intent(in), optional, target, dimension(:, :, :): Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
albedodata : real*8, intent(in), optional, target, dimension(:, :, :, :): Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
albedodata : real*8, intent(in), dimension(N_BANDS, N_PFT): Subroutine: entcell_update_albedo. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
albedodata : real*8, pointer, dimension(:, :): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
albedodata : real*8, intent(in), dimension(N_BANDS, N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
albedodata : real*8, dimension(N_BANDS, N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
albedodata : real*8, intent(out), dimension(N_BANDS, N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
albedodata_1 : real*8, pointer, dimension(:, :): Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
albgrd : real*8, dimension(2, numrad): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
albgri : real*8, dimension(2, numrad): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
albi : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
albvnd : real*8, parameter, dimension(NV, 4, 6): Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
veg alb by veg type, season and band
Initial Value = RESHAPE( (/ .500,.067,.089,.089,.078,.100,.067,.061,.089,.000,.200,.089, .500,.062,.100,.100,.073,.055,.067,.061,.100,.000,.200,.100, .500,.085,.091,.139,.085,.058,.083,.061,.091,.000,.200,.091, .500,.080,.090,.111,.064,.055,.061,.061,.090,.000,.200,.090, .500,.200,.267,.267,.233,.300,.200,.183,.267,.000,.200,.267, .500,.206,.350,.300,.241,.218,.200,.183,.350,.000,.200,.350, .500,.297,.364,.417,.297,.288,.250,.183,.364,.000,.200,.364, .500,.255,.315,.333,.204,.218,.183,.183,.315,.000,.200,.315, .500,.200,.267,.267,.233,.300,.200,.183,.267,.000,.200,.267, .500,.206,.350,.300,.241,.218,.200,.183,.350,.000,.200,.350, .500,.297,.364,.417,.297,.288,.250,.183,.364,.000,.200,.364, .500,.255,.315,.333,.204,.218,.183,.183,.315,.000,.200,.315, .500,.080,.107,.107,.093,.120,.080,.073,.107,.000,.200,.107, .500,.082,.140,.120,.096,.083,.080,.073,.140,.000,.200,.140, .500,.119,.145,.167,.119,.115,.100,.073,.145,.000,.200,.145, .500,.102,.126,.132,.081,.087,.073,.073,.126,.000,.200,.126, .500,.100,.133,.133,.116,.150,.100,.091,.133,.000,.200,.133, .500,.103,.175,.150,.120,.109,.100,.091,.175,.000,.200,.175, .500,.148,.182,.208,.148,.144,.125,.091,.182,.000,.200,.182, .500,.127,.157,.166,.102,.109,.091,.091,.157,.000,.200,.157, .500,.020,.027,.027,.023,.030,.020,.018,.027,.000,.200,.027, .500,.021,.035,.030,.024,.022,.020,.018,.035,.000,.200,.035, .500,.030,.036,.042,.030,.029,.025,.018,.036,.000,.200,.036, .500,.026,.032,.033,.020,.022,.018,.018,.032,.000,.200,.032 /),(/NV,4,6/) )
aleaf1 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
aleaf2 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
all_convolute_input : type(profile_params), dimension(:), pointer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
all_convolute_input : type(profile_params), dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
alloc : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
alloc_adj : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
alloc_new : logical, parameter: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
Initial Value = .false.
alpha : real*8, parameter: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = .08d0
anet : real*8, intent(in): Subroutine: ballberry. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
anet : real*8, intent(in): Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
anet : real*8, intent(out): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
anet : real*8: Subroutine: gs_from_ci. Module: BIOPHYSICS. File: canopyspitters.f
anet : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
anet : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
ang_dif : real*8, parameter: Global variable . Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 1.0071
annk : real*8, dimension(n_pft, npools): Global variable . Module: ENT_CONST. File: ent_const.f
annual : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 5
aout : real*8, intent(out): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
area : real*8, intent(in): Subroutine: insert_patch. Module: PATCHES. File: patches.f
area : real*8, intent(in): Subroutine: patch_construct. Module: PATCHES. File: patches.f
area : real*8: Subroutine: patch_split. Module: PATCHES. File: patches.f
arg : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
aroot : real*8, parameter, dimension(N_COVERTYPES): Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/ 0.d0,12.5d0, 0.9d0, 0.8d0,0.25d0,0.25d0,0.25d0,1.1d0,0.9d0 ,0.d0, 0.d0, 0.9d0 /)
arrdz : real*8, dimension(:), allocatable: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
arrh : real*8: Subroutine: arrhenius. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
arrthh : real*8, dimension(:), allocatable: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
arrthl : real*8, dimension(:), allocatable: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
as : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ash : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
asl : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
asu : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
atmp : real*8, dimension(n_casa_layers): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
atot : real*8, intent(out): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
atot : real*8, intent(out): Subroutine: fbb_night. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
atot : real*8, intent(out): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
atot : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
avmu : real*8, dimension(lbp:ubp): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
avogadro : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 6.023d23
b : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
b : real*8, intent(in): Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
b : real*8: Subroutine: get_analytical_clump. Module: CANOPYRAD. File: canopyradiation.f
b : real*8, intent(in): Subroutine: height_function1. Module: CANOPYRAD. File: canopyradiation.f
b : real*8, intent(in): Subroutine: height_function2. Module: CANOPYRAD. File: canopyradiation.f
b : real*8, intent(in): Subroutine: height_function3. Module: CANOPYRAD. File: canopyradiation.f
b : real*8, intent(in): Subroutine: height_function4. Module: CANOPYRAD. File: canopyradiation.f
b : real*8, parameter: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
expansion coefficients for QSAT
Initial Value = 1./(RVAP*TFRZ)
b : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
b : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
ball_b : real*8, parameter: Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 0.01
bc : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
bch : real*8: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
bch : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
bch : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
beta_soil_layers : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
beta_soil_layers : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
beta_soil_layers : real*8, dimension(:, :, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
betad : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
betad : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
betad : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
betad : real*8: Subroutine: water_stress. Module: BIOPHYSICS. File: canopyspitters.f
betad : real*8: Subroutine: water_stress. Module: PHENOLOGY. File: phenology.f
betad : real*8: Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
betad_10d : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
betad_10d : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
betadl : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
betadl : real*8, intent(out), dimension(:): Subroutine: water_stress. Module: BIOPHYSICS. File: canopyspitters.f
betadl : real*8, intent(out), dimension(:): Subroutine: water_stress. Module: PHENOLOGY. File: phenology.f
betadl : real*8, intent(out), dimension(:): Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
betads : real*8, parameter: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 0.5
betai : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
betail : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
betais : real*8, parameter: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 0.5
betak : real*8: Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
bgmoist : real*8, dimension(n_casa_layers): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
bgtemp : real*8, dimension(n_casa_layers): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
biophysdrv_setup : used from photcondmod: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
blmax : real*8: Subroutine: popdensity. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
broadleaf : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1
broot : real*8, parameter, dimension(N_COVERTYPES): Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/ 0.d0, 1.0d0, 0.9d0, 0.4d0,2.00d0,2.00d0,2.00d0,0.4d0,0.9d0 ,0.d0, 0.d0, 0.9d0 /)
btol : real, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = .00001
buf : real*8, intent(inout), dimension(0:): Subroutine: copy_cell_vars. Module: ENT_MOD. File: ent_mod.f
buf : real*8, intent(inout), dimension(0:): Subroutine: copy_cohort_vars. Module: ENT_MOD. File: ent_mod.f
buf : real*8, intent(inout), dimension(0:): Subroutine: copy_patch_vars. Module: ENT_MOD. File: ent_mod.f
buf : real*8, intent(inout), dimension(:): Subroutine: copy_vars_array. Module: ENT_MOD. File: ent_mod.f
buf : real*8, intent(inout), dimension(:): Subroutine: copy_vars_i_array. Module: ENT_MOD. File: ent_mod.f
buf : real*8, intent(inout), dimension(:): Subroutine: copy_vars_i_single. Module: ENT_MOD. File: ent_mod.f
buf : real*8, intent(inout), dimension(:): Subroutine: copy_vars_single. Module: ENT_MOD. File: ent_mod.f
buf : real*4, dimension(IM, JM): Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
buf : real*4, dimension(IM, JM): Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
buf : real*4, dimension(im, jm): Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
buf : real*4, dimension(N_CASA_LAYERS, IM, JM): Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
buf : real*8, dimension(im, jm, N_SOIL_TEXTURES): Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
buf2d : type(real8_ptr), dimension(:, :), allocatable: Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
c : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
c : type(cohort), intent(inout): Subroutine: copy_cohort_vars. Module: ENT_MOD. File: ent_mod.f
c : real*8, intent(in): Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
c : type(cohort), pointer: Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
c : type(cohort), pointer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
c : real*8: Subroutine: get_analytical_clump. Module: CANOPYRAD. File: canopyradiation.f
c : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
c : real*8, parameter: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
expansion coefficients for QSAT
Initial Value = 1./RVAP
c : real*8: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
c : real*8, intent(in): Subroutine: tresponse. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
c : integer: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
c1 : real*8: Subroutine: arrhenius. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
c1 : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
c1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
c2 : real*8: Subroutine: arrhenius. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
c2 : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
c2b : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 2.0d0
c2n : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
c3 : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
c_croot : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
c_croot : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
c_croot : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_croot_old : real*8: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_croot_old : real*8, intent(in): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
c_croot_old : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
c_croot_old : real*8, intent(in): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
c_croot_old : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_croot_old : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_entcell : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
c_entcell : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
c_entcell : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
c_fol : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
c_fol : real*8, intent(inout): Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
c_fol : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
c_fol : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
c_fol : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_fol_old : real*8: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_fol_old : real*8, intent(in): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
c_fol_old : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
c_fol_old : real*8, intent(in): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
c_fol_old : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_fol_old : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_fract : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.7d0
c_froot : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
c_froot : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
c_froot : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_froot_old : real*8: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_froot_old : real*8, intent(in): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
c_froot_old : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
c_froot_old : real*8, intent(in): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
c_froot_old : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_froot_old : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_hw : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
c_hw : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
c_hw : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_hw_old : real*8: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_hw_old : real*8, intent(in): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
c_hw_old : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
c_hw_old : real*8, intent(in): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
c_hw_old : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_hw_old : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_lab : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
c_lab : real*8, intent(inout): Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
c_lab : real*8, intent(inout): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
c_lab : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
c_lab : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_lab_old : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_lab_old : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_labile : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
c_labile : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
c_labile : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
c_labsum : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
c_sw : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
c_sw : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
c_sw : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
c_sw : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_sw_old : real*8: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_sw_old : real*8, intent(in): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
c_sw_old : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
c_sw_old : real*8, intent(in): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
c_sw_old : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
c_sw_old : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
c_to_nfix : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
c_to_nfix : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
c_total : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
c_total : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
c_total : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
ca : real*8, intent(in): Subroutine: biophysdrv_setup. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ca : real*8, intent(in): Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
ca : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ca : real*8: Subroutine: gs_from_ci. Module: BIOPHYSICS. File: canopyspitters.f
ca : real*8, intent(in): Subroutine: init_ci. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ca : real*8, intent(in): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ca : real*8, intent(in): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ca_umol : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
cactive : real*8, intent(inout): Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
cactive : real*8, intent(inout): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
cactive : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
cactive_max : real*8, intent(in): Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
cactive_max : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
cactive_max : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
cactive_old : real*8, intent(inout): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
cactive_old : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
cactive_pot : real*8: Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
calc_casarootfrac : used from cohorts: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
calc_casarootfrac : used from cohorts: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
calc_casarootfrac : used from cohorts: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
calc_casarootfrac : used from cohorts: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
calc_casarootfrac : used from cohorts: Subroutine: summarize_patch. Module: PATCHES. File: patches.f
calc_pspar : used from photcondmod: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
canalbedo : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
canalbedo : real*8, intent(in): Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
canalbedo : real*8, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
canopy_air_humidity : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_air_humidity : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_air_humidity : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
canopy_conductance : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_conductance : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_conductance : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
canopy_gpp : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_gpp : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_gpp : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
canopy_heat_capacity : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_heat_capacity : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_heat_capacity : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
canopy_height : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_height : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_height : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
canopy_ipp : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_ipp : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_ipp : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
canopy_max_h2o : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_max_h2o : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_max_h2o : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
canopy_temperature : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_temperature : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_temperature : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
canopy_wet_fraction : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
canopy_wet_fraction : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
canopy_wet_fraction : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
carbon : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1
carbon : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
cb_d : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
cb_d : real*8, intent(in): Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
cb_d : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
cb_d : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
cb_d : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
cdead : real*8, dimension(N_CASA_LAYERS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
cdead : real*8, intent(in): Subroutine: cdead2dbh. Module: PHENOLOGY. File: phenology.f
cdead : real*8, intent(in): Subroutine: ddbhdcdead. Module: PHENOLOGY. File: phenology.f
cdead : real*8, intent(inout): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
cdead : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
cflux : real*8, intent(out): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
cflux : real*8: Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
cfol : real*8, intent(in): Subroutine: cfol2height. Module: PHENOLOGY. File: phenology.f
cfol : real*8, intent(in): Subroutine: ddbhdcfol. Module: PHENOLOGY. File: phenology.f
chil : real*8: Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
chil : real*8, dimension(lbp:ubp): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
ci : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
ci : real*8, intent(in): Subroutine: biophysdrv_setup. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ci : real*8: Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
ci : real*8: Subroutine: gs_from_ci. Module: BIOPHYSICS. File: canopyspitters.f
ci : real*8, intent(inout): Subroutine: init_ci. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ci : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
ci : real*8, intent(out): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ci : real*8: Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ci : real*8, intent(in): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ci_ini : real*8: Subroutine: assign_patch. Module: PATCHES. File: patches.f
ci_ini : real*8: Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
ci_ini : real*8, dimension(:): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
ci_ini : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
ci_ini : real*8, dimension(i0:i1, j0:j1): Subroutine: init_canopy_physical. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
ci_ini : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
ci_umol : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
ciavg : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
cic : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
cie : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
cimin : used from photcondmod: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
cimin : real*8, parameter: Global variable . Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 1.d-8
cis : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
cixx : real*8, dimension(3): Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
clai : real*8, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
clay : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
clayfrac : real*8, intent(in): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
clayfrac : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
clayfrac : real*8: Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
clim_stats : used from phenology: Subroutine: ent_integrate. Module: ENT. File: ent.f
closeunit : used from filemanager: Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
closeunit : used from filemanager: Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
closeunit : used from filemanager: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
closeunit : used from filemanager: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
closeunit : used from filemanager: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
closeunit : used from filemanager: Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
closeunit : used from filemanager: Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
closeunit : used from filemanager: Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
closs : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
closs : real*8, intent(in), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
closs : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
closs : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
closs : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
closs : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
clossacc : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
clossacc : real*8, intent(inout), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
clossacc : real*8, intent(inout), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
clossacc : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
clossacc : real*8, intent(in), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_patch. Module: PHENOLOGY. File: phenology.f
clossacc : real*8, intent(inout), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
clossacc : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
clossacc : real*8, intent(inout), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
clossacc : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
clossacc_old : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
clump : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
clump : real*8, dimension(:), pointer: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
clump : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
clumpd : real*8: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
clumpd : real*8: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
clumpi : real*8: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
clumpi : real*8: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
cn : real*8: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
cnc_ini : real*8: Subroutine: assign_patch. Module: PATCHES. File: patches.f
cnc_ini : real*8: Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
cnc_ini : real*8, dimension(:): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
cnc_ini : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
cnc_ini : real*8, dimension(i0:i1, j0:j1): Subroutine: init_canopy_physical. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cnc_ini : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
cnratio : real*8, dimension(NPOOLS): Global variable . Module: ENT_CONST. File: ent_const.f
cohort : used from ent_types: Global variable . Module: ENT_MOD. File: ent_mod.f
cohort_carbon : used from cohorts: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
cohort_construct : used from cohorts: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
cohort_construct : used from cohorts: Subroutine: patch_construct. Module: PATCHES. File: patches.f
cohort_destruct : used from cohorts: Subroutine: patch_delete_cohort. Module: PATCHES. File: patches.f
cohort_destruct : used from cohorts: Subroutine: patch_destruct. Module: PATCHES. File: patches.f
cohort_kgc : real*8: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
cohort_kgcm2 : real*8: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
cohort_merge_data : used from cohorts: Subroutine: patch_merge_data. Module: PATCHES. File: patches.f
cohort_print : used from cohorts: Subroutine: patch_extract_pfts. Module: PATCHES. File: patches.f
cohort_print : used from cohorts: Subroutine: patch_print. Module: PATCHES. File: patches.f
cohortnum : integer: Subroutine: phenology_diag. Module: PHENOLOGY. File: phenology.f
cohortnum : integer: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
colddecid : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
colddroughtdecid : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 4
config : type(ent_config), save: Global variable . Module: ENT_MOD. File: ent_mod.f
config : type(ent_config): Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
config : type(ent_config): Subroutine: ent_biophysics. Module: ENT. File: ent.f
config : type(ent_config): Subroutine: ent_integrate. Module: ENT. File: ent.f
config : type(ent_config): Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
convoluted_szn_transmit : real*8, dimension(:, :), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
cop : type(cohort): Subroutine: allocate_npp_to_labile. Module: BIOPHYSICS. File: canopyspitters.f
cop : type(cohort): Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
cop : type(cohort), intent(in): Subroutine: calc_casarootfrac. Module: COHORTS. File: cohorts.f
cop : type(cohort), pointer: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
cop : type(cohort), pointer: Subroutine: cohort_carbon. Module: COHORTS. File: cohorts.f
cop : type(cohort), pointer: Subroutine: cohort_construct. Module: COHORTS. File: cohorts.f
cop : type(cohort), pointer: Subroutine: cohort_destruct. Module: COHORTS. File: cohorts.f
cop : type(cohort), intent(in): Subroutine: cohort_print. Module: COHORTS. File: cohorts.f
cop : type(cohort), pointer: Subroutine: ent_diagnostics. Module: ENT. File: ent.f
cop : type(cohort), pointer: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cop : type(cohort), pointer: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cop : type(cohort), pointer: Subroutine: geo_to_gin. Module: CANOPYRAD. File: canopyradiation.f
cop : type(cohort), pointer: Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
cop : type(cohort), pointer: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
cop : type(cohort), pointer: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
cop : type(cohort), pointer: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
cop : type(cohort), pointer: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
cop : type(cohort), pointer: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
cop : type(cohort), pointer: Subroutine: patch_delete_cohort. Module: PATCHES. File: patches.f
cop : type(cohort), pointer: Subroutine: patch_destruct. Module: PATCHES. File: patches.f
cop : type(cohort), pointer: Subroutine: patch_extract_pfts. Module: PATCHES. File: patches.f
cop : type(cohort), pointer: Subroutine: patch_has_pft. Module: PATCHES. File: patches.f
cop : type(cohort), pointer: Subroutine: patch_print. Module: PATCHES. File: patches.f
cop : type(cohort), pointer: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
cop : type(cohort), pointer: Subroutine: phenology_diag. Module: PHENOLOGY. File: phenology.f
cop : type(cohort), pointer: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
cop : type(cohort), pointer: Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cop : type(cohort), pointer: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cop : type(cohort), pointer: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
cop : type(cohort), pointer: Subroutine: sum_roots_cohorts2patch. Module: PATCHES. File: patches.f
cop : type(cohort), pointer: Subroutine: summarize_patch. Module: PATCHES. File: patches.f
cop : type(cohort), pointer: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
cop : type(cohort), pointer: Subroutine: zero_cohort. Module: COHORTS. File: cohorts.f
cop1 : type(cohort): Subroutine: cohort_merge_data. Module: COHORTS. File: cohorts.f
cop2 : type(cohort): Subroutine: cohort_merge_data. Module: COHORTS. File: cohorts.f
cop_del : type(cohort), pointer: Subroutine: patch_delete_cohort. Module: PATCHES. File: patches.f
cop_next : type(cohort), pointer: Subroutine: patch_delete_cohort. Module: PATCHES. File: patches.f
cop_tmp : type(cohort), pointer: Subroutine: patch_destruct. Module: PATCHES. File: patches.f
cos_solar_zenith_angle : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
cos_solar_zenith_angle : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
cos_solar_zenith_angle : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
cosz : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
coszen : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
coszen : real*8, intent(in): Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
coszen : real*8, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
coszen : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
coszen : real*8, dimension(num_vegsol): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
coszen : real*8, intent(in): Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
coszen : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
coszen : real*8, dimension(num_vegsol): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
count : integer: Subroutine: geo_to_gin. Module: CANOPYRAD. File: canopyradiation.f
counter : integer, save: Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 0
counter : integer, save: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 0
cover :: Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
type
cover :: Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
type
cover :: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
type
cover_dirt : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 10
cover_sand : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1
cover_sand : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
coveroffset : used from ent_pfts: Global variable . Module: ENT_MOD. File: ent_mod.f
coveroffset : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 1
cp : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1012.
cpool : real*8, dimension(N_BPOOLS): Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cpool : real*8, intent(inout), dimension(N_BPOOLS): Subroutine: prescr_init_clab. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
cpool : real*8, dimension(N_BPOOLS): Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cpool : real*8, intent(out), dimension(N_BPOOLS): Subroutine: prescr_plant_cpools. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
cpool : real*8, dimension(N_BPOOLS): Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cpool : real*8, intent(out), dimension(N_BPOOLS): Subroutine: update_plant_cpools. Module: PHENOLOGY. File: phenology.f
cpool_fracs : real*8, dimension(n_pft, npools-nlive, n_casa_layers): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cpool_tmp : real*8, dimension(npools-nlive, n_casa_layers): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cpooldata : real*8, intent(in), dimension(N_COVERTYPES, N_BPOOLS): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
cpooldata : real*8, intent(out), dimension(N_COVERTYPES, N_BPOOLS, I0:I1, J0:J1): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cpooldata : real*8, intent(out), dimension(N_COVERTYPES, N_BPOOLS, I0:I1, J0:J1): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cpooldata : real*8, intent(out), dimension(N_COVERTYPES, N_BPOOLS, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cprev : type(cohort), pointer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
cr : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 6
crad_heights : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
crad_heights : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
crad_heights : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
craddata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
craddata : real*8, intent(out), dimension(N_COVERTYPES): Subroutine: prescr_get_crownrad. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
craddata : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
craddata3d : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cradpar : type(canraddrv): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
crop1 : real*8, dimension(I0:I1, J0:J1): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
crop2 : real*8, dimension(I0:I1, J0:J1): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
crop4 : real*4, dimension(im, jm): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cropdata : real*8, intent(out), dimension(I0:I1, J0:J1): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cropdata : real*8, allocatable, dimension(:, :): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
crops : used from ent_pfts: Global variable . Module: ENT_MOD. File: ent_mod.f
crops : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 8
crops_old : real*8: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
crops_old : real*8: Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
cropsdata : real*8, intent(in), optional, target: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
cropsdata : real*8, intent(in), optional, target: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
cropsdata : real*8, intent(in), optional, target: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
cropsdata : real*8, intent(in): Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cropsdata : real*8, pointer: Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
cropsdata_1 : real*8, pointer: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
crown_dx : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
crown_dx : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
crown_dy : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
crown_dy : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
crp : type(canraddrv): Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
crp : type(canraddrv): Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
crp : type(canraddrv): Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
crp : type(canraddrv): Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
crp : type(canraddrv): Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
crp : type(canraddrv): Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
cs : real*8, intent(in): Subroutine: ballberry. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
cs : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
csp : type(cohort), pointer: Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
csum : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
csum : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
csum : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
csum : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
current :: Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
cohort
current :: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
cohort
current :: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cohort
current :: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
cohort
cwd : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 8
d : real*8, intent(in): Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
d : real*8: Subroutine: get_analytical_clump. Module: CANOPYRAD. File: canopyradiation.f
d : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
d1 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
d1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
d2 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
d_efp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
d_fp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
d_height_levels : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
d_rdfp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
d_rifp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
d_vz : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
dailyupdate : logical, intent(in): Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
dbh : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
dbh : real*8, intent(in): Subroutine: dbh2cdead. Module: PHENOLOGY. File: phenology.f
dbh : real*8, intent(in): Subroutine: dbh2cfol. Module: PHENOLOGY. File: phenology.f
dbh : real*8, intent(in): Subroutine: dbh2height. Module: PHENOLOGY. File: phenology.f
dbh : real*8, intent(in): Subroutine: dhddbh. Module: PHENOLOGY. File: phenology.f
dbh : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
dbh : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
dbh : real*8, intent(in): Subroutine: nplant. Module: PHENOLOGY. File: phenology.f
dbh : real*8, intent(in): Subroutine: popdensity. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
dbh : real*8, intent(in): Subroutine: prescr_plant_cpools. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
dbh : real*8, intent(in): Subroutine: update_plant_cpools. Module: PHENOLOGY. File: phenology.f
dbh : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
dbhdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
dbhdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: prescr_calc_shoot. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
dbhdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
dbhdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: prescr_get_pop. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
dbhdata : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
dbhdata3d : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
dbuf : real*8, pointer, dimension(:): Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
dbuf : real*8, pointer, dimension(:): Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
dbuf : real*8, intent(inout), dimension(0:): Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
dc : integer: Subroutine: copy_cell_vars. Module: ENT_MOD. File: ent_mod.f
dc : integer: Subroutine: copy_cohort_vars. Module: ENT_MOD. File: ent_mod.f
dc : integer: Subroutine: copy_patch_vars. Module: ENT_MOD. File: ent_mod.f
dc : integer: Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
dc : integer: Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
dc : integer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
dc : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
dc_croot : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dc_croot : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_croot : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dc_fol : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dc_fol : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_fol : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dc_froot : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dc_froot : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_froot : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dc_hw : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dc_hw : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_hw : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dc_lab : real*8: Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
dc_lab : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dc_lab : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_lab : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dc_lab : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
dc_litter_croot : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_litter_croot : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
dc_litter_hw : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_litter_hw : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
dc_remainder : real*8: Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
dc_sw : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dc_sw : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_sw : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dc_total : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dc_total : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dc_total : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dcactive : real*8: Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
dcactive : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
dcc : integer: Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
dcdead : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
dcfoldcdead : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
dcfrootdcdead : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
dclab_dbiomass : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dclab_dbiomass : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dclab_dbiomass : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dcrepro : real*8, intent(out): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
dcrepro : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dcrepro : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
dcrops : real*8: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
dcswdcdead : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
ddfacu : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 1.d0/15.d0
decidforest : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 5
del : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
delc : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
delete_patch : used from patches: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
delta_z : real*8: Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
delta_z : real*8: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
delta_z : real*8, intent(in): Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
delta_z : real*8: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
delta_z : real*8: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
delta_z : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
deltah : real*8, intent(in): Subroutine: tresponse. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
dens_foliage : real*8: Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
dens_tree : real*8: Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
density : real*8: Subroutine: patch_extract_pfts. Module: PATCHES. File: patches.f
dfr : real*8: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
dgs : real*8: Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
dgs_max : real*8: Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
dhdcdead : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
dif : real*8: Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
dif : real*8: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
diff : real*8, dimension(:), pointer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
dims : integer, dimension(2, 1): Subroutine: ent_cell_construct_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_cell_construct_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_cell_destruct_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_cell_destruct_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_cell_nullify_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_cell_nullify_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_cell_print_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_cell_print_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_fast_processes_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_fast_processes_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_run_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_run_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 1): Subroutine: ent_vegcover_update_r8_1. Module: ENT_MOD. File: ent_mod.f
dims : integer, dimension(2, 2): Subroutine: ent_vegcover_update_r8_2. Module: ENT_MOD. File: ent_mod.f
direct_visible_rad : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
direct_visible_rad : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
direct_visible_rad : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
dlai : real*8, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
do_frost_hardiness : logical, optional: Subroutine: ent_initialize. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo : logical, intent(in): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_albedo_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_lai : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_lai : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_lai : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_lai : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_lai : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_lai : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_lai : logical, intent(in): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
do_giss_lai : logical, intent(in): Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_lai_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology : logical, intent(in): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
do_giss_phenology_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
do_patchdynamics : logical, optional: Subroutine: ent_initialize. Module: ENT_MOD. File: ent_mod.f
do_phenology_activegrowth : logical, optional: Subroutine: ent_initialize. Module: ENT_MOD. File: ent_mod.f
do_phenology_activegrowth : logical, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
do_read_from_files : logical, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
do_soilinit : logical, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
do_soilresp : logical, optional: Subroutine: ent_initialize. Module: ENT_MOD. File: ent_mod.f
do_structuralgrowth : logical, optional: Subroutine: ent_initialize. Module: ENT_MOD. File: ent_mod.f
donor_pool : integer: Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
dormant : logical: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
dphi : real*8: Subroutine: prescr_calc_lai. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
droughtdecid : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 3
droughtdecidbroad : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 20
dszn : real*8: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
dt : real*8, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
dt : real*8, intent(in): Subroutine: ent_fast_processes_r8_0. Module: ENT_MOD. File: ent_mod.f
dt : real*8, intent(in): Subroutine: ent_fast_processes_r8_1. Module: ENT_MOD. File: ent_mod.f
dt : real*8, intent(in): Subroutine: ent_fast_processes_r8_2. Module: ENT_MOD. File: ent_mod.f
dt : real*8, intent(in): Subroutine: ent_run_r8_0. Module: ENT_MOD. File: ent_mod.f
dt : real*8, intent(in): Subroutine: ent_run_r8_1. Module: ENT_MOD. File: ent_mod.f
dt : real*8, intent(in): Subroutine: ent_run_r8_2. Module: ENT_MOD. File: ent_mod.f
dt : real*8, intent(in): Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
dt : real*8, intent(in): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
dt : real*8, intent(in): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
dt : real*8, intent(in): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
dtsec : real*8: Subroutine: allocate_npp_to_labile. Module: BIOPHYSICS. File: canopyspitters.f
dtsec : real*8: Subroutine: calc_cell_disturbance_rates. Module: DISTURBANCE. File: disturbance.f
dtsec : real*8, intent(in): Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
dtsec : real*8, intent(in): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
dtsec : real*8, intent(in): Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
dtsec : real*8: Subroutine: ent_biophysics. Module: ENT. File: ent.f
dtsec : real*8, intent(in): Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
dtsec : real*8: Subroutine: ent_integrate. Module: ENT. File: ent.f
dtsec : real*8: Subroutine: fire_frequency_cell. Module: DISTURBANCE. File: disturbance.f
dtsec : real*8, intent(in): Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
dtsec : real*8, intent(in): Subroutine: photosyn_acclim. Module: PHENOLOGY. File: phenology.f
dtsec : real*8, intent(in): Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
dtsec : real*8: Subroutine: reproduction_calc. Module: REPRODUCTION. File: reproduction.f
dtsec : real*8, intent(in): Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
dtsec : real*8, intent(in): Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
dtsec : real*8: Subroutine: uptake_n. Module: GROWTHALLOMETRY. File: growthallometry.f
dtsec : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
dtsec : real*8, intent(in): Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
dummy : real*8, dimension(0): Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
dummy : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
dz : real*8: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
dz : real*8: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
dz : real*8, dimension(N_CASA_LAYERS): Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
dz_soil : real*8, parameter, dimension(1:6): Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/ 0.99999964d-01, 0.17254400d+00, 0.29771447d+00, 0.51368874d+00, 0.88633960d+00, 0.15293264d+01 /)
ecp : type(entcelltype): Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
ecp : type(entcelltype): Subroutine: ent_biophysics. Module: ENT. File: ent.f
ecp : type(entcelltype), pointer: Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
ecp : type(entcelltype), pointer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
ecp : type(entcelltype): Subroutine: ent_diagnostics_entcell. Module: ENT. File: ent.f
ecp : type(entcelltype): Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
ecp : type(entcelltype): Subroutine: ent_integrate. Module: ENT. File: ent.f
ecp : type(entcelltype), pointer: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype), pointer: Subroutine: entcell_construct. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype), pointer: Subroutine: entcell_destruct. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype): Subroutine: entcell_extract_pfts. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype), intent(in): Subroutine: entcell_print. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype): Subroutine: entcell_update_albedo. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
ecp : type(entcelltype): Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
ecp : type(entcelltype): Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
ecp : type(entcelltype): Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
ecp : type(entcelltype): Subroutine: entcell_update_shc. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
ecp : type(entcelltype): Subroutine: get_patch_by_cover. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype), target: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype): Subroutine: struct_flag. Module: ENT. File: ent.f
ecp : type(entcelltype): Subroutine: struct_flag_day. Module: ENT. File: ent.f
ecp : type(entcelltype): Subroutine: struct_flag_month. Module: ENT. File: ent.f
ecp : type(entcelltype): Subroutine: summarize_entcell. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype): Subroutine: zero_entcell. Module: ENTCELLS. File: entcells.f
ecp : type(entcelltype): Subroutine: zero_entcell_patchsum. Module: ENTCELLS. File: entcells.f
ecp_cfol : real*8, optional: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
ecp_croot : real*8, optional: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
ecp_csoil : real*8, optional: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
ecp_cstem : real*8, optional: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
ecp_kgcm2 : real*8: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
ed_woodydiameter : used from ent_prescr_veg: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
edpery : real*8, parameter: Global variable . Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = 365.
eff : real*8, dimension(NRESP_POOLS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
eff : real*8, intent(in), dimension(NRESP_POOLS): Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
efp : real*8, dimension(:), pointer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
efp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
efp : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
efpt : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
elai : real*8, dimension(num_vegsol): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
elai : real*8: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
ent_biophysics : used from ent: Subroutine: ent_fast_processes_r8_0. Module: ENT_MOD. File: ent_mod.f
ent_biophysics : used from ent: Subroutine: ent_fast_processes_r8_1. Module: ENT_MOD. File: ent_mod.f
ent_biophysics : used from ent: Subroutine: ent_fast_processes_r8_2. Module: ENT_MOD. File: ent_mod.f
ent_config : used from ent_types: Global variable . Module: ENT_MOD. File: ent_mod.f
ent_integrate : used from ent: Subroutine: ent_run_r8_0. Module: ENT_MOD. File: ent_mod.f
ent_integrate : used from ent: Subroutine: ent_run_r8_1. Module: ENT_MOD. File: ent_mod.f
ent_integrate : used from ent: Subroutine: ent_run_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype): Subroutine: calc_cell_disturbance_rates. Module: DISTURBANCE. File: disturbance.f
entcell : type(entcelltype), intent(inout): Subroutine: copy_cell_vars. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_construct_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_construct_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_construct_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_destruct_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_destruct_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_destruct_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_nullify_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_nullify_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_nullify_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(in): Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(in), dimension(:, :): Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(in): Subroutine: ent_cell_print_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(in), dimension(:): Subroutine: ent_cell_print_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(in), dimension(:, :): Subroutine: ent_cell_print_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout), dimension(:): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout), dimension(:, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_fast_processes_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_fast_processes_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_fast_processes_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(in): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(in), dimension(:): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(in), dimension(:, :): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_run_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_run_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_run_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout), dimension(:): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout), dimension(:, :): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_vegcover_update_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_vegcover_update_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype_public), intent(inout): Subroutine: ent_vegcover_update_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell : type(entcelltype): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
entcell : type(entcelltype): Subroutine: fire_frequency_cell. Module: DISTURBANCE. File: disturbance.f
entcell : type(entcelltype): Subroutine: recalc_radpar_old. Module: CANOPYRAD. File: canopyradiation.f
entcell : type(entcelltype): Subroutine: reorganize_patches. Module: PATCHES. File: patches.f
entcell_extract_pfts : used from entcells: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
entcell_extract_pfts : used from entcells: Subroutine: entcell_update_shc. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
entcell_print : used from entcells: Subroutine: ent_biophysics. Module: ENT. File: ent.f
entcell_print : used from entcells: Subroutine: ent_integrate. Module: ENT. File: ent.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
entcell_vegupdate : used from ent_prescribed_updates: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
entcelltype : used from ent_types: Global variable . Module: ENT_MOD. File: ent_mod.f
eps : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1.d-8
eps : real*8, parameter: Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 1.d-8
eps0 : real*8, parameter: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 1.d-8
eps2 : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1.d-12
errlim : real*8, parameter: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 0.1d0
error : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
esai : real*8, dimension(num_vegsol): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
evai : real*8, pointer, dimension(:): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
evergreen : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1
evergrneedle : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 6
f : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
f1 : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
f1c : real*8, save: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = -1.d30
f1e : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
f_area : real, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = .01
fa : real*8: Subroutine: summarize_entcell. Module: ENTCELLS. File: entcells.f
fabd : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
fabi : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
facclim : real*8: Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
facclim : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
facclim : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
facclim : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
facclim : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
fact : real*8: Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
fact_passive : real*8, dimension(N_PFT): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
fact_slow : real*8, dimension(N_PFT): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
fact_soilmic : real*8, dimension(N_PFT): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
fall : logical: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
fdir : real*8, intent(in): Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
fdir : real*8, intent(in): Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Fraction of surface visible radiation that is direct
fdir : real*8, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
fdir : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
fdry_pft_eff : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
ffp : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
ffp : real*8, dimension(:), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
fice : real*8, intent(in), dimension(:): Subroutine: water_stress. Module: BIOPHYSICS. File: canopyspitters.f
fice : real*8, intent(in), dimension(:): Subroutine: water_stress. Module: PHENOLOGY. File: phenology.f
fice : real*8, intent(in), dimension(:): Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
filter_vegsol : integer, dimension(num_vegsol): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
filter_vegsol : integer, intent(in), dimension(ubp-lbp+1): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
flag : integer, intent(in): Subroutine: copy_cell_vars. Module: ENT_MOD. File: ent_mod.f
defines the actual action:
flag : integer, intent(in): Subroutine: copy_cohort_vars. Module: ENT_MOD. File: ent_mod.f
defines the actual action:
flag : integer, intent(in): Subroutine: copy_patch_vars. Module: ENT_MOD. File: ent_mod.f
defines the actual action:
flag : integer, intent(in): Subroutine: copy_vars_array. Module: ENT_MOD. File: ent_mod.f
defines the actual action:
flag : integer, intent(in): Subroutine: copy_vars_i_array. Module: ENT_MOD. File: ent_mod.f
defines the actual action:
flag : integer, intent(in): Subroutine: copy_vars_i_single. Module: ENT_MOD. File: ent_mod.f
defines the actual action:
flag : integer, intent(in): Subroutine: copy_vars_single. Module: ENT_MOD. File: ent_mod.f
defines the actual action:
flux_co2 : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
flux_co2 : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
flux_co2 : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
fol : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1
foliage_humidity : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
foliage_humidity : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
foliage_humidity : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
fp : real*8, dimension(:), pointer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
fp : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
fp : real*8, dimension(:), intent(inout): Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
fp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
fp : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
fp : real*8, dimension(:), pointer: Subroutine: t. Module: CANOPYRAD. File: canopyradiation.f
fp : integer: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
fparlimit : real*8: Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
fpt : real*8, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
fpt : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
fpt : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
fr : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 5
frac_donor : real*8, dimension(NRESP_POOLS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
frac_donor : real*8, intent(in), dimension(NRESP_POOLS): Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
fracroot : real*8, optional, dimension(:): Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
fracroot : real*8, dimension(N_DEPTH): Subroutine: init_rootdistr. Module: GROWTHALLOMETRY. File: growthallometry.f
fracroot : real*8, optional, intent(in), dimension(N_DEPTH): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
fracroot : real*8, dimension(N_DEPTH): Subroutine: sum_roots_cohorts2patch. Module: PATCHES. File: patches.f
fracroot : real*8, intent(in), dimension(:): Subroutine: water_stress. Module: BIOPHYSICS. File: canopyspitters.f
fracroot : real*8, intent(in), dimension(:): Subroutine: water_stress. Module: PHENOLOGY. File: phenology.f
fracroot : real*8, intent(in), dimension(:): Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
fracrootcasa : real*8, intent(out), dimension(N_CASA_LAYERS): Subroutine: calc_casarootfrac. Module: COHORTS. File: cohorts.f
fracrootcasa : real*8, dimension(N_CASA_LAYERS): Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
fracrootcasa : real*8, dimension(N_CASA_LAYERS): Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
fracrootcasa : real*8, dimension(N_CASA_LAYERS): Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
fracrootcasa : real*8, dimension(N_CASA_LAYERS): Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
fracrootcasa : real*8, dimension(N_CASA_LAYERS): Subroutine: summarize_patch. Module: PATCHES. File: patches.f
fracrootdata : real*8, intent(in), dimension(N_COVERTYPES, N_DEPTH): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
fracsl : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Fraction of leaves in canopy that are sunlit (fraction)
fraction_of_vegetated_soil : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
fraction_of_vegetated_soil : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
fraction_of_vegetated_soil : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
frdn : real*8: Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
frid : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
frii : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
froot : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
froot_kgcm2 : real*8: Subroutine: resp_root. Module: BIOPHYSICS. File: canopyspitters.f
frootc_total : real*8: Subroutine: sum_roots_cohorts2patch. Module: PATCHES. File: patches.f
frost_hardiness : used from photcondmod: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
frup : real*8: Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
fsl : real*8, intent(out): Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
Fraction of sunlit foliage in layer at Lc (unitless).
fsl : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
fsum : real*8: Subroutine: prescr_calc_shc. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
ftdd : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
ftid : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
ftii : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
g : real*8: Subroutine: get_analytical_clump. Module: CANOPYRAD. File: canopyradiation.f
g : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
g : real*8, dimension(:), pointer: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
gammamol : real*8: Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gammastar : real*8: Subroutine: calc_co2compp. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gammastar : real*8, intent(in): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gamol : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gasc : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 8.314510d0
gb : real*8, intent(in): Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
gb : real*8, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
gb : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gb : real*8: Subroutine: gs_from_ci. Module: BIOPHYSICS. File: canopyspitters.f
gb : real*8, intent(in): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gb : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
gb : real*8, intent(in): Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
gb : real*8, intent(in): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gb : real*8, intent(in): Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
gb : real*8, intent(in): Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
gcanopy : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
gcanopy : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
gcanopy : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
gcanopysum : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
gcindiv_to_kgcm2 : real*8: Subroutine: summarize_patch. Module: PATCHES. File: patches.f
gdd : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
gdd : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
gdd_length : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 50.d0
gdd_par1 : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = -68.d0
gdd_par2 : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 638.d0
gdd_par3 : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = -0.01d0
gdd_threshold : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
gdir : real*8, pointer, dimension(:): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
get_analytical_clump : real*8: Subroutine: get_analytical_clump. Module: CANOPYRAD. File: canopyradiation.f
get_k : real*8: Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
get_k2 : real*8: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
ghi : real*8, parameter: Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 333.0
gin : type(gort_input): Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
gin : type(gort_input), dimension(:), pointer: Subroutine: geo_to_gin. Module: CANOPYRAD. File: canopyradiation.f
gin : type(gort_input), intent(in): Subroutine: get_analytical_clump. Module: CANOPYRAD. File: canopyradiation.f
gin : type(gort_input): Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
gin : type(gort_input), intent(in): Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
gin : type(gort_input), dimension(:), pointer: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
gin : type(gort_input), dimension(:), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
gin : type(gort_input), dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
gin : type(gort_input): Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
gin1 : type(gort_input): Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
gleaf1 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
gleaf2 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
glo : real*8, parameter: Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = .015
gp : type(entcelltype): Subroutine: delete_patch. Module: PATCHES. File: patches.f
gp : type(entcelltype), target: Subroutine: insert_patch. Module: PATCHES. File: patches.f
gp : type(entcelltype), pointer: Subroutine: patch_merge. Module: PATCHES. File: patches.f
gp : type(entcelltype), pointer: Subroutine: patch_split. Module: PATCHES. File: patches.f
gpp : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
gpp : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
gppsum : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
gr_fract : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
grassc3 : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 2
growth_r : real*8: Subroutine: resp_can_growth. Module: BIOPHYSICS. File: canopyspitters.f
gs : real*8, intent(in): Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
gs : real*8, intent(inout): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
gs : real*8, intent(out): Subroutine: fbb_night. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gs : real*8: Subroutine: gs_from_ci. Module: BIOPHYSICS. File: canopyspitters.f
gs : real*8, intent(out): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gsinout : real*8, intent(inout): Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
gsint : real*8: Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
gslayer : real*8, intent(out): Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
gsnew : real*8, intent(in): Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
gsold : real*8: Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
gsout : real*8: Subroutine: gs_from_ci. Module: BIOPHYSICS. File: canopyspitters.f
gsout : real*8, intent(out): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
gssh : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
gssl : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
gsw : real*8: Subroutine: ballberry. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
h : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
h : real*8: Subroutine: calc_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
h : real*8, intent(in): Subroutine: ed_woodydiameter. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
h : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
h : real*8, intent(in): Subroutine: height2dbh. Module: PHENOLOGY. File: phenology.f
h : real*8, intent(in): Subroutine: height_function1. Module: CANOPYRAD. File: canopyradiation.f
h : real*8, intent(in): Subroutine: height_function2. Module: CANOPYRAD. File: canopyradiation.f
h : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
h : real*8: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
h : real*8, intent(in): Subroutine: nplant. Module: PHENOLOGY. File: phenology.f
h : real*8, intent(in): Subroutine: prescr_plant_cpools. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
h : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h : real*8, intent(in): Subroutine: update_plant_cpools. Module: PHENOLOGY. File: phenology.f
h : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
h1 : real*8: Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
h1 : real*8, intent(in): Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
h1 : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
h1 : real*8: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
h1 : real*8, intent(in): Subroutine: height_function4. Module: CANOPYRAD. File: canopyradiation.f
h1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h10 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h1cf : real*8, parameter: Subroutine: cfol2height. Module: PHENOLOGY. File: phenology.f
Initial Value = 5.0d0
h1cf : real*8, parameter: Subroutine: height2cfol. Module: PHENOLOGY. File: phenology.f
Initial Value = 5.0d0
h2 : real*8: Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
h2 : real*8, intent(in): Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
h2 : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
h2 : real*8: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
h2 : real*8, intent(in): Subroutine: height_function4. Module: CANOPYRAD. File: canopyradiation.f
h2 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h2cf : real*8, parameter: Subroutine: cfol2height. Module: PHENOLOGY. File: phenology.f
Initial Value = 1.20d0
h2cf : real*8, parameter: Subroutine: height2cfol. Module: PHENOLOGY. File: phenology.f
Initial Value = 1.20d0
h3 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h4 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h5 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h6 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h7 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h8 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h9 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
h_tmp : real*8, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
ha : real*8, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
hc_high : real*8: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
hc_low : real*8: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
hdata : real*8, intent(in), optional, target, dimension(:): Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
hdata : real*8, intent(in), optional, target, dimension(:, :): Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
hdata : real*8, intent(in), optional, target, dimension(:, :, :): Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
hdata : real*8, intent(in), dimension(N_PFT): Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
hdata : real*8, pointer, dimension(:): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
hdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
hdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: prescr_calc_shoot. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
hdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
hdata : real*8, dimension(N_COVERTYPES): Subroutine: prescr_get_hdata. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
hdata : real*8, dimension(N_COVERTYPES): Subroutine: prescr_get_height. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
hdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: prescr_get_woodydiameter. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
hdata : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
hdata3d : real*8, dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
hdata3d : real*8, intent(in), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
hdata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
hdif : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
hdif : real*8, intent(in): Subroutine: height_function1. Module: CANOPYRAD. File: canopyradiation.f
hdif : real*8, intent(in): Subroutine: height_function2. Module: CANOPYRAD. File: canopyradiation.f
hdif : real*8, intent(in): Subroutine: height_function3. Module: CANOPYRAD. File: canopyradiation.f
heat_transfer_coef : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
heat_transfer_coef : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
heat_transfer_coef : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
height : real*8, intent(in): Subroutine: height2cfol. Module: PHENOLOGY. File: phenology.f
height2dbh : used from phenology: Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
height_function1 : real*8: Subroutine: height_function1. Module: CANOPYRAD. File: canopyradiation.f
height_function2 : real*8: Subroutine: height_function2. Module: CANOPYRAD. File: canopyradiation.f
height_function3 : real*8: Subroutine: height_function3. Module: CANOPYRAD. File: canopyradiation.f
height_function4 : real*8: Subroutine: height_function4. Module: CANOPYRAD. File: canopyradiation.f
height_in : real*8, dimension(:), pointer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
height_levelc : real*8, dimension(:), pointer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, dimension(:), pointer: Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, dimension(:), intent(in): Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, dimension(:), pointer: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, dimension(:), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
height_levels : real*8, intent(in), dimension(:): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
height_out : real*8, dimension(:), pointer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
hemi : integer, intent(in), optional, target: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
hemi : integer, intent(in), optional, target: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
hemi : integer, intent(in), optional, target: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
hemi : integer, intent(in), target: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
hemi : integer, intent(in), target: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
hemi : integer, intent(in), target: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
hemi : integer, intent(in): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
hemi : integer, intent(in): Subroutine: prescr_calc_lai. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
=1 in N. hemisphere, =-1 S.hemi
hemi : integer, dimension(I0:I1, J0:J1): Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
=1 in N. hemisphere, =-1 in South
hemi : integer, intent(in): Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
-1: S.hemisphere, 1: N.hemisphere
hemi : integer, intent(in): Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
hemi : integer, dimension(I0:I1, J0:J1): Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
hemi : integer, dimension(I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
hemi_1 : integer: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
hin_high : real*8: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
hin_low : real*8: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
horz_radius : real*8: Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
hourfrac : real*8: Subroutine: struct_flag_day. Module: ENT. File: ent.f
hourfrac : real*8: Subroutine: struct_flag_month. Module: ENT. File: ent.f
hw : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 3
hw_fract : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.70d0
hwilt : real*8, intent(in): Subroutine: water_stress. Module: BIOPHYSICS. File: canopyspitters.f
hwilt : real*8, intent(in): Subroutine: water_stress. Module: PHENOLOGY. File: phenology.f
i : integer: Subroutine: assign_patch. Module: PATCHES. File: patches.f
i : integer: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
i : integer: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
i : integer: Subroutine: copy_cell_vars. Module: ENT_MOD. File: ent_mod.f
i : integer: Subroutine: copy_patch_vars. Module: ENT_MOD. File: ent_mod.f
i : integer: Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
i : integer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
i : integer: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
i : integer: Subroutine: geo_to_gin. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i : integer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
i : integer: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
i : integer: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
i : integer: Subroutine: litter_patch. Module: PHENOLOGY. File: phenology.f
i : integer: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
i : integer: Subroutine: partition. Module: QSORT_C_MODULE. File: canopyradiation.f
i : integer: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
i : integer: Subroutine: patch_print. Module: PATCHES. File: patches.f
i : integer: Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i : integer: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i : integer: Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i : integer: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i : integer: Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i : integer: Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i : integer: Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i : integer: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
i : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
i : integer: Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
i0 : integer, intent(in): Subroutine: init_canopy_physical. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0 : integer, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i0df : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
i0df : real*8: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
i0dr : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
i0dr : real*8: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
i1 : integer: Subroutine: ent_cell_construct_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_construct_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_destruct_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_destruct_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_nullify_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_nullify_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_print_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_print_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_fast_processes_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_fast_processes_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_run_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_run_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_vegcover_update_r8_1. Module: ENT_MOD. File: ent_mod.f
i1 : integer: Subroutine: ent_vegcover_update_r8_2. Module: ENT_MOD. File: ent_mod.f
i1 : integer, intent(in): Subroutine: init_canopy_physical. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i1 : integer, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
i2 : integer: Subroutine: ent_cell_construct_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_cell_destruct_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_cell_nullify_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_cell_print_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_fast_processes_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_run_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
i2 : integer: Subroutine: ent_vegcover_update_r8_2. Module: ENT_MOD. File: ent_mod.f
i2a : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
i2a : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
i2a : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
i_sha : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
i_sun : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
ia : integer: Subroutine: summarize_entcell. Module: ENTCELLS. File: entcells.f
ia : integer: Subroutine: summarize_patch. Module: PATCHES. File: patches.f
ialloc : real*8, intent(in): Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
ialloc : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
ib : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
ib : integer: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
ibaser : real*8: Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ic : integer: Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
id : real*8: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
id : integer, dimension(1): Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
id : real*8, intent(in): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
id1 : integer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
id2 : integer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
idfa : real*8: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
Diffuse PAR in canopy at Lc (umol/m[ground]2/s).
idra : real*8: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
Direct PAR in canopy at Lc (umol/m[ground]2/s).
idrdra : real*8: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
Direct PAR at Lc that remains direct (umol/m[ground]2/s).
iemis : real*8, intent(out): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
iemis : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
iemisl : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
iemiss : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
ii : integer: Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
ii : integer: Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
ii : integer: Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
ii : real*8: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
ii : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
iint : real*8: Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
ilayer : real*8, intent(out): Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
ileaf1 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
ileaf2 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
ilevel : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
ilevel : integer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
ilevel : integer: Subroutine: t. Module: CANOPYRAD. File: canopyradiation.f
ilevel : integer: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
im : integer, intent(in): Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
im : integer, intent(in): Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
im : integer, intent(in): Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
im : integer, intent(in): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
im : integer, intent(in): Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
im : integer, intent(in): Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
im : integer, intent(in): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
im : integer, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
index : integer, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
init : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
init : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
init : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
init : logical, intent(in): Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
init : logical, intent(in): Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
init : logical, intent(in): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
init : logical, intent(in): Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
init_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
init_1 : logical: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
init_rootdistr : used from growthallometry: Subroutine: zero_cohort. Module: COHORTS. File: cohorts.f
insert_cohort : used from cohorts: Subroutine: patch_set_pft. Module: PATCHES. File: patches.f
insert_cohort : used from cohorts: Subroutine: patch_split. Module: PATCHES. File: patches.f
interpolate_in : type(profile_params), intent(in): Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
interpolate_out : type(profile_params), pointer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
interpolate_out : type(profile_params), pointer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
ip : integer: Subroutine: summarize_entcell. Module: ENTCELLS. File: entcells.f
ipar : real*8, intent(in): Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
ipar : real*8, intent(in): Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
ipar : real*8, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
ipar : real*8: Subroutine: gs_from_ci. Module: BIOPHYSICS. File: canopyspitters.f
ipar : real*8, intent(in): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ipar : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
ipar : real*8, intent(in): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
iparminmol : real*8, parameter: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 50
ipool : integer: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
ippsum : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
iprofile : integer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
iprofile : integer: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
iprofile : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
iq : integer: Global variable . Module: QSORT_C_MODULE. File: canopyradiation.f
iqsw : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 1000.0d0/3900.0d0/2.0d0
irtype : integer: Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
is_annual : logical: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
ish : real*8: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
ish : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
isha : real*8, intent(out): Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
PAR absorbed by shaded foliage at Lc (umol/m[foliage]2/s).
isha : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
isl : real*8: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
isl : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
isla : real*8, intent(out): Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
PAR absorbed by sunlit foliage at Lc (umol/m[foliage]2/s).
iso : real*8, intent(out): Subroutine: fbb_night. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
isp : real*8, intent(out): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
isp : real*8, intent(out): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ispout : real*8, intent(out): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
isun : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
iszn : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
it : integer: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
itot : real*8, dimension(2): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
iu : integer, intent(in): Subroutine: cohort_print. Module: COHORTS. File: cohorts.f
iu : integer, intent(in): Subroutine: ent_cell_print_r8_0. Module: ENT_MOD. File: ent_mod.f
iu : integer, intent(in): Subroutine: ent_cell_print_r8_1. Module: ENT_MOD. File: ent_mod.f
iu : integer, intent(in): Subroutine: ent_cell_print_r8_2. Module: ENT_MOD. File: ent_mod.f
iu : integer, intent(in): Subroutine: entcell_print. Module: ENTCELLS. File: entcells.f
iu : integer, intent(in): Subroutine: patch_print. Module: PATCHES. File: patches.f
iu_crops : integer: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
iu_hite : integer: Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
iu_lai : integer: Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
iu_soil : integer: Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
iu_soilcarb : integer: Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
iu_soilcarb : integer: Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
iu_veg : integer: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
ivt : integer, intent(in): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
ivt : integer, intent(in): Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
ivt : integer, dimension(num_vegsol): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
ivt : integer: Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
iwater_limit : integer, parameter: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
Initial Value = 0
iz : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
j : integer: Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
j : integer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
j : integer: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j : integer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
j : integer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
j : integer: Subroutine: partition. Module: QSORT_C_MODULE. File: canopyradiation.f
j : integer: Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j : integer: Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j : integer: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j : integer: Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j : integer: Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j : integer: Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: init_canopy_physical. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j0 : integer, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: init_canopy_physical. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
j1 : integer, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jc : integer: Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
jc1 : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
jday : integer, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in): Subroutine: ent_vegcover_update_r8_0. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in): Subroutine: ent_vegcover_update_r8_1. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in): Subroutine: ent_vegcover_update_r8_2. Module: ENT_MOD. File: ent_mod.f
jday : integer, intent(in): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
jday : integer, intent(in): Subroutine: prescr_calc_lai. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
julian day
jday : integer, intent(in): Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jday : integer, intent(in): Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
jday : integer, intent(in): Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
jday : integer, intent(in): Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jday : integer, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
jday_1 : integer: Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
je1 : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
jeq : integer: Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jeq : integer: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jeq : integer: Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jeq : integer: Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jh1 : real*8: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
jh11 : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
jh12 : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
jh2 : real*8: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
jh21 : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
jh22 : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
jlevel : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
jlevel : integer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
jm : integer, intent(in): Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jm : integer, intent(in): Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jm : integer, intent(in): Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jm : integer, intent(in): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jm : integer, intent(in): Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jm : integer, intent(in): Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jm : integer, intent(in): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
jm : integer, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
js1 : real*8: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
jyear : integer, intent(in): Subroutine: ent_vegcover_update_r8_0. Module: ENT_MOD. File: ent_mod.f
jyear : integer, intent(in): Subroutine: ent_vegcover_update_r8_1. Module: ENT_MOD. File: ent_mod.f
jyear : integer, intent(in): Subroutine: ent_vegcover_update_r8_2. Module: ENT_MOD. File: ent_mod.f
k : real*8: Global variable . Module: CANOPYRAD. File: canopyradiation.f
k : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
k : integer: Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
k : integer: Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
k : integer: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
k : integer: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
k : integer: Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
k : integer: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
k : integer: Subroutine: water_stress. Module: BIOPHYSICS. File: canopyspitters.f
k : integer: Subroutine: water_stress. Module: PHENOLOGY. File: phenology.f
k : integer: Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
k_clm : real*8, parameter: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 6.34d-07
kapco2 : real*8: Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
kbl : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
Canopy extinction coeff. for black leaves (unitless).
kbl : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
kc : real*8, parameter: Global variable . Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 30.0
kc : real*8, intent(in): Subroutine: calc_co2compp. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
kcq10 : real*8, parameter: Global variable . Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 2.1d0
kdf : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
Canopy extinction coeff. for diffuse radiation (unitless).
kdf : real*8, parameter: Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 0.71d0
kdf : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
kdt : real*8, dimension(N_PFT, NPOOLS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
kelvin : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = tfrz
kgc_indiv : real*8: Subroutine: cohort_carbon. Module: COHORTS. File: cohorts.f
kh1 : integer: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
kh2 : integer: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
ko : real*8, parameter: Global variable . Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 3.d4
ko : real*8, intent(in): Subroutine: calc_co2compp. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
koq10 : real*8, parameter: Global variable . Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 1.2d0
l : integer: Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
l : integer: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
l : integer: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
l1 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
l1c : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
l2 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
l2c : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
l_fract : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.50d0
labile : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 4
laday : integer, parameter, dimension(N_COVERTYPES): Global variable . Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/ 0, 196, 196, 196, 196, 196, 196, 196, 196 ,0, 0, 196 /)
lai : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
lai :: Global variable . Module: ENT_TYPES. File: ent_types.f
Leaf area index (m2[leaf]/m2[ground]) for vegetated patches only.
lai : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
lai : real*8, intent(in): Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
lai : real*8, intent(in): Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
lai :: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
for all PFT's
lai :: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
for all PFT's
lai : real*8, intent(in): Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
lai : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
lai : real*8, intent(in): Subroutine: nplant. Module: PHENOLOGY. File: phenology.f
lai :: Subroutine: prescr_calc_lai. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
leaf area index - returned
lai : real*8: Subroutine: prescr_calc_shc. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
lai : real*8, intent(in): Subroutine: prescr_plant_cpools. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
lai : real*8, intent(in): Subroutine: update_plant_cpools. Module: PHENOLOGY. File: phenology.f
lai_bound : real*8, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
lai_new : real*8: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
lai_new : real*8: Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
lai_new : real*8, intent(in): Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
lai_old : real*8: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
lai_old : real*8: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
laicanopy : real*8, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
laicohort : real*8, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
laidata : real*8, intent(in), optional, target, dimension(:): Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
laidata : real*8, intent(in), optional, target, dimension(:, :): Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
laidata : real*8, intent(in), optional, target, dimension(:, :, :): Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
laidata : real*8, intent(in), optional, target, dimension(:): Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
laidata : real*8, intent(in), optional, target, dimension(:, :): Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
laidata : real*8, intent(in), optional, target, dimension(:, :, :): Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
laidata : real*8, intent(in), dimension(N_PFT): Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
laidata : real*8, pointer, dimension(:): Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
laidata : real*8, dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
laidata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
laidata : real*8, intent(in), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
laidata : real*8, intent(in), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
laidata : real*8, dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
laidata : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdateb_r8_0. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdateb_r8_1. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdateb_r8_2. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdated_r8_0. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdated_r8_1. Module: ENT_MOD. File: ent_mod.f
laidata_1 : real*8, pointer, dimension(:): Subroutine: ent_prescribe_vegupdated_r8_2. Module: ENT_MOD. File: ent_mod.f
laifa : real*8: Subroutine: summarize_entcell. Module: ENTCELLS. File: entcells.f
laifasum : real*8: Subroutine: summarize_entcell. Module: ENTCELLS. File: entcells.f
laipatch : real*8: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
laipatch : real*8: Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
laipatch : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
laipft :: Global variable . Module: ENT_TYPES. File: ent_types.f
LAI by cover type.
layers : integer: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
layers : integer: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
lbp : integer, parameter: Global variable . Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 1
lbp : integer, intent(in): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
lc : real*8, intent(in): Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
lcum : real*8, intent(in): Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
ld : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
ld : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
ld_max : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 550.d0
ld_min : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 540.d0
ld_threshold : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 655.d0
leaf : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1
leaf_area_index : real*8, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
leaf_area_index : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
leaf_area_index : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
leaf_area_index : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
leaf_area_index : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
leaf_area_index : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
leafinternal_co2 : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
leafinternal_co2 : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
leafinternal_co2 : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
len : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
len : integer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
len_h : integer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
len_l : integer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
lh : real*8, intent(in): Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
lat. heat of vap./sub. (J/kg)
lhe0 : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2.5008d6
lhew : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2.260d6
light_old : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
lignineffect : real*8, dimension(n_pft): Global variable . Module: ENT_CONST. File: ent_const.f
litter_cohort : used from phenology: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
litter_patch : used from phenology: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
litter_patch : used from phenology: Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
llspan : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
llspan : real*8, intent(in): Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
llspan : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
llspan : real*8, intent(in): Subroutine: par_phenology. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
llspan : real*8, intent(in): Subroutine: sla. Module: PHENOLOGY. File: phenology.f
llspan0 : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
lma :: Global variable . Module: ENT_TYPES. File: ent_types.f
Leaf mass per leaf area (gC/m2)
lma : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
lma : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
lnscl : real*8: Subroutine: prescr_calcconst. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
loss_croot : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
loss_croot : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
loss_croot : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
loss_froot : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
loss_froot : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
loss_froot : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
loss_hw : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
loss_hw : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
loss_hw : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
loss_leaf : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
loss_leaf : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
loss_leaf : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
loss_leaf : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
loss_live : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
loss_live : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
loss_live : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
low_light_limit : real*8, parameter: Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 2.5d0
lsize : integer: Subroutine: ent_cell_pack_2d. Module: ENT_MOD. File: ent_mod.f
m : integer: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
m : integer: Subroutine: patch_print. Module: PATCHES. File: patches.f
mair : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
molecular weight of dry air (28.9655 g/mol)
Initial Value = 28.9655d0
mair : real*8, parameter: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 28.9655d0
marker : integer, intent(out): Subroutine: partition. Module: QSORT_C_MODULE. File: canopyradiation.f
max_cohorts : used from ent_types: Global variable . Module: ENT_MOD. File: ent_mod.f
max_cohorts : integer, parameter: Global variable . Module: ENT_TYPES. File: ent_types.f
maximal number of cohorts per patch
Initial Value = 64
max_cpoolfol : real*8: Subroutine: prescr_plant_cpools. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
max_patches : used from ent_types: Global variable . Module: ENT_MOD. File: ent_mod.f
max_patches : integer, parameter: Global variable . Module: ENT_TYPES. File: ent_types.f
maximal number of patches per cell
Initial Value = 32
maxdbh : real*8: Subroutine: dbh2cfol. Module: PHENOLOGY. File: phenology.f
maxit : integer, parameter: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 6
maxv : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
minparmol : real*8, parameter: Subroutine: calc_ci_canopy. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 50
molconc_to_umol : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
monocot : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 3
mpe : real*8, parameter: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 1.e-06
mrat : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
mass ratio of air to water vapour (0.62197)
Initial Value = mwat/mair
mrat : real*8, parameter: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = MWAT/MAIR
mw_h2o : real*8, parameter: Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 18.015
mwat : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
molecular weight of water vapour
Initial Value = 18.015d0
mwat : real*8, parameter: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 18.015d0
n : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
n : integer: Subroutine: assign_patch. Module: PATCHES. File: patches.f
n : integer: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
n : integer: Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
n : integer: Subroutine: cohort_print. Module: COHORTS. File: cohorts.f
n : integer, intent(out): Subroutine: copy_cell_vars. Module: ENT_MOD. File: ent_mod.f
n : integer, intent(out): Subroutine: copy_cohort_vars. Module: ENT_MOD. File: ent_mod.f
n : integer, intent(out): Subroutine: copy_patch_vars. Module: ENT_MOD. File: ent_mod.f
n : integer, intent(inout): Subroutine: copy_vars_array. Module: ENT_MOD. File: ent_mod.f
n : integer, intent(inout): Subroutine: copy_vars_i_array. Module: ENT_MOD. File: ent_mod.f
n : integer, intent(inout): Subroutine: copy_vars_i_single. Module: ENT_MOD. File: ent_mod.f
n : integer, intent(inout): Subroutine: copy_vars_single. Module: ENT_MOD. File: ent_mod.f
n : integer, intent(out): Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
n : integer: Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
n : integer: Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
n : integer: Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
n : integer: Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
n : integer: Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
n : integer: Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
n : real*8, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
n : integer: Subroutine: patch_print. Module: PATCHES. File: patches.f
n : integer: Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
n : integer: Subroutine: prescr_calc_shoot. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
n : integer: Subroutine: prescr_calcconst. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
n : integer: Subroutine: prescr_get_crownrad. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
n : integer: Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
n : integer: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
n : integer: Subroutine: prescr_get_pop. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
n : integer: Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
n : integer: Subroutine: prescr_get_woodydiameter. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
n : real*8, intent(in): Subroutine: prescr_init_clab. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
n : real*8: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
n : integer: Subroutine: sum_roots_cohorts2patch. Module: PATCHES. File: patches.f
n : integer: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
n : integer: Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
n0 : integer: Subroutine: copy_vars_array. Module: ENT_MOD. File: ent_mod.f
n0 : integer: Subroutine: copy_vars_i_array. Module: ENT_MOD. File: ent_mod.f
n2 : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
n2 : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
n2 : integer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
n_bands : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 6
n_bands : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
n_bpools : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 7
n_bpools : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
n_casa_layers : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1
n_casa_layers : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
n_convolute_levels : integer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
n_covertypes : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = N_PFT + N_SOILCOV + N_OTHER
n_covertypes : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
n_covertypes : used from ent_const: Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
n_covertypes : used from ent_const: Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
n_covertypes : used from ent_const: Subroutine: prescr_get_height. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
n_covertypes : used from ent_const: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
n_croot : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
n_croot : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
n_depth : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 6
n_depth : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
n_dist_types : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
n_fol : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
n_fol : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
n_froot : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
n_froot : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
n_height_level : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
n_height_level : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
n_height_level : integer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
n_height_level : integer: Subroutine: t. Module: CANOPYRAD. File: canopyradiation.f
n_height_level : integer: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
n_hw : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
n_hw : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
n_lab : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
n_lab : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
n_levels : integer: Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
n_levels : integer: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
n_levels : integer: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
n_other : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
n_other : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
n_pft : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 8
n_pft : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
n_pft : used from ent_const: Global variable . Module: FARQUHARBBPSPAR. File: FBBpfts.f
n_profiles : integer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
n_soil_textures : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 5
n_soil_textures : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
n_soilcov : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
n_sw : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
n_sw : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
n_up : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
n_up : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
nameunit : used from filemanager: Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
nameunit : used from filemanager: Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
nameunit : used from filemanager: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
nameunit : used from filemanager: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
nameunit : used from filemanager: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
nc : integer, dimension(MAX_PATCHES): Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
number of cohorts in the patch
nc : integer, allocatable, dimension(:): Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
number of cohorts in the patch
nc : integer: Subroutine: patch_print. Module: PATCHES. File: patches.f
nc : real*8: Subroutine: summarize_patch. Module: PATCHES. File: patches.f
ncd : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
ncd : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
ncdebug : integer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
ncov : integer: Subroutine: get_patch_by_cover. Module: ENTCELLS. File: entcells.f
ncov : integer: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
ndbuf : integer: Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
ndead : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 9
need_isoprene : logical, parameter: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = .false.
needleleaf : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
newc : type(cohort), pointer: Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
nitrogen : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
nlayers : integer, intent(in): Subroutine: water_stress. Module: BIOPHYSICS. File: canopyspitters.f
nlayers : integer, intent(in): Subroutine: water_stress. Module: PHENOLOGY. File: phenology.f
nlayers : integer, intent(in): Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
nleaf : real*8, intent(in): Subroutine: respveg. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
nlevel_in : integer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
nlevel_out : integer: Subroutine: interpolate_profile. Module: CANOPYRAD. File: canopyradiation.f
nlive : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 3
nlive : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
nm :: Global variable . Module: ENT_TYPES. File: ent_types.f
Mean leaf nitrogen (g/m2[leaf]).
nm : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
nm : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
nmdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
nmdata : real*8, dimension(N_COVERTYPES): Subroutine: prescr_get_initnm. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
nmdata : real*8, intent(out), dimension(N_COVERTYPES): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
nmv : real*8, parameter, dimension(N_COVERTYPES): Subroutine: prescr_get_initnm. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/0.d0,1.6d0,3.27d0,2.38d0,1.03d0,1.25d0,2.9d0,2.7d0,2.50d0 ,0.d0, 0.d0, 0.82d0 /)
nn : integer: Subroutine: copy_cell_vars. Module: ENT_MOD. File: ent_mod.f
nn : integer: Subroutine: copy_cohort_vars. Module: ENT_MOD. File: ent_mod.f
nn : integer: Subroutine: copy_patch_vars. Module: ENT_MOD. File: ent_mod.f
nn : integer: Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
nn : integer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
nn : integer: Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
np : integer: Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
number of patches in the cell
np : integer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
number of patches in the cell
np : integer: Subroutine: entcell_print. Module: ENTCELLS. File: entcells.f
npdebug : integer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
nplant : real*8, parameter: Subroutine: cfol2height. Module: PHENOLOGY. File: phenology.f
Initial Value = 3000.0d0
nplant : real*8, parameter: Subroutine: height2cfol. Module: PHENOLOGY. File: phenology.f
Initial Value = 3000.0d0
nplant : used from phenology: Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
nplant : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
npools : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = NLIVE + NDEAD
npools : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
npp : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
npp : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
nppsum : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
nresp_pools : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 14
nroots : integer: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
nsum : real*8: Subroutine: summarize_patch. Module: PATCHES. File: patches.f
ntol : real, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = .001
ntot :: Global variable . Module: ENT_TYPES. File: ent_types.f
Total cohort nitrogen (g/m[ground]2) for vegetated patches only.
num_pft : integer, parameter: Global variable . Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 16
num_profiles : integer: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
num_profiles : integer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
num_profiles : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
num_vegsol : integer, parameter: Global variable . Module: CANOPYRAD. File: canopyradiation.f
Initial Value = ubp - lbp + 1
num_vegsol : integer, intent(in): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
numlayers : integer: Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
numpft : integer, parameter: Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 16
numpft : integer, parameter: Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 8
numrad : integer, parameter: Global variable . Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 2
nv : integer, parameter: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = N_COVERTYPES
o2 : real*8, intent(in): Subroutine: calc_co2compp. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
o2frac : real*8, parameter: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = .20900
o2pres : real*8, intent(in): Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
o2pres : real*8, parameter: Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 20900.d0
omega : real*8, pointer, dimension(:, :): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
omegal : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
omegas : real*8, dimension(numrad): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
one3rd : real*8, parameter: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 1.d0/3.d0
openunit : used from filemanager: Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
openunit : used from filemanager: Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
openunit : used from filemanager: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
openunit : used from filemanager: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
openunit : used from filemanager: Subroutine: prescr_get_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
openunit : used from filemanager: Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
openunit : used from filemanager: Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
openunit : used from filemanager: Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
os : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
osg : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
osi : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
osr : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
ost : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
ostg : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
osti : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
ostr : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
out : real*8, dimension(N_CASA_LAYERS): Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
p : integer: Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
p : type(patch), intent(inout): Subroutine: copy_patch_vars. Module: ENT_MOD. File: ent_mod.f
p : type(patch), pointer: Subroutine: ent_cell_pack. Module: ENT_MOD. File: ent_mod.f
current patch
p : type(patch), pointer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
current patch
p : integer: Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
p : integer: Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
p : integer: Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
p :: Subroutine: entcell_update_albedo. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
current patch
p :: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
current patch
p :: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
current patch
p : integer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
p : integer: Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
p : integer: Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
p : integer: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
p1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
p2 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
p3 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
p4 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
pa : real*8, intent(in): Subroutine: biophysdrv_setup. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pa : real*8, intent(in): Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pa : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pa : real*8, intent(in): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pa : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
pa : real*8, intent(in): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
par : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
par_10d : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
par_crit : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
par_limit : logical: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
par_limit : logical: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
par_turnover_int : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = -12.d0
par_turnover_slope : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.18d0
parent_entcell : type(entcelltype), intent(in), target: Subroutine: patch_construct. Module: PATCHES. File: patches.f
parent_patch : type(patch), optional, target: Subroutine: cohort_construct. Module: COHORTS. File: cohorts.f
passive : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 12
patch : used from ent_types: Global variable . Module: ENT_MOD. File: ent_mod.f
patch_construct : used from patches: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
patch_delete_cohort : used from patches: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
patch_dynamics : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 0
patch_has_pft : used from patches: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
patch_has_pft : logical: Subroutine: patch_has_pft. Module: PATCHES. File: patches.f
patch_merge : used from patches: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
patch_print : used from patches: Global variable . Module: CANOPYRAD. File: canopyradiation.f
patch_print : used from patches: Subroutine: entcell_print. Module: ENTCELLS. File: entcells.f
patch_print : used from patches: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
patch_set_pft : used from patches: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
patch_split : used from patches: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
patchnum : integer: Subroutine: ent_biophysics. Module: ENT. File: ent.f
patchnum : integer: Subroutine: ent_diagnostics. Module: ENT. File: ent.f
patchnum : integer: Subroutine: ent_integrate. Module: ENT. File: ent.f
paw : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
paw_10d : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
paw_10d : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
paw_max_h : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.4d0
paw_max_w : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.3d0
paw_min_h : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.1d0
paw_min_w : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = -0.1d0
paw_res_h : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 1.0d0
paw_res_w : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.25d0
pcolumn : integer, dimension(num_vegsol): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
pcolumn : integer, dimension(num_vegsol): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
pfpar : type(pftype), parameter, dimension(N_PFT): Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = (/ pftype(1,.true., 1,-153.d0, .50d0, .30d0, 1.4d0, 2.25d0, 0.6d0, 2.8d0, 5.5d0, 50.0d0,0.15d0,1.4d0,2, 0.0800d0, 1.000d0, 0.00001d0, 1.000d0, 0.4778d0, -0.75d0, 0.000d0), pftype(2,.false., 3,-2030.d0, .30d0, .10d0, 1.5d0, 11.7d0, 1.2d0, 1.5d0, UNDEF, 50.0d0, 0.1d0,0.d0,4, 0.0800d0, 1.000d0, 0.00001d0, 1.000d0, 0.4778d0, -0.75d0, 0.000d0), pftype(2,.true., 1,-153.d0, .40d0, .22d0, 1.3d0, 3.25d0, 0.6d0, 1.0d0, 5.5d0, 57.5d0, 0.15d0,0.32d0,3, 0.0800d0, 1.000d0, 0.00001d0, 1.000d0, 0.4778d0, -0.75d0, 4.000d-2), pftype(2,.true., 1,-2030.d0, .65d0, .22d0, 1.3d0, 5.1d0, 1.d0, 1.8d0, 25.d0, 50.0d0, 0.15d0,0.153d0,3, 0.0d0, 0.0d0, 0.0d0, 0.0d0, 0.0d0, 0.0d0, 4.000d-2), pftype(1,.true., 1,-500.d0, .50d0, .29d0, 1.5d0, 34.5d0, 0.6d0, 1.2d0, 58.0d0, 57.0d0, 0.2d0,0.093,2, 0.0170d0, 1.731d0, 0.2350d0, 2.252d0, 23.39d0, -0.0540d0, 1.506d-2), pftype(1,.true., 2,-153.d0, .50d0, .25d0, 0.9d0, 5.9d0, 1.2d0, 4.d0,42.0d0, 80.0d0,0.25d0,0.184d0,1, 0.0450d0, 1.683d0, 0.1617d0, 2.1536d0, 22.79d0, -0.0445d0, 9.493d-3), pftype(1,.true., 1, -153.d0, .60d0, .29d0, 1.1d0, 9.9d0, 0.5d0, 1.8d0, 41.0d0, 40.0d0, 0.2d0,0.075d0,1, 0.0347d0, 1.560d0, 0.0816d0, 2.306d0, 34.62d0, -0.0232d0, 1.741d-2), pftype(2,.false., 1,-153.d0, .45d0, .27d0, 1.3d0, 6.36d0, 0.6d0, 1.1d0, UNDEF, 52.5d0, 0.16d0,0.0d0, 4, 0.0800d0, 1.000d0, 0.00001d0, 1.000d0, 0.4778d0, -0.75d0, 0.0d0) /)
pft : integer: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
pft : integer: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
pft : integer, intent(in): Subroutine: assign_patch. Module: PATCHES. File: patches.f
pft : integer, intent(in): Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pft : integer, intent(in): Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
pft : integer, intent(in): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
pft : integer, intent(in): Subroutine: cdead2dbh. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: cfol2height. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: dbh2cdead. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: dbh2cfol. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: dbh2height. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: ddbhdcdead. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: ddbhdcfol. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: dhddbh. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: ed_woodydiameter. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft : integer, intent(in): Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
pft : integer, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: height2cfol. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: height2dbh. Module: PHENOLOGY. File: phenology.f
pft : integer: Subroutine: init_rootdistr. Module: GROWTHALLOMETRY. File: growthallometry.f
pft : integer: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
pft : integer: Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
pft : integer: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
pft : integer: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
pft : integer: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
pft : integer: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: maxdbh. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: nplant. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: par_phenology. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pft : integer, intent(in): Subroutine: patch_has_pft. Module: PATCHES. File: patches.f
pft : integer: Subroutine: patch_set_pft. Module: PATCHES. File: patches.f
pft : integer: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pft : integer, intent(in): Subroutine: popdensity. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft : integer: Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
vegetation type
pft : integer: Subroutine: prescr_get_crownrad. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft : integer: Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
vegetation type
pft : integer: Subroutine: prescr_get_pop. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft : integer: Subroutine: prescr_get_woodydiameter. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft : integer, intent(in): Subroutine: prescr_init_clab. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft : integer, intent(in): Subroutine: prescr_plant_cpools. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft : integer, intent(in): Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft : integer: Subroutine: prescr_veg_albedodata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
pft : integer, intent(in): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pft : integer: Subroutine: resp_can_growth. Module: BIOPHYSICS. File: canopyspitters.f
pft : integer: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
pft : integer, intent(in): Subroutine: sla. Module: PHENOLOGY. File: phenology.f
pft : integer: Subroutine: summarize_patch. Module: PATCHES. File: patches.f
pft : integer, intent(in): Subroutine: update_plant_cpools. Module: PHENOLOGY. File: phenology.f
pft : integer: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
pft : integer, intent(in): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pft : integer, intent(in): Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
pft : integer, intent(in): Subroutine: wooddensity_gcm3. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pft_cpool : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
pft_cpool : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
pft_cpool : real*8, dimension(:, :, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
pft_crad : real*8, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
pft_crad : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
pft_crad : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
pft_crops : integer, parameter: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
Initial Value = 8
pft_dbh : real*8, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
pft_dbh : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
pft_dbh : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
pft_froots : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
pft_froots : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
pft_froots : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
pft_heights : real*8, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
pft_heights : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
pft_heights : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
pft_nmdata : real*8, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
pft_nmdata : real*8, dimension(:): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
pft_nmdata : real*8, dimension(:): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
pft_population_density : real*8, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
pft_population_density : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
pft_population_density : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
pft_soil_type : integer, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
pft_soil_type : integer, dimension(:): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
pft_soil_type : integer, dimension(:): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
pftlike :: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
iv, plant functional type
pftpar : type(pspartype), parameter, dimension(N_PFT): Global variable . Module: FARQUHARBBPSPAR. File: FBBpfts.f
Initial Value = (/ pspartype(1 ,.90d0 ,33.d0 ,9.d0 ,.002d0 ,1.6 ), pspartype(1 ,.86d0 ,43.d0 ,11.d0 ,.008d0 ,3.27d0 ), pspartype(2 ,.9d0 ,17d0 ,9d0 ,.002d0 ,2.38d0 ), pspartype(2 ,.89d0 ,56.4d0 ,9d0 ,.002d0 ,3.12d0 ), pspartype(1 ,0.90d0 ,51.d0 ,9.d0 ,.002d0 ,1.07d0 ), pspartype(1 ,0.93d0 ,47.d0 ,9.d0 ,.002d0 ,1.8d0 ), pspartype(1 ,0.90d0 ,54.d0 ,9.d0 ,.002d0 ,2.7d0 ), pspartype(2 ,0.89d0 ,50.d0 ,9.d0 ,.002d0 ,2.5d0 ) /)
pheno_update : used from phenology: Subroutine: ent_integrate. Module: ENT. File: ent.f
phenofactor : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
phenofactor : real*8, intent(in): Subroutine: growth_cpools_active. Module: PHENOLOGY. File: phenology.f
phenofactor : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
phenofactor : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
phenofactor : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
phenofactor : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
phenofactor_c : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
phenofactor_c : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
phenofactor_c : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
phenofactor_d : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
phenofactor_d : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
phenofactor_d : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
phenofactor_old : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
phenostatus : integer, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
phenostatus : integer, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
phenostatus : integer: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
phenotype : integer: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
phi1 : real*8: Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
phi1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
phi2 : real*8: Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
phi2 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
photosynth_cond : used from biophysics: Subroutine: ent_biophysics. Module: ENT. File: ent.f
photosynth_cond : used from biophysics: Subroutine: ent_integrate. Module: ENT. File: ent.f
physical :: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
constants from GISS GCM CONST.f
pi : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
pi
Initial Value = 3.1415926535897932d0
pnum : integer, optional: Subroutine: cohort_construct. Module: COHORTS. File: cohorts.f
pnum : integer, intent(in): Subroutine: prescr_calc_lai. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
cover type
pnum : integer: Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
pnum : integer: Subroutine: prescr_calc_shc. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
cover type
pnum : integer, intent(in): Subroutine: prescr_calc_shoot. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
vegetation type
pnum : integer: Subroutine: prescr_get_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
poolsum : real*8: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
popdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: prescr_get_carbonplant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
popdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: prescr_get_crownrad. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
popdata : real*8, intent(out), dimension(N_COVERTYPES): Subroutine: prescr_get_pop. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
popdata : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
popdata3d : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
popdens : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
popdens : real*8, intent(in): Subroutine: prescr_plant_cpools. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
popdens : real*8, intent(in): Subroutine: update_plant_cpools. Module: PHENOLOGY. File: phenology.f
popdensity : used from ent_prescr_veg: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp : type(patch), pointer: Subroutine: assign_patch. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
pp : type(patch), pointer: Subroutine: delete_patch. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: ent_biophysics. Module: ENT. File: ent.f
pp : type(patch), pointer: Subroutine: ent_diagnostics. Module: ENT. File: ent.f
pp : type(patch), pointer: Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
pp : type(patch), pointer: Subroutine: ent_integrate. Module: ENT. File: ent.f
pp : type(patch), pointer: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
pp : type(patch), pointer: Subroutine: entcell_destruct. Module: ENTCELLS. File: entcells.f
pp : type(patch), pointer: Subroutine: entcell_extract_pfts. Module: ENTCELLS. File: entcells.f
pp : type(patch), pointer: Subroutine: entcell_print. Module: ENTCELLS. File: entcells.f
pp : type(patch), pointer: Subroutine: entcell_update_albedo. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp : type(patch), pointer: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp : type(patch), pointer: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp : type(patch), pointer: Subroutine: entcell_update_lai_poolslitter. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp : type(patch), pointer: Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp : type(patch), pointer: Subroutine: geo_to_gin. Module: CANOPYRAD. File: canopyradiation.f
pp : type(patch), pointer: Subroutine: get_patch_by_cover. Module: ENTCELLS. File: entcells.f
pp : type(patch), pointer: Subroutine: get_patchalbedo. Module: CANOPYRAD. File: canopyradiation.f
pp : type(patch), pointer: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
pp : type(patch), pointer: Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
pp : type(patch), pointer: Subroutine: insert_patch. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
pp : type(patch), pointer: Subroutine: litter_patch. Module: PHENOLOGY. File: phenology.f
pp : type(patch), pointer: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: patch_construct. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: patch_delete_cohort. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: patch_destruct. Module: PATCHES. File: patches.f
pp : type(patch): Subroutine: patch_extract_pfts. Module: PATCHES. File: patches.f
pp : type(patch), intent(in): Subroutine: patch_has_pft. Module: PATCHES. File: patches.f
pp : type(patch), intent(in): Subroutine: patch_print. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: patch_set_pft. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: patch_split. Module: PATCHES. File: patches.f
pp : type(patch): Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
pp : type(patch), pointer: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
pp : type(patch), pointer: Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp : type(patch), pointer: Subroutine: reorganize_cohorts. Module: COHORTS. File: cohorts.f
pp : type(patch), pointer: Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
pp : type(patch), pointer: Subroutine: sum_roots_cohorts2patch. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: summarize_entcell. Module: ENTCELLS. File: entcells.f
pp : type(patch), pointer: Subroutine: summarize_patch. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: uptake_n. Module: GROWTHALLOMETRY. File: growthallometry.f
pp : type(patch), pointer: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
pp : type(patch), pointer: Subroutine: zero_patch. Module: PATCHES. File: patches.f
pp : type(patch), pointer: Subroutine: zero_patch_cohortsum. Module: PATCHES. File: patches.f
pp1 : type(patch), pointer: Subroutine: patch_merge. Module: PATCHES. File: patches.f
pp1 : type(patch): Subroutine: patch_merge_data. Module: PATCHES. File: patches.f
pp2 : type(patch), pointer: Subroutine: patch_merge. Module: PATCHES. File: patches.f
pp2 : type(patch): Subroutine: patch_merge_data. Module: PATCHES. File: patches.f
pp_cfol : real*8: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
pp_cfol : real*8, optional: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
pp_croot : real*8: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
pp_croot : real*8, optional: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
pp_crops : type(patch), pointer: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp_csoil : real*8: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
pp_csoil : real*8, optional: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
pp_cstem : real*8: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
pp_cstem : real*8, optional: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
pp_end : type(patch), pointer: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp_ncov : type(patch), pointer: Subroutine: get_patch_by_cover. Module: ENTCELLS. File: entcells.f
pp_ncov : type(patch), pointer: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
pp_new : type(patch), pointer: Subroutine: patch_split. Module: PATCHES. File: patches.f
pp_tmp : type(patch), pointer: Subroutine: entcell_destruct. Module: ENTCELLS. File: entcells.f
pp_tmp : type(patch), pointer: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
pp_tmp : type(patch), pointer: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
pprev : type(patch), pointer: Subroutine: ent_cell_unpack. Module: ENT_MOD. File: ent_mod.f
pptr : type(patch), pointer: Subroutine: calc_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(patch), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(patch), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(patch), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(patch): Subroutine: recalc_radpar. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(entcelltype): Subroutine: recalc_radpar_cell. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(patch), pointer: Subroutine: recalc_radpar_old. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(patch), pointer: Subroutine: reproduction_calc. Module: REPRODUCTION. File: reproduction.f
pptr : type(patch), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(patch), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
pptr : type(patch), pointer: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
pr : real*8, intent(in): Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
air pressure (mb)
prefix : character*(*), optional, intent(in): Subroutine: cohort_print. Module: COHORTS. File: cohorts.f
prefix : character*1: Subroutine: entcell_print. Module: ENTCELLS. File: entcells.f
Initial Value = " "
prefix : character*(*), optional, intent(in): Subroutine: patch_print. Module: PATCHES. File: patches.f
prefix_c : character*8: Subroutine: patch_print. Module: PATCHES. File: patches.f
prefix_p : character*8: Subroutine: entcell_print. Module: ENTCELLS. File: entcells.f
prescr_calc_lai : used from ent_prescr_veg: Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
prescr_calc_shc : used from ent_prescr_veg: Subroutine: entcell_update_shc. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
prescr_calc_shc : used from ent_prescr_veg: Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
prescr_plant_cpools : used from ent_prescr_veg: Subroutine: entcell_update_height. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
prescr_plant_cpools : used from ent_prescr_veg: Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
prescr_plant_cpools : used from ent_prescr_veg: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
prescr_veg_albedo : used from ent_prescr_veg: Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
prescr_veg_albedo : used from ent_prescr_veg: Subroutine: prescr_phenology. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
print_tpool : used from patches: Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
pscondleaf : used from photcondmod: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
psd : type(psdrvtype): Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
psd : type(psdrvtype): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
psdrvpar : type(psdrvtype), intent(out): Subroutine: biophysdrv_setup. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
psdrvpar : type(psdrvtype): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
psdrvpar : type(psdrvtype): Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
psp : type(psdrvtype): Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
psp : type(psdrvtype): Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
pspar : type(photosynthpar): Global variable . Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pspar : type(photosynthpar): Subroutine: ballberry. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pspar : type(photosynthpar): Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
pspar : type(photosynthpar): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
ptrace : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
ptrace : used from ent_const: Global variable . Module: ENT_MOD. File: ent_mod.f
q : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 1.0d0
q1 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
q10 : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2.d0
q10factor : real*8: Subroutine: q10fn. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
q10par : real*8: Subroutine: q10fn. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
qf : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
qf : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
qf_ini : real*8: Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
qf_ini : real*8, dimension(:): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
qf_ini : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
qf_ini : real*8, dimension(i0:i1, j0:j1): Subroutine: init_canopy_physical. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
qf_ini : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
qs : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
qsat : real*8: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
sat. vapour mixing ratio
qsprime : real*8: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
qsw : real*8, intent(in): Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
qsw : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
r1 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
r_auto : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
r_auto : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
r_auto : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
r_auto : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
r_auto : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
r_autosum : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
r_fract : real*8, parameter: Global variable . Module: PHENOLOGY. File: phenology.f
Initial Value = 0.3d0
r_root : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
r_root : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
r_rootsum : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
ra : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rcl : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
rd : real*8, intent(out): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
rd : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rd : real*8, intent(out): Subroutine: fbb_night. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rd : real*8, intent(out): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rd : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
rd : real*8, intent(in): Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
rd : real*8: Subroutine: respveg. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rdfp : real*8, dimension(:), pointer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
rdfp : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
rdfp : real*8, dimension(:), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
rdfp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
rdfp : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
rdfp : real*8, intent(in), dimension(:): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
rdfpt : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
rdint : real*8: Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
rdlayer : real*8, intent(out): Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
rdleaf1 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
rdleaf2 : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
rdout : real*8, intent(out): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rdsh : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
rdsl : real*8: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
recalc_radpar : used from canopyrad: Subroutine: ent_integrate. Module: ENT. File: ent.f
recvr_pool : integer: Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
reflect : real*8, dimension(2): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
reinitialize : logical: Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
reinitialize : logical: Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
reinitialize : logical: Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
reinitialize : logical, intent(in): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
reorganize_cohorts : used from cohorts: Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
reorganize_patches : used from patches: Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
resp : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
resp : real*8, intent(out), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
resp_auto_patch : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
resp_can_growth : used from biophysics: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
resp_can_growth : used from biophysics: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
resp_can_growth : used from biophysics: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
resp_fol : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
resp_growth : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
resp_growth : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
resp_growth : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
resp_growth : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
resp_growth1 : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
resp_growth2 : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
resp_growth_1 : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
resp_growth_root : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
resp_growth_root : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
resp_growth_root : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
resp_lab : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
resp_maint : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
resp_newgrowth : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
resp_newgrowth : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
resp_newgrowth : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
resp_pool_index : integer, dimension(2, NRESP_POOLS): Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
resp_root : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
resp_root_patch : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
resp_sw : real*8: Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
resp_turnover : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
resp_turnover : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
resp_turnover : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
rgas : real*8, parameter: Global variable . Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = gasc
rh : real*8, intent(in): Subroutine: ballberry. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rh : real*8, intent(in): Subroutine: biophysdrv_setup. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rh : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rh : real*8, intent(in): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
rho : real*8, dimension(num_vegsol, numrad): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
rho : real*8, intent(in), dimension(lbp:ubp, numrad): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
rhoh2o : real*8, parameter: Subroutine: gs_bound. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 998.2
rhol : real*8, dimension(num_pft, numrad): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
rhor : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
Canopy reflectivity (?unitless).
rhor : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
rhos : real*8, dimension(num_pft, numrad): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
rhow : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1d3
rifp : real*8, dimension(:), pointer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
rifp : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
rifp : real*8, dimension(:), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
rifp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
rifp : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
rifp : real*8, intent(in), dimension(:): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
rifpt : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
rlai : real*8: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
rmaint : real*8: Subroutine: resp_can_growth. Module: BIOPHYSICS. File: canopyspitters.f
root_d : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
root_d : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
rootprof : real*8, dimension(:): Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
rootprofdata : real*8, intent(out), dimension(N_COVERTYPES, N_DEPTH): Subroutine: prescr_get_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
rootprofdata : real*8, intent(out), dimension(N_COVERTYPES, N_DEPTH): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
roughness_length : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
roughness_length : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
roughness_length : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
rp : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 7
rtgrowth : real*8: Subroutine: resp_can_growth. Module: BIOPHYSICS. File: canopyspitters.f
rvap : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
gas constant for water vapour (461.5 J/K kg)
Initial Value = 1d3 * gasc / mwat
rvap : real*8, parameter: Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 1d3 * GASC/MWAT
s : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
s : real*8: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
s : real*8, intent(out): Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
s : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
s : real*8: Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
s1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
s2 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
s_atm : real*8, parameter: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 1.37d0
s_stom : real*8, parameter: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 1.65d0
sacc : real*8, intent(inout): Subroutine: photosyn_acclim. Module: PHENOLOGY. File: phenology.f
sacclim : real*8, intent(in): Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
sacclim : real*8, intent(in): Subroutine: frost_hardiness. Module: PHENOLOGY. File: phenology.f
sacclim : real*8, intent(in): Subroutine: frost_hardiness. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
sand : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
sandfrac : real*8, intent(in): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
sandfrac : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
sandfrac : real*8: Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
savanna : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 4
sbeta : real*8: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
sbeta : real*8: Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
sbeta : real*8, intent(in): Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Cos of solar zenith angle
seasn1 : real*8: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
seasn2 : real*8: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
season : real*8, parameter, dimension(4): Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
julian day for start of season (used for veg albedo calc)
Initial Value = (/ 15.00, 105.0, 196.0, 288.0/)
seconds_per_day : used from timeconstants_mod: Global variable . Module: PHENOLOGY. File: phenology.f
seconds_per_day : used from timeconstants_mod: Subroutine: prescr_veglitterupdate_cohort. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
seconds_per_minute : used from timeconstants_mod: Global variable . Module: PHENOLOGY. File: phenology.f
secpy : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 31536000.d0
senescefrac : real*8: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
sg : real*8, intent(out): Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
sg : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
sgrowthmodel : integer, parameter: Subroutine: growth_cpools_structural. Module: PHENOLOGY. File: phenology.f
Initial Value = 1
shaded : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
shaded : real*8, dimension(:), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
shaded : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
shaded : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
shortwave_transmit : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
shortwave_transmit : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
shortwave_transmit : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
shr_const_tkfrz : real*8, parameter: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 273.15
shrub : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 3
shv100 : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2080.d0
shw : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
heat capacity of water (at 20 C) (4185 J/kg C)
Initial Value = 4185.
shw20 : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 4185.d0
shw25 : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 4181.3d0
si : real*8, intent(out): Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
si : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
sigma : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
Leaf scattering coefficient (?unitless).
sigma :: Global variable . Module: ENT_TYPES. File: ent_types.f
Leaf scattering coefficient (?unitless).
sigma : real*8, parameter: Subroutine: canopy_rad_setup. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 0.2d0
sigma : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
sigma : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
siltfrac : real*8, intent(in): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
siltfrac : real*8: Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
slow : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 11
smpsat : real*8: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
smpsat : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
smpsat : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
soil_bgc : used from soilbgc: Subroutine: ent_biophysics. Module: ENT. File: ent.f
soil_bgc : used from soilbgc: Subroutine: ent_integrate. Module: ENT. File: ent.f
soil_c_total : real*8, intent(out), dimension(N_CASA_LAYERS, I0:I1, J0:J1): Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
soil_c_total : real*8, intent(in), dimension(N_CASA_LAYERS, I0:I1, J0:J1): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
soil_c_total : real*8, dimension(N_CASA_LAYERS, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
soil_color : integer, intent(out), dimension(N_COVERTYPES): Subroutine: prescr_get_soilcolor. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
soil_color : integer, intent(out), dimension(N_COVERTYPES): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
soil_color_prescribed : integer, parameter, dimension(N_COVERTYPES): Subroutine: prescr_get_soilcolor. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/1, 2, 2, 2, 2, 2, 2, 2 ,2, 2, 2, 2 /)
soil_gcm2 : real*8: Subroutine: patch_carbon. Module: PATCHES. File: patches.f
soil_ice_fraction : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
soil_ice_fraction : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
soil_ice_fraction : real*8, dimension(:, :, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
soil_matric_pot : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
soil_matric_pot : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
soil_matric_pot : real*8, dimension(:, :, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
soil_moist : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
soil_moist : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
soil_moist : real*8, dimension(:, :, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
soil_temp : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
soil_temp : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
soil_temp : real*8, dimension(:, :, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
soil_texture : real*8, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
soil_texture : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
soil_texture : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
soil_texture : real*8, intent(in), dimension(N_SOIL_TEXTURES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
soil_texture : real*8, intent(out), dimension(N_SOIL_TEXTURES, I0:I1, J0:J1): Subroutine: prescr_get_soiltexture. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
soil_texture : real*8, intent(out), dimension(N_SOIL_TEXTURES, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
soil_type : integer, intent(in): Subroutine: insert_patch. Module: PATCHES. File: patches.f
soil_type : integer, intent(in): Subroutine: patch_construct. Module: PATCHES. File: patches.f
soilcpools : real*8, dimension(:, :, :), optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
soilcpools : real*8, dimension(:, :, :, :), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
soilcpools : real*8, dimension(:, :, :, :, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
soildata : integer, intent(in), dimension(N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
soilmet : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 6
soilmic : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 10
soilmoist : real*8, intent(in), dimension(N_CASA_LAYERS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
soilmoist : real*8, dimension(N_CASA_LAYERS): Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
soilmp : real*8, intent(in), dimension(:): Subroutine: water_stress. Module: BIOPHYSICS. File: canopyspitters.f
soilmp : real*8, intent(in), dimension(:): Subroutine: water_stress. Module: PHENOLOGY. File: phenology.f
soilresp : real*8, optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
soilresp : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
soilresp : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
soilstr : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 7
soiltemp : real*8, intent(in), dimension(N_CASA_LAYERS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
soiltemp : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
soiltemp : real*8, dimension(N_CASA_LAYERS): Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
soiltemp_10d : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
soiltemp_10d : real*8: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
solubfract : real*8, dimension(n_pft): Global variable . Module: ENT_CONST. File: ent_const.f
sout : type(pft_pstate_type): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
sout : type(pft_pstate_type): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
sqrtexpr : real*8: Global variable . Module: BIOPHYSICS. File: canopyspitters.f
sqrtexpr : real*8: Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
sr : real*8, intent(out): Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
sr : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
st : complex*16: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
st : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
stbo : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 5.67051d-8
stg : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
sti : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
str : real*8: Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
stressh2o : real*8, intent(in): Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
structurallignin : real*8, dimension(n_pft): Global variable . Module: ENT_CONST. File: ent_const.f
sum : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
sumarea : real*8: Subroutine: entcell_carbon. Module: ENTCELLS. File: entcells.f
sumg : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
sumi : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
summ : real*8, dimension(2): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
summarize_entcell : used from entcells: Subroutine: ent_biophysics. Module: ENT. File: ent.f
summarize_entcell : used from entcells: Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
summarize_entcell : used from entcells: Subroutine: ent_integrate. Module: ENT. File: ent.f
summarize_entcell : used from entcells: Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
summarize_entcell : used from entcells: Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
summarize_patch : used from patches: Subroutine: ent_biophysics. Module: ENT. File: ent.f
summarize_patch : used from patches: Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
summarize_patch : used from patches: Subroutine: entcell_vegupdate. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
summarize_patch : used from patches: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
sumr : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
sunlit : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
sunlit : real*8, dimension(:), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
sunlit : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
sunlit : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
sunlitshaded : integer, intent(in): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
sunlitshaded : integer: Subroutine: photosynth_sunshd. Module: BIOPHYSICS. File: canopyspitters.f
sunlitshaded : integer, intent(in): Subroutine: pscondleaf. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
surf_co2 : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
surf_co2 : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
surf_co2 : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
surf_pressure : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
surf_pressure : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
surf_pressure : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
surfmet : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 4
surfmic : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 9
surfstr : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 5
sw : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 2
szn : real*8: Subroutine: get_k2. Module: CANOPYRAD. File: canopyradiation.f
szn : real*8: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
szn : real*8: Subroutine: t. Module: CANOPYRAD. File: canopyradiation.f
t : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
t : real*8, dimension(size(fp)): Subroutine: t. Module: CANOPYRAD. File: canopyradiation.f
t1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
t_k : real*8: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
t_k_10d : real*8: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
t_sha : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
t_sub : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 12
t_sun : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
ta : real*8, intent(in): Subroutine: photosyn_acclim. Module: PHENOLOGY. File: phenology.f
tacclim : real*8, parameter: Subroutine: frost_hardiness. Module: PHENOLOGY. File: phenology.f
Initial Value = -5.93d0
tacclim : real*8, parameter: Subroutine: frost_hardiness. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = -5.93d0
tairk_10d : real*8, intent(in): Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
tau : real*8, parameter: Subroutine: calc_co2compp. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 2600.d0
tau : real*8, dimension(num_vegsol, numrad): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
tau : real*8, intent(in), dimension(lbp:ubp, numrad): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tau_inv : real*8, parameter: Subroutine: photosyn_acclim. Module: PHENOLOGY. File: phenology.f
Initial Value = 2.22222e-6
tauiso : real*8: Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
taul : real*8, dimension(num_pft, numrad): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
taus : real*8, dimension(num_pft, numrad): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
tc : real*8, intent(in): Subroutine: biophysdrv_setup. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tcan_ini : real*8: Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
tcan_ini : real*8, dimension(:): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
tcan_ini : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
tcan_ini : real*8, dimension(i0:i1, j0:j1): Subroutine: init_canopy_physical. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
tcan_ini : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
tcank : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
tcanopyk : real*8, intent(in): Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
tcelsius : real*8: Subroutine: arrhenius. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tcelsius : real*8: Subroutine: optcurve. Module: BIOPHYSICS. File: canopyspitters.f
tcelsius : real*8: Subroutine: q10fn. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tcelsius : real*8: Subroutine: resp_root. Module: BIOPHYSICS. File: canopyspitters.f
tcelsius : real*8, intent(in): Subroutine: tresponse. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tdlai : real*8, dimension(:), pointer: Subroutine: layering. Module: CANOPYRAD. File: canopyradiation.f
teeny : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 1.d-30
temp : real*8: Subroutine: partition. Module: QSORT_C_MODULE. File: canopyradiation.f
temp0 : real*8, dimension(lbp:ubp): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
temp1 : integer: Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
temp1 : integer: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
temp1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
temp2 : real*8: Subroutine: get_convolute_height_level. Module: CANOPYRAD. File: canopyradiation.f
temp2 : real*8: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
temp2 : real*8, dimension(lbp:ubp): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
temp_limit : logical: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
tf : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
freezing point of water at 1 atm (273.16 K)
Initial Value = tfrz
tfactor : real*8: Subroutine: tresponse. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tfrz : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 273.15d0
tfrz : real*8, parameter: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
Initial Value = SHR_CONST_TKFRZ
thetamin : real*8, intent(in): Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
thetas : real*8, intent(in), dimension(:): Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
thetasat : real*8, intent(in): Subroutine: water_stress2. Module: BIOPHYSICS. File: canopyspitters.f
time : type(timestruct): Subroutine: calc_cell_disturbance_rates. Module: DISTURBANCE. File: disturbance.f
time : type(timestruct): Subroutine: fire_frequency_cell. Module: DISTURBANCE. File: disturbance.f
time : type(timestruct): Subroutine: reproduction_calc. Module: REPRODUCTION. File: reproduction.f
timestruct : used from ent_types: Global variable . Module: ENT_MOD. File: ent_mod.f
title : character*80: Subroutine: init_ent_hdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
title : character*80: Subroutine: init_ent_laidata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
title : character*80: Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
title : character*80: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
title : character*80: Subroutine: prescr_get_soil_c_total. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
tl : real*8, intent(in): Subroutine: calc_co2compp. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tl : real*8, intent(in): Subroutine: calc_pspar. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tl : real*8, intent(in): Subroutine: photosynth_analyticsoln. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tl : real*8, intent(in): Subroutine: respveg. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tl : real*8, intent(in): Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
tm : real*8, intent(in): Subroutine: qsat. Module: BIOPHYSICS. File: canopyspitters.f
temperature (K)
tmp : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
tmp0 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp2 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp3 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp4 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp5 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp6 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp7 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp8 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp9 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
tmp_efp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
tmp_fp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
tmp_height_levels : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
tmp_n : real*8: Subroutine: ent_diagnostics. Module: ENT. File: ent.f
tmp_pft : integer: Subroutine: ent_diagnostics. Module: ENT. File: ent.f
tmp_rdfp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
tmp_rifp : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
tmp_sacclim : real*8: Subroutine: ent_diagnostics. Module: ENT. File: ent.f
tmp_senescefrac : real*8: Subroutine: ent_diagnostics. Module: ENT. File: ent.f
tmp_vz : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
tmp_zenith : real*8: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
tmp_zenith : real*8: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
tmpl : integer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
tmpl : integer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
tmpv : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
tot_area : real*8: Subroutine: patch_merge. Module: PATCHES. File: patches.f
total_cpool : real*8, dimension(n_casa_layers): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
total_visible_rad : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
total_visible_rad : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
total_visible_rad : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
tpool : real*8, intent(inout), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
tpool : real*8, intent(inout), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: casa_respire. Module: SOILBGC. File: soilbgc.f
tpool : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: print_tpool. Module: PATCHES. File: patches.f
tpool : real*8, dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: soil_bgc. Module: SOILBGC. File: soilbgc.f
tpool : real*8, intent(inout), dimension(PTRACE, NPOOLS, N_CASA_LAYERS): Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
tpool_ini : real*8, dimension(n_pft, ptrace, npools-nlive, n_casa_layers): Subroutine: assign_patch. Module: PATCHES. File: patches.f
tpool_ini : real*8, dimension(:, :, :, :): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
tpool_ini : real*8, dimension(:, :, :, :, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
tpool_ini : real*8, dimension(:, :, :, :, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
tpool_ini : real*8, intent(in), dimension(N_PFT, PTRACE, NPOOLS-NLIVE, N_CASA_LAYERS): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
tpool_ini : real*8, intent(out), dimension(N_PFT, PTRACE, NPOOLS-NLIVE, N_CASA_LAYERS, I0:I1, J0:J1): Subroutine: prescr_get_soilpools. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
tpooldata : real*8, dimension(n_pft, ptrace, npools-nlive, n_casa_layers, i0:i1, j0:j1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
tr : real*8: Subroutine: get_analytical_clump. Module: CANOPYRAD. File: canopyradiation.f
tran : real*8, dimension(2): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
trans_sw : real*8, intent(out): Subroutine: canopy_transmittance. Module: BIOPHYSICS. File: canopyspitters.f
Total canopy transmittance of shortwave (fraction)
trans_sw : real*8, intent(out): Subroutine: canopyfluxes. Module: BIOPHYSICS. File: canopyspitters.f
trans_sw : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
troprainf : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 7
tsoilk : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
tsoilk : real*8, intent(in): Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
tsoilk_10d : real*8, intent(in): Subroutine: respiration_autotrophic. Module: BIOPHYSICS. File: canopyspitters.f
tsurfk : real*8: Subroutine: photosynth_cond. Module: BIOPHYSICS. File: canopyspitters.f
tt : type(timestruct), pointer: Subroutine: ent_ecosystem_dynamics. Module: ENT. File: ent.f
tt : type(timestruct): Subroutine: struct_flag. Module: ENT. File: ent.f
tt : type(timestruct): Subroutine: struct_flag_day. Module: ENT. File: ent.f
tt : type(timestruct): Subroutine: struct_flag_month. Module: ENT. File: ent.f
tundra : integer, parameter: Global variable . Module: ENT_PFTS. File: ent_pfts.f
Initial Value = 1
turnover0 : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
turnover_amp : real*8, optional: Subroutine: assign_cohort. Module: COHORTS. File: cohorts.f
turnover_amp : real*8, optional, intent(in): Subroutine: insert_cohort. Module: COHORTS. File: cohorts.f
turnoverdtfroot : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
turnoverdtfroot : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
turnoverdtfroot : real*8: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
turnoverdtfroot : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
turnoverdtleaf : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
turnoverdtleaf : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
turnoverdtleaf : real*8: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
turnoverdtleaf : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
turnoverdttotal : real*8: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
turnoverdtwood : real*8: Subroutine: litter_cohort. Module: PHENOLOGY. File: phenology.f
turnoverdtwood : real*8: Subroutine: litter_growth_cohort. Module: PHENOLOGY. File: phenology.f
turnoverdtwood : real*8: Subroutine: litter_old. Module: PHENOLOGY. File: phenology.f
turnoverdtwood : real*8: Subroutine: litter_turnover_cohort. Module: PHENOLOGY. File: phenology.f
twostext : real*8, dimension(lbp:ubp): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
u1 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
u2 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
u3 : real*8: Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
ubp : integer, parameter: Global variable . Module: CANOPYRAD. File: canopyradiation.f
Initial Value = 1
ubp : integer, intent(in): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
ugbiomass_per_gc : real*8, parameter: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 2.d6
ugbiomass_per_umolco2 : real*8, parameter: Subroutine: resp_can_maint. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 28.5
undef : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = -1.d30
update_crops : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
update_crops : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
update_crops : logical, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
update_crops : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
update_crops : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
update_crops : logical, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
update_day : logical: Subroutine: ent_integrate. Module: ENT. File: ent.f
update_day : logical, intent(in): Subroutine: ent_run_r8_0. Module: ENT_MOD. File: ent_mod.f
update_day : logical, intent(in): Subroutine: ent_run_r8_1. Module: ENT_MOD. File: ent_mod.f
update_day : logical, intent(in): Subroutine: ent_run_r8_2. Module: ENT_MOD. File: ent_mod.f
update_plant_cpools : used from phenology: Subroutine: prescr_get_ent_plant. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
update_struct : logical: Subroutine: struct_flag. Module: ENT. File: ent.f
update_struct : logical: Subroutine: struct_flag_day. Module: ENT. File: ent.f
update_struct : logical: Subroutine: struct_flag_month. Module: ENT. File: ent.f
uptake_n : used from growthallometry: Subroutine: ent_integrate. Module: ENT. File: ent.f
vai : real*8, dimension(num_vegsol): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
vai : real*8, dimension(lbp:ubp): Subroutine: twostream. Module: CANOPYRAD. File: canopyradiation.f
var : real*8, intent(inout), dimension(:): Subroutine: copy_vars_array. Module: ENT_MOD. File: ent_mod.f
var : integer, intent(inout), dimension(:): Subroutine: copy_vars_i_array. Module: ENT_MOD. File: ent_mod.f
var : integer, intent(inout): Subroutine: copy_vars_i_single. Module: ENT_MOD. File: ent_mod.f
var : real*8, intent(inout): Subroutine: copy_vars_single. Module: ENT_MOD. File: ent_mod.f
vc : real*8: Subroutine: geo_to_gin. Module: CANOPYRAD. File: canopyradiation.f
vc_amp : real*8, parameter: Subroutine: par_phenology. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 15.d0
vc_min : real*8, parameter: Subroutine: par_phenology. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 10.d0
vc_slop : real*8, parameter: Subroutine: par_phenology. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 15.d0
vc_tran : real*8, parameter: Subroutine: par_phenology. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
Initial Value = 12.d0
vdata : real*8, dimension(:): Subroutine: entcell_extract_pfts. Module: ENTCELLS. File: entcells.f
vdata : real*8, dimension(12): Subroutine: entcell_update_crops. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
vdata : real*8, dimension(N_COVERTYPES): Subroutine: entcell_update_shc. Module: ENT_PRESCRIBED_UPDATES. File: ent_prescribed_updates.f
vdata : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: init_vdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
vdata : real*8, dimension(:): Subroutine: patch_extract_pfts. Module: PATCHES. File: patches.f
vdata : real*8, intent(in), dimension(:): Subroutine: prescr_calc_shc. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
vdata_patch : real*8: Subroutine: entcell_extract_pfts. Module: ENTCELLS. File: entcells.f
veg_fraction : real*8, dimension(:): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
veg_fraction : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
veg_fraction : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
veg_update : used from phenology: Subroutine: ent_integrate. Module: ENT. File: ent.f
vegalbedo : real*8, dimension(:, :): Subroutine: ent_cell_set_r8_0. Module: ENT_MOD. File: ent_mod.f
vegalbedo : real*8, dimension(:, :, :): Subroutine: ent_cell_set_r8_1. Module: ENT_MOD. File: ent_mod.f
vegalbedo : real*8, dimension(:, :, :, :): Subroutine: ent_cell_set_r8_2. Module: ENT_MOD. File: ent_mod.f
vegdata : real*8, intent(in), dimension(N_COVERTYPES): Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
vegdata : real*8, intent(inout), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
vegdata : real*8, intent(out), dimension(N_COVERTYPES, I0:I1, J0:J1): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
vegetation_fractions : real*8, dimension(:), optional, intent(out): Subroutine: ent_get_exports_r8_0. Module: ENT_MOD. File: ent_mod.f
vegetation_fractions : real*8, dimension(:, :), optional, intent(out): Subroutine: ent_get_exports_r8_1. Module: ENT_MOD. File: ent_mod.f
vegetation_fractions : real*8, dimension(:, :, :), optional, intent(out): Subroutine: ent_get_exports_r8_2. Module: ENT_MOD. File: ent_mod.f
vert_radius : real*8: Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
vert_radius : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
vert_radius : real*8: Subroutine: get_height_level. Module: CANOPYRAD. File: canopyradiation.f
vfast : real*8, dimension(n_casa_layers): Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
vfraction :: Global variable . Module: ENT_TYPES. File: ent_types.f
Array of cover fraction by pft in grid cell
vhght : real*8, parameter, dimension(N_COVERTYPES): Subroutine: prescr_get_hdata. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
Initial Value = (/0.d0, 0.1d0, 1.5d0, 5d0, 7.1d0, 20d0, 30d0, 25d0,1.75d0 ,0.d0, 0.d0, 1.5d0 /)
vpass : real*8, dimension(n_casa_layers): Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
vslow : real*8, dimension(n_casa_layers): Subroutine: vertctransport. Module: SOILBGC. File: soilbgc.f
vz : real*8, dimension(:), pointer: Subroutine: convolute. Module: CANOPYRAD. File: canopyradiation.f
vz : real*8, dimension(:), pointer: Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
vz : real*8, dimension(:), intent(inout): Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
vz : real*8, dimension(:), pointer: Subroutine: gort_clumping. Module: CANOPYRAD. File: canopyradiation.f
vz : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
vz : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
vzt : real*8, dimension(:), pointer: Subroutine: run_convolute_gort. Module: CANOPYRAD. File: canopyradiation.f
vzt : real*8, dimension(:), pointer: Subroutine: run_single_gort. Module: CANOPYRAD. File: canopyradiation.f
w1 : real*8: Subroutine: cohort_merge_data. Module: COHORTS. File: cohorts.f
w1 : real*8: Subroutine: patch_merge. Module: PATCHES. File: patches.f
w1 : real*8: Subroutine: patch_merge_data. Module: PATCHES. File: patches.f
w2 : real*8: Subroutine: cohort_merge_data. Module: COHORTS. File: cohorts.f
w2 : real*8: Subroutine: patch_merge. Module: PATCHES. File: patches.f
w2 : real*8: Subroutine: patch_merge_data. Module: PATCHES. File: patches.f
w_tot : real*8: Subroutine: cohort_merge_data. Module: COHORTS. File: cohorts.f
wat : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
watdry : real*8: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
watdry : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
watdry : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
water_limit : logical: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
watopt : real*8: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
watsat : real*8: Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
watsat : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
watsat : real*8: Subroutine: init_simple_entcell. Module: ENTCELLS. File: entcells.f
wddata : real*8, intent(out), dimension(N_COVERTYPES): Subroutine: prescr_get_woodydiameter. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
wind_speed : real*8, intent(in): Subroutine: ent_set_forcings_r8_0. Module: ENT_MOD. File: ent_mod.f
wind_speed : real*8, dimension(:), intent(in): Subroutine: ent_set_forcings_r8_1. Module: ENT_MOD. File: ent_mod.f
wind_speed : real*8, dimension(:, :), intent(in): Subroutine: ent_set_forcings_r8_2. Module: ENT_MOD. File: ent_mod.f
wl : real*8, dimension(lbp:ubp): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
wlim : real*8, dimension(n_casa_layers): Subroutine: casa_bgfluxes. Module: SOILBGC. File: soilbgc.f
wood : integer, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 3
wooddens : real*8: Subroutine: popdensity. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
wooddens : real*8: Subroutine: prescr_calc_shoot. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
woodligninfract : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 0.40
woody : logical: Subroutine: pheno_update. Module: PHENOLOGY. File: phenology.f
woody : logical: Subroutine: veg_update. Module: PHENOLOGY. File: phenology.f
wp1 : real*8: Subroutine: cohort_merge_data. Module: COHORTS. File: cohorts.f
wp2 : real*8: Subroutine: cohort_merge_data. Module: COHORTS. File: cohorts.f
ws : real*8, dimension(lbp:ubp): Subroutine: get_canopy_rad. Module: CANOPYRAD. File: canopyradiation.f
wt : real*8: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
wt1 : real*8: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
wt2 : real*8: Subroutine: prescr_veg_albedo. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
x : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
x : real*8, intent(out), dimension(:): Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
x : real*8: Subroutine: optcurve. Module: BIOPHYSICS. File: canopyspitters.f
x : real*8: Subroutine: partition. Module: QSORT_C_MODULE. File: canopyradiation.f
x : real*8: Subroutine: trapzd. Module: BIOPHYSICS. File: canopyspitters.f
x0 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
x1 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
x2 : real*8: Subroutine: cubicroot. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
xl : real*8, dimension(numpft): Subroutine: get_k. Module: CANOPYRAD. File: canopyradiation.f
xlim : real*8, intent(in): Subroutine: qsimp. Module: BIOPHYSICS. File: canopyspitters.f
xx : real*8, dimension(:), allocatable: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
y : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
y : real*8: Subroutine: optcurve. Module: BIOPHYSICS. File: canopyspitters.f
y1 : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
y_alpha : real*8: Subroutine: voccalc. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
year : integer, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_0. Module: ENT_MOD. File: ent_mod.f
year : integer, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_1. Module: ENT_MOD. File: ent_mod.f
year : integer, intent(in), optional: Subroutine: ent_prescribe_vegupdate_r8_2. Module: ENT_MOD. File: ent_mod.f
year : integer, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_0. Module: ENT_MOD. File: ent_mod.f
year : integer, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_1. Module: ENT_MOD. File: ent_mod.f
year : integer, intent(in): Subroutine: ent_prescribe_vegupdatec_r8_2. Module: ENT_MOD. File: ent_mod.f
year : integer, intent(in): Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
year : integer, intent(in): Subroutine: prescr_update_vegcrops. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
year : integer, intent(in): Subroutine: prescr_vegdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
year1 : integer: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
year2 : integer: Subroutine: prescr_get_cropdata. Module: ENT_PRESCRIBED_DRV. File: ent_prescribed_drv.f
z : real*8: Subroutine: ci_cubic. Module: PHOTCONDMOD. File: FBBphotosynthesis.f
z : real*8: Subroutine: get_foliage_profile. Module: CANOPYRAD. File: canopyradiation.f
z : real*8, intent(in): Subroutine: height_function1. Module: CANOPYRAD. File: canopyradiation.f
z : real*8, intent(in): Subroutine: height_function2. Module: CANOPYRAD. File: canopyradiation.f
z : real*8, intent(in): Subroutine: height_function4. Module: CANOPYRAD. File: canopyradiation.f
z : real*8: Subroutine: prescr_calc_rootprof. Module: ENT_PRESCR_VEG. File: ent_GISSveg.f
zenith : real*8: Subroutine: check_inputs. Module: CANOPYRAD. File: canopyradiation.f
zero : real*8, parameter: Global variable . Module: ENT_CONST. File: ent_const.f
Initial Value = 0.d0
zero : real*8, parameter: Subroutine: canopy_rad. Module: BIOPHYSICS. File: canopyspitters.f
Initial Value = 0.d0
zweight : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
zweight30 : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f
zweight90 : real*8: Subroutine: clim_stats. Module: PHENOLOGY. File: phenology.f

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