| Quantity Name | Units | Direct Module Usage | Differential Module Usage |
|---|---|---|---|
| A |
No units found |
Module_1 ⟶ (output) ⟶ Module_3 (input) |
|
| Ac |
micromol / m^2 / s |
FvCB ⟶ (output) |
|
| Aj |
micromol / m^2 / s |
FvCB ⟶ (output) |
|
| An |
micromol / m^2 / s |
FvCB ⟶ (output) |
|
| Ap |
micromol / m^2 / s |
FvCB ⟶ (output) |
|
| Assim |
micromol / m^2 / s micromol / m^2 /s |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) c4_assimilation ⟶ (output) c4_leaf_photosynthesis ⟶ (output) rue_leaf_photosynthesis ⟶ (output) |
|
| Assim_conductance |
micromol / m^2 / s |
c3_assimilation ⟶ (output) c4_assimilation ⟶ (output) |
|
| B |
No units found |
Module_1 ⟶ (output) ⟶ Module_2 (input) |
|
| C |
No units found |
Module_2 ⟶ (output) ⟶ Module_3 (input) |
|
| C_conv |
kg / mol |
⟶ example_model_mass_gain (input) |
|
| Catm |
micromol / mol ppm |
⟶ ball_berry (input) ⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| Cc |
micromol / mol |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) ⟶ FvCB (input) |
|
| Ci |
micromol / mol |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) c4_assimilation ⟶ (output) c4_leaf_photosynthesis ⟶ (output) |
|
| Cs |
micromol / m^2 / s |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) c4_assimilation ⟶ (output) c4_leaf_photosynthesis ⟶ (output) |
|
| D |
No units found |
Module_2 ⟶ (output) |
|
| DVI |
dimensionless dimensionless, development index dimensionless; development index, see Osborne et al. 2015 |
development_index_from_thermal_time ⟶ (output) ⟶ partitioning_coefficient_logistic (input) ⟶ senescence_coefficient_logistic (input) ⟶ soybean_development_rate_calculator (input) ⟶ thermal_time_development_rate_calculator (input) ⟶ varying_Jmax25 (input) |
development_index ⟶ (output) |
| DVI0_jmax |
dimensionless |
⟶ varying_Jmax25 (input) |
|
| Delta_DVI_jmax |
dimensionless |
⟶ varying_Jmax25 (input) |
|
| E |
No units found |
Module_3 ⟶ (output) |
|
| EPenman |
mmol / m^2 / s |
c3_leaf_photosynthesis ⟶ (output) c4_leaf_photosynthesis ⟶ (output) leaf_evapotranspiration ⟶ (output) |
|
| EPriestly |
mmol / m^2 / s |
c3_leaf_photosynthesis ⟶ (output) c4_leaf_photosynthesis ⟶ (output) leaf_evapotranspiration ⟶ (output) |
|
| E_loss |
J / m^2 / s |
leaf_evapotranspiration ⟶ (output) |
|
| Grain |
Mg / ha / hr Mg / ha Mg / ha / hour |
⟶ maintenance_respiration_calculator (input) ⟶ partitioning_growth_calculator (input) ⟶ total_biomass (input) |
maintenance_respiration ⟶ (output) partitioning_growth ⟶ (output) senescence_logistic ⟶ (output) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) |
| Grain_gr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Grain_gr_rate |
Mg / ha / hr Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| Grain_mr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Grain_mr_rate |
Mg / ha / hr |
maintenance_respiration_calculator ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) ⟶ maintenance_respiration (input) |
| GrossAssim |
micromol / m^2 / s micromol / m^2 /s |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) c4_assimilation ⟶ (output) c4_leaf_photosynthesis ⟶ (output) rue_leaf_photosynthesis ⟶ (output) |
|
| Gs |
mol / m^2 / s |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) c4_assimilation ⟶ (output) c4_leaf_photosynthesis ⟶ (output) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) ⟶ leaf_gbw_nikolov (input) rue_leaf_photosynthesis ⟶ (output) |
|
| Gs_min |
mol / m^2 / s |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| Gstar |
micromol / mol |
⟶ FvCB (input) |
|
| Gstar_Ea |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| Gstar_at_25 |
micromol / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) |
|
| Gstar_norm |
dimensionless |
c3_parameters ⟶ (output) |
|
| H |
J / m^2 / s |
leaf_evapotranspiration ⟶ (output) |
|
| J |
micromol / mol |
⟶ FvCB (input) |
|
| Jmax_Ea |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| Jmax_at_25 |
micromol / m^2 / s |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) varying_Jmax25 ⟶ (output) |
|
| Jmax_at_25_mature |
micromol / m^2 / s |
⟶ varying_Jmax25 (input) |
|
| Jmax_norm |
dimensionless |
c3_parameters ⟶ (output) |
|
| Kc |
micromol / mol |
⟶ FvCB (input) |
|
| Kc_Ea |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| Kc_at_25 |
micromol / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) |
|
| Kc_norm |
dimensionless |
c3_parameters ⟶ (output) |
|
| Ko |
mmol / mol |
⟶ FvCB (input) |
|
| Ko_Ea |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| Ko_at_25 |
mmol / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) |
|
| Ko_norm |
dimensionless |
c3_parameters ⟶ (output) |
|
| Leaf |
kg kg / s Mg / ha / hr Mg / ha Mg / Ha Mg / ha / hour |
⟶ biomass_leaf_n_limitation (input) ⟶ example_model_mass_gain (input) ⟶ maintenance_respiration_calculator (input) ⟶ parameter_calculator (input) ⟶ partitioning_growth_calculator (input) ⟶ total_biomass (input) |
example_model_partitioning ⟶ (output) maintenance_respiration ⟶ (output) ⟶ partitioning_growth (input) partitioning_growth ⟶ (output) ⟶ senescence_logistic (input) senescence_logistic ⟶ (output) ⟶ thermal_time_and_frost_senescence (input) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) |
| LeafLitter |
Mg / ha Mg / ha / hour |
⟶ litter_cover (input) ⟶ total_biomass (input) |
senescence_logistic ⟶ (output) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) |
| LeafN |
mmol / m^2 (?) |
biomass_leaf_n_limitation ⟶ (output) ⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ linear_vmax_from_leaf_n (input) ⟶ parameter_calculator (input) ⟶ ten_layer_canopy_properties (input) |
|
| LeafN_0 |
No units found |
⟶ biomass_leaf_n_limitation (input) ⟶ linear_vmax_from_leaf_n (input) ⟶ parameter_calculator (input) |
|
| LeafN_layer_0 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_1 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_2 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_3 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_4 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_5 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_6 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_7 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_8 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafN_layer_9 |
mmol / m^2 (?) |
ten_layer_canopy_properties ⟶ (output) |
|
| LeafWS |
dimensionless |
leaf_water_stress_exponential ⟶ (output) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
|
| Leaf_WS_loss |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Leaf_WS_loss_rate |
Mg / ha / hr Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| Leaf_gr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Leaf_gr_rate |
Mg / ha / hr Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| Leaf_mr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Leaf_mr_rate |
Mg / ha / hr |
maintenance_respiration_calculator ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) ⟶ maintenance_respiration (input) |
| O2 |
millimol / mol mmol / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) |
|
| Oi |
micromol / m^2 / s |
⟶ FvCB (input) |
|
| PhiN |
J / m^2 / s |
leaf_evapotranspiration ⟶ (output) ⟶ priestley_transpiration (input) |
|
| Q |
mol / m^2 / s |
⟶ example_model_mass_gain (input) |
|
| Qabs |
micromol / m^2 / s |
⟶ c3_assimilation (input) |
|
| Qp |
micromol / m^2 / s |
⟶ c4_assimilation (input) |
|
| REW_0 |
dimensionless |
⟶ stomata_water_stress_bilinear (input) |
|
| RH_canopy |
dimensionless |
c3_leaf_photosynthesis ⟶ (output) c4_leaf_photosynthesis ⟶ (output) |
|
| RHs |
dimensionless from Pa / Pa |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) c4_assimilation ⟶ (output) c4_leaf_photosynthesis ⟶ (output) |
|
| RL |
micromol / m^2 / s |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) c4_assimilation ⟶ (output) c4_leaf_photosynthesis ⟶ (output) ⟶ FvCB (input) rue_leaf_photosynthesis ⟶ (output) |
|
| RL_Ea |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| RL_at_25 |
micromol / m^2 / s |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| RL_norm |
dimensionless |
c3_parameters ⟶ (output) |
|
| Rhizome |
Mg / ha / hr Mg / ha Mg / ha / hour |
⟶ maintenance_respiration_calculator (input) ⟶ partitioning_growth_calculator (input) ⟶ total_biomass (input) |
maintenance_respiration ⟶ (output) ⟶ partitioning_growth (input) partitioning_growth ⟶ (output) ⟶ senescence_logistic (input) senescence_logistic ⟶ (output) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) |
| RhizomeLitter |
Mg / ha Mg / ha / hour |
⟶ total_biomass (input) |
senescence_logistic ⟶ (output) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) |
| Rhizome_gr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Rhizome_gr_rate |
Mg / ha / hr Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| Rhizome_mr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Rhizome_mr_rate |
Mg / ha / hr |
maintenance_respiration_calculator ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) ⟶ maintenance_respiration (input) |
| Rmax_emrV0 |
day^-1 |
⟶ soybean_development_rate_calculator (input) |
|
| Root |
kg / s Mg / ha / hr Mg / ha Mg / ha / hour |
⟶ maintenance_respiration_calculator (input) ⟶ partitioning_growth_calculator (input) ⟶ soil_water_dynamic_rooting (input) ⟶ total_biomass (input) |
example_model_partitioning ⟶ (output) maintenance_respiration ⟶ (output) ⟶ partitioning_growth (input) partitioning_growth ⟶ (output) ⟶ senescence_logistic (input) senescence_logistic ⟶ (output) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) ⟶ two_layer_soil_profile (input) |
| RootLitter |
Mg / ha Mg / ha / hour |
⟶ total_biomass (input) |
senescence_logistic ⟶ (output) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) |
| Root_gr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Root_gr_rate |
Mg / ha / hr Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| Root_mr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Root_mr_rate |
Mg / ha / hr |
maintenance_respiration_calculator ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) ⟶ maintenance_respiration (input) |
| Rp |
micromol / m^2 / s |
c3_assimilation ⟶ (output) c3_leaf_photosynthesis ⟶ (output) c4_assimilation ⟶ (output) c4_leaf_photosynthesis ⟶ (output) rue_leaf_photosynthesis ⟶ (output) |
|
| SLA |
m^2 / kg |
⟶ example_model_mass_gain (input) |
|
| Shell |
Mg / ha / hr Mg / ha Mg / ha / hour |
⟶ maintenance_respiration_calculator (input) ⟶ partitioning_growth_calculator (input) ⟶ total_biomass (input) |
maintenance_respiration ⟶ (output) partitioning_growth ⟶ (output) senescence_logistic ⟶ (output) |
| Shell_gr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Shell_gr_rate |
Mg / ha / hr Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| Shell_mr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Shell_mr_rate |
Mg / ha / hr |
maintenance_respiration_calculator ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) ⟶ maintenance_respiration (input) |
| Sp |
Ha / Mg |
⟶ parameter_calculator (input) sla_linear ⟶ (output) sla_logistic ⟶ (output) |
|
| Sp_TTc_0 |
degree C * day |
⟶ sla_logistic (input) |
|
| Sp_final |
Ha / Mg |
⟶ sla_logistic (input) |
|
| Sp_initial |
Ha / Mg |
⟶ sla_logistic (input) |
|
| Sp_k |
(degree C * day)^(-1) |
⟶ sla_logistic (input) |
|
| Sp_thermal_time_decay |
Ha / Mg / degree C / day |
⟶ sla_linear (input) |
|
| Stem |
Mg / ha / hr Mg / ha Mg / ha / hour |
⟶ biomass_leaf_n_limitation (input) ⟶ maintenance_respiration_calculator (input) ⟶ partitioning_growth_calculator (input) ⟶ total_biomass (input) |
maintenance_respiration ⟶ (output) ⟶ partitioning_growth (input) partitioning_growth ⟶ (output) ⟶ senescence_logistic (input) senescence_logistic ⟶ (output) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) |
| StemLitter |
Mg / ha Mg / ha / hour |
⟶ total_biomass (input) |
senescence_logistic ⟶ (output) thermal_time_and_frost_senescence ⟶ (output) thermal_time_senescence ⟶ (output) |
| Stem_gr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Stem_gr_rate |
Mg / ha / hr Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| Stem_mr |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| Stem_mr_rate |
Mg / ha / hr |
maintenance_respiration_calculator ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) ⟶ maintenance_respiration (input) |
| StomataWS |
dimensionless |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) stomata_water_stress_bilinear ⟶ (output) stomata_water_stress_exponential ⟶ (output) stomata_water_stress_linear ⟶ (output) stomata_water_stress_linear_and_aba_response ⟶ (output) stomata_water_stress_sigmoid ⟶ (output) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| StomataWS_gradient |
dimensionless |
⟶ stomata_water_stress_bilinear (input) ⟶ stomata_water_stress_linear (input) |
|
| StomataWS_intercept |
dimensionless |
⟶ stomata_water_stress_bilinear (input) ⟶ stomata_water_stress_linear (input) |
|
| StomataWS_min |
dimensionless |
⟶ stomata_water_stress_bilinear (input) |
|
| TPU |
micromol / m^2 / s |
⟶ FvCB (input) |
|
| TTc |
degrees C * days degree C * day degrees C * day / hr |
⟶ development_index_from_thermal_time (input) ⟶ partitioning_coefficient_selector (input) ⟶ sla_linear (input) ⟶ sla_logistic (input) |
⟶ thermal_time_and_frost_senescence (input) thermal_time_beta ⟶ (output) thermal_time_bilinear ⟶ (output) thermal_time_linear ⟶ (output) thermal_time_linear_extended ⟶ (output) ⟶ thermal_time_senescence (input) thermal_time_trilinear ⟶ (output) |
| TTemr |
degrees C * days, thermal time from sowing to emergence |
⟶ development_index_from_thermal_time (input) ⟶ thermal_time_development_rate_calculator (input) |
|
| TTemr_threshold |
degrees C * days; accumulated thermal time for emergence |
⟶ soybean_development_rate_calculator (input) |
|
| TTrep |
degrees C * days, thermal time of reproductive states |
⟶ development_index_from_thermal_time (input) ⟶ thermal_time_development_rate_calculator (input) |
|
| TTveg |
degrees C * days, thermal time of vegetative states |
⟶ development_index_from_thermal_time (input) ⟶ thermal_time_development_rate_calculator (input) |
|
| Tbase_emr |
degrees C; base temp for thermal time from sowing to emergence |
⟶ soybean_development_rate_calculator (input) |
|
| Tfrosthigh |
degrees C |
⟶ thermal_time_and_frost_senescence (input) |
|
| Tfrostlow |
degrees C |
⟶ thermal_time_and_frost_senescence (input) |
|
| Tleaf |
degrees C |
⟶ c3_assimilation (input) ⟶ c3_parameters (input) ⟶ c4_assimilation (input) |
|
| Tmax_R0R1 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Tmax_R1R7 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Tmax_emrV0 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Tmin_R0R1 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Tmin_R1R7 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Tmin_emrV0 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Topt_R0R1 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Topt_R1R7 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Topt_emrV0 |
degrees C |
⟶ soybean_development_rate_calculator (input) |
|
| Tp_Ha |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| Tp_Hd |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| Tp_S |
J / K / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| Tp_at_25 |
micromol / m^2 / s |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) |
|
| Tp_norm |
dimensionless |
c3_parameters ⟶ (output) |
|
| TransR |
mmol / m^2 / s |
c3_leaf_photosynthesis ⟶ (output) c4_leaf_photosynthesis ⟶ (output) leaf_evapotranspiration ⟶ (output) rue_leaf_photosynthesis ⟶ (output) |
|
| Vc |
micromol / m^2 / s |
FvCB ⟶ (output) |
|
| Vcmax |
micromol / m^2 / s |
⟶ FvCB (input) |
|
| Vcmax_Ea |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| Vcmax_at_25 |
micromol / m^2 / s |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) linear_vmax_from_leaf_n ⟶ (output) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| Vcmax_at_25_n_offset |
micromol / m^2 / s |
⟶ linear_vmax_from_leaf_n (input) |
|
| Vcmax_at_25_n_slope |
No units found |
⟶ linear_vmax_from_leaf_n (input) |
|
| Vcmax_norm |
dimensionless |
c3_parameters ⟶ (output) |
|
| Wc |
micromol / m^2 / s |
FvCB ⟶ (output) |
|
| Wj |
micromol / m^2 / s |
FvCB ⟶ (output) |
|
| Wp |
micromol / m^2 / s |
FvCB ⟶ (output) |
|
| aba_decay_constant |
No units found |
⟶ aba_decay (input) |
|
| aba_influence_coefficient |
No units found |
⟶ stomata_water_stress_linear_and_aba_response (input) |
|
| abs_tol |
No units found |
⟶ root_multidim_test (input) ⟶ root_onedim_test (input) |
|
| absorbed_longwave |
J / m^2 / s J / (m^2 leaf) / s |
⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) stefan_boltzmann_longwave ⟶ (output) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| absorbed_ppfd |
micromol / (m^2 leaf) / s |
⟶ c3_leaf_photosynthesis (input) |
|
| absorbed_shortwave |
J / (m^2 leaf) / s J / m^2 / s |
⟶ c3_leaf_photosynthesis (input) ⟶ c4_leaf_photosynthesis (input) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) |
|
| acceleration_from_gravity |
No units found |
⟶ one_layer_soil_profile_derivatives (input) |
|
| air_pressure |
Pa |
⟶ leaf_gbw_campbell (input) ⟶ leaf_gbw_nikolov (input) |
|
| alpha |
mol / mol |
⟶ c4_assimilation (input) parameter_calculator ⟶ (output) |
|
| alpha1 |
mol / mol |
⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ parameter_calculator (input) ⟶ ten_layer_c4_canopy (input) |
|
| alphaLeaf |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| alphaRhizome |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| alphaRoot |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| alphaSeneLeaf |
dimensionless |
⟶ senescence_coefficient_logistic (input) |
|
| alphaSeneRhizome |
dimensionless |
⟶ senescence_coefficient_logistic (input) |
|
| alphaSeneRoot |
dimensionless |
⟶ senescence_coefficient_logistic (input) |
|
| alphaSeneStem |
dimensionless |
⟶ senescence_coefficient_logistic (input) |
|
| alphaShell |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| alphaStem |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| alpha_TPU |
dimensionless |
⟶ FvCB (input) |
|
| alpha_rue |
mol / mol dimensionless |
⟶ example_model_mass_gain (input) ⟶ rue_leaf_photosynthesis (input) ⟶ ten_layer_rue_canopy (input) |
|
| alphab1 |
No units found |
⟶ parameter_calculator (input) |
|
| anderson_bjorck_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| anderson_bjorck_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| anderson_bjorck_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| anderson_bjorck_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| anderson_bjorck_root |
No units found |
root_onedim_test ⟶ (output) |
|
| answer |
No units found |
⟶ root_onedim_test (input) |
|
| atmospheric_pressure |
Pa |
atmospheric_pressure_from_elevation ⟶ (output) ⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ canopy_light_distribution (input) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) ⟶ rh_to_mole_fraction (input) ⟶ shortwave_atmospheric_scattering (input) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
⟶ soil_evaporation_ritchie (input) |
| atmospheric_scattering |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ shortwave_atmospheric_scattering (input) |
|
| atmospheric_transmittance |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ shortwave_atmospheric_scattering (input) |
|
| available_water |
mm / hr mm / hr. Water available for infiltration or runoff (rainfall plus irrigation) |
soil_surface_runoff ⟶ (output) ⟶ soil_water_downflow (input) |
|
| b0 |
mol / m^2 / s |
⟶ ball_berry (input) ⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| b1 |
dimensionless from [mol / m^2 / s] / [mol / m^2 / s] dimensionless |
⟶ ball_berry (input) ⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) stomata_water_stress_linear_and_aba_response ⟶ (output) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| bare_soil_albedo_max |
dimensionless |
⟶ soil_evaporation_ritchie (input) |
|
| beta |
dimensionless |
⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c4_canopy (input) |
|
| betaLeaf |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| betaRhizome |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| betaRoot |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| betaSeneLeaf |
dimensionless |
⟶ senescence_coefficient_logistic (input) |
|
| betaSeneRhizome |
dimensionless |
⟶ senescence_coefficient_logistic (input) |
|
| betaSeneRoot |
dimensionless |
⟶ senescence_coefficient_logistic (input) |
|
| betaSeneStem |
dimensionless |
⟶ senescence_coefficient_logistic (input) |
|
| betaShell |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| betaStem |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| beta_PSII |
dimensionless (fraction of absorbed light that reaches photosystem II) |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) |
|
| bisection_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| bisection_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| bisection_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| bisection_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| bisection_root |
No units found |
root_onedim_test ⟶ (output) |
|
| broyden_flag |
No units found |
root_multidim_test ⟶ (output) |
|
| broyden_iteration |
No units found |
root_multidim_test ⟶ (output) |
|
| broyden_x1 |
No units found |
root_multidim_test ⟶ (output) |
|
| broyden_x2 |
No units found |
root_multidim_test ⟶ (output) |
|
| broyden_y1 |
No units found |
root_multidim_test ⟶ (output) |
|
| broyden_y2 |
No units found |
root_multidim_test ⟶ (output) |
|
| cLc |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cLm |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cLn |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cPn |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cTc |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cTm |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cTn |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cXc |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cXm |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cXn |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cYc |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cYm |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| cYn |
No units found |
⟶ song_flowering (input) song_flowering ⟶ (output) |
|
| canopy_assimilation |
Mg / ha / hr |
cumulative_carbon_dynamics ⟶ (output) |
|
| canopy_assimilation_molar_flux |
micromol / m^2 / s micromol CO2 / m^2 / s |
c3_canopy ⟶ (output) c4_canopy ⟶ (output) ⟶ carbon_assimilation_to_biomass (input) ten_layer_canopy_integrator ⟶ (output) |
|
| canopy_assimilation_rate |
Mg / ha / hr Mg / ha / hour |
carbon_assimilation_to_biomass ⟶ (output) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
⟶ cumulative_carbon_dynamics (input) |
| canopy_conductance |
mol / m^2 / s mmol / m^2 / s |
c3_canopy ⟶ (output) c4_canopy ⟶ (output) ten_layer_canopy_integrator ⟶ (output) |
|
| canopy_direct_transmission_fraction |
dimensionless |
⟶ soil_sunlight (input) ten_layer_canopy_properties ⟶ (output) |
|
| canopy_gross_assimilation |
Mg / ha / hr |
cumulative_carbon_dynamics ⟶ (output) |
|
| canopy_gross_assimilation_molar_flux |
micromol / m^2 / s micromol CO2 / m^2 / s |
c3_canopy ⟶ (output) c4_canopy ⟶ (output) ⟶ carbon_assimilation_to_biomass (input) ten_layer_canopy_integrator ⟶ (output) |
|
| canopy_gross_assimilation_rate |
Mg / ha / hr |
carbon_assimilation_to_biomass ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| canopy_height |
m |
⟶ canopy_gbw_thornley (input) height_from_lai ⟶ (output) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) |
|
| canopy_non_photorespiratory_CO2_release |
Mg / ha / hr |
cumulative_carbon_dynamics ⟶ (output) |
|
| canopy_non_photorespiratory_CO2_release_molar_flux |
micromol / m^2 / s micromol CO2 / m^2 / s |
c3_canopy ⟶ (output) c4_canopy ⟶ (output) ⟶ carbon_assimilation_to_biomass (input) ten_layer_canopy_integrator ⟶ (output) |
|
| canopy_non_photorespiratory_CO2_release_rate |
Mg / ha / hr |
carbon_assimilation_to_biomass ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| canopy_photorespiration |
Mg / ha / hr |
cumulative_carbon_dynamics ⟶ (output) |
|
| canopy_photorespiration_molar_flux |
micromol / m^2 / s micromol CO2 / m^2 / s |
c3_canopy ⟶ (output) c4_canopy ⟶ (output) ⟶ carbon_assimilation_to_biomass (input) ten_layer_canopy_integrator ⟶ (output) |
|
| canopy_photorespiration_rate |
Mg / ha / hr |
carbon_assimilation_to_biomass ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| canopy_transpiration |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| canopy_transpiration_rate |
Mg / ha / hr |
c3_canopy ⟶ (output) c4_canopy ⟶ (output) ⟶ soil_water_uptake (input) ten_layer_canopy_integrator ⟶ (output) |
⟶ bucket_soil_drainage (input) ⟶ cumulative_water_dynamics (input) ⟶ one_layer_soil_profile (input) ⟶ two_layer_soil_profile (input) |
| chil |
dimensionless dimensionless from m^2 / m^2 |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ leaf_shape_factor (input) ⟶ ten_layer_canopy_properties (input) |
|
| clock_area_asymm |
No units found |
⟶ phase_clock (input) |
|
| clock_dead_width |
No units found |
⟶ phase_clock (input) |
|
| clock_gamma |
No units found |
⟶ magic_clock (input) ⟶ poincare_clock (input) |
|
| clock_period |
No units found |
⟶ magic_clock (input) ⟶ phase_clock (input) ⟶ poincare_clock (input) |
|
| clock_r0 |
No units found |
⟶ magic_clock (input) ⟶ poincare_clock (input) |
|
| clock_r_scale |
No units found |
⟶ phase_clock (input) |
|
| clock_width_asymm |
No units found |
⟶ phase_clock (input) |
|
| cosine_zenith_angle |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ leaf_shape_factor (input) ⟶ shortwave_atmospheric_scattering (input) solar_position_michalsky ⟶ (output) ⟶ ten_layer_canopy_properties (input) |
⟶ soil_evaporation_ritchie (input) |
| cs |
micromol / mol |
ball_berry ⟶ (output) |
|
| cumulative_lai |
dimensionless from m^2 leaf / m^2 ground |
⟶ canopy_light_distribution (input) |
|
| curve_number |
unitless |
⟶ soil_surface_runoff (input) |
|
| cws1 |
No units found |
⟶ two_layer_soil_profile (input) two_layer_soil_profile ⟶ (output) |
|
| cws2 |
No units found |
⟶ two_layer_soil_profile (input) two_layer_soil_profile ⟶ (output) |
|
| dawn_a |
dimensionless |
⟶ oscillator_clock_calculator (input) |
⟶ magic_clock (input) magic_clock ⟶ (output) ⟶ poincare_clock (input) poincare_clock ⟶ (output) |
| dawn_b |
dimensionless |
⟶ oscillator_clock_calculator (input) |
⟶ magic_clock (input) magic_clock ⟶ (output) ⟶ poincare_clock (input) poincare_clock ⟶ (output) |
| dawn_kick |
dimensionless |
oscillator_clock_calculator ⟶ (output) |
⟶ magic_clock (input) ⟶ poincare_clock (input) |
| dawn_phase |
dimensionless |
oscillator_clock_calculator ⟶ (output) |
|
| dawn_radius |
dimensionless |
oscillator_clock_calculator ⟶ (output) |
|
| day_length |
hr hours |
daylength_calculator ⟶ (output) ⟶ grimm_soybean_flowering_calculator (input) oscillator_clock_calculator ⟶ (output) ⟶ soybean_development_rate_calculator (input) |
|
| day_tracker |
dimensionless |
⟶ oscillator_clock_calculator (input) |
⟶ night_and_day_trackers (input) night_and_day_trackers ⟶ (output) |
| days_stage2 |
day day / hr |
⟶ soil_evaporation_ritchie (input) soil_evaporation_ritchie ⟶ (output) |
|
| dekker_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_root |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_sg_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_sg_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_sg_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_sg_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_newton_sg_root |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_root |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_sg_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_sg_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_sg_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_sg_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| dekker_sg_root |
No units found |
root_onedim_test ⟶ (output) |
|
| deltaS_1 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to drainage in layer 1 m^3 / m^3. Change in soil water content due to drainage in soil layer l m^3 / m^3. Change in soil water content due to downward flow in layer 1. |
soil_water_downflow ⟶ (output) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
⟶ multi_layer_soil_profile (input) ⟶ soil_evaporation_ritchie (input) |
| deltaS_2 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to drainage in layer 2 m^3 / m^3. Change in soil water content due to downward flow in layer 2. |
soil_water_downflow ⟶ (output) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
⟶ multi_layer_soil_profile (input) |
| deltaS_3 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to drainage in layer 3 m^3 / m^3. Change in soil water content due to downward flow in layer 3. |
soil_water_downflow ⟶ (output) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
⟶ multi_layer_soil_profile (input) |
| deltaS_4 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to drainage in layer 4 m^3 / m^3. Change in soil water content due to downward flow in layer 4. |
soil_water_downflow ⟶ (output) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
⟶ multi_layer_soil_profile (input) |
| deltaS_5 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to drainage in layer 5 m^3 / m^3. Change in soil water content due to downward flow in layer 5. |
soil_water_downflow ⟶ (output) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
⟶ multi_layer_soil_profile (input) |
| deltaS_6 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to drainage in layer 6 m^3 / m^3. Change in soil water content due to downward flow in layer 6. |
soil_water_downflow ⟶ (output) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
⟶ multi_layer_soil_profile (input) |
| deltaT_1 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to tile drainage in layer 1 |
soil_water_tiledrain ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaT_2 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to tile drainage in layer 2 |
soil_water_tiledrain ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaT_3 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to tile drainage in layer 3 |
soil_water_tiledrain ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaT_4 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to tile drainage in layer 4 |
soil_water_tiledrain ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaT_5 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to tile drainage in layer 5 |
soil_water_tiledrain ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaT_6 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to tile drainage in layer 6 |
soil_water_tiledrain ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaU_1 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to evaporation and/or upward flow in layer 1 |
soil_water_upflow ⟶ (output) |
⟶ multi_layer_soil_profile (input) ⟶ soil_evaporation_ritchie (input) |
| deltaU_2 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to evaporation and/or upward flow in layer 2 |
soil_water_upflow ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaU_3 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to evaporation and/or upward flow in layer 3 |
soil_water_upflow ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaU_4 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to evaporation and/or upward flow in layer 4 |
soil_water_upflow ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaU_5 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to evaporation and/or upward flow in layer 5 |
soil_water_upflow ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| deltaU_6 |
m^3 / m^3 m^3 / m^3. Change in soil water content due to evaporation and/or upward flow in layer 6 |
soil_water_upflow ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| development_rate_per_hour |
hour^-1 |
soybean_development_rate_calculator ⟶ (output) thermal_time_development_rate_calculator ⟶ (output) |
⟶ development_index (input) |
| doy |
days |
format_time ⟶ (output) |
⟶ thermal_time_and_frost_senescence (input) |
| drainage |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| drainage_rate |
Mg / ha / hr Mg / ha / hr. Drainage rate from soil profile. |
soil_water_downflow ⟶ (output) |
⟶ cumulative_water_dynamics (input) |
| drn_1 |
cm / hr. Drainage rate through soil layer 1 |
soil_water_downflow ⟶ (output) |
|
| drn_2 |
cm / hr. Drainage rate through soil layer 2 |
soil_water_downflow ⟶ (output) |
|
| drn_3 |
cm / hr. Drainage rate through soil layer 3 |
soil_water_downflow ⟶ (output) |
|
| drn_4 |
cm / hr. Drainage rate through soil layer 4 |
soil_water_downflow ⟶ (output) |
|
| drn_5 |
cm / hr. Drainage rate through soil layer 5 |
soil_water_downflow ⟶ (output) |
|
| drn_6 |
cm / hr. Drainage rate through soil layer 6 |
soil_water_downflow ⟶ (output) |
|
| dry_biomass_per_carbon |
g biomass / mol C |
⟶ carbon_assimilation_to_biomass (input) |
|
| dusk_a |
dimensionless |
⟶ oscillator_clock_calculator (input) |
⟶ magic_clock (input) magic_clock ⟶ (output) ⟶ poincare_clock (input) poincare_clock ⟶ (output) |
| dusk_b |
dimensionless |
⟶ oscillator_clock_calculator (input) |
⟶ magic_clock (input) magic_clock ⟶ (output) ⟶ poincare_clock (input) poincare_clock ⟶ (output) |
| dusk_kick |
dimensionless |
oscillator_clock_calculator ⟶ (output) |
⟶ magic_clock (input) ⟶ poincare_clock (input) |
| dusk_phase |
dimensionless |
oscillator_clock_calculator ⟶ (output) |
|
| dusk_radius |
dimensionless |
oscillator_clock_calculator ⟶ (output) |
|
| ecc |
No units found |
⟶ root_onedim_test (input) |
|
| electrons_per_carboxylation |
self-explanatory units electron / carboxylation |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ FvCB (input) ⟶ ten_layer_c3_canopy (input) |
|
| electrons_per_oxygenation |
self-explanatory units electron / oxygenation |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ FvCB (input) ⟶ ten_layer_c3_canopy (input) |
|
| elevation |
m |
⟶ atmospheric_pressure_from_elevation (input) |
|
| emissivity_sky |
dimensionless |
⟶ stefan_boltzmann_longwave (input) |
|
| evapotranspiration |
No units found |
⟶ one_layer_soil_profile_derivatives (input) |
|
| excess_water |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| excess_water_rate |
Mg / ha / hr Mg / ha / hr. Excess water to be added to runoff |
soil_water_downflow ⟶ (output) |
⟶ cumulative_water_dynamics (input) |
| f_leaf |
dimensionless from kg / kg |
⟶ example_model_partitioning (input) |
|
| f_root |
dimensionless from kg / kg |
⟶ example_model_partitioning (input) |
|
| fixed_point_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| fixed_point_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| fixed_point_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| fixed_point_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| fixed_point_root |
No units found |
root_onedim_test ⟶ (output) |
|
| fractional_doy |
days day |
format_time ⟶ (output) ⟶ grimm_soybean_flowering_calculator (input) ⟶ solar_position_michalsky (input) ⟶ soybean_development_rate_calculator (input) ⟶ thermal_time_development_rate_calculator (input) |
⟶ soil_evaporation_ritchie (input) ⟶ thermal_time_beta (input) ⟶ thermal_time_bilinear (input) ⟶ thermal_time_linear (input) ⟶ thermal_time_linear_extended (input) ⟶ thermal_time_trilinear (input) |
| gbw |
mol / m^2 / s m / s |
⟶ ball_berry (input) ⟶ c3_assimilation (input) c3_leaf_photosynthesis ⟶ (output) ⟶ c4_assimilation (input) c4_leaf_photosynthesis ⟶ (output) leaf_evapotranspiration ⟶ (output) |
|
| gbw_canopy |
m / s mol / m^2 / s |
⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) canopy_gbw_thornley ⟶ (output) leaf_evapotranspiration ⟶ (output) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| gbw_leaf |
m / s |
leaf_evapotranspiration ⟶ (output) leaf_gbw_campbell ⟶ (output) leaf_gbw_nikolov ⟶ (output) |
|
| gm_Ha |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| gm_Hd |
J / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| gm_S |
J / K / mol |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| gm_at_25 |
mol / m^2 / s/ bar mol / m^2 / s / Pa |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ ten_layer_c3_canopy (input) |
|
| gm_norm |
dimensionless |
c3_parameters ⟶ (output) |
|
| gmst |
hr |
solar_position_michalsky ⟶ (output) |
|
| grc_grain |
dimensionless |
⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
|
| grc_leaf |
dimensionless |
⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
|
| grc_rhizome |
dimensionless |
⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
|
| grc_root |
dimensionless |
⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
|
| grc_shell |
dimensionless |
⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
|
| grc_stem |
dimensionless |
⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
|
| grimm_N_min |
hours |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_N_opt |
hours |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_T_min |
degrees C |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_T_opt |
degrees C |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_flowering |
dimensionless |
grimm_soybean_flowering_calculator ⟶ (output) |
|
| grimm_flowering_threshold |
physiological days |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_juvenile_T0 |
degrees C |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_juvenile_T1 |
degrees C |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_juvenile_T2 |
degrees C |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_juvenile_T3 |
degrees C |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_juvenile_pd_threshold |
physiological days |
⟶ grimm_soybean_flowering_calculator (input) |
|
| grimm_physiological_age |
physiological days / hr physiological days |
⟶ grimm_soybean_flowering_calculator (input) |
grimm_soybean_flowering ⟶ (output) |
| grimm_rate |
physiological days / hr |
grimm_soybean_flowering_calculator ⟶ (output) |
⟶ grimm_soybean_flowering (input) |
| grimm_rate_photoperiod |
physiological days / day |
grimm_soybean_flowering_calculator ⟶ (output) |
|
| grimm_rate_temperature |
physiological days / day |
grimm_soybean_flowering_calculator ⟶ (output) |
|
| growth_respiration_fraction |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ ten_layer_canopy_integrator (input) |
|
| gsw |
m / s |
leaf_evapotranspiration ⟶ (output) |
|
| guess_1 |
No units found |
⟶ root_multidim_test (input) |
|
| guess_2 |
No units found |
⟶ root_multidim_test (input) |
|
| halley_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| halley_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| halley_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| halley_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| halley_root |
No units found |
root_onedim_test ⟶ (output) |
|
| head |
cm |
soil_water_tiledrain ⟶ (output) |
|
| height |
m |
⟶ c3_leaf_photosynthesis (input) canopy_light_distribution ⟶ (output) |
|
| height_layer_0 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_1 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_2 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_3 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_4 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_5 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_6 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_7 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_8 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| height_layer_9 |
m |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| heightf |
m^(-1) m^-1 m^-1 from (m^2 / m^2) / m. Leaf area density; LAI per height of canopy. |
⟶ c3_canopy (input) ⟶ canopy_light_distribution (input) ⟶ height_from_lai (input) ⟶ ten_layer_canopy_properties (input) |
|
| hour |
hours hr |
format_time ⟶ (output) ⟶ oscillator_clock_calculator (input) |
|
| hs |
dimensionless from Pa / Pa |
ball_berry ⟶ (output) |
|
| hydrDist |
No units found |
⟶ two_layer_soil_profile (input) |
|
| iSp |
Ha / Mg |
⟶ sla_linear (input) |
|
| illinois_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| illinois_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| illinois_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| illinois_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| illinois_root |
No units found |
root_onedim_test ⟶ (output) |
|
| incident_ppfd |
micromol / (m^2 leaf) / s |
⟶ c4_leaf_photosynthesis (input) ⟶ rue_leaf_photosynthesis (input) |
|
| infiltrated_water |
mm / hr mm / hr. Water available for infiltration - rainfall minus runoff plus net irrigation |
soil_water_downflow ⟶ (output) |
⟶ soil_evaporation_ritchie (input) |
| irradiance_diffuse_fraction |
dimensionless |
⟶ incident_shortwave_from_ground_par (input) shortwave_atmospheric_scattering ⟶ (output) |
|
| irradiance_diffuse_transmittance |
dimensionless |
shortwave_atmospheric_scattering ⟶ (output) |
⟶ soil_evaporation_ritchie (input) |
| irradiance_direct_fraction |
dimensionless |
⟶ incident_shortwave_from_ground_par (input) shortwave_atmospheric_scattering ⟶ (output) |
|
| irradiance_direct_transmittance |
dimensionless |
shortwave_atmospheric_scattering ⟶ (output) |
⟶ soil_evaporation_ritchie (input) |
| irrigation |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| irrigation_rate |
Mg / ha / hr |
⟶ soil_surface_runoff (input) |
⟶ cumulative_water_dynamics (input) |
| iteration_C3_Assim |
not a physical quantity |
c3_assimilation ⟶ (output) |
|
| iteration_C3_Gs |
not a physical quantity |
c3_leaf_photosynthesis ⟶ (output) |
|
| iteration_C4_Assim |
not a physical quantity |
c4_assimilation ⟶ (output) |
|
| iteration_C4_Gs |
not a physical quantity |
c4_leaf_photosynthesis ⟶ (output) |
|
| iteration_energy_balance_Tleaf |
not a physical quantity |
leaf_evapotranspiration ⟶ (output) |
|
| julian_date |
days |
solar_position_michalsky ⟶ (output) |
|
| kGrain |
dimensionless dimensionless, fraction carbon allocated to Grain |
partitioning_coefficient_logistic ⟶ (output) partitioning_coefficient_selector ⟶ (output) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
⟶ partitioning_growth (input) ⟶ senescence_logistic (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
| kGrain1 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kGrain2 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kGrain3 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kGrain4 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kGrain5 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kGrain6 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kLeaf |
dimesnionless dimensionless dimensionless, fraction carbon allocated to Leaf |
partitioning_coefficient_logistic ⟶ (output) partitioning_coefficient_selector ⟶ (output) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
⟶ partitioning_growth (input) ⟶ senescence_logistic (input) ⟶ thermal_time_and_frost_senescence (input) |
| kLeaf1 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kLeaf2 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kLeaf3 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kLeaf4 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kLeaf5 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kLeaf6 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRhizome |
dimensionless dimensionless, fraction carbon allocated to Rhizome |
partitioning_coefficient_logistic ⟶ (output) partitioning_coefficient_selector ⟶ (output) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
⟶ partitioning_growth (input) ⟶ senescence_logistic (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
| kRhizome1 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRhizome2 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRhizome3 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRhizome4 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRhizome5 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRhizome6 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRhizome_emr |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| kRhizome_emr_DVI |
dimensionless |
⟶ partitioning_coefficient_logistic (input) |
|
| kRoot |
dimensionless dimensionless, fraction carbon allocated to Root |
partitioning_coefficient_logistic ⟶ (output) partitioning_coefficient_selector ⟶ (output) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
⟶ partitioning_growth (input) ⟶ senescence_logistic (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
| kRoot1 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRoot2 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRoot3 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRoot4 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRoot5 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kRoot6 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kSeneLeaf |
dimensionless dimensionless, fraction of Leaf senesced |
senescence_coefficient_logistic ⟶ (output) |
⟶ senescence_logistic (input) |
| kSeneRhizome |
dimensionless dimensionless, fraction of Rhizome senesced |
senescence_coefficient_logistic ⟶ (output) |
⟶ senescence_logistic (input) |
| kSeneRoot |
dimensionless dimensionless, fraction of Root senesced |
senescence_coefficient_logistic ⟶ (output) |
⟶ senescence_logistic (input) |
| kSeneStem |
dimensionless dimensionless, fraction of Stem senesced |
senescence_coefficient_logistic ⟶ (output) |
⟶ senescence_logistic (input) |
| kShell |
dimensionless dimensionless, fraction carbon allocated to Shell |
partitioning_coefficient_logistic ⟶ (output) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
⟶ partitioning_growth (input) ⟶ senescence_logistic (input) |
| kStem |
dimensionless dimensionless, fraction carbon allocated to Stem |
partitioning_coefficient_logistic ⟶ (output) partitioning_coefficient_selector ⟶ (output) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) |
⟶ partitioning_growth (input) ⟶ senescence_logistic (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
| kStem1 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kStem2 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kStem3 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kStem4 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kStem5 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| kStem6 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| k_diffuse |
dimensionless (m^2 ground) / (m^2 leaf) |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ ten_layer_canopy_properties (input) |
|
| kcbmax |
dimensionless |
⟶ soil_evaporation_ritchie (input) |
|
| kcbmin |
dimensionless |
⟶ soil_evaporation_ritchie (input) |
|
| kick_strength |
dimensionless |
⟶ oscillator_clock_calculator (input) |
|
| kinetic_energy |
J |
harmonic_energy ⟶ (output) |
|
| kln |
No units found |
⟶ biomass_leaf_n_limitation (input) |
|
| km_leaf_litter |
Mg / ha |
⟶ litter_cover (input) |
|
| kpLN |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ ten_layer_canopy_properties (input) |
|
| kparm |
mol / mol mol / m^2 / s |
⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c4_canopy (input) |
|
| lai |
dimensionless dimensionless from m^2 leaf / m^2 ground dimensionless from m^2 / m^2 dimensionless from (m^2 leaf) / (m^2 ground) dimensionless from (m^2 leaf) / (m^2 ground). LAI of entire canopy. |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ height_from_lai (input) parameter_calculator ⟶ (output) ⟶ soil_evaporation (input) ⟶ ten_layer_canopy_integrator (input) ⟶ ten_layer_canopy_properties (input) |
⟶ soil_evaporation_ritchie (input) ⟶ two_layer_soil_profile (input) |
| lat |
degrees degrees (North is positive) |
⟶ daylength_calculator (input) ⟶ solar_position_michalsky (input) |
⟶ thermal_time_and_frost_senescence (input) |
| latent_heat_vaporization_of_water |
J / kg |
⟶ penman_monteith_leaf_temperature (input) ⟶ penman_monteith_transpiration (input) ⟶ priestley_transpiration (input) water_vapor_properties_from_air_temperature ⟶ (output) |
|
| leaf_boundary_layer_conductance |
m / s |
⟶ penman_monteith_leaf_temperature (input) ⟶ penman_monteith_transpiration (input) |
|
| leaf_net_irradiance |
W / m^2. Leaf area basis J / m^2 / s (leaf area basis) |
⟶ penman_monteith_leaf_temperature (input) ⟶ penman_monteith_transpiration (input) |
|
| leaf_reflectance_nir |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ ten_layer_canopy_properties (input) |
|
| leaf_reflectance_par |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ ten_layer_canopy_properties (input) |
|
| leaf_senescence_index |
dimensionless hour^-1 |
⟶ thermal_time_senescence (input) thermal_time_senescence ⟶ (output) |
|
| leaf_shape_factor |
(m^2 ground) / (m^2 leaf) |
leaf_shape_factor ⟶ (output) |
|
| leaf_stomatal_conductance |
mol / m^2 / s mmol / m^2 / s |
ball_berry ⟶ (output) ⟶ penman_monteith_leaf_temperature (input) ⟶ penman_monteith_transpiration (input) |
|
| leaf_temperature |
degrees C |
⟶ ball_berry (input) c3_leaf_photosynthesis ⟶ (output) c4_leaf_photosynthesis ⟶ (output) leaf_evapotranspiration ⟶ (output) ⟶ leaf_evapotranspiration_check (input) ⟶ leaf_gbw_campbell (input) ⟶ leaf_gbw_nikolov (input) penman_monteith_leaf_temperature ⟶ (output) |
|
| leaf_transmittance_nir |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ ten_layer_canopy_properties (input) |
|
| leaf_transmittance_par |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ ten_layer_canopy_properties (input) |
|
| leaf_transpiration_rate |
kg / m^2 / s (leaf area basis) |
penman_monteith_transpiration ⟶ (output) |
|
| leafdeathrate |
percent percent / hour |
⟶ thermal_time_and_frost_senescence (input) thermal_time_and_frost_senescence ⟶ (output) |
|
| leafwidth |
m |
⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) ⟶ leaf_gbw_campbell (input) ⟶ leaf_gbw_nikolov (input) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) |
|
| lha |
degrees |
solar_position_michalsky ⟶ (output) |
|
| light |
dimensionless |
light_from_solar ⟶ (output) ⟶ oscillator_clock_calculator (input) |
⟶ night_and_day_trackers (input) ⟶ phase_clock (input) |
| light_exp_at_zero |
No units found |
⟶ light_from_solar (input) |
|
| light_threshold |
No units found |
⟶ light_from_solar (input) |
|
| litter_cover_fraction |
dimensionless |
litter_cover ⟶ (output) ⟶ soil_sunlight (input) |
|
| lmst |
hr |
solar_position_michalsky ⟶ (output) |
|
| lnb0 |
No units found |
⟶ c3_canopy (input) |
|
| lnb1 |
No units found |
⟶ c3_canopy (input) |
|
| lnfun |
not a physical quantity a dimensionless switch |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ ten_layer_canopy_properties (input) |
|
| longitude |
degrees (East is positive) |
⟶ solar_position_michalsky (input) |
|
| lowerT |
degrees C |
⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c4_canopy (input) |
|
| lower_bracket |
No units found |
⟶ root_onedim_test (input) |
|
| mass |
kg |
⟶ harmonic_energy (input) |
⟶ harmonic_oscillator (input) |
| mass_gain |
kg / s |
example_model_mass_gain ⟶ (output) |
⟶ example_model_partitioning (input) |
| maturity_group |
dimensionless; maturity group of soybean cultivar |
⟶ soybean_development_rate_calculator (input) |
|
| max_b1 |
No units found |
⟶ stomata_water_stress_linear_and_aba_response (input) |
|
| max_iterations |
No units found |
⟶ root_multidim_test (input) ⟶ root_onedim_test (input) |
|
| max_rooting_layer |
dimensionless; number of layer the root can access dimensionless. number of layer the root can access dimensionless |
⟶ multilayer_soil_profile_avg (input) soil_water_dynamic_rooting ⟶ (output) ⟶ soil_water_uptake (input) |
|
| min_gbw_canopy |
m / s |
⟶ canopy_gbw_thornley (input) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) |
|
| min_root_depth |
cm |
⟶ soil_water_dynamic_rooting (input) |
|
| mole_fraction_h2o_atmosphere |
dimensionless |
⟶ rasmussen_specific_heat (input) rh_to_mole_fraction ⟶ (output) |
|
| mrc_grain |
kg / kg / hr |
⟶ maintenance_respiration_calculator (input) |
|
| mrc_leaf |
kg / kg / hr |
⟶ maintenance_respiration_calculator (input) |
|
| mrc_rhizome |
kg / kg / hr |
⟶ maintenance_respiration_calculator (input) |
|
| mrc_root |
kg / kg / hr |
⟶ maintenance_respiration_calculator (input) |
|
| mrc_shell |
kg / kg / hr |
⟶ maintenance_respiration_calculator (input) |
|
| mrc_stem |
kg / kg / hr |
⟶ maintenance_respiration_calculator (input) |
|
| nRdb0 |
No units found |
⟶ c4_canopy (input) |
|
| nRdb1 |
No units found |
⟶ c4_canopy (input) |
|
| nalphab0 |
No units found |
⟶ c4_canopy (input) |
|
| nalphab1 |
No units found |
⟶ c4_canopy (input) |
|
| net_assimilation_rate |
micromol / m^2 / s |
⟶ ball_berry (input) |
|
| net_assimilation_rate_grain |
Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ partitioning_growth (input) |
| net_assimilation_rate_leaf |
Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ partitioning_growth (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
| net_assimilation_rate_rhizome |
Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ partitioning_growth (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
| net_assimilation_rate_root |
Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ partitioning_growth (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
| net_assimilation_rate_shell |
Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ partitioning_growth (input) |
| net_assimilation_rate_stem |
Mg / ha / hour |
partitioning_growth_calculator ⟶ (output) partitioning_growth_calculator_leaf_costs ⟶ (output) |
⟶ partitioning_growth (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
| newton_flag |
No units found |
root_multidim_test ⟶ (output) root_onedim_test ⟶ (output) |
|
| newton_iteration |
No units found |
root_multidim_test ⟶ (output) root_onedim_test ⟶ (output) |
|
| newton_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| newton_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| newton_root |
No units found |
root_onedim_test ⟶ (output) |
|
| newton_x1 |
No units found |
root_multidim_test ⟶ (output) |
|
| newton_x2 |
No units found |
root_multidim_test ⟶ (output) |
|
| newton_y1 |
No units found |
root_multidim_test ⟶ (output) |
|
| newton_y2 |
No units found |
root_multidim_test ⟶ (output) |
|
| night_length |
hr |
oscillator_clock_calculator ⟶ (output) |
|
| night_tracker |
dimensionless |
⟶ oscillator_clock_calculator (input) |
⟶ night_and_day_trackers (input) night_and_day_trackers ⟶ (output) |
| nileafn |
No units found |
⟶ c4_canopy (input) |
|
| nir_incident_diffuse |
J / m^2 / s [through any plane] |
incident_shortwave_from_ground_par ⟶ (output) |
|
| nir_incident_direct |
J / (m^2 beam) / s [area perpendicular to beam] |
incident_shortwave_from_ground_par ⟶ (output) |
|
| nkln |
No units found |
⟶ c4_canopy (input) |
|
| nkpLN |
No units found |
⟶ c4_canopy (input) |
|
| nlayers |
dimensionless not a physical quantity |
⟶ c3_canopy (input) ⟶ c4_canopy (input) |
|
| nlnb0 |
No units found |
⟶ c4_canopy (input) |
|
| nlnb1 |
No units found |
⟶ c4_canopy (input) |
|
| nvmaxb0 |
No units found |
⟶ c4_canopy (input) |
|
| nvmaxb1 |
No units found |
⟶ c4_canopy (input) |
|
| par_energy_content |
J / micromol |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ incident_shortwave_from_ground_par (input) ⟶ soil_evaporation (input) ⟶ ten_layer_canopy_properties (input) |
⟶ soil_evaporation_ritchie (input) ⟶ two_layer_soil_profile (input) |
| par_energy_fraction |
dimensionless |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ incident_shortwave_from_ground_par (input) ⟶ ten_layer_canopy_properties (input) |
⟶ soil_evaporation_ritchie (input) |
| par_incident_diffuse |
J / m^2 / s [through any plane] |
incident_shortwave_from_ground_par ⟶ (output) ⟶ ten_layer_canopy_properties (input) |
|
| par_incident_direct |
J / (m^2 beam) / s [area perpendicular to beam] |
incident_shortwave_from_ground_par ⟶ (output) ⟶ ten_layer_canopy_properties (input) |
|
| pb |
mm |
soil_surface_runoff ⟶ (output) |
|
| pegasus_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| pegasus_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| pegasus_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| pegasus_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| pegasus_root |
No units found |
root_onedim_test ⟶ (output) |
|
| phi |
No units found |
⟶ phase_clock (input) phase_clock ⟶ (output) |
|
| phi1 |
No units found |
⟶ stomata_water_stress_sigmoid (input) |
⟶ two_layer_soil_profile (input) |
| phi2 |
dimensionless |
⟶ leaf_water_stress_exponential (input) |
⟶ two_layer_soil_profile (input) |
| phi_PSII |
dimensionless |
c3_parameters ⟶ (output) |
|
| phi_PSII_0 |
dimensionless |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| phi_PSII_1 |
(degrees C)^(-1) |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| phi_PSII_2 |
(degrees C)^(-2) |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| position |
m m / s |
⟶ harmonic_energy (input) |
⟶ harmonic_oscillator (input) harmonic_oscillator ⟶ (output) |
| precip |
mm / hr |
⟶ soil_surface_runoff (input) |
⟶ cumulative_water_dynamics (input) ⟶ one_layer_soil_profile (input) ⟶ two_layer_soil_profile (input) |
| precipitation_rate |
No units found |
⟶ bucket_soil_drainage (input) ⟶ one_layer_soil_profile_derivatives (input) |
|
| psychrometric_parameter |
kg / m^3 / K |
⟶ penman_monteith_leaf_temperature (input) ⟶ penman_monteith_transpiration (input) ⟶ priestley_transpiration (input) water_vapor_properties_from_air_temperature ⟶ (output) |
|
| rateSeneLeaf |
dimensionless, maximum percentage of leaf senesced at a given timestep |
⟶ senescence_coefficient_logistic (input) |
|
| rateSeneRhizome |
dimensionless, maximum percentage of rhizome senesced at a given timestep |
⟶ senescence_coefficient_logistic (input) |
|
| rateSeneRoot |
dimensionless, maximum percentage of root senesced at a given timestep |
⟶ senescence_coefficient_logistic (input) |
|
| rateSeneStem |
dimensionless, maximum percentage of stem senesced at a given timestep |
⟶ senescence_coefficient_logistic (input) |
|
| ref_a |
dimensionless |
⟶ oscillator_clock_calculator (input) |
⟶ magic_clock (input) magic_clock ⟶ (output) ⟶ poincare_clock (input) poincare_clock ⟶ (output) |
| ref_b |
dimensionless |
⟶ oscillator_clock_calculator (input) |
⟶ magic_clock (input) magic_clock ⟶ (output) ⟶ poincare_clock (input) poincare_clock ⟶ (output) |
| ref_phase |
dimensionless |
oscillator_clock_calculator ⟶ (output) |
|
| ref_radius |
dimensionless |
oscillator_clock_calculator ⟶ (output) |
|
| regula_falsi_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| regula_falsi_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| regula_falsi_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| regula_falsi_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| regula_falsi_root |
No units found |
root_onedim_test ⟶ (output) |
|
| rel_tol |
No units found |
⟶ root_multidim_test (input) ⟶ root_onedim_test (input) |
|
| remobilization_fraction |
dimensionless, fraction of senesced leaf dimensionless |
⟶ senescence_logistic (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
|
| residual_C3_Assim |
micromol / m^2 / s |
c3_assimilation ⟶ (output) |
|
| residual_C3_Gs |
mol / m^2 / s |
c3_leaf_photosynthesis ⟶ (output) |
|
| residual_C4_Assim |
micromol / m^2 / s |
c4_assimilation ⟶ (output) |
|
| residual_C4_Gs |
mol / m^2 / s |
c4_leaf_photosynthesis ⟶ (output) |
|
| residual_energy_balance_Tleaf |
degrees C |
leaf_evapotranspiration ⟶ (output) leaf_evapotranspiration_check ⟶ (output) |
|
| retrans |
dimensionless |
⟶ partitioning_growth (input) |
|
| retrans_rhizome |
dimensionless |
⟶ partitioning_growth (input) |
|
| rfl |
No units found |
⟶ two_layer_soil_profile (input) |
|
| rh |
Pa / Pa dimensionless dimensionless from Pa / Pa |
⟶ ball_berry (input) ⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) ⟶ leaf_gbw_nikolov (input) ⟶ rh_to_mole_fraction (input) ⟶ soil_evaporation (input) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ⟶ water_vapor_properties_from_air_temperature (input) |
⟶ soil_evaporation_ritchie (input) ⟶ two_layer_soil_profile (input) |
| rhizome_senescence_index |
dimensionless hour^-1 |
⟶ thermal_time_and_frost_senescence (input) thermal_time_and_frost_senescence ⟶ (output) ⟶ thermal_time_senescence (input) thermal_time_senescence ⟶ (output) |
|
| ridder_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| ridder_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| ridder_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| ridder_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| ridder_root |
No units found |
root_onedim_test ⟶ (output) |
|
| root_senescence_index |
dimensionless hour^-1 |
⟶ thermal_time_and_frost_senescence (input) thermal_time_and_frost_senescence ⟶ (output) ⟶ thermal_time_senescence (input) thermal_time_senescence ⟶ (output) |
|
| rsdf |
m / Mg / ha. Constant conversion from biomass to depth |
⟶ soil_water_dynamic_rooting (input) |
⟶ two_layer_soil_profile (input) |
| rsec |
No units found |
⟶ soil_evaporation (input) |
⟶ two_layer_soil_profile (input) |
| saturation_water_vapor_pressure |
Pa |
water_vapor_properties_from_air_temperature ⟶ (output) |
|
| saturation_water_vapor_pressure_atmosphere |
Pa |
buck_swvp ⟶ (output) ⟶ rh_to_mole_fraction (input) |
|
| secant_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| secant_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| secant_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| secant_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| secant_root |
No units found |
root_onedim_test ⟶ (output) |
|
| seneLeaf |
degree C * day |
⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
|
| seneRhizome |
degree C * day |
⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
|
| seneRoot |
degree C * day |
⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
|
| seneStem |
degree C * day |
⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_senescence (input) |
|
| sf_jmax |
dimensionless |
⟶ varying_Jmax25 (input) |
|
| shaded_Assim_layer_0 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_1 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_2 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_3 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_4 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_5 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_6 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_7 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_8 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Assim_layer_9 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Cc_layer_0 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_1 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_2 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_3 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_4 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_5 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_6 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_7 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_8 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Cc_layer_9 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_Ci_layer_0 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_1 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_2 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_3 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_4 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_5 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_6 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_7 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_8 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Ci_layer_9 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_0 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_1 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_2 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_3 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_4 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_5 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_6 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_7 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_8 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_Cs_layer_9 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_0 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_1 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_2 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_3 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_4 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_5 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_6 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_7 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_8 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPenman_layer_9 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_0 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_1 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_2 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_3 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_4 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_5 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_6 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_7 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_8 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_EPriestly_layer_9 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_0 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_1 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_2 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_3 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_4 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_5 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_6 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_7 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_8 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_GrossAssim_layer_9 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_0 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_1 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_2 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_3 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_4 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_5 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_6 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_7 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_8 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Gs_layer_9 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_0 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_1 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_2 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_3 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_4 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_5 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_6 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_7 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_8 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RH_canopy_layer_9 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_0 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_1 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_2 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_3 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_4 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_5 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_6 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_7 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_8 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RHs_layer_9 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_RL_layer_0 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_1 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_2 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_3 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_4 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_5 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_6 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_7 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_8 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_RL_layer_9 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_0 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_1 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_2 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_3 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_4 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_5 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_6 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_7 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_8 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_Rp_layer_9 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_0 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_1 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_2 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_3 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_4 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_5 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_6 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_7 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_8 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_TransR_layer_9 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| shaded_absorbed_ppfd |
No units found |
canopy_light_distribution ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_0 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_1 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_2 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_3 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_4 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_5 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_6 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_7 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_8 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_ppfd_layer_9 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave |
No units found |
canopy_light_distribution ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_0 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_1 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_2 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_3 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_4 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_5 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_6 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_7 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_8 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_absorbed_shortwave_layer_9 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction |
No units found |
canopy_light_distribution ⟶ (output) |
|
| shaded_fraction_layer_0 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_1 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_2 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_3 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_4 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_5 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_6 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_7 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_8 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_fraction_layer_9 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| shaded_gbw_layer_0 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_1 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_2 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_3 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_4 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_5 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_6 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_7 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_8 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_gbw_layer_9 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_incident_nir |
No units found |
canopy_light_distribution ⟶ (output) |
|
| shaded_incident_nir_layer_0 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_1 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_2 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_3 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_4 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_5 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_6 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_7 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_8 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_nir_layer_9 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| shaded_incident_ppfd |
No units found |
canopy_light_distribution ⟶ (output) |
|
| shaded_incident_ppfd_layer_0 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_1 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_2 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_3 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_4 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_5 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_6 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_7 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_8 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_incident_ppfd_layer_9 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| shaded_iteration_C3_Gs_layer_0 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_1 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_2 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_3 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_4 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_5 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_6 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_7 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_8 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C3_Gs_layer_9 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_0 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_1 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_2 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_3 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_4 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_5 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_6 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_7 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_8 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_iteration_C4_Gs_layer_9 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_0 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_1 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_2 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_3 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_4 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_5 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_6 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_7 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_8 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_leaf_temperature_layer_9 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_0 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_1 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_2 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_3 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_4 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_5 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_6 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_7 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_8 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C3_Gs_layer_9 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_0 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_1 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_2 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_3 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_4 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_5 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_6 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_7 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_8 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| shaded_residual_C4_Gs_layer_9 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| single_guess |
No units found |
⟶ root_onedim_test (input) |
|
| skc |
dimensionless |
⟶ soil_evaporation_ritchie (input) |
|
| slope_water_vapor |
kg / m^3 / K |
⟶ penman_monteith_leaf_temperature (input) ⟶ penman_monteith_transpiration (input) ⟶ priestley_transpiration (input) water_vapor_properties_from_air_temperature ⟶ (output) |
|
| soil_aba_concentration |
No units found |
⟶ stomata_water_stress_linear_and_aba_response (input) |
⟶ aba_decay (input) aba_decay ⟶ (output) |
| soil_air_entry |
No units found |
⟶ bucket_soil_drainage (input) ⟶ one_layer_soil_profile (input) ⟶ one_layer_soil_profile_derivatives (input) ⟶ two_layer_soil_profile (input) |
|
| soil_b_coefficient |
No units found |
⟶ bucket_soil_drainage (input) ⟶ one_layer_soil_profile (input) ⟶ one_layer_soil_profile_derivatives (input) ⟶ two_layer_soil_profile (input) |
|
| soil_bulk_density_1 |
Mg / m^3 |
soil_type_selector ⟶ (output) |
|
| soil_bulk_density_2 |
Mg / m^3 |
soil_type_selector ⟶ (output) |
|
| soil_bulk_density_3 |
Mg / m^3 |
soil_type_selector ⟶ (output) |
|
| soil_bulk_density_4 |
Mg / m^3 |
soil_type_selector ⟶ (output) |
|
| soil_bulk_density_5 |
Mg / m^3 |
soil_type_selector ⟶ (output) |
|
| soil_bulk_density_6 |
Mg / m^3 |
soil_type_selector ⟶ (output) |
|
| soil_clay_content_1 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_clay_content_2 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_clay_content_3 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_clay_content_4 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_clay_content_5 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_clay_content_6 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_clod_size |
No units found |
⟶ soil_evaporation (input) |
⟶ two_layer_soil_profile (input) |
| soil_depth |
No units found |
⟶ bucket_soil_drainage (input) ⟶ one_layer_soil_profile (input) ⟶ one_layer_soil_profile_derivatives (input) |
|
| soil_depth1 |
No units found |
⟶ two_layer_soil_profile (input) |
|
| soil_depth2 |
No units found |
⟶ two_layer_soil_profile (input) |
|
| soil_depth3 |
No units found |
⟶ two_layer_soil_profile (input) |
|
| soil_depth_1 |
cm cm. Thickness of soil layer 1 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_water_downflow (input) ⟶ soil_water_dynamic_rooting (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) ⟶ soil_evaporation_ritchie (input) |
| soil_depth_2 |
cm cm. Thickness of soil layer 2 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_water_downflow (input) ⟶ soil_water_dynamic_rooting (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) |
| soil_depth_3 |
cm cm. cm. Thickness of soil layer 3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_water_downflow (input) ⟶ soil_water_dynamic_rooting (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) |
| soil_depth_4 |
cm cm. Thickness of soil layer 4 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_water_downflow (input) ⟶ soil_water_dynamic_rooting (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) |
| soil_depth_5 |
cm cm. Thickness of soil layer 5 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_water_downflow (input) ⟶ soil_water_dynamic_rooting (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) |
| soil_depth_6 |
cm cm. Thickness of soil layer 6 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_water_downflow (input) ⟶ soil_water_dynamic_rooting (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) |
| soil_evaporation |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| soil_evaporation_rate |
Mg / ha / hr Mg / ha / hr^2 |
soil_evaporation ⟶ (output) |
⟶ bucket_soil_drainage (input) ⟶ cumulative_water_dynamics (input) ⟶ multi_layer_soil_profile (input) ⟶ one_layer_soil_profile (input) ⟶ soil_evaporation_ritchie (input) soil_evaporation_ritchie ⟶ (output) |
| soil_field_capacity |
dimensionless (from m^3 / m^3) m^3 / m^3 dimensionless dimensionless from (m^3 water) / (m^3 soil) |
⟶ leaf_water_stress_exponential (input) multilayer_soil_profile_avg ⟶ (output) ⟶ soil_evaporation (input) ⟶ stomata_water_stress_bilinear (input) ⟶ stomata_water_stress_exponential (input) ⟶ stomata_water_stress_linear (input) ⟶ stomata_water_stress_linear_and_aba_response (input) ⟶ stomata_water_stress_sigmoid (input) |
⟶ bucket_soil_drainage (input) ⟶ one_layer_soil_profile (input) ⟶ one_layer_soil_profile_derivatives (input) ⟶ two_layer_soil_profile (input) |
| soil_field_capacity_1 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_field_capacity_2 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_field_capacity_3 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_field_capacity_4 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_field_capacity_5 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_field_capacity_6 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_initial_abstraction |
unitless |
soil_surface_runoff ⟶ (output) |
|
| soil_n_content |
No units found |
one_layer_soil_profile_derivatives ⟶ (output) |
|
| soil_reflectance |
No units found |
⟶ soil_evaporation (input) |
⟶ two_layer_soil_profile (input) |
| soil_sand_content |
No units found |
⟶ one_layer_soil_profile (input) ⟶ one_layer_soil_profile_derivatives (input) ⟶ two_layer_soil_profile (input) |
|
| soil_saturated_conductivity |
kg s / m^3 |
multilayer_soil_profile_avg ⟶ (output) |
⟶ bucket_soil_drainage (input) ⟶ one_layer_soil_profile (input) ⟶ one_layer_soil_profile_derivatives (input) ⟶ two_layer_soil_profile (input) |
| soil_saturated_conductivity_1 |
kg s / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) |
|
| soil_saturated_conductivity_2 |
kg s / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) |
|
| soil_saturated_conductivity_3 |
kg s / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) |
|
| soil_saturated_conductivity_4 |
kg s / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) |
|
| soil_saturated_conductivity_5 |
kg s / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) |
|
| soil_saturated_conductivity_6 |
kg s / m^3 |
⟶ multilayer_soil_profile_avg (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) |
|
| soil_saturation_capacity |
m^3 / m^3 |
multilayer_soil_profile_avg ⟶ (output) |
⟶ bucket_soil_drainage (input) ⟶ one_layer_soil_profile (input) ⟶ one_layer_soil_profile_derivatives (input) ⟶ two_layer_soil_profile (input) |
| soil_saturation_capacity_1 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_saturation_capacity_2 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_saturation_capacity_3 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_saturation_capacity_4 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_saturation_capacity_5 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_saturation_capacity_6 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) |
|
| soil_silt_content_1 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_silt_content_2 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_silt_content_3 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_silt_content_4 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_silt_content_5 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_silt_content_6 |
unitless |
soil_type_selector ⟶ (output) |
|
| soil_storage |
mm |
soil_surface_runoff ⟶ (output) |
|
| soil_sunlit_fraction |
dimensionless |
soil_sunlight ⟶ (output) |
|
| soil_transmission |
No units found |
⟶ soil_evaporation (input) |
⟶ two_layer_soil_profile (input) |
| soil_type_indicator_1 |
unitless int |
⟶ soil_type_selector (input) |
|
| soil_type_indicator_2 |
unitless int |
⟶ soil_type_selector (input) |
|
| soil_type_indicator_3 |
unitless int |
⟶ soil_type_selector (input) |
|
| soil_type_indicator_4 |
unitless int |
⟶ soil_type_selector (input) |
|
| soil_type_indicator_5 |
unitless int |
⟶ soil_type_selector (input) |
|
| soil_type_indicator_6 |
unitless int |
⟶ soil_type_selector (input) |
|
| soil_water_content |
dimensionless (from m^3 / m^3) m^3 / m^3 dimensionless dimensionless from (m^3 water) / (m^3 soil) |
⟶ leaf_water_stress_exponential (input) multilayer_soil_profile_avg ⟶ (output) ⟶ soil_evaporation (input) ⟶ stomata_water_stress_bilinear (input) ⟶ stomata_water_stress_exponential (input) ⟶ stomata_water_stress_linear (input) ⟶ stomata_water_stress_linear_and_aba_response (input) ⟶ stomata_water_stress_sigmoid (input) |
⟶ bucket_soil_drainage (input) bucket_soil_drainage ⟶ (output) ⟶ one_layer_soil_profile (input) one_layer_soil_profile ⟶ (output) ⟶ one_layer_soil_profile_derivatives (input) one_layer_soil_profile_derivatives ⟶ (output) ⟶ two_layer_soil_profile (input) two_layer_soil_profile ⟶ (output) |
| soil_water_content_1 |
m^3 / m^3 m^3 / m^3 / hr m^3 / m^3. Volumetric water content |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) multi_layer_soil_profile ⟶ (output) ⟶ soil_evaporation_ritchie (input) |
| soil_water_content_2 |
m^3 / m^3 m^3 / m^3 / hr |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) multi_layer_soil_profile ⟶ (output) |
| soil_water_content_3 |
m^3 / m^3 m^3 / m^3 / hr |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) multi_layer_soil_profile ⟶ (output) |
| soil_water_content_4 |
m^3 / m^3 m^3 / m^3 / hr |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) multi_layer_soil_profile ⟶ (output) |
| soil_water_content_5 |
m^3 / m^3 m^3 / m^3 / hr |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) multi_layer_soil_profile ⟶ (output) |
| soil_water_content_6 |
m^3 / m^3 m^3 / m^3 / hr |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) ⟶ soil_water_downflow (input) ⟶ soil_water_tiledrain (input) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) ⟶ total_soil_water (input) |
⟶ multi_layer_soil_profile (input) multi_layer_soil_profile ⟶ (output) |
| soil_wilting_point |
m^3 / m^3 dimensionless dimensionless from (m^3 water) / (m^3 soil) |
multilayer_soil_profile_avg ⟶ (output) ⟶ soil_evaporation (input) ⟶ stomata_water_stress_bilinear (input) ⟶ stomata_water_stress_exponential (input) ⟶ stomata_water_stress_linear (input) ⟶ stomata_water_stress_linear_and_aba_response (input) ⟶ stomata_water_stress_sigmoid (input) |
⟶ bucket_soil_drainage (input) ⟶ one_layer_soil_profile (input) ⟶ one_layer_soil_profile_derivatives (input) ⟶ two_layer_soil_profile (input) |
| soil_wilting_point_1 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) |
⟶ soil_evaporation_ritchie (input) |
| soil_wilting_point_2 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) |
|
| soil_wilting_point_3 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) |
|
| soil_wilting_point_4 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) |
|
| soil_wilting_point_5 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) |
|
| soil_wilting_point_6 |
m^3 / m^3 |
⟶ multilayer_soil_profile_avg (input) ⟶ soil_surface_runoff (input) soil_type_selector ⟶ (output) ⟶ soil_water_upflow (input) ⟶ soil_water_uptake (input) |
|
| solar |
micromol / m^2 / s micromol / (m^2 beam) / s [area perpendicular to beam] |
⟶ c3_canopy (input) ⟶ c4_canopy (input) ⟶ canopy_light_distribution (input) ⟶ incident_shortwave_from_ground_par (input) ⟶ light_from_solar (input) ⟶ soil_evaporation (input) |
⟶ soil_evaporation_ritchie (input) ⟶ song_flowering (input) ⟶ two_layer_soil_profile (input) |
| solar_L |
degrees |
solar_position_michalsky ⟶ (output) |
|
| solar_azimuth_angle |
degrees |
solar_position_michalsky ⟶ (output) |
|
| solar_dec |
degrees |
⟶ daylength_calculator (input) solar_position_michalsky ⟶ (output) |
|
| solar_ell |
degrees |
solar_position_michalsky ⟶ (output) |
|
| solar_ep |
degrees |
solar_position_michalsky ⟶ (output) |
|
| solar_g |
degrees |
solar_position_michalsky ⟶ (output) |
|
| solar_ra |
degrees |
solar_position_michalsky ⟶ (output) |
|
| solar_zenith_angle |
degrees |
solar_position_michalsky ⟶ (output) |
|
| sowing_fractional_doy |
days |
⟶ grimm_soybean_flowering_calculator (input) ⟶ soybean_development_rate_calculator (input) ⟶ thermal_time_development_rate_calculator (input) |
⟶ thermal_time_beta (input) ⟶ thermal_time_bilinear (input) ⟶ thermal_time_linear (input) ⟶ thermal_time_linear_extended (input) ⟶ thermal_time_trilinear (input) |
| specific_heat_of_air |
J / kg / K J / kg / mol |
rasmussen_specific_heat ⟶ (output) ⟶ soil_evaporation (input) ⟶ water_vapor_properties_from_air_temperature (input) |
⟶ two_layer_soil_profile (input) |
| spring_constant |
N / m |
⟶ harmonic_energy (input) |
⟶ harmonic_oscillator (input) |
| spring_energy |
J |
harmonic_energy ⟶ (output) |
|
| steffensen_flag |
No units found |
root_onedim_test ⟶ (output) |
|
| steffensen_iteration |
No units found |
root_onedim_test ⟶ (output) |
|
| steffensen_last_x_diff |
No units found |
root_onedim_test ⟶ (output) |
|
| steffensen_residual |
No units found |
root_onedim_test ⟶ (output) |
|
| steffensen_root |
No units found |
root_onedim_test ⟶ (output) |
|
| stem_senescence_index |
dimensionless hour^-1 |
⟶ thermal_time_and_frost_senescence (input) thermal_time_and_frost_senescence ⟶ (output) ⟶ thermal_time_senescence (input) thermal_time_senescence ⟶ (output) |
|
| storage |
J / m^2 / s |
leaf_evapotranspiration ⟶ (output) |
|
| sumes1 |
mm mm / hr |
⟶ soil_evaporation_ritchie (input) soil_evaporation_ritchie ⟶ (output) |
|
| sumes2 |
mm mm / hr |
⟶ soil_evaporation_ritchie (input) soil_evaporation_ritchie ⟶ (output) |
|
| sunlit_Assim_layer_0 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_1 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_2 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_3 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_4 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_5 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_6 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_7 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_8 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Assim_layer_9 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Cc_layer_0 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_1 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_2 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_3 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_4 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_5 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_6 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_7 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_8 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Cc_layer_9 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_Ci_layer_0 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_1 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_2 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_3 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_4 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_5 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_6 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_7 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_8 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Ci_layer_9 |
micromol / mol |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_0 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_1 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_2 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_3 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_4 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_5 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_6 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_7 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_8 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_Cs_layer_9 |
micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_0 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_1 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_2 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_3 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_4 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_5 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_6 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_7 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_8 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPenman_layer_9 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_0 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_1 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_2 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_3 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_4 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_5 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_6 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_7 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_8 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_EPriestly_layer_9 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_0 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_1 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_2 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_3 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_4 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_5 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_6 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_7 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_8 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_GrossAssim_layer_9 |
micromol / m^2 /s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_0 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_1 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_2 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_3 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_4 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_5 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_6 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_7 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_8 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Gs_layer_9 |
mmol / m^2 / s mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_0 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_1 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_2 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_3 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_4 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_5 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_6 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_7 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_8 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RH_canopy_layer_9 |
dimensionless |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_0 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_1 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_2 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_3 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_4 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_5 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_6 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_7 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_8 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RHs_layer_9 |
dimensionless from Pa / Pa |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_RL_layer_0 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_1 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_2 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_3 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_4 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_5 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_6 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_7 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_8 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_RL_layer_9 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_0 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_1 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_2 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_3 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_4 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_5 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_6 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_7 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_8 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_Rp_layer_9 |
micromol / m^2 /s micromol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_0 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_1 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_2 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_3 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_4 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_5 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_6 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_7 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_8 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_TransR_layer_9 |
mmol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) ⟶ ten_layer_canopy_integrator (input) ten_layer_rue_canopy ⟶ (output) |
|
| sunlit_absorbed_ppfd |
No units found |
canopy_light_distribution ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_0 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_1 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_2 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_3 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_4 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_5 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_6 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_7 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_8 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_ppfd_layer_9 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave |
No units found |
canopy_light_distribution ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_0 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_1 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_2 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_3 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_4 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_5 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_6 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_7 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_8 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_absorbed_shortwave_layer_9 |
J / (m^2 leaf) / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction |
No units found |
canopy_light_distribution ⟶ (output) |
|
| sunlit_fraction_layer_0 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_1 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_2 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_3 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_4 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_5 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_6 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_7 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_8 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_fraction_layer_9 |
dimensionless |
⟶ ten_layer_canopy_integrator (input) ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_gbw_layer_0 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_1 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_2 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_3 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_4 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_5 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_6 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_7 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_8 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_gbw_layer_9 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_incident_nir |
No units found |
canopy_light_distribution ⟶ (output) |
|
| sunlit_incident_nir_layer_0 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_1 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_2 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_3 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_4 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_5 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_6 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_7 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_8 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_nir_layer_9 |
micromol / (m^2 leaf) / s |
ten_layer_canopy_properties ⟶ (output) |
|
| sunlit_incident_ppfd |
No units found |
canopy_light_distribution ⟶ (output) |
|
| sunlit_incident_ppfd_layer_0 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_1 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_2 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_3 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_4 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_5 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_6 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_7 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_8 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_incident_ppfd_layer_9 |
micromol / (m^2 leaf) / s |
⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) ⟶ ten_layer_rue_canopy (input) |
|
| sunlit_iteration_C3_Gs_layer_0 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_1 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_2 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_3 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_4 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_5 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_6 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_7 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_8 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C3_Gs_layer_9 |
not a physical quantity |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_0 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_1 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_2 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_3 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_4 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_5 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_6 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_7 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_8 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_iteration_C4_Gs_layer_9 |
not a physical quantity |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_0 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_1 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_2 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_3 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_4 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_5 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_6 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_7 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_8 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_leaf_temperature_layer_9 |
degrees C |
ten_layer_c3_canopy ⟶ (output) ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_0 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_1 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_2 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_3 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_4 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_5 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_6 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_7 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_8 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C3_Gs_layer_9 |
mol / m^2 / s |
ten_layer_c3_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_0 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_1 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_2 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_3 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_4 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_5 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_6 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_7 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_8 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunlit_residual_C4_Gs_layer_9 |
mol / m^2 / s |
ten_layer_c4_canopy ⟶ (output) |
|
| sunrise |
hr |
oscillator_clock_calculator ⟶ (output) |
|
| sunrise_sunset_elevation |
degrees |
⟶ daylength_calculator (input) |
|
| sunset |
hr |
oscillator_clock_calculator ⟶ (output) |
|
| surface_runoff |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| surface_runoff_rate |
Mg / ha / hr |
soil_surface_runoff ⟶ (output) ⟶ soil_water_downflow (input) |
⟶ cumulative_water_dynamics (input) |
| swcon |
1 / hr. Soil water conductivity constant; whole profile drainage rate coefficient |
⟶ soil_water_downflow (input) |
|
| talpha |
dimensionless |
⟶ thermal_time_beta (input) |
|
| tbase |
degrees C degrees C, base temperature |
⟶ thermal_time_development_rate_calculator (input) |
⟶ thermal_time_beta (input) ⟶ thermal_time_bilinear (input) ⟶ thermal_time_linear (input) ⟶ thermal_time_linear_extended (input) ⟶ thermal_time_trilinear (input) |
| tbeta |
dimensionless |
⟶ thermal_time_beta (input) |
|
| td_layer_num |
Dimensionless. Soil layer number containing the tile drain |
soil_water_tiledrain ⟶ (output) |
|
| tdf_avail |
cm |
soil_water_tiledrain ⟶ (output) |
|
| temp |
degrees C degree C |
⟶ ball_berry (input) ⟶ buck_swvp (input) ⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ grimm_soybean_flowering_calculator (input) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) ⟶ leaf_gbw_campbell (input) ⟶ leaf_gbw_nikolov (input) ⟶ maintenance_respiration_calculator (input) ⟶ partitioning_growth_calculator (input) ⟶ partitioning_growth_calculator_leaf_costs (input) ⟶ penman_monteith_leaf_temperature (input) ⟶ rasmussen_specific_heat (input) ⟶ soil_evaporation (input) ⟶ soybean_development_rate_calculator (input) ⟶ stefan_boltzmann_longwave (input) ⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ⟶ thermal_time_development_rate_calculator (input) ⟶ water_vapor_properties_from_air_temperature (input) |
⟶ soil_evaporation_ritchie (input) ⟶ thermal_time_and_frost_senescence (input) ⟶ thermal_time_beta (input) ⟶ thermal_time_bilinear (input) ⟶ thermal_time_linear (input) ⟶ thermal_time_linear_extended (input) ⟶ thermal_time_trilinear (input) ⟶ two_layer_soil_profile (input) |
| theta |
dimensionless |
c3_parameters ⟶ (output) ⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c4_canopy (input) |
|
| theta_0 |
dimensionless |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| theta_1 |
(degrees C)^(-1) |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| theta_2 |
(degrees C)^(-2) |
⟶ c3_assimilation (input) ⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c3_parameters (input) ⟶ ten_layer_c3_canopy (input) |
|
| tile_conductivity |
cm / hr |
soil_water_tiledrain ⟶ (output) |
|
| tile_drain_depth |
cm. Depth of the tile drain |
⟶ soil_water_tiledrain (input) |
|
| tile_drainage_rate |
1 / hr. Tile drainage rate 0.2 (from DSSAT) |
⟶ soil_water_tiledrain (input) |
|
| tile_flow |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| tile_flow_rate |
Mg / ha / hr Mg / ha / hr. per-timestep tile drain flow; corresponds to DSSAT's TDFD var |
soil_water_tiledrain ⟶ (output) |
⟶ cumulative_water_dynamics (input) |
| time |
hours |
⟶ format_time (input) |
|
| time_zone_offset |
the offset of the time zone relative to UTC |
⟶ solar_position_michalsky (input) |
|
| tmax |
degrees C |
⟶ thermal_time_beta (input) ⟶ thermal_time_bilinear (input) ⟶ thermal_time_trilinear (input) |
|
| topsat |
dimensionless. Index of uppermost layer in the continuous saturated zone above the tile drain. |
soil_water_tiledrain ⟶ (output) |
|
| topt |
degrees C |
⟶ thermal_time_bilinear (input) |
|
| topt_lower |
degrees C |
⟶ thermal_time_trilinear (input) |
|
| topt_upper |
degrees C |
⟶ thermal_time_trilinear (input) |
|
| total_energy |
J |
harmonic_energy ⟶ (output) |
|
| total_growth_respiration |
Mg / ha |
total_growth_and_maintenance_respiration ⟶ (output) |
|
| total_intact_biomass |
Mg / ha |
total_biomass ⟶ (output) |
|
| total_litter_biomass |
Mg / ha |
total_biomass ⟶ (output) |
|
| total_maintenance_respiration |
Mg / ha |
total_growth_and_maintenance_respiration ⟶ (output) |
|
| total_precip |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| total_soil_water |
Mg / ha |
total_soil_water ⟶ (output) |
|
| tp1 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| tp2 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| tp3 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| tp4 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| tp5 |
No units found |
⟶ partitioning_coefficient_selector (input) |
|
| tracker_rate |
No units found |
⟶ night_and_day_trackers (input) |
|
| transpiration_rate |
No units found |
priestley_transpiration ⟶ (output) |
|
| ttc_scale |
degrees C * day / hr |
⟶ thermal_time_beta (input) |
|
| tupper |
degrees C |
⟶ thermal_time_linear_extended (input) |
|
| u |
No units found |
⟶ nr_ex (input) nr_ex ⟶ (output) |
|
| unmet_demand |
Mg / ha / hr |
cumulative_water_dynamics ⟶ (output) |
|
| unmet_demand_rate |
Mg / ha / hr |
soil_water_uptake ⟶ (output) |
⟶ cumulative_water_dynamics (input) |
| upflow_1 |
cm / hr. Upward flow of water |
soil_water_upflow ⟶ (output) |
|
| upflow_2 |
cm / hr |
soil_water_upflow ⟶ (output) |
|
| upflow_3 |
cm / hr |
soil_water_upflow ⟶ (output) |
|
| upflow_4 |
cm / hr |
soil_water_upflow ⟶ (output) |
|
| upflow_5 |
cm / hr |
soil_water_upflow ⟶ (output) |
|
| upflow_6 |
cm / hr |
soil_water_upflow ⟶ (output) |
|
| upperT |
degrees C |
⟶ c4_assimilation (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ ten_layer_c4_canopy (input) |
|
| upper_bracket |
No units found |
⟶ root_onedim_test (input) |
|
| uptake_layer_1 |
No units found |
soil_water_uptake ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| uptake_layer_2 |
No units found |
soil_water_uptake ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| uptake_layer_3 |
No units found |
soil_water_uptake ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| uptake_layer_4 |
No units found |
soil_water_uptake ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| uptake_layer_5 |
No units found |
soil_water_uptake ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| uptake_layer_6 |
No units found |
soil_water_uptake ⟶ (output) |
⟶ multi_layer_soil_profile (input) |
| v |
No units found |
⟶ nr_ex (input) nr_ex ⟶ (output) |
|
| vapor_density_deficit |
kg / m^3 |
⟶ penman_monteith_leaf_temperature (input) ⟶ penman_monteith_transpiration (input) water_vapor_properties_from_air_temperature ⟶ (output) |
|
| velocity |
m / s m / s^2 |
⟶ harmonic_energy (input) |
⟶ harmonic_oscillator (input) harmonic_oscillator ⟶ (output) |
| water_vapor_pressure |
Pa |
water_vapor_properties_from_air_temperature ⟶ (output) |
|
| whole_plant_growth_respiration |
Mg / ha / hr Mg / ha |
⟶ total_growth_and_maintenance_respiration (input) |
cumulative_carbon_dynamics ⟶ (output) |
| whole_plant_growth_respiration_molar_flux |
micromol / m^2 / s micromol CO2 / m^2 / s |
c3_canopy ⟶ (output) c4_canopy ⟶ (output) ⟶ carbon_assimilation_to_biomass (input) ten_layer_canopy_integrator ⟶ (output) |
|
| whole_plant_growth_respiration_rate |
Mg / ha / hr |
carbon_assimilation_to_biomass ⟶ (output) |
⟶ cumulative_carbon_dynamics (input) |
| wind_speed_height |
m |
⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) |
|
| windspeed |
m / s |
⟶ c3_canopy (input) ⟶ c3_leaf_photosynthesis (input) ⟶ c4_canopy (input) ⟶ c4_leaf_photosynthesis (input) ⟶ canopy_gbw_thornley (input) ⟶ leaf_evapotranspiration (input) ⟶ leaf_evapotranspiration_check (input) ⟶ leaf_gbw_campbell (input) ⟶ leaf_gbw_nikolov (input) ⟶ soil_evaporation (input) ⟶ ten_layer_canopy_properties (input) |
⟶ soil_evaporation_ritchie (input) ⟶ two_layer_soil_profile (input) |
| windspeed_height |
m |
⟶ c3_canopy (input) ⟶ canopy_gbw_thornley (input) |
⟶ soil_evaporation_ritchie (input) |
| windspeed_layer_0 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_1 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_2 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_3 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_4 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_5 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_6 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_7 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_8 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| windspeed_layer_9 |
m / s |
⟶ ten_layer_c3_canopy (input) ⟶ ten_layer_c4_canopy (input) ten_layer_canopy_properties ⟶ (output) |
|
| wsFun |
No units found |
⟶ two_layer_soil_profile (input) |
|
| x |
unitless |
⟶ golden_ratio_hyperbola (input) golden_ratio_hyperbola ⟶ (output) ⟶ hyperbola_2d (input) hyperbola_2d ⟶ (output) |
|
| y |
unitless |
⟶ hyperbola_2d (input) hyperbola_2d ⟶ (output) |
|
| year |
a year between 1950 and 2050 |
⟶ solar_position_michalsky (input) |