miscanthus_x_giganteus <- list(
direct_modules = list(
stomata_water_stress = "BioCro:stomata_water_stress_linear",
"BioCro:leaf_water_stress_exponential",
"BioCro:parameter_calculator",
"BioCro:soil_evaporation",
solar_coordinates = "BioCro:solar_position_michalsky",
canopy_photosynthesis = "BioCro:c4_canopy",
partitioning_coefficients = "BioCro:partitioning_coefficient_selector",
partitioning_growth_calculator = "BioCro:partitioning_growth_calculator"
),
differential_modules = list(
senescence = "BioCro:thermal_time_senescence",
"BioCro:partitioning_growth",
thermal_time = "BioCro:thermal_time_linear",
soil_profile = "BioCro:two_layer_soil_profile"
),
ode_solver = list(
type = 'homemade_euler',
output_step_size = 1.0,
adaptive_rel_error_tol = 1e-5,
adaptive_abs_error_tol = 1e-5,
adaptive_max_steps = 200
),
initial_values = list(
cws1 = 0.32,
cws2 = 0.32,
Grain = 0,
Shell = 0,
Leaf = 7e-04,
LeafLitter = 0,
leaf_senescence_index = 0,
Rhizome = 7,
RhizomeLitter = 0,
rhizome_senescence_index = 0,
Root = 0.007,
RootLitter = 0,
root_senescence_index = 0,
soil_water_content = 0.32,
Stem = 0.007,
StemLitter = 0,
stem_senescence_index = 0,
TTc = 0
),
parameters = list(
absorptivity_par = 0.8,
alpha1 = 0.04,
alphab1 = 0,
atmospheric_pressure = 101325,
atmospheric_scattering = 0.3,
atmospheric_transmittance = 0.6, # Campbell and Norman, An Introduction to Environmental Biophysics, 2nd Edition, Pg 173
b0 = 0.08,
b1 = 3,
beta = 0.93,
Catm = 400,
chil = 1,
et_equation = 0,
Gs_min = 1e-3,
heightf = 3,
hydrDist = 0,
iSp = 1.7,
kd = 0.1,
kGrain1 = 0,
kGrain2 = 0,
kGrain3 = 0,
kGrain4 = 0,
kGrain5 = 0,
kGrain6 = 0,
kLeaf1 = 0.33,
kLeaf2 = 0.14,
kLeaf3 = 0.01,
kLeaf4 = 0.01,
kLeaf5 = 0.01,
kLeaf6 = 0.01,
kparm = 0.7,
kpLN = 0.2,
kRhizome1 = -8e-04,
kRhizome2 = -5e-04,
kRhizome3 = 0.35,
kRhizome4 = 0.35,
kRhizome5 = 0.35,
kRhizome6 = 0.35,
kRoot1 = 0.3,
kRoot2 = 0.01,
kRoot3 = 0.01,
kRoot4 = 0.01,
kRoot5 = 0.01,
kRoot6 = 0.01,
kShell = 0,
kStem1 = 0.37,
kStem2 = 0.85,
kStem3 = 0.63,
kStem4 = 0.63,
kStem5 = 0.63,
kStem6 = 0.63,
lat = 40,
LeafN = 2,
LeafN_0 = 2,
leafwidth = 0.04,
leaf_reflectance = 0.2,
leaf_transmittance = 0.2,
lnfun = 0,
longitude = -88,
lowerT = 3,
minimum_gbw = 0.34,
mrc1 = 0.02,
mrc2 = 0.03,
nalphab0 = 0.02367,
nalphab1 = 0.000488,
net_assimilation_rate_shell = 0.0,
nileafn = 85,
nkln = 0.5,
nkpLN = 0.17,
nlayers = 10,
nlnb0 = -5,
nlnb1 = 18,
nRdb0 = -4.5917,
nRdb1 = 0.1247,
nvmaxb0 = -16.25,
nvmaxb1 = 0.6938,
par_energy_content = 0.219,
par_energy_fraction = 0.5,
phi1 = 0.01,
phi2 = 10,
Rd = 0.8,
remobilization_fraction = 0.6,
retrans = 0.9,
retrans_rhizome = 1.0,
rfl = 0.2,
rsdf = 0.44,
rsec = 0.2,
seneLeaf = 3000,
seneRhizome = 4000,
seneRoot = 4000,
seneStem = 3500,
soil_air_entry = -2.6,
soil_bulk_density = 1.35,
soil_b_coefficient = 5.2,
soil_clay_content = 0.34,
soil_clod_size = 0.04,
soil_depth1 = 0.0,
soil_depth2 = 2.5,
soil_depth3 = 10.0,
soil_field_capacity = 0.32,
soil_reflectance = 0.2,
soil_sand_content = 0.32,
soil_saturated_conductivity = 6.4e-05,
soil_saturation_capacity = 0.52,
soil_silt_content = 0.34,
soil_transmission = 0.01,
soil_wilting_point = 0.2,
sowing_time = 0,
specific_heat_of_air = 1010,
Sp_thermal_time_decay = 0,
tbase = 0,
theta = 0.83,
timestep = 1,
tp1 = 562,
tp2 = 1312,
tp3 = 2063,
tp4 = 2676,
tp5 = 3211,
upperT = 37.5,
vmax1 = 39,
vmax_n_intercept = 0,
wsFun = 2
)
)
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