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A good understanding of SUEWS is a prerequisite to the proper use of SuPy.
supy.util.cal_gs_suewsΒΆ
- supy.util.cal_gs_suews(kd, ta_c, rh, pa, smd, lai, g_cst, g_max, lai_max, wp_smd, debug=False)[source]ΒΆ
Model surface conductance/resistance using phenology and atmospheric forcing conditions.
- Parameters
kd (numeric) β Incoming solar radiation [W m-2]
ta_c (numeric) β Air temperature [degC]
rh (numeric) β Relative humidity [%]
pa (numeric) β Air pressure [Pa]
smd (numeric) β Soil moisture deficit [mm]
lai (numeric) β Leaf area index [m2 m-2]
g_cst (size-6 array) β Parameters to determine surface conductance/resistance: g_lai (LAI related), g_kd (solar radiation related), g_dq_base (humidity related), g_dq_shape (humidity related), g_ta (air temperature related), g_smd (soil moisture related)
g_max (numeric) β Maximum surface conductance [mm s-1]
lai_max (numeric) β Maximum LAI [m2 m-2]
wp_smd (numeric) β Wilting point indicated as soil moisture deficit [mm]
- Returns
Modelled surface conductance [mm s-1]
- Return type
numeric