SWAT - soil.surface.temperature¶

class mef_agri.models.soil.surface.temperature.model_swat.Temperature_V2009(**kwargs)¶

albedo()¶

RQ - from model with id 'zone.soil.surface'

\(s_{\textrm{alb},s,k}\ [\ ]\) - [R1] (equ. 1:1.2.15)

biomass()¶

RQ - from model with id 'crop'

\(c_{\textrm{bma},k}\ [\frac{kg}{ha}]\)

initialize(epoch)¶

Just the super-call and initialization of generic zero array.

radiation()¶

RQ - from model with id 'zone.atmosphere.weather'

\(a_{\textrm{rad},k}\ [\frac{MJ}{m^2\cdot day}]\)

radiation_term()¶

MQ - Random Output

\(s_{\textrm{T-rt},s,k}\ [\ ]\) - [R1] (equ. 1:1.3.10)

temp_max()¶

RQ - from model with id 'zone.atmosphere.weather'

\(a_{\textrm{tmax},k}\ [^\circ C]\)

temp_mean()¶

RQ - from model with id 'zone.atmosphere.weather'

\(a_{\textrm{temp},k}\ [^\circ C]\)

temp_min()¶

RQ - from model with id 'zone.atmosphere.weather'

\(a_{\textrm{tmin},k}\ [^\circ C]\)

temp_soil()¶

RQ - from model with id 'zone.soil.layer01.temperature'

\(s_{\textrm{T-t},1,k}\ [^\circ C]\)

temperature()¶

MQ - Random Output

\(s_{\textrm{T-t},s,k}\ [^\circ C]\) - [R1] (equ. 1:1.3.12)

temperature_bare()¶

MQ - Random Output

\(s_{\textrm{T-tb},s,k}\ [^\circ C]\) - [R1] (equ. 1:1.3.9)

update(epoch)¶

The following computations are performed