RMEP: Calculate evapotranspiration and energy fluxes with MEP...

In Yangyonghust/RMEP: Calculating Evapotranspiration and Energy Fluxes by Maximum Entropy Production Model

Description

Calculate actual evapotranspiration, potential evapotranspiration, senseble heat flux and ground heat flux based on the maximum entropy production(MEP) model.

Usage

RMEP(Rn, RnL, qs, Ts, I = 800, z = 2.5, type = 1)

Arguments

Rn	net radiation (unit:W/m2)
RnL	net long-wave radiation (unit:W/m2)
qs	specific humidity (unit:kg/kg)
Ts	surface temperature (unit:Celsius)
I	media thermal inertial (units:TIU),default is 800 TIU
z	theoretical height above surface (unit:m), constant value and default is 2.5 m
type	1 for bare soil surface or short canopy, 2 for dense canopy and 3 for Water-snow-ice surface

Value

A list includes latent heat flux(EMEP,W/m2),sensible heat flux(HMEP,W/m2),ground heat flux(GMEP,W/m2) and evapotranspiration(ETMEP,mm/day)

Examples

RMEP(Rn=200,RnL=100,qs=0.003,Ts=20,type=1)
RMEP(Rn=300,RnL=100,qs=0.004,Ts=25,I=800,z=8,type=1)

Yangyonghust/RMEP documentation built on Nov. 30, 2021, 11:20 a.m.