soilML: soil multi-layered
In serbinsh/biocro: Simulation of Energycane and Sugarcane

Description Usage Arguments Value Author(s) See Also Examples

Simulates soil water content for a layered soil.

  soilML(precipt, CanopyT, cws, soilDepth, FieldC, WiltP,
    phi1 = 0.01, phi2 = 10,
    wsFun = c("linear", "logistic", "exp", "none"), rootDB,
    soilLayers = 3, LAI, k, AirTemp, IRad, winds, RelH,
    soilType = 10, hydrDist = 0, rfl = 0.3)

`precipt`	Precipitation (mm).
`CanopyT`	Canopy transpiration.
`cws`	Current water status. Vector of length equal to soilLayers.
`soilDepth`	Rooting depth.
`FieldC`	Field capacity.
`WiltP`	Wilting point.
`phi1`	See `wtrstr`.
`phi2`	See `wtrstr`.
`wsFun`	See `wtrstr`.
`rootDB`	Root biomass (Mg/ha).
`soilLayers`	Integer used to specify the number of soil layers.
`LAI`	Leaf area index.
`k`	Light extinction coefficient.
`AirTemp`	Air temperature (Celsius).
`IRad`	Direct irradiance (μ m^-2 s^-1).
`winds`	Wind speed (m/s).
`RelH`	Relative humidity (0-1).
`soilType`	See `showSoilType`.
`hydrDist`	Zero or otherwise positive integer. Zero does not calculate hydraulic distribution, otherwise does.
`rfl`	Root factor lambda. A Poisson distribution is used to simulate the distribution of roots in the soil profile and this parameter can be used to change the lambda parameter of the Poisson.

matrix with 8 (if hydrDist=0) or 12 (if hydrDist > 0).

Fernando E. Miguez

See Also wtrstr.

layers <- 5
ans <- soilML(precipt=2, CanopyT=2, cws = rep(0.3,layers),
soilDepth=1.5, FieldC=0.33, WiltP=0.13, rootDB=2, soilLayers=layers,
LAI=3, k=0.68, AirTemp=25,IRad=500, winds=2, RelH=0.8, soilType=6,
hydrDist=1)
ans