fT.Arrhenius

Calculates the effects of temperature on decomposition rates according to
the Arrhenius equation.

Functions for modeling Soil Organic Matter decomposition
in terrestrial ecosystems with linear and nonlinear systems of differential equations.
The package implements
models according to the compartmental system representation described in
Sierra and others (2012) <doi:10.5194/gmd-5-1045-2012> and Sierra and others (2014)
<doi:10.5194/gmd-7-1919-2014>.

Carlos Sierra

SoilR

Models of Soil Organic Matter Decomposition

fT.Arrhenius function

<dl><dt>Temp</dt>
<dd>A scalar or vector containing values of temperature (in degrees
Kelvin) for which the effects on decomposition rates are calculated.</dd>
<dt>A</dt>
<dd>A scalar defining the pre-exponential factor.</dd>
<dt>Ea</dt>
<dd>A scalar defining the activation energy in units of J mol^-1.</dd>
<dt>Re</dt>
<dd>A scalar defining the universal gas contents in units of J K^-1
mol^-1.</dd></dl>

Arguments

Effects of temperature on decomposition rates according the Arrhenius
equation — fT.Arrhenius

<dl>

<dt>Temp</dt>
<dd>A scalar or vector containing values of temperature (in degrees
Kelvin) for which the effects on decomposition rates are calculated.</dd>


<dt>A</dt>
<dd>A scalar defining the pre-exponential factor.</dd>


<dt>Ea</dt>
<dd>A scalar defining the activation energy in units of J mol^-1.</dd>


<dt>Re</dt>
<dd>A scalar defining the universal gas contents in units of J K^-1
mol^-1.</dd>

</dl>

fT.Arrhenius: Effects of temperature on decomposition rates according the Arrhenius equation

Description

Usage

Value

Arguments