firstRun,RPhosFate-method

firstRun

Calls <code>erosionPrerequisites</code>, <code>erosion</code>, <code>emission</code>,
<code>transportPrerequisites</code> and <code>transport</code> in the mentioned order. While
<code>transport</code> is called for the specified substance only, <code>emission</code> is
called for all substances whose top soil concentrations have been provided.

An enhanced version of the semi-empirical, spatially distributed
emission and transport model PhosFate implemented in 'R' and 'C++'. It is
based on the D-infinity, but also supports the D8 flow method. The currently
available substances are suspended solids (SS) and particulate phosphorus
(PP). A major feature is the allocation of substance loads entering surface
waters to their sources of origin, which is a basic requirement for the
identification of critical source areas and in consequence a cost-effective
implementation of mitigation measures. References: Hepp et al. (2022)
<doi:10.1016/j.jenvman.2022.114514>; Hepp and Zessner (2019)
<doi:10.3390/w11102161>; Kovacs (2013)
<http://hdl.handle.net/20.500.12708/9468>.

Gerold Hepp

RPhosFate

Soil and Chemical Substance Emission and Transport Model

firstRun,RPhosFate-method function

<dl><dt>x</dt>
<dd>An S4 <code>RPhosFate</code> river catchment object.</dd>
<dt>substance</dt>
<dd>A character string specifying the substance to calculate.</dd></dl>

Arguments

First run — firstRun,RPhosFate-method

<dl>

<dt>x</dt>
<dd>An S4 <code>RPhosFate</code> river catchment object.</dd>


<dt>substance</dt>
<dd>A character string specifying the substance to calculate.</dd>

</dl>

firstRun,RPhosFate-method: First run

Description

Usage

Value

Arguments

See Also

Examples