energyHuman

Energy Landscape for walking people

Compute energy landscapes using a digital elevation model
and body mass of animals.

Emilio Berti

enerscape

Compute Energy Landscapes

Marco Davoli

Robert Buitenwerf

Alexander Dyer

Oskar L.P. Hansen

Myriam Hirt

Jens-Christian Svenning

Joerdis F. Terlau

Ulrich Brose

Fritz Vollrath

energyHuman function

<dl><dt>mass</dt>
<dd>body mass of species (kg)</dd>
<dt>v</dt>
<dd>speed</dd>
<dt>slope</dt>
<dd>vector with slopes</dd>
<dt>distance</dt>
<dd>vector with distances</dd>
<dt>res</dt>
<dd>numeric value (double) of the spatial resolution of the matrix</dd>
<dt>kcal</dt>
<dd>(boolean) if to return the result in kCal (true) or J (false)</dd></dl>

Arguments

Energy Landscape for walking people — energyHuman

<dl>

<dt>mass</dt>
<dd>body mass of species (kg)</dd>


<dt>v</dt>
<dd>speed</dd>


<dt>slope</dt>
<dd>vector with slopes</dd>


<dt>distance</dt>
<dd>vector with distances</dd>


<dt>res</dt>
<dd>numeric value (double) of the spatial resolution of the matrix</dd>


<dt>kcal</dt>
<dd>(boolean) if to return the result in kCal (true) or J (false)</dd>

</dl>

Energy Landscape for walking people

energyHuman: Energy Landscape for walking people

Description

Usage

Value

Arguments