sampling_one_quadrat

Creates one square quadrat randomly located in the landscape

Simulation, analysis and sampling of spatial
biodiversity data (May, Gerstner, McGlinn, Xiao & Chase 2017)
<doi:10.1111/2041-210x.12986>.
In the simulation tools user define the numbers of
species and individuals, the species abundance distribution and species
aggregation. Functions for analysis include species rarefaction
and accumulation curves, species-area relationships and the distance
decay of similarity.

Felix May

mobsim

Spatial Simulation and Scale-Dependent Analysis of Biodiversity
Changes

Alban Sagouis

sampling_one_quadrat function

<dl><dt>xmin</dt>
<dd>(numeric) minimum possible value on the x axis a quadrat can cover.</dd>
<dt>xmax</dt>
<dd>(numeric) maximum possible value on the x axis a quadrat can cover.</dd>
<dt>ymin</dt>
<dd>(numeric) minimum possible value on the y axis a quadrat can cover.</dd>
<dt>ymax</dt>
<dd>(numeric) maximum possible value on the y axis a quadrat can cover.</dd>
<dt>seed</dt>
<dd>(integer) Any integer passed to <code>set.seed</code> for reproducibility.</dd></dl>

Arguments

Creates one square quadrat randomly located in the landscape — sampling_one_quadrat

<dl>

<dt>xmin</dt>
<dd>(numeric) minimum possible value on the x axis a quadrat can cover.</dd>


<dt>xmax</dt>
<dd>(numeric) maximum possible value on the x axis a quadrat can cover.</dd>


<dt>ymin</dt>
<dd>(numeric) minimum possible value on the y axis a quadrat can cover.</dd>


<dt>ymax</dt>
<dd>(numeric) maximum possible value on the y axis a quadrat can cover.</dd>


<dt>seed</dt>
<dd>(integer) Any integer passed to <code>set.seed</code> for reproducibility.</dd>

</dl>

sampling_one_quadrat: Creates one square quadrat randomly located in the landscape

Description

Usage

Value

Arguments