K_small_changing_lon_lat.tif

<code><a href="/link/SpatRaster?package=rangr&version=1.0.6" data-mini-rdoc="rangr::SpatRaster">SpatRaster</a></code> object representing changing carrying
capacity maps projected to WGS 84 (CRS84) from the original raster
<code>K_small_changing</code>. These maps can be used as carrying capacity maps to <code>initialise</code>
data necessary to perform a simulation with the <code>sim</code> function. To utilise
these maps in <code>initialise</code> the user must first use <code>K_get_interpolation</code>
to generate a map for every time step of the simulation. These maps are
compatible with the <code>n1_small_lon_lat.tif</code> raster.

Integrates population dynamics and dispersal into a mechanistic
virtual species simulator. The package can be used to study the effects of
environmental change on population growth and range shifts. It allows for
simple and straightforward definition of population dynamics (including
positive density dependence), extensive possibilities for defining dispersal
kernels, and the ability to generate virtual ecologist data. Learn more about
the 'rangr' at <https://docs.ropensci.org/rangr/>.

Katarzyna Markowska

rangr

Mechanistic Simulation of Species Range Dynamics

Lechosław Kuczyński

Tad Dallas

Joanne Potts

K_small_changing_lon_lat.tif function

<code><a href="/link/SpatRaster?package=rangr&version=1.0.6" data-mini-rdoc="rangr::SpatRaster">SpatRaster</a></code> object with 3 layers,
each having 12 rows and 14 columns containing integer values 0-170 and NA's indicating unsuitable areas.

Format

<code><a href='https://rdrr.io/pkg/terra/man/SpatRaster-class.html'>SpatRaster</a></code> object representing changing carrying
capacity maps projected to WGS 84 (CRS84) from the original raster
<code>K_small_changing</code>. These maps can be used as carrying capacity maps to <code>initialise</code>
data necessary to perform a simulation with the <code>sim</code> function. To utilise
these maps in <code>initialise</code> the user must first use <code>K_get_interpolation</code>
to generate a map for every time step of the simulation. These maps are
compatible with the <code>n1_small_lon_lat.tif</code> raster.

Example Of Changing Carrying Capacity Maps (Small) — K_small_changing_lon_lat.tif

<code><a href='https://rdrr.io/pkg/terra/man/SpatRaster-class.html'>SpatRaster</a></code> object with 3 layers,
each having 12 rows and 14 columns containing integer values 0-170 and NA's indicating unsuitable areas.

K_small_changing_lon_lat.tif: Example Of Changing Carrying Capacity Maps (Small)

Description

Arguments

Format

Examples