Mechanistic Simulation of Species Range Dynamics
Simulating Dispersal
Observation Process
Population Growth Functions
Prepare Data Required To Perform A Simulation
Example Of Carrying Capacity Map (Big)
Example Of Carrying Capacity Map (Big)
Prepare Time-Varying Carrying Capacity Maps
Example Of Changing Carrying Capacity Maps (Small)
Example Of Changing Carrying Capacity Maps (Small)
Example Of Carrying Capacity Map (Small)
Example Of Carrying Capacity Map (Small)
Example Of Abundance Map At First Time Step Of The Simulation (Big)
Example Of Abundance Map At First Time Step Of The Simulation (Big)
Example Of Abundance Map At First Time Step Of The Simulation (Small)
Example Of Abundance Map At First Time Step Of The Simulation (Small)
Plot sim_results Object
Print sim_data Object
Print sim_results Object
Print summary.sim_data Object
Print summary.sim_results Object
rangr: Mechanistic Simulation of Species Range Dynamics
Mechanistic Metapopulation Simulator
Subset of Given Time Points from sim_results Object
Summary Of sim_data Object
Summary Of sim_results Object
Generic conversion to SpatRaster
Convert sim_results To SpatRaster
Update sim_data Object
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/>.
Useful links