Spatially- and Temporally-Explicit Population Simulator

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Documentation for package ‘steps’ version 1.3.0

• DESCRIPTION file.
• User guides, package vignettes and other documentation.

Help Pages

ceiling_density	Ceiling-based density dependence
cellular_automata_dispersal	Cellular automata dispersal
compare_emp	Compare minimum expected populations
competition_density	Competition density function
density_dependence_dispersing	Density-dependent proportions of populations dispersing
dispersal_kernel	Create a dispersal function
dispersal_proportion_function	Create a proportion dispersing function
disturbance	Disturbance
egk	Eastern Grey Kangaroo example data
egk_destinations	Eastern Grey Kangaroo example data
egk_fire	Eastern Grey Kangaroo example data
egk_hab	Eastern Grey Kangaroo example data
egk_k	Eastern Grey Kangaroo example data
egk_mat	Eastern Grey Kangaroo example data
egk_mat_stoch	Eastern Grey Kangaroo example data
egk_origins	Eastern Grey Kangaroo example data
egk_pop	Eastern Grey Kangaroo example data
egk_road	Eastern Grey Kangaroo example data
egk_sf	Eastern Grey Kangaroo example data
exponential_dispersal_kernel	Negative exponential dispersal kernel
extract_spatial	Extract spatial object from a 'simulation_results' object
fast_dispersal	Fast diffusion-based dispersal
fire_effects	Fire effects with regeneration
growth	Population growth
habitat_dynamics_functions	Functions to modify the habitat in a landscape object.
kernel_dispersal	Kernel-based dispersal
landscape	Create a landscape object.
modified_transition	Spatially-explicit transition function
mortality	Directly affect populations
plot.simulation_results	Plot the results of a simulation
plot_hab_spatial	Plot habitat suitability spatial information
plot_k_spatial	Plot carrying capacity spatial information
plot_k_trend	Plot carrying capacity (k) trend
plot_pop_spatial	Plot population spatial information
plot_pop_trend	Plot population trend
population_change_functions	How the population changes in a landscape.
population_density_dependence_functions	How the population responds to density dependence in a landscape.
population_dispersal_functions	How the population disperses in a landscape.
population_dynamics	Define population dynamics.
population_modification_functions	How the population is modified in a landscape.
set_proportion_dispersing	Set proportions of populations dispersing
simulation	Run a simulation
steps	Simulate population trajectories over space and time with dynamic functions.
transition_function	Create a growth transition function
translocation	Translocate populations
visualisation	Visualise the results of a *steps* simulation