Function reference • medfateland

Example data Example data sets for distributed stands and watershed
`example_ifn`	Example of distributed forest inventory stands
`example_watershed` `example_watershed_burnin`	Example of watershed
Summary/extract functions for spatial classes Forest and soil summary functions for spatial classes
`landscape_summary()`	Forest and soil summaries over space
`extract_variables()` `plot_variable()`	Landscape variables
Model inputs defaults Defaults for model inputs
`default_watershed_control()`	Default control parameters for watershed processes
`default_volume_function()`	Default volume function
`create_management_scenario()`	Create management scenario
`create_fire_regime()`	Create fire regime
`fire_regime_instance()`	Fire regime instance
`defaultPrescriptionsBySpecies`	Default prescriptions by species
Simulation Simulation model functions
`spwb_land()` `growth_land()` `fordyn_land()`	Watershed simulations
`spwb_land_day()` `growth_land_day()`	One-day watershed simulations
`spwb_spatial()` `growth_spatial()` `fordyn_spatial()`	Simulations for spatially-distributed forest stands
`spwb_spatial_day()` `growth_spatial_day()`	One-day simulation for spatially-distributed forest stands
`fordyn_scenario()`	Scenario of forest dynamics
`update_landscape()`	Updates the state of a landscape object
`initialize_landscape()`	Initialization of model inputs for spatially-distributed forest stands
`dispersal()`	Seed production, dispersal and seed bank dynamics
Post-processing Plot and summary functions for simulation results
`plot_summary()`	Displays spatial simulation summaries
`simulation_summary()`	Summarizes spatial simulation results
`shinyplot_land()`	Shiny app with interactive plots and maps

Reference

Example data

Summary/extract functions for spatial classes

Model inputs defaults

Simulation

Post-processing