Functions and Data for the Book, a Primer of Ecology with R
Function to generate 1/f noise.
Analysis of Jacobian Lotka-Volterra Food Web Matrices
plot_f
Population Simulator
The Lotka-Volterra Predator-prey Model
Rosenzweig-MacArthur Predator-prey Model
Functions and data for "A Primer of Ecology with R"
Logistic growth with the Allee effect
Bipartite network properties
A Cat Function
Two-species model of the storage effect
Continuous Logistic Growth
Two-species Competition-colonization Metapopulation Model
Multi-species Competition-colonization Model, With Habitat Destruction
Discrete Logistic Growth
Discrete Logistic Competition
Propagule Rain Metapopulation Model
Core-satellite Metapopulation Model
A Lotka-Volterra Model of Intraguild Predation
A Metapopulation Model with Habitat Destruction
Classic Metapopulation Model
Two Species Lotka-Volterra Competition
Three Species Lotka-Volterra Competition
A General Lotka-Volterra Competition Model
Lotka-Volterra Competition Games
Simulation of Stochastic Metapopulation Models
A resource-based model of alternative stable states
The S-I-R Epidemilogical Disease Model with Births and Deaths
The S-I-R Epidemilogical Disease Model
The S-I-R Epidemilogical Disease Model with Frequency Dependent Transm...
The S-I-R Epidemilogical Disease Model
Function to mimic the power spectrum of an observed time series.
A Four-state model of Successional Dynamics
Continuous Theta-Logistic Growth
Functions are primarily functions for systems of ordinary differential equations, difference equations, and eigenanalysis and projection of demographic matrices; data are for examples.