Classic ecological models. Based on An Illustrated Guide to Theoritical Ecology from Ted J. Case
This Summer (2022), I started reading the book "An Illustrated Guide to Theoritical Ecology" from Ted J. Case. To better grasp the classic ecological models,and explore their behaviours, I decided to code some of them. My objective is to eventually create a Shiny application where I and others can play around with the parameters of the different models and vizualize how they behave.
- Unrestrictic growth (continuous time unrestricted growth)
- Exponential growth model (continuous time)
- Geometric growth model (discrete time)
- Shiny
- Theory
- Geometric growth with movement
- Model
- Plots
- Shiny
- Theory
- Geometric growth with variation
- Individual variation model
- Plots
- Shiny
- Stage-structured growth
- Basic model
- Plots
- Shiny
- Density-dependent growth
- Discrete logistic equation
- Continuous logistic equation
- Allee Effect
- Ricker logistic equation
- Plots
- Shiny
- Predator-prey dynamics
- Functional responses
- Prey refuges
- Multiple predator
- Intraspecific interference
- Plots
- Shiny
- Multispecies dynamics
- Continuous time generalized Lotka-Volterra
- Discrete time generalized Lotka-Volterra
- Stability analsis
- Plots
- Shiny
- Competition models
- Lotka-Volterra competition model
- Plots
- Shiny
- Metapopulation models
- Island species-area
- Patch dynamics
- Plots
- Shiny