Ecological-Modeling Models

These models and simulations have been tagged “Ecological-Modeling”.

Derived from a classic Lotka-Volterra Model.      Goal:  To illustrate differences between traditional log Frame program logics with Systems Approaches.  
Derived from a classic Lotka-Volterra Model.  

Goal:  To illustrate differences between traditional log Frame program logics with Systems Approaches.  
9 months ago
Adapted Lotka-Volterra Model.  Eco-web: three layer trophic system.  Predator-Prey-Plant simulation    A more detailed description of the model is presented the explanatory  document  on Google Drive
Adapted Lotka-Volterra Model.  Eco-web: three layer trophic system.  Predator-Prey-Plant simulation

A more detailed description of the model is presented the explanatory document on Google Drive
Adapted Lotka-Volterra Model.  Eco-web: three layer trophic system.  Omnivore-Prey-Plant simulation.    Key model question is how does omnivore split food sources - modeling food preferences.     A more detailed description of the model is presented the explanatory  document  on Google Drive
Adapted Lotka-Volterra Model.  Eco-web: three layer trophic system.  Omnivore-Prey-Plant simulation.

Key model question is how does omnivore split food sources - modeling food preferences.

A more detailed description of the model is presented the explanatory document on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation    A more detailed description of the model is presented the explanatory  document  on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation

A more detailed description of the model is presented the explanatory document on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation    A more detailed description of the model is presented the explanatory  document  on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation

A more detailed description of the model is presented the explanatory document on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation    A more detailed description of the model is presented the explanatory  document  on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation

A more detailed description of the model is presented the explanatory document on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation    A more detailed description of the model is presented the explanatory  document  on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation

A more detailed description of the model is presented the explanatory document on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation    A more detailed description of the model is presented the explanatory  document  on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation

A more detailed description of the model is presented the explanatory document on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation    A more detailed description of the model is presented the explanatory  document  on Google Drive
Classic Lotka-Volterra Model.  Eco-web: two trophic system.  Predator-Prey simulation

A more detailed description of the model is presented the explanatory document on Google Drive
Adapted Lotka-Volterra Model.  Eco-web: three layer trophic system.  Predator-Prey-Plant simulation    A more detailed description of the model is presented the explanatory  document  on Google Drive
Adapted Lotka-Volterra Model.  Eco-web: three layer trophic system.  Predator-Prey-Plant simulation

A more detailed description of the model is presented the explanatory document on Google Drive
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