# ecology
Ecology simulations model how living populations and their environments interact over time — predators chasing prey, nutrients cycling through water, forests regrowing after disturbance. Filtering by this tag pulls together the site's population-dynamics and ecosystem-stress models, useful if you're studying food webs, teaching biology, or just curious how a handful of equations can produce booms, crashes and equilibria. The collection ranges from classic population models like Prey–Predator (Lotka–Volterra) and Lotka-Volterra — Predator-Prey Population Dynamics, to multi-species Food Web Simulator and Trophic Cascade, to stress scenarios such as Coral Bleaching, Reef Bleaching and Eutrophication, plus long-timescale change in Forest Succession.
Found: 9 simulations · 0 articles
🧪 Simulations (9)
Facts about this collection
- 9 ecology simulations are tagged here, with no ecology articles yet.
- Two different predator-prey models cover the same Lotka–Volterra equations from different angles: Prey–Predator (Lotka–Volterra) and Lotka-Volterra — Predator-Prey Population Dynamics.
- Coral Bleaching and Reef Bleaching both simulate reef ecosystem stress, alongside the nutrient-driven Eutrophication model.
- Food Web Simulator and Trophic Cascade extend the predator-prey idea to multi-species networks rather than a single pair of populations.
Simulations in this topic include Prey–Predator (Lotka–Volterra), Trophic Cascade — Food Web & Population Dynamics Simulator, Food Web Simulator, Lotka-Volterra — Predator-Prey Population Dynamics, Eutrophication and Coral Bleaching.
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