# lotka-volterra
Named after the pair of differential equations that describe predator and prey populations rising and falling in sync, this tag covers simulations where one species' numbers drive another's. Lotka-Volterra — Predator-Prey Population Dynamics runs the equations directly, letting you see the classic offset boom-and-bust cycles. Fox & Rabbits dramatises the same math with an actual predator chasing prey across a field, Food Web Simulator widens the view to a whole network of species instead of just two, and the trophic-cascade simulation traces how a change at one level of that web ripples through the rest. Driven Resonance rounds out the set as a related dynamical-systems example, showing oscillation driven by an external force rather than population feedback.
Found: 5 simulations · 0 articles
🧪 Simulations (5)
Simulations in this topic include Fox & Rabbits, undefined, Driven Resonance, Food Web Simulator and Lotka-Volterra — Predator-Prey Population Dynamics.
🐇 Facts about this collection
- 5 simulations are tagged lotka-volterra, ranging from the raw equations to a full food-web network.
- Lotka-Volterra — Predator-Prey Population Dynamics is the direct, named implementation of the two-species model.
- Fox & Rabbits and Food Web Simulator apply the same underlying feedback logic at two different scales — one predator/prey pair versus a whole ecosystem.
- Driven Resonance is included as a related oscillating-system example rather than a population model.
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