Gharial Population Recovery: Allee Effect & Head-Starting (2D)
2D conservation-biology companion to the Gharial 3D river scene: a logistic-growth model with an Allee effect, poaching mortality and sanctuary head-start releases tracks whether a critically endangered gharial population recovers or collapses.
This 2D companion swaps the 3D scene's animated river hunt for the real question behind it: will a critically endangered gharial population recover or collapse? A logistic-growth model with an Allee effect, poaching-driven mortality and sanctuary head-start releases — the same structure conservation biologists use for small, threatened populations — runs live as a Runge–Kutta-integrated differential equation, so every slider move visibly bends the population curve toward recovery or toward the extinction vortex.
2D conservation-biology companion to the Gharial 3D river scene: a logistic-growth model with an Allee effect, poaching mortality and sanctuary head-start releases tracks recovery or collapse…
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install