HomeEcology & Conservation BiologyExclusion Zone Ecology — Radiation vs. Human Pressure

Exclusion Zone Ecology — Radiation vs. Human Pressure

Compare a human-inhabited landscape against a radioactive exclusion zone side by side. Watch wildlife populations rebound once hunting, farming and pollution stop, even as a contamination heatmap shows real local harm in the worst hotspot.

Ecology & Conservation Biology3DModerate60 FPS
exclusion-zone-ecology-radiation-vs-human-pressure ↗ Open standalone

A radioactive exclusion zone like Chernobyl's sounds like the last place wildlife should thrive — yet population surveys there show many species rebounding. This simulator makes the mechanism visible: two identical landscapes evolve side by side over simulated years, one still shaped by ordinary human activity (hunting, farming, roads, pollution) and one abandoned to radiation alone. A spatial contamination heatmap marks a genuinely lethal hotspot where radiation harm dominates locally, while the rest of the zone stays mostly sub-lethal. Watch the zone's total population trend upward even as its hotspot population struggles — because removing everyday human pressure outweighs sub-lethal radiation almost everywhere except the worst-contaminated ground.

⚙ Under the hood

Compare a human-inhabited landscape against a radioactive exclusion zone side by side over simulated years. Watch wildlife populations rebound once hunting, farming and pollution stop, even as a spatial contamination heatmap shows real, locally lethal harm in the worst hotspot.

EcologyRadiation EcologyChernobylExclusion ZonePopulation DynamicsConservation BiologyWildlife

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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