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Global Warming Simulator

Interactive Earth energy-balance simulator: raise CO2 concentration and solar output to watch radiative forcing, surface temperature and polar ice extent respond in real time, with an optional ice-albedo feedback loop.

Climate, Ecology & Environment3DEasy60 FPS🌍 Earth❄️ Ice & Cold
global-warming ↗ Open standalone

This simulator models Earth as a single radiating sphere in balance between the sunlight it absorbs and the infrared heat it radiates away. Raising CO2 concentration increases the atmosphere's ability to trap outgoing radiation — visualized as a thickening translucent gas shell around the globe — which drives the computed surface temperature upward following the standard logarithmic CO2-forcing relation used in climate science. An optional ice-albedo feedback loop shrinks the visible polar ice caps as temperature rises, darkening the planet and reflecting less sunlight, which further accelerates warming. Adjust CO2 concentration and solar output to see how each independently and jointly shifts the planet's equilibrium temperature and ice extent.

⚙ Under the hood

Interactive Earth energy-balance model: raise CO2 concentration and solar output to watch radiative forcing, surface temperature and polar ice extent respond, with an optional ice-albedo feedback loop.

Three.jsglobal-warmingclimate-changegreenhouse-effectenergy-balanceclimate

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

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