Agricultural Methane Simulator
Interactive 3D simulator of agricultural methane sources: enteric fermentation from cattle herds, flooded rice paddies and manure management, with feed-additive, alternate wetting-and-drying and digester mitigation strategies and live CO2-equivalent accumulation.
Agriculture is one of the largest human sources of methane, a gas roughly 28-34 times more potent than CO2 over a 100-year horizon. This simulator visualizes its three main pathways side by side: a cattle herd belching methane produced by microbes fermenting fibre in the rumen (enteric fermentation), a flooded rice paddy fermenting organic matter anaerobically, and a manure pit decomposing without oxygen. Scale the herd and paddy area, then toggle feed additives, alternate wetting-and-drying and manure digesters to see how each mitigation strategy slows the atmospheric CO2-equivalent buildup shown by the haze gauge.
Three side-by-side methane sources rendered in 3D: a cattle herd releasing methane from enteric fermentation, a flooded rice paddy, and a manure pit. Scale herd size and paddy area, toggle feed-additive, alternate wetting-and-drying and digester mitigation strategies, and watch CH4 flux and the CO2-equivalent atmosphere haze respond live using a GWP-100 factor of 28.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install