Nanoparticle Trophic Transfer Simulator (2D)
2D companion to the 3D bioenergetic food-chain model: tune assimilation efficiency, elimination rate, ingestion rate and the number of trophic levels on a live diagram and burden chart to see whether engineered nanoparticles biomagnify or dilute up the chain.
This is the 2D counterpart to the 3D nanoparticle trophic transfer scene: the same bioenergetic ODE model — assimilation efficiency, ingestion rate and elimination rate driving nanoparticle body burden up a food chain from algae to top predator — read off a live chain diagram and a burden-by-level bar chart instead of rendered spheres. Set the number of trophic levels from 2 to 6 and tune the biological parameters to see, in real time, whether the chain magnifies or — as most real ecotoxicology studies of engineered nanomaterials find — dilutes the nanoparticle load at every step up.
2D companion to the 3D bioenergetic food-chain model: the same assimilation-efficiency, elimination-rate and ingestion-rate physics rendered as a live chain diagram and a burden-by-level bar chart instead of rendered spheres.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install