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Infographic paper: Trophic transfer and egestion dynamics of microplastics in the Brachionus–Asplanchna rotifer system

Original title: Infographic paper: Trophic transfer and egestion dynamics of microplastics in the Brachionus–Asplanchna rotifer system

Zenodo (CERN European Organization for Nuclear Research) 2026
Marco Antonio Jiménez‐Santos, Michael Anai Figueroa Sanchez

Summary

Scientists studied how microplastics move through a tiny food chain — from one small water organism (rotifers) to the predator that eats them (another type of rotifer) — and how quickly these plastics get passed out of their bodies. This matters because it helps us understand how microplastics can travel up the food chain in nature, which is a key step in figuring out whether — and how much — plastic pollution might eventually make its way into the fish and seafood people eat. Note: this particular entry is an infographic (a visual summary), not a full research paper with detailed methods and data, so exact findings on transfer rates and egestion speed aren't described in text here.

Infographic picture for popularization of science

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