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An experimental flume study on the retention of Microplastic Fibers and Irregular Microplastics

2026 Score: 40 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.

Marco La Capra, Seema Agarwal Marco La Capra, Marco La Capra, Marco La Capra, Marco La Capra, Seema Agarwal Daniel A Wagner, Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Jan H. Fleckenstein, Jan H. Fleckenstein, Sven Frei, Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Sven Frei, Sven Frei, Seema Agarwal Sven Frei, Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal Seema Agarwal

Summary

Based on the title and partial abstract provided, here's a TLDR summary: Scientists used a lab setup to study how tiny plastic pieces get trapped in sandy materials like those found in water treatment systems. They found that fiber-shaped microplastics and irregularly shaped plastic bits behave differently when flowing through these materials. This research helps us understand how to better filter microplastics from our drinking water before they reach our bodies.

Pore-scale microplastics (

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