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Plasma Project

2025 Score: 48 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Emilie Strady, Emilie Strady, Emilie Strady, Cristèle Chevalier, Cristèle Chevalier, Emilie Strady, Emilie Strady, Mathieu Leborgne, Emilie Strady, Emilie Strady, Emilie Strady, Emilie Strady, Mathieu Leborgne, Damien A. Devault, Emilie Strady, Emilie Strady, Emilie Strady, Emilie Strady, Cristèle Chevalier, Damien A. Devault, Emilie Strady, Emilie Strady, Emilie Strady, Emilie Strady, Emilie Strady, Guillaume Marchessaux, Marc Pagano, Emilie Strady, Emilie Strady, Cristèle Chevalier, Marc Pagano, Emilie Strady, Damien A. Devault, Oumayma Chkili, Damien A. Devault, Emilie Strady, Emilie Strady, Delphine Thibault, Delphine Thibault, Emilie Strady, Emilie Strady, Emilie Strady, Coraline Mattei, Coraline Mattei, Emilie Strady, Cristèle Chevalier, Cristèle Chevalier, Emilie Strady, Damien A. Devault, Damien A. Devault, Mathieu Leborgne, Emilie Strady, Emilie Strady, Emilie Strady, Emilie Strady, Emilie Strady, Marc Pagano, Marc Pagano, Mathieu Leborgne, Cristèle Chevalier, Emilie Strady, Marc Pagano, Martine Rodier, Marc Pagano, Cristèle Chevalier, Cristèle Chevalier, Sandrine Ruitton, Delphine Thibault, Emilie Strady, Delphine Thibault, Gaspard Durieux, Gaspard Durieux, Emilie Strady, Ilona Juhles, Ilona Juhles, Hugo Jullia, Hugo Jullia, Auriane Chevalier, Auriane Chevalier, Emilie Strady, Vincent Marco-Just, Vincent Marco-Just, Lionel Bigot, Lionel Bigot, Emilie Strady, Pascale Chabanet Claire Roger, Lionel Bigot, Pascale Chabanet

Summary

The PLASMA project is a multidisciplinary study of microplastic pollution in the Mayotte lagoon, one of the world's most biodiverse but increasingly threatened marine environments. Initial results characterize microplastic abundance, polymer types, and spatial distribution in the lagoon, providing a baseline for an ecosystem facing growing human population pressure.

Study Type Environmental

The PLASMA project (Pollution aux microplastiques du lagon de Mayotte) is a multidisciplinary project that began in 2022. It is funded by the Mayotte National Marine Park and aims to gain a better understanding of the state of microplastic pollution in what can be considered one of the most beautiful lagoons in the world. Indeed, the Mayotte lagoon, known for its exceptional biodiversity, is currently facing major threats from human pressure and overpopulation, and the quantity of these micropollutants and their effects on the environment (fauna, marine flora, coral, etc.) need to be assessed. This project is underpinned by a key question. Where do these microplastics come from? Do they come from the local practices of local people? Or do they come from far away, transported by marine currents and accumulated in the lagoon by the particular hydrodynamic circulation of channel lagoons?Modelling work has shown the existence of zones of accumulation and, conversely, zones of dispersion. In addition, a participatory science initiative has been launched to better understand the origin of these microplastics and to raise awareness of the consequences of their presence, first in river water and then in the lagoon. Pupils from Mayotte's secondary schools became budding researchers, sampling (and counting) microplastics in the river near their school, and carrying out ethnographic surveys of the lagoon.

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