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Do tidal fluctuations affect microplastics distribution and composition in coastal waters?

Marine Pollution Bulletin 2024 14 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 50 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Iseline Chaïb, Iseline Chaïb, Périne Doyen, Rachid Amara Iseline Chaïb, Gabriel Pasquier, Iseline Chaïb, Gabriel Pasquier, Gabriel Pasquier, Gabriel Pasquier, Iseline Chaïb, Périne Doyen, Périne Doyen, Périne Doyen, Rachid Amara Iseline Chaïb, Périne Doyen, Périne Doyen, Périne Doyen, Périne Doyen, Périne Doyen, Périne Doyen, Périne Doyen, Périne Doyen, Périne Doyen, Rachid Amara Rachid Amara Iseline Chaïb, Périne Doyen, Périne Doyen, Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Iseline Chaïb, Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Rachid Amara Périne Doyen, Périne Doyen, Rachid Amara Rachid Amara Rachid Amara

Summary

This study investigated whether tidal fluctuations affect the distribution and composition of microplastics in megatidal coastal waters. Researchers collected water samples across complete tidal cycles during spring and neap tides, providing insights into how natural hydrodynamic processes influence microplastic transport and concentration patterns.

The hydro-meteorological conditions in marine environments are recognized to have a major impact on the transport and dispersion of microplastics (MP), although their precise effects remain poorly understood. This study investigates the effects of tidal fluctuations on MP abundance and composition in a megatidal coastal water. Waters samples were collected every ninety minutes over the course of two complete tidal cycles - one during spring tide and another during neap tide. There were no significant disparities in term of abondance, size, and composition of MPs between the samples collected during the two tidal cycles. Nevertheless, MP abundance and characteristics (morphology, size and polymer types) can be influenced over the course of a complete tidal cycle due to the impact of tidal currents and water height. This study highlights the need to consider the fluctuations of the tidal cycle when planning in-situ surveys to better assess MP pollution in coastal environments.

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