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Marine Litter, Plastic, and Microplastics on the Seafloor

2022 16 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 35 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Peter T. Harris, Peter T. Harris, François Galgani, Peter T. Harris, Olivia Gérigny, François Galgani, Michela Angiolillo, Thomas Maes, Thomas Maes, François Galgani, François Galgani, François Galgani, Olivia Gérigny, François Galgani, Olivia Gérigny, François Galgani, Olivia Gérigny, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, Thomas Maes, Thomas Maes, Thomas Maes, Thomas Maes, Thomas Maes, François Galgani, Thomas Maes, François Galgani, François Galgani, Olivia Gérigny, François Galgani, Olivia Gérigny Olivia Gérigny François Galgani, Thomas Maes, Olivia Gérigny François Galgani, Olivia Gérigny Olivia Gérigny Olivia Gérigny, François Galgani, François Galgani, Olivia Gérigny, François Galgani, Olivia Gérigny Olivia Gérigny Peter T. Harris, Michela Angiolillo, Thomas Maes, Thomas Maes, Thomas Maes, Thomas Maes, François Galgani, François Galgani, François Galgani, François Galgani, Thomas Maes, Thomas Maes, François Galgani, Olivia Gérigny, François Galgani, Olivia Gérigny Thomas Maes, Thomas Maes, François Galgani, François Galgani, Thomas Maes, Thomas Maes, Thomas Maes, François Galgani, Thomas Maes, Thomas Maes, Thomas Maes, François Galgani, François Galgani, François Galgani, François Galgani, Thomas Maes, François Galgani, François Galgani, François Galgani, Thomas Maes, Thomas Maes, Michela Angiolillo, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, Thomas Maes, Thomas Maes, Éric Tambutté, Peter T. Harris, François Galgani, François Galgani, François Galgani, Thomas Maes, François Galgani, François Galgani, François Galgani, Thomas Maes, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, Thomas Maes, Olivia Gérigny, Michela Angiolillo, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, Olivia Gérigny François Galgani, Olivia Gérigny Thomas Maes, François Galgani, François Galgani, Olivia Gérigny, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, Thomas Maes, François Galgani, François Galgani, François Galgani, François Galgani, François Galgani, Thomas Maes, Thomas Maes, François Galgani, François Galgani, Thomas Maes, François Galgani, François Galgani, François Galgani, François Galgani, Thomas Maes, François Galgani, Olivia Gérigny, Olivia Gérigny François Galgani, François Galgani, François Galgani, Thomas Maes, François Galgani, François Galgani, Olivia Gérigny, Olivia Gérigny

Summary

This review examines marine litter, plastic debris, and microplastics accumulating on the seafloor from intertidal zones to hadal depths, emphasizing that the seafloor is a major long-term sink for plastics denser than seawater. It discusses monitoring challenges across different seabed types and highlights abandoned fishing gear as a key seafloor litter component that entangles marine fauna.

Study Type Environmental

Given that approximately half of the plastics produced is heavier than seawater, the seafloor, from intertidal to abyssal and hadal depths, is an important long-term sink for marine macro and microplastics. Some seafloor areas can be difficult to monitor due to differences in the seabed, such as, structures and types, which can be sandy, muddy, or rocky. A range of different approaches may be used to cost effectively monitor seafloor areas, such as, using simple litter quantification protocols based on existing fish stock surveys. Abandoned, lost or otherwise discarded fishing gear, also called as, ALDFG is one of the major components of sea-based marine litter and seafloor litter. One of the main impacts of marine litter on the seafloor is entanglement by marine fauna. Because litter on the seafloor is usually not retrieved, monitoring it will tend to reflect accumulation processes.

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