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Microplastics in Mediterranean coastal area: toxicity and impact for the environment and human health

Trends in Environmental Analytical Chemistry 2020 160 citations

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This review examined microplastic and nanoplastic pollution across the Mediterranean Sea, finding contamination in surface water, sediments, deep seafloor, and seafood consumed by humans. Researchers highlighted that coastal zones are the most contaminated areas due to population pressure, tourism, and marine traffic, and noted that standardized analytical protocols are still needed for reliable identification and quantification of these particles.

The so-called marine litter, and in particular microplastics (MPs) and nanoplastics (NPs), are ubiquitously distributed and recognised as an emerging risk for the environment and human health. It is known that marine environments are one of the most impacted areas and among them; coastal zones are the most contaminated ones. They are subjected to population pressure, tourism, harbours, desalination plants, marine traffic and fish farms. This review is focused on the Mediterranean Sea, currently considered one hot spot of microplastics pollution in the world, as a consequence of the high number of plastic marine litter generating activities and its characteristic morphology of semi-enclosed sea. MPs and NPs have been detected not only in surface water and water columns but also in sediments, deep seafloor, and biota including fish and seafood for human consumption. Because of this, different European legislation initiatives have been launched during the last years in order to prevent MPs and NPs contamination and to face derived problems. Finally, this review summarises the main problems and shortcomings associated to MPs and NPs analyses such as their identification and quantification or the necessity of standardised protocols.

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