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Macro-and micro-plastics detected in razorbill Alca torda in the western Mediterranean Sea.

Marine pollution bulletin 2024 Score: 45 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Carola Murano, Carola Murano, Carola Murano, Letizia Campioni, Carola Murano, Carola Murano, Carola Murano, Raffaella Casotti Carola Murano, Carola Murano, Rosario Balestrieri, Carola Murano, Adriano Minichino, Carola Murano, Carola Murano, Raffaella Casotti Letizia Campioni, Raffaella Casotti Raffaella Casotti Raffaella Casotti Raffaella Casotti Raffaella Casotti Carola Murano, Carola Murano, Raffaella Casotti

Summary

Researchers examined plastic items recovered from the tissues and digestive tracts of razorbill seabirds found dead along the western Mediterranean coast and found both macro- and microplastics. The study confirms that this Atlantic seabird species, which winters in the Mediterranean, is exposed to plastic pollution in a sea known to be a hotspot for plastic contamination.

The Mediterranean Sea is a hotspot for plastic pollution and, consequently, an area at high risk of plastic exposure for oceanic seabirds. In this work we retrieved plastic items from different tissues/organs of razorbills Alca torda. This is a piscivorous species of the Alcidae family usually thriving along the North Atlantic coasts. In the winter 2022-2023, some individuals were observed in the Mediterranean area up to the Italian tyrrhenian coasts. Among the five carcasses examined, three contained plastic debris, mainly in the digestive system, in the form of fragments and fibers. The latter were also found in the pectoral muscles and, in one individual, in the liver. Polyethylene was the most represented polymer (55.2 %), followed by polypropylene (24.1 %) and cellulose (10.4 %). Previous reports hypothesized that North Atlantic razorbills are less exposed to plastic pollution because of their feeding strategy. Our results contradict this hypothesis, highlighting their susceptibility to plastic contamination.

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