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Assessment of Microplastics Particles (0.3-5 Mm) in Sandy Beaches of Cuba
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Researchers evaluated microplastic contamination in beach sands on the Isle of Man, finding plastic particles capable of releasing harmful chemicals into coastal environments. Beach contamination is significant because it indicates ongoing fragmentation of larger plastics and potential exposure pathways for coastal communities and marine life.
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Researchers quantified microplastic pollution on a southern Brazilian beach, finding an average of 650 MPs/kg of sediment with highest concentrations near the Mampituba River mouth, dominated by polyethylene, polypropylene, and polyamide particles in the 50–100 µm range. The findings confirm that riverine transport is a major pathway delivering microplastics to coastlines, underscoring the need for upstream source control to protect coastal ecosystems.
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A seasonal survey of Gulf of Tunis beach sediments found microplastic concentrations ranging from 109 particles/kg in summer to 531 particles/kg in winter, with polyethylene and polypropylene as dominant polymers and higher accumulation in upper beach and dune zones than in wave-exposed foreshores. These findings reveal how beach morphology and seasonal dynamics shape microplastic distribution at a major entry point for litter into the Mediterranean marine system.
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