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Presence of microplastics: Impacts in a marine-coastal environment of the Colombian Caribbean

Global Journal of Ecology 2024 Score: 45 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Angie Lorena Moyano-Molano, Montoya-Rojas Grace Andrea, Montoya-Rojas Grace Andrea, Angie Lorena Moyano-Molano, Rusinque-Quintero Linda Linney, Rusinque-Quintero Linda Linney

Summary

Researchers surveyed microplastic presence in a marine-coastal environment in Colombia, characterizing particle abundance, polymer types, and size distribution in water and sediment samples. Fibres dominated the samples, with polyester and nylon the most common polymers, pointing to synthetic textile washing as a key local source.

Part of the contamination of aquatic and terrestrial ecosystems is influenced by mass production, consumption habits, and improper disposal of plastics. Plastic degradation and fragmentation lead to the formation of Microplastics (MPs), small particles that easily infiltrate natural systems and pose ecological risks. These MPs are transported by atmospheric and water circulation dynamics, predominantly accumulating in soils and bodies of water, disrupting ecological processes in water, land, biosphere, and anthroposphere. This contamination adversely affects human productivity and disturbs fauna and flora in ecosystems. MPs can be consumed and bioaccumulated, potentially carrying pathogenic microorganisms and causing intoxication through constant contact. Understanding the environmental impacts of microplastic presence is crucial to identifying and addressing contamination sources. It serves as a foundation for adopting clean and sustainable production practices, minimizing negative impacts, and maximizing positive effects on ecosystems. Environmental education and scientific research play vital roles in raising awareness and fostering societies' involvement in managing emission sources that disturb sensitive ecosystems.

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