Letter to the Editor: Misclassification of fibres in Ramage et al. (2025) and implications for microplastics research

Pitfalls and Limitations in Microplastic Analyses

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Inconsistent sampling strategies, sample preparation methods, and analytical techniques across microplastic studies create significant pitfalls including contamination, particle loss, and misidentification that undermine comparability of results. Standardizing protocols is urgently needed to build a reliable global picture of microplastic abundance and risk.

Have environmental microplastics levels been overestimated?

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Emerging research suggests that existing measurements of environmental microplastic levels may be inflated due to inconsistent and non-standardized measurement methods across studies. Harmonizing detection and quantification protocols is essential before reliable conclusions can be drawn about true human exposure levels and the actual health risks posed by microplastic pollution.

Author response for "Microplastics: Sources, Environmental Fate, Degradation Pathways, and Analytical Identification Methods – A Review"

When Size Matters – Textile Microfibers into the Environment

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Researchers reviewed how textile microfibers — shed from synthetic clothing during washing — are becoming a major and fast-growing source of microplastic pollution across land, freshwater, and ocean environments, raising concern about their long-term ecological impacts.

Introduction to Microplastics: Origin, Environmental Pathways, and Impacts on Ecosystems and Human Health

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Researchers introduced the origins, environmental transport pathways, and ecosystem impacts of microplastics, tracing how the non-biodegradable nature of plastics combined with poor waste management has driven pollution of terrestrial, aquatic, and human biological systems.