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Microplastics in Wild Fishes in the Three Gorges Reservoir, China: A Detailed Investigation on Occurrence, Characteristics, Biomagnification and Risk
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Microplastics in sediment of the Three Gorges Reservoir: abundance and characteristics under different environmental conditions
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Microplastics were found throughout sediments of China's Three Gorges Reservoir at 59–276 particles/kg, with urban population density driving spatial distribution, and particle surfaces carrying multiple bisphenols and heavy metals. The reservoir's role as a microplastic sink — concentrating plastics that act as carriers for toxic co-pollutants — amplifies ecological and human health risks for downstream communities that depend on this water system.
Occurrence and Distribution Characteristics of Microplastics in Surface Water of China: a Review
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Researchers synthesized the literature on microplastic occurrence and distribution in Chinese surface waters, finding mean river concentrations ranging from 0.57 to 930 particles per liter, with fibers and sub-millimeter particles predominating and polypropylene and polyethylene as the most common polymers. As Chinese cities increasingly rely on surface water as drinking water sources, the high and variable microplastic loads documented across river and lake systems represent a direct human exposure pathway demanding stronger pollution monitoring and control.
Current State of Research on the Prevalence of Microplastics in Aquatic Fish and Their Impact on Health
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Researchers reviewed microplastic contamination in fish across all seven continents, finding marine fish were studied 2.6 times more than freshwater species, and that microplastics trigger oxidative stress, alter biochemical pathways, and accumulate through biotransformation in fish tissues globally.
Microplastics Pollution in the Reservoir: Occurrence, Extraction, and Characterization
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Researchers reviewed microplastic contamination in reservoirs — a major source of drinking water — examining how plastics enter and accumulate in these water bodies and what extraction and identification methods are most effective for monitoring plastic pollution at the water supply level.
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Researchers surveyed microplastic pollution in a rural Chinese river across wet and dry seasons, finding higher concentrations during the wet season and identifying agricultural plastic films as the primary source; despite lower overall abundance than urban rivers, the presence of hazardous PVC raised significant ecological risk concerns.
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