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A Review of Microplastic Pollution Characteristics in Global Urban Freshwater Catchments
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This review synthesizes evidence on microplastic pollution characteristics in urban freshwater catchments worldwide, examining sources, concentrations, and transport pathways from terrestrial to marine environments. Researchers found that human activities are the fundamental driver of microplastic pollution and that freshwater catchments serve as critical conduits for microplastic transfer to oceans.
Microplastics are the newly identified pollutant of this century, yet they are already detected everywhere worldwide. Microplastic pollution in global marine environments has been intensively reported. Evidence of microplastic pollution is emerging in other environments, including land, freshwater, atmosphere, and organisms. Public concerns were also raised about microplastic pollution around them. From terrestrial environments, through freshwater environments, finally to marine environments, is a major transportation route of microplastic pollution. Human activities are the fundamental source of microplastic pollution. Cities, with the highest population density on this planet, are important sources of microplastic pollutants. This chapter focuses on urban freshwater environments, the first receptor, and major transporter of urban microplastics. By reviewing microplastic pollution in global urban freshwater catchments, urban microplastic pollution characteristics were clarified, and the key information to prevent urban microplastic discharge was sought.
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This review examines global microplastic occurrence in urban runoff, finding concentrations up to 8,580 particles per liter, and highlights critical gaps in understanding microplastic mobilization, transport, and flux from urban environments to waterways.
Sources, transport, measurement and impact of nano and microplastics in urban watersheds
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This review examines what is known about nano and microplastic sources, transport pathways, transformations, and measurement challenges in urban watershed environments, identifying freshwater and terrestrial systems as critically underresearched compared to marine settings. The authors stress that most ocean plastic originates from land, making urban watershed research essential for source control.
Microplastics in urban stormwater sediments and runoff: An essential component in the microplastic cycle
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This review systematically analyzed microplastic contamination in urban stormwater runoff and sediments, finding concentrations that varied enormously across global studies. Researchers found that stormwater is a major but underappreciated pathway for delivering microplastics to rivers, lakes, and oceans. The study highlights that better stormwater management practices are needed to reduce this significant source of aquatic microplastic pollution.
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This international study measured microplastic concentrations in urban stormwater sources and receiving water bodies within a city, quantifying how urban runoff pathways contribute to microplastic loads in local aquatic environments.
Towards the Control of Microplastic Pollution in Urban Waters
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This thesis investigates microplastic pollution in urban waterways, focusing on wastewater and stormwater as transport pathways from cities to receiving water bodies. Researchers found widespread microplastic presence and identified key sources, behaviors, and transport mechanisms. The work supports development of urban water management strategies specifically designed to address microplastic discharges.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.