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Experimental Study on the Transport Processes of Different Types of Microplastics in Rainfall Runoff Over Urban Road Surface
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Experimental study on transport processes of fragment microplastics during urban road rainfall runoff
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Tiny plastic fragments that accumulate on roads get swept into rivers and lakes when it rains, especially during heavy storms, on flatter roads, and when smaller fragments are involved, according to this study. This matters because these plastics eventually end up in the water bodies that supply our drinking water and support fish and wildlife, and understanding how rain washes them away can help cities design better filtering systems to catch them before they spread further into the environment.
Transport of Traffic-Related Microplastic Particles in Receiving Water
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Traffic-generated microplastic particles, primarily from tire wear and road markings, are transported via stormwater runoff into urban waterways and ultimately marine environments, making roads a significant but underappreciated land-based source of ocean microplastic pollution. Quantifying this transport pathway is essential for developing effective urban stormwater management strategies to reduce microplastic loads in receiving waters.
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Researchers investigated how stormwater runoff collects micro- and nanoplastics from urban surfaces — roads, rooftops, and construction sites — and delivers them in concentrated pulses to rivers, lakes, and coastal waters following rain events. Stormwater represents one of the largest and most direct conduits for terrestrial microplastic pollution to reach aquatic ecosystems and, ultimately, drinking water sources and seafood.
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Researchers reviewed how microplastics travel from terrestrial sources — including agriculture, urban runoff, and atmospheric deposition — into rivers, lakes, and ultimately the ocean, synthesizing current knowledge on transport mechanisms and knowledge gaps. Understanding land-to-water transport pathways is critical for identifying where interventions can most effectively reduce the flow of plastics into aquatic ecosystems and human food sources.
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Researchers reviewed 45 studies on microplastic contamination in stormwater runoff published between 2020 and 2024, finding concentrations ranging from near zero to nearly 19,000 particles per liter, and recommending nature-based solutions such as bioretention cells, rain gardens, and constructed wetlands as cost-effective strategies for reducing urban microplastic discharge.
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