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Microplastics in road dust and surrounding environment: Sources, fate and analytical approaches
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Assessment of microplastic pollution load in road dust and associated health risk in a semi-arid region of Rajasthan, India
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Researchers sampled road dust across Jaipur, India, finding moderate to severe microplastic contamination dominated by polyethylene and polypropylene fibers, with children facing higher exposure risk than adults. Roads act as major microplastic reservoirs, and dust can be inhaled or ingested, making urban road pollution a direct human health threat.
Assessment of Microplastics in Roadside Suspended Dust from Urban and Rural Environment of Nagpur, India
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Researchers measured microplastics in roadside dust in both urban and rural areas of Nagpur, India, finding plastic particles in both coarse and fine breathable particulates — meaning people in Indian cities may regularly inhale microplastics simply by being near roads.
Distribution, Characteristics, and Potential Health Risks of Microplastics in National Coastal Highway Road Dust, Northern Mindanao, Philippines
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Roadside dust sampling in three coastal Philippine cities found microplastic abundances of 180–780 particles/kg, dominated by fragments from consumer product degradation rather than traffic sources, though traffic-related MPs carried the highest individual hazard scores. Road dust is an important understudied vector for microplastics entering coastal waterways and atmospheric transport pathways in densely populated developing-world cities.
Microplastics in Urban Environments: Sources, Pathways, and Distribution
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Researchers mapped the major sources and pathways of microplastic pollution in cities, finding that tire wear, laundry wastewater, landfills, and construction activity collectively make urban areas major generators of the microplastics that flow into surrounding air, water, and soil.
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Researchers review microplastic sources, transport pathways, and degradation dynamics in both marine and freshwater ecosystems — including lakes, rivers, and estuaries — and assess current methods for exposure analysis and microplastic removal from aquatic environments.
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