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Datasets associated with the manuscript titled "Wet and dry atmospheric deposition of microplastics at urban, suburban, rural and mountainous sites in Switzerland"
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Scientists tracked tiny plastic particles falling from the sky (through both rain and dry dust) at city, suburban, rural, and mountain locations across Switzerland over a full year. This matters because it shows microplastics aren't just in oceans and soil—they're literally raining down on us everywhere, including remote mountain areas far from cities, meaning we're likely breathing and ingesting them regardless of where we live. Note: this particular listing is a dataset repository, so it shares the raw measurements rather than detailed conclusions about health effects—those would be found in the full research paper.
This repository contains data that were generated in a one-year monitoring study on the wet and dry atmospheric deposition of microplastics in Switzerland. A full description of this study is contained in the manuscript titled "Wet and dry atmospheric deposition of microplastics at urban, suburban, rural and mountainous sites in Switzerland" by Ashta et al. Please read the accompanying readme.txt for more information about the datasets provided here.
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Datasets associated with the manuscript titled "Wet and dry atmospheric deposition of microplastics at urban, suburban, rural and mountainous sites in Switzerland"
AI summary Read the abstract
Scientists tracked microplastic pollution falling from the air—both in rain/snow and as dry dust—at city, suburban, rural, and mountain sites across Switzerland over a full year. This matters because it shows that tiny plastic particles aren't just in oceans and soil—they're literally raining down on us everywhere, including remote mountain areas far from cities, meaning we're likely breathing and ingesting these particles no matter where we live. This dataset provides real measurements that researchers can use to better understand how much microplastic exposure people face just from the air around them.
Supplementary material to "Wet and dry atmospheric deposition of microplastics at urban, suburban, rural and mountainous sites in Switzerland"
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Swiss researchers set up rain and dust collectors at five sites across Switzerland—from busy Zurich streets to a remote mountaintop—to measure how much microplastic falls from the air we breathe every day. This particular document is just the technical setup details (site locations and descriptions), not the actual results, so we don't yet know how much plastic was found or how city versus rural air compared. Once the full findings come out, they could help clarify how much airborne microplastic people are exposed to no matter where they live, which matters since we're still learning what breathing in these tiny plastic particles might do to our health.
Wet and dry atmospheric deposition of microplastics at urban, suburban, rural and mountainous sites in Switzerland
AI summary Read the abstract
Scientists tracked tiny plastic particles falling from the air (in rain and dust) across Switzerland for a year, finding that cities had roughly three times more microplastic fallout than rural or mountain areas. Since these particles settle onto farmland, water supplies, and everywhere we breathe, live, and grow food, this research helps confirm that air is a major pathway for microplastic exposure—even in areas far from obvious pollution sources.
Spatial distribution of atmospheric microplastics in bulk-deposition of urban and rural environments – A one-year follow-up study in northern Germany
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Researchers conducted a year-long study of atmospheric microplastic deposition across urban and rural sites in northern Germany, finding spatial and temporal variation in microplastic fallout patterns that help quantify environmental input rates.
Microplastic and macroplastic yearly emission maps for Switzerland
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This dataset is a duplicate of the Swiss plastic emission maps dataset, providing spatially resolved annual microplastic and macroplastic emission estimates linked to a published proxy-based modeling study.
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