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Nanoplastics
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Data and Code for the publication 'Floodplain vegetation filters microplastics during a major Rhine flood event'
Zenodo (CERN European Organization for Nuclear Research)2026
Score: 40
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Markus Rolf,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Christian Laforsch,
Hannes Laermanns,
Hannes Laermanns,
Markus Rolf,
Hannes Laermanns,
Hannes Laermanns,
Markus Rolf,
Markus Rolf,
Christina Bogner,
Markus Rolf,
Markus Rolf,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Markus Rolf,
Markus Rolf,
Markus Rolf,
Christina Bogner,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Markus Rolf,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Martin G. J. Löder
Martin G. J. Löder
Hannes Laermanns,
Markus Rolf,
Markus Rolf,
Markus Rolf,
Markus Rolf,
Markus Rolf,
Markus Rolf,
Markus Rolf,
Markus Rolf,
Hannes Laermanns,
Hannes Laermanns,
Christian Laforsch,
Markus Rolf,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Hannes Laermanns,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christina Bogner,
Martin G. J. Löder
Christian Laforsch,
Hannes Laermanns,
Martin G. J. Löder
Martin G. J. Löder
Hannes Laermanns,
Martin G. J. Löder
Martin G. J. Löder
Martin G. J. Löder
Martin G. J. Löder
Martin G. J. Löder
Markus Rolf,
Martin G. J. Löder
Hannes Laermanns,
Christina Bogner,
Martin G. J. Löder
Markus Rolf,
Hannes Laermanns,
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Martin G. J. Löder
Christian Laforsch,
Hannes Laermanns,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Hannes Laermanns,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Hannes Laermanns,
Hannes Laermanns,
Christina Bogner,
Christian Laforsch,
Christian Laforsch,
Hannes Laermanns,
Christian Laforsch,
Christian Laforsch,
Hannes Laermanns,
Christian Laforsch,
Hannes Laermanns,
Christina Bogner,
Christina Bogner,
Hannes Laermanns,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Christian Laforsch,
Martin G. J. Löder
Christina Bogner,
Christian Laforsch,
Hannes Laermanns,
Martin G. J. Löder
Christian Laforsch,
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Martin G. J. Löder
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Christian Laforsch,
Martin G. J. Löder
Christina Bogner,
Martin G. J. Löder
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Christian Laforsch,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Christina Bogner,
Christian Laforsch,
Christina Bogner,
Christina Bogner,
Christina Bogner,
Christian Laforsch,
Christian Laforsch,
Martin G. J. Löder
Martin G. J. Löder
Summary
Scientists found that plants along riverbanks act like natural filters, trapping tiny pieces of plastic (called microplastics) from floodwater during a major flood in Germany. This shows that wetland plants help remove plastic pollution from water before it can travel further downstream to drinking water sources or the ocean. Protecting and restoring these natural riverside plant areas could be an important way to reduce the amount of microplastics that end up in our water supply and food chain.
The dataset contains data on meteological data, above ground biomass, deposit masses and microplastic abundances from deposits on floodplain vegetation in the floodplain Langel-Merkenich (Cologne, Germany) after the flood event 2021. They were analysed in the paper by M. Rolf, H. Laermanns, C. Laforsch, M. G. J. Löder, C. Bogner "Floodplain vegetation filters microplastics during a major Rhine flood event" (https://link.springer.com/article/10.1186/s43591-026-00181-w) published in Microplastics and Nanoplastics. The ZIP-file contains: 5x R-Markdown files: Start with Data_read_in, Analysis_plots_sqm, Analysis_plots_g, Correlation_plots and precip_data. 1x folder: MP_datasome folders are empty, but they will be used once you run the R-Code. The R-Code is running on R4.5.2 and RStudio 2026.01.0 Build 392. If you face any issue with dataset, please let me know.