MikroPlaTaS - Microplastics in Dams and Reservoirs: Sedimentation, Spread, Effects

The spread of microplastics (i.e. plastic particles under 5 mm in size) is not only observed in the oceans, but also in freshwater ecosystems. Dams and reservoirs have so far largely been overlooked, although they might play an important role as sinks for microplastic.

The project MikroPlaTaS analyses the occurence of microplastic in dams and reservoirs, with a special focus on biofilm growth on plastic particles and the influence of biofouling on their sedimentation. Further, the researchers test the effects of micropastic exposure on different aquatic invertebrates.

Based on our results we can evaluate the risks of plastic pollution for the aquatic environment and support future measures.

Learn more about the project.

© Twitter

MikroPlaTaS GOES TWITTER


From now on our team will tweet about current topics and events within the project as well as news on plastic and microplastic.

Stay up to date and follow us.

Travelling exhibition on (micro-)plastic

© A. Nieber

Our team has created a travelling exhibition especially for schools, which provides valuable information on plastic in general as well as the results of our research. The aim of the exhibition is to inform students about the current issue of plastic pollution, with a special focus on freshwater ecosystems and the role of dams and reservoirs.

Mesocosm study finished

© L. Kruckenfellner

After twelve weeks and more than 2500 measurements and samplings the researchers in Homberg (Ohm) finalized their mesocosm experiments. In these model ecosystems they tested the effects of mircoplastic particles (Nylon-6) on microorganisms, algae and aquatic invertebrates. Now follow the taxonomic and statistical analyses of the results.

New publication in Water Research

© Rico Leiser

In their recently published paper Rico Leiser and Katrin Wendt-Potthoff et. al. (UFZ Magdeburg) have observed the microbial growth on polymer particles within a freshwater reservoir. Aggregation of PE particles with organic matter and iron precipitation resulted in a sedimentation of those aggregates. This shows, how boyant particles can naturally be removed from the water column.

You can find further reports in the archive.