A ferrihydrite coating changes the wettability of microplastic particles depending on the type of polymer and can thus change originally water-repellent surfaces into water-attracting ones. The change of the surface is important for further biotic and abiotic degradation processes.
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We are looking forward to our next CRC 1357 Microplastics Seminar guest: Dr. Patrizia Pfohl from BASF and her talk: "Aging of Intentionally Produced Microplastic Particles for Innovative Applications" on June 12, 2023, starting at 16:15, in H18 (NWII) and online via ZOOM.
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Congratulations to this year's team of winners of the Dres.-Volker-und-Elke-Münch Prize for Science and Research of the GDCh. Maximilian Röhrl and Prof. Josef Breu were awarded for their research on compostable and sustainable paper barrier laminates - an alternative for plastic packaging without microplastic formation.
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Jasmin Kniese & Sven Ritschar have established a workflow with the A03 team that allows the detection and localization of non-fluorescent polysstyrene particles in E. fetida tissue with an accuracy of 95%. Up to 2 μm small particles could be detected in tissue sections by Raman spectroscopy.
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Woodlice react differently to microplastics depending on whether they originate from biodegradable or non-biodegradable polymers. PLA, PET and PS and their influence on hydrogen production and the microbiome were investigated.
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The CRC 1357 team studies the formation and behaviour of microplastics in the environment and their long-term effects on soils, plants, organisms, and ecosystem processes. This overview article provides insights into the research and goals of the Collaborative Research Center.
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We are looking for PhD students for our next generation of scientists within the DFG -funded collaborative research center 1357 Microplastics! We are looking for various disciplines - current vacancies are in hydrogeology, micrometeorology, theoretical physics, statistical ecotoxicology and biochemistry! Apply now!
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With the kick-off meeting, the second funding phase of the SFB 1357 was successfully launched. Professors, post-docs, junior researchers, PhD students and master students networked on cross-sectional topics and intensively exchanged ideas at Schloss Thurnau from March 1-2, 2023.
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Microplastic particle characteristics and their distribution on the sea surface are critical for their transport across the water-air interface. By modelling bubble scavenging, rising bubbles were shown to generate a net flow of particles toward the surface. The transport was highly dependent on the particle's surface. Congratulations!
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Have you ever wondered how microplastic particles behave in a lake ecosystem? Do they sink or float? What happens in a stratified lake in summer? Are they stopped by the thermocline? Congratulations on these new findings directly from Lake Brombach!
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The Arte reportage series "Re:" tells people's stories - authentically and up close. This episode is about microplastics and the Collaborative Research Centre CRC 1357 at the University of Bayreuth.
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