On Monday, 14.11. at 7 p.m., the BR environmental TV show "Unkraut" will show a current overview of the state of knowledge on nitrogen oxides and particulate matter from traffic, combustion and agriculture. The atmospheric chemistry working group of Prof. Dr. Anke Nölscher, BayCEER/ University of Bayreuth, will be present with their current research on ultrafine particles.
Die Scientists4Future Community Bayreuth lädt ein zum Vortrag von Professor Dr. Stefan Rahmstorf zum Thema: "Die Klimakrise zwischen Doomern und Skeptikern: Was sagt die Wissenschaft?" am Mittwoch, 11. Januar 2023, um 19 Uhr im Audimax an der Universität Bayreuth, mit anschließendem "Get together".
The researchers at the University of Bayreuth are bringing together knowledge about soil in a unique way. They want to sensitise the public to the topic of soil health on World Soil Day on 5 December.
On 1 December, the ceremonial opening of BayCenSI, the new Center for Stable Isotope Research in Ecology and Biogeochemistry at the University of Bayreuth, will take place as part of the BayCEER Colloquium at 12.15 pm in lecture hall H8 (GEO building). In addition to the presentation of the BayCenSI by laboratory director Dr. Alexander Frank and BayCenSi director Prof. Dr. Johanna Pausch, there will also be greetings from the Chancellor of the University of Bayreuth Dr. Nicole Kaiser and BayCEER director Prof. Dr. Stefan Peiffer with a musical supporting programme. A warm invitation goes out to all interested parties!
Das vierte Forum Waldkontroversen fand am 11./12. November mit rund 120 Gästen an der Universität Bayreuth statt. Neben Interessierten aus Forst, Naturschutz und Forschung waren diesmal auch Fachleute aus Holzverarbeitung und Architektur mit im Boot, denn Thema war der "Hoffnungsträger Holz".
On the occasion of the 35th anniversary of stable isotope research at the University of Bayreuth, a mini-symposium entitled "35 years of stable isotope research at the University of Bayreuth: Past, present and future of an elegant tool in biogeochemistry and beyond" took place on 9th of September at Thurnau Castle. The symposium marked the retirement of the founder and long-time director of the BayCEER Laboratory for Isotope Biogeochemistry, Prof. Dr. Gerhard Gebauer.
The German Research Foundation (DFG) will once again fund the Collaborative Research Centre 1357 "Microplastics" at the University of Bayreuth with around 13 million euros over the next four years. The CRC, which was established in 2019, is investigating the increasing contamination of the environment by plastics worldwide and is developing innovative approaches to solutions that counteract the ecological, health and economic dangers caused by this. The close linking of interdisciplinary basic research with problem-related applied research will enable well-founded risk assessments and further strengthen the transfer of knowledge to the public. The BayCEER warmly congratulates all those involved on the new funding period!
Biodegradable microplastic particles in soils can lead to an increased rise in CO₂ emissions to the Earth's atmosphere. This is shown by an interdisciplinary study published in "Applied Soil Ecology" by the Collaborative Research Centre 1357 "Microplastics" at the University of Bayreuth. In this study, experts from the BayCEER working groups Soil Ecology and Ecological Microbiology compare the effects of a conventional and a biodegradable plastic in different soils in a systematic way for the first time. The consequences for the microbial biomass in the soils, especially on bacteria and fungi, are also analyzed.
Water-soluble synthetic polymers (WSSPs) are found in many everyday products. What the consequences are when these plastics enter rivers, lakes and oceans is still largely unexplored. A team from the University of Bayreuth has now systematically investigated the effects on water fleas of the species Daphnia magna for the first time. The polymers selected for testing significantly alter the body size and reproduction of the animals in some cases. The research, published in Science of The Total Environment, shows that water-soluble polymers could have consequences for biodiversity and food chains in aquatic ecosystems that should not be underestimated.
Interviews Head of EBG
Microbial-mineral interactions: Formation of pyrite and implications for biosignature and environmental research
Climate, Environmental and Human History in the Highlands of Ethiopia
Challenges in Soil Hydrological Modeling -- The Devil is in the Details ...
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