Interested in the relationship between biodiversity and ecosystem functions under stress and looking for an internship, research project, BSc or MSc thesis? Join us!
Continue readingStockholm University is hiring a PhD student in Environmental Science focusing on Regulatory Ecotoxicology within its Department of Environmental Science and Analytical Chemistry.
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The champagne glasses have not yet been cleaned and the headaches are slowly about to vanish as we realise that we managed to get funding for a new large project starting in October 2019 in Landau!
Continue readingWageningen University and Research (WUR) is looking for two PhD candidates to study the effects of global change on the emission, fate, effects and risks of chemicals in aquatic ecosystems.
The Institute for Environmental Sciences of University of Koblenz-Landau is looking for two PhD students in ecotoxicology with focus on landscape ecology, ecosystem analysis and water monitoring.
Continue readingVrije Universiteit Amsterdam offers a PhD position in analytical chemistry with focus on human health and exposure assessment, embedded in their graduate program on Antimicrobial Research and Resistance.
Our working group Functional Aquatic Ecotoxicology is looking for a PhD student to work on the DFG-funded project “The relevance of the BIOdiversity TO FUNction relationship in heterotrophic aquatic systems under stress (BIO2FUN)”.
In this post, Mirco Bundschuh talks about a recently granted DFG-project “The relevance of the BIOdiversity TO FUNction relationship in heterotrophic aquatic systems under stress” with the unusual acronym “BIO2FUN”.
The Norwegian University of Life Sciences (NMBU) is looking for a PhD student in environmental chemistry to identify and characterize cumulative hazard and risk of complex mixtures and multiple stressors.
The Working Group “Quantitative Landscape Ecology” of the University of Koblenz-Landau offers a PhD position in the project “Response of freshwater invertebrates to natural environmental and agricultural stressor gradients across larger scales”.