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Important species interactions can destabilize aquatic ecosystems in response to nutrient inputs

October 16, 2019 – In aquatic ecosystems, both mussels and macrophytes increase water clarity and generally help to prevent excessive algal growth. However, according to a study carried ...


October 8, 2019

Daphnia can adapt rapidly to changing environmental conditions. This was shown by a study carried out by scientists from Eawag and Cornell University in Oneida Lake (NY, US). This adaptation influences daphnia population density, thus affecting the entire lake food web.

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October 4, 2019

Besides research and consultancy, teaching is the third major aspect of Eawag’s work. Around 140 master’s students are supervised every year at the Institute, some of whom are directly involved in research projects. This integration of teaching and learning, along with the flat hierarchies and Eawag’s interdisciplinary culture together create a unique environment that is greatly valued by students and supervisors alike, and which results again and again in outstanding master’s dissertations.

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October 2, 2019

Rapid changes in the genome of two closely interlinked species cannot be explained only by processes such as evolutionary pressure. Equally important is the role played by ecological processes, for example the dynamics of population size. This has been shown for the first time experimentally by an international team of researchers under the direction of Eawag and the University of Konstanz with an alga and a virus. The study will be published today in the magazine Science Advances.

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