Science that matters

Eawag is one of the world’s leading aquatic research institutes. With its professional diversity, close partnerships with practitioners and an international network, Eawag offers an excellent environment for the study of water as a habitat and resource, for identifying problems at an early stage and for developing widely accepted solutions.

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The latest news from Eawag

The latest news from Eawag

Photo: Glen Dsouza
News
Bacteria eat bacteria
June 12, 2025

Many bacteria produce a protein complex to inject poison in their neighbouring cells. This was previously thought to eliminate their competitors. But now researchers at Eawag and ETH Zurich have shown: The killer bacteria can act as biological predators that feed on their prey.

Lake Geneva (Photo: Michael Heck/Pixabay).
News
Cold shock in Lake Geneva – Alplakes shows why
June 10, 2025

A sudden drop in temperature in Lake Geneva over the Whitsun weekend is leaving swimmers feeling chilly: within a few days, the surface water temperature near the city of Geneva fell by around 8 degrees. This is due to a natural phenomenon that can be observed impressively on the Alplakes platform.

Photo: Manuel Koller, Eawag
Institutional
Thomas Hofstetter appointed as Adjunct Professor
May 22, 2025

At its meeting of 21/22 May 2025 the ETH Board appointed Dr Thomas Hofstetter (*1969), currently Senior Scientist and Private Lecturer at ETH Zurich and Head of the Department Environmental Chemistry at Eawag, as Adjunct Professor in the ETH Department of Environmental Systems Science.

LinkedIn
International day for Biological Diversity
May 22, 2025

With its work, Eawag has made a decisive contribution to achieving a great deal for biodiversity in recent years. Water pollution from nutrients – one of the main causes of biodiversity loss – has decreased significantly in Switzerland, and the restoration of numerous Swiss lakes has improved the quality of habitats for many living organisms. Nonetheless, the challenges remain.

Earthworms play an important role in soil ecosystems (Photo: Ecotox Centre).
News
Earthworms avoid tyre abrasion
May 21, 2025

Tyre abrasion gets from the road into adjacent soils and affects soil organisms. A joint study by the Ecotox Centre, the aquatic research institute Eawag and the EPFL now shows that earthworms avoid soil that is heavily contaminated with tyre particles. However, the particles had no negative effects on the survival and reproduction of the animals.