Department Aquatic Ecology

Aquatic Ecology

Eawag’s Department of Aquatic Ecology is currently home for eight research groups that cover the broad disciplines of ecology and evolution from the individual to the community and ecosystem level, utilizing a wide range of tools and techniques from microscopes to molecular genetics. Read more

News

Photo: Christoph Vorburger, Eawag
July 22, 2021 –

Each year at Eawag, around 160 Master’s and Bachelor’s students are supervised and often directly involved in research projects. Again and again, this collaboration – as well as Eawag’s flat hierarchies and interdisciplinary...

Each year at Eawag, around 160 Master’s and Bachelor’s students are supervised and often directly involved in research projects. Again and again, this collaboration – as well as Eawag’s flat hierarchies and interdisciplinary culture – leads to outstanding Master’s theses.

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Publications

Zajac, N.; Zoller, S.; Seppälä, K.; Moi, D.; Dessimoz, C.; Jokela, J.; Hartikainen, H.; Glover, N. (2021) Gene duplication and gain in the trematode Atriophallophorus winterbourni contributes to adaptation to parasitism, Genome Biology and Evolution, 13(3), evab010 (16 pp.), doi:10.1093/gbe/evab010, Institutional Repository
Carraro, L.; Stauffer, J. B.; Altermatt, F. (2021) How to design optimal eDNA sampling strategies for biomonitoring in river networks, Environmental DNA, 3(1), 157-172, doi:10.1002/edn3.137, Institutional Repository
Moza, M. I.; Postolache, C.; Benedek, A. M.; Moldoveanu, M.; Spaak, P. (2021) Geographical and temporal patterns of cyanobacterial assemblages in the Danube Delta lake complexes, Hydrobiologia, 848, 753-771, doi:10.1007/s10750-020-04466-w, Institutional Repository
To the library

SNSF Fellowships
Ambizione / Eccellenza / Prima

Eco Seminars

11.11.​2021,
9.00 am
Maison de la Rivière, Tolochenaz
15.09.​2022,
9.00 am
Swiss Tech Convention Center Lausanne

Research Projects

Using freshwater isopods to understand how gut microbiome mediates host function in the face of environmental stress
Functional characterization of isopod-microbe symbiosis
The architecture of community structure, functional traits and trophic networks across blue-green ecosystems
New tools to monitor changes in ecosystem conditions and to quantify genetic changes of populations in (semi-)natural environments to predict how human mediated environmental change will influence stability and resilience of ecosystems.