Biodiversity

Although freshwaters cover less than one per cent of the earth’s surface, they are some of the most species-rich habitats on our planet – so far at any rate. After all, rivers and lakes are experiencing a rapid decline in biological diversity. And yet it is still unclear what this loss means for our well-being in the long term. One important objective of our research is therefore to identify measures that enable us to protect the biodiversity of our freshwaters as effectively as possible. We investigate the causes, draw up forecasts relating to changes, and pool our expertise in biodiversity research and in knowledge-based environmental protection. Collaborating with international partners, we also collect global data on biodiversity in freshwaters, creating a unique foundation to ensure their protection.

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Biological diversity meets diversity of information

A new comprehensive collection of online Atlases offers a wide variety of information on freshwater ecosystems and their biological diversity on global, continental and regional scale.

Related Projects

Host−parasite interactions in hybridizing Daphnia

Eutrophication is a worldwide environmental problem accelerated by global warming, affecting the stability of aquatic ecosystems and having long-lasting consequences. In this project we investigate if and how eutrophication affects two interacting evolutionary processes: disease spread and interspecific hybridization.
Contact person
Justyna Wolinska
Department
(Dept. 2) Ecosystem Research
Start
01/2017
End
12/2019
Topic

Taxaliste Phytoplankton O 2.17

New scientific publications about the taxonomy of small suspended algae, called phytoplankton will be implemented into an update of the German taxa list. This update is needed to ensure uniform identification and coding of indicator species used for the assessment of the ecological status of lakes and rivers in Germany.
Contact person
Ute Mischke
Department
(Dept. 1) Ecohydrology
Start
01/2017
End
01/2018
Topic

Transport and Mixing at River Confluences

Das Forschungsprojekt will das Wissen über Durchmischung und den Transport von Substanzen in den Flußmündungen bzw. flußabwärts fundamental verbessern und es wird grundlegende theoretische Erkenntnisse über die kontrollierenden Faktoren der Mischprozesse liefern.
Contact person
Alexander Sukhodolov
Department
(Dept. 1) Ecohydrology
Start
01/2014
End
12/2017
Topic

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