Genetic diversity and conservation genetics

Genetic diversity is central to the long-term survival of any species. We research ecological processes in populations of fungi, plants and animals using genetic methods, and complement these with experimental studies.

Which organisms occur in a given habitat? How do alpine plants adapt to changing environmental conditions? How do roads affect the dispersal and connectivity of populations? How does inbreeding affect rare species? Answers to these questions can be found using genetic methods.

Among other things, we use environmental or eDNA to monitor habitats or detect rare species. Because genetic material from animals, fungi or plants is everywhere, in the air, in the water, in the soil. WSL's eDNA laboratory is specially equipped for such investigations. To be able to collect samples of eDNA even in "inaccessible" habitats, we use state-of-the-art equipment such as specially developed drones.

In our research, we focus on species which play an important role in the ecosystem or which are rare or endangered in Switzerland or abroad. Our findings form the basis for the planning and implementation of conservation and species protection measures, as well as for silviculture.

WSL publications

Genetische Vielfalt ist essenziell für die Anpassung von Baumpopulationen. Ein Fragenkatalog hilft, forstliches Vermehrungsgut optimal zu nutzen. Ökologische, organisatorische und produktionstechnische Aspekte werden mit Praxisbeispielen aus Aargau und Zürich veranschaulicht.

WSL Berichte 1622025
Available languages: GermanFrench

Bei der Verwendung von Pflanz-, Saat und Schnittgut gilt es, floristisch-ökologische wie auch genetische Erkenntnisse zu beachten.

Merkblatt für die Praxis 772024
Available languages: GermanFrench
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Projects

The pilot project GENSCOP establishes a network of experts in applied conservation genetics. This platform, co-financed by the Federal Office for the Environment (FOEN), is primarily directed towards the cantonal authorities for solving questions on applied conservation genetics.

We investigate the role of hybridization in climate adaptation using the white oak species complex as a study system, with a special focus on Austria and Southeastern Europe.

TAMERS will assess the role of information flow and trust between scientists and practitioners, and develop recommendations for communicating assisted migration strategies at a European scale.

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