PostDoc in assessing biodiversity associated with native and non-native urban trees using eDNA 80-100% (f/m/d)

The Swiss Federal Institute for Forest, Snow and Landscape Research WSL is part of the ETH Domain. Approximately 600 people work on the sustainable use and protection of the environment and on the handling of natural hazards.

The Research Unit Forest Health and Biotic Interactions investigates the influence of biotic factors on forest health and develops the scientific basis for the protection of forests against potentially harmful organisms. Within a project funded by the WSL programme NOVA-city for 2 years starting in January 2027 or by agreement, the research group Swiss Forest Protection is looking for a

Most urban forests consist of native and non-native trees alike. While it is known that non-native trees support lower biodiversity than native trees in ‘rural’ ecosystems, this trend is less clear in urban environments. This project aims to investigate the difference between bacterial, fungal and insect communities associated with urban native and non-native congeneric trees. We will analyse throughfall, i.e., rainwater passing through tree canopies that carries DNA of resident organisms. 

You have a PhD in natural sciences with strong interest in urban ecology. You have proven experience in metabarcoding and ideally eDNA, including practical wet lab expertise. You are proficient in biodiversity and community analyses. You have a driving license category B, very good oral and written skills in English and ideally German and/or French. You are well organized and operate independently in a structured and efficient way. You are an open-minded person with good communication skills.