Starting as early as May, 2024, this project at the University of Vienna will open to candidates interested in understand the ecology of ectomycorrhizal fungal associations with bacteria and its influence on tree growth and development. A rich community of bacteria with unique ecological strategies inhabit the exterior and interior mycelium of ectomycorrhizal fungi, but we are only beginning to understand the functional ramifications of these tripartite interactions (bacteria-fungi-plant). This project uses microfluidics, mesocosms, and field experiments to cross scales and produce a harmonious framework of the impacts of co-occurring bacteria on ectomycorrhizal fungal and forest tree growth and development. Candidates with an MS degree in any relevant field and having previous experience using molecular and microbiological techniques are encouraged to reach out to learn more about the position. You can apply here: https://www.microplanet.at/wp2.1-phd 

Starting as early as August, 2024, this position at the University of Vienna will open to candidates interested in linking foliar endophytes to forest tree growth and nutrition at large spatial scales. This project will combine observational and modeling approaches to understand the community ecology and functional implications of endophyte biodiversity for forest functioning. Candidates with a PhD in any relevant field or a keen interest in learning new molecular, microbiological, and statistical techniques. Candidates are encouraged to reach out to learn more about the position.