
Universität Bern · education
Postdoc: Terrestrial ecosystem modelling
- Integrate a hydraulics-explicit representation of photosynthesis, transpiration, and their acclimation (P-hydro) into a vegetation demography model (BiomeEP).
- Break new ground in using eco-evolutionary optimality principles for simulating tree hydraulic and architectural trait acclimation.
- Conduct methods development for model-data integration on the basis of data from ecosystem manipulation experiments, sap flow measurements, and others.
- Assess model performance for predicting trait distributions, community compositions, ecosystem fluxes, and forest structures along aridity gradients.
- Conduct past-to-future simulations, separating effects of long-term trends in VPD, CO2, tree community shifts, and acclimation.
- Build on and integrate into the UP-SCALE project, collaborating closely with project partners, and co-supervising the two PhD students funded through the project.
- Reliable and reusable code development, active participation and regular exchange as a group member based in Bern, presentations at national and international conferences, publication of your research emerging from this project in peer-reviewed scientific journals.
We offer the candidate to be part of a small group with a strong collaborative philosophy and to benefit from a leading academic environment, from an international collaboration within the UP-SCALE project and from the excellent quality of life in Switzerland. You will be hosted at the Institute of Geography and will be part of the Oeschger Centre for Climate Change Research (OCCR). For further information about our group please visit https://geco-group.org/. International reputation