Our research themes

Aerial view of highway passing through forest and agricultural fields with rural buildings. www.kit.edu
Ecosystem functional diversity and services
Aerial view of farmland with wind turbines and a village in the distance. Markus Breig, KIT
Impacts and future of land use
Wetland landscape with clear water, grasses, and trees under a bright blue sky. Gabi Zachmann, KIT
Land-climate-interactions

News

Fallen tree trunk in a green forest clearing with dense shrubs and tall trees.www.kit.edu
European forests under competing demands

Tobias led the study "Between a log and a hard place: European forests under competing demands", published in the European Journal of Forest Research, in collaboration with Almut and colleagues from KIT, TUM, and University of Freiburg. The review demonstrates that European forests cannot simultaneously deliver on policy demands for carbon storage, timber, bioenergy, and biodiversity. Climate change intensifies these conflicts. We argue that sustainable forest management requires better adaptation strategies alongside reduced demand for forest resources. 

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Aerial view of farmland with wind turbines, patchwork fields, and distant village.Markus Breig, KIT
Open positions in C4LaNd project

C4LaNd is a new, DFG funded research training group that addresses the problem how to meet the ever-increasing and often conflicting demands on land for food, renewable energy, and materials without compromising biodiversity conservation and climate action. All positions offer a multidisciplinary, international research environment, with partners in Germany (Karlsruhe Institute of Technology & University of Hohenheim) and Australia (University of Melbourne). Positions are now open for application up to May 17th.

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Chamois in pre-Alpine hilly landscapeJens Krause, KIT
Herbivory Introduction to LPJ-GUESS

Jens, Almut, Peter and Moritz, together with Mike Harfoot, have published a version of LPJ-GUESS which implements herbivory. The corresponding reduction in leaf biomass is determined by a process-based, dynamic model of the whole trophic pyramid (the Madingley Model). We have advanced the field of integrating animal-vegetation interactions in ecosystem modelling, once again and are proud to present this study. An application of the presented model system will also enter the peer-review process soon.

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