- Joint project with four partners from KIT (AGW, IIP, FIWI, CMM), the city of Karlsruhe, Smart Geomatics GmbH and the planning office sippel.buff; funded by the Federal Ministry of Education and Research
- Aims: Web tool development for the physical description and evaluation of urban neighborhoods with regard to the resources water, land, material flows, open and green spaces, ecosystem services), taking into account actors, options for action and conflicting goals.
KomKlim: Implementation of municipal climate adaptation in urban land use planning in the pilot project of the development of the Spinelli Barracks / Grünzug Nordost site in Mannheim, Germany (2017 – 2018), KIT-IfR
- Cooperation project between the KIT Institutes of Regional Science and of Applied Geosciences and the planning administration of the city of Mannheim, sponsored by the State Institute for the Environment Baden-Württemberg (LUBW)
- Aims: Integration of scientists into an ongoing urban land use planning process as climate experts / adaptation managers; development of a climate adaptation concept for the new 20ha urban district (heat/heavy rain/ventilation) taking into account the legal regulations; incorporation of the measures into the planning; investigation of the possibilities and obstacles.
- Cooperation project between the KIT Institutes of Geography and Geoecology (IfGG) and for Technology and Management in Construction (TMB) and four four nuclear power plant sites in SW Germany sponsored by the Federal Ministry of Education and Research.
- Aim: Develop a model for future decommissioning that allows forecasting of the potential economic and societal impacts on the population and industry.
- Joint project between the KIT Institutes of Geography and Geoecology and of Zoology and the State Health Office of Baden-Württemberg, funded by the BWPLUS program of the Ministry of the Environment, Climate, and Energy Management of Baden-Württemberg (LUBW) and by the KIT Graduate School for Climate and Environment (GRACE).
- Doctoral thesis: Habitat ecology and microclimatic influences on the distribution of Ixodes ricinus ticks in Baden-Württemberg