Project
The roe deer (Capreolus capreolus) population is significantly impacted by advancements in agricultural machinery. The overlap between their parturition period and the mowing season in spring results in the mortality of thousands of roe deer fawn each year.
The objective of my thesis is to achieve a comprehensive understanding of the behavior and movement patterns of roe deer fawns. Utilizing anmial-borne sensor systems enables continuous and remote monitoring of these animals within their natural environment. Gaining behavioral insight is crucial for effective conservation and management efforts, and can also contribute to reducing the annual fawn mortality associated with agricultural activities.
CV
- 2023–present, MSc Student in Ecology, Department of Evolutionary Biology and Environmental Studies, University of Zurich
- 2019–2023, BSc Student in Biology, University of Zurich