The effect of woodland expansion on ticks and associated Lyme disease risk in the Scottish Highlands
Two interdisciplinary MSc projects are available as part of a PhD project at the Department of Environmental Systems Science, ETZ Zurich.
Project 1: Relationship between tick hazard (where ticks are the most abundant) and tick exposure (where people hang out the most)
Project 2: What is the role of birds as tick hosts?
Supervision from the GIUZ: to be determined.
Paired masters theses: Understanding coupled social-ecological systems
Understanding coupled social-ecological systems requires an in-depth analysis of both the social and the ecological systems, and their interactions and feedbacks. Despite this recognized need, in practice this means that to answer questions related to social-ecological feedbacks requires double the amount of information, data and makes it harder for individual students to conduct it to a satisfactory level. Here we propose a coupled approach to a Masters' thesis. More... (PDF, 59 KB)
Water landscapes: Attention and preferences
Landscapes containing water bodies are often considered as especially attractive. This master thesis will in a first step analyse literature discussing this fact. Based on this knowledge examples of different kinds of landscapes with and without water bodies shall be identified and and in a third step tested with test persons in the Eye Moving Lab. The detailed setup of this research will be established with the Master student at the beginning of the thesis.
The WGMS Glacier App as Teaching Tool
Seeing the world through social media: bottom-up qualitative descriptions of biodiversity test sites
Wie der Klimawandel globale Warenketten beeinflusst: Das Beispiel der Coldwater Shrimp Industry in Grönland
Soya bean systems in Europe: Links between land cover and socio-economic changes
Investigating karst water flow dynamics with thermal and fluorescent tracers
The Ybrig mountains are drained by a complex network of underground streams that flow to partly known cave passages. Continuing prior water tracing experiments, a systematic study of flow paths and sink-source relations will be established with artificial (fluorescent) and natural (temperature, isotopes) tracers. This thesis includes field work where some mountaineering experience is an advantage.