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THERMAL CONSTRAINTS AND CONSERVATION OF ALPINE BIRDS IN A CHANGING CLIMATE
Mountain ecosystems are among the regions most susceptible to temperature warming, and species adapted to alpine ecosystems are predicted to face local extinctions via physiological and/or behavioral intolerance to rapid increases in temperature. Persistence of alpine avifauna will depend upon the ability of individuals to seek out microhabitats that provide cool refugia while engaging in behaviors that reduce energy expenditure. Identifying such microclimate refugia and understanding how alpine birds use them will help inform management strategies for conserving alpine ecosystems in the face of rapid temperature warming. The project focuses on two focal species, Rock Ptarmigan and Rock Partridge, using state-of-the-art GPS tracking technology to quantify fine-scale movement patterns, as well as climate monitoring at study sites and land surface temperature mapping using a thermal drone. The project is located in the Swiss Alps and has completed two field seasons, with fieldwork projected to continue for an additional 1-2 years.

The Candidate will have access to the full study data set, with the opportunity to develop new field and/or analytical components depending upon logistics, expertise and interest. The Candidate must hold a MSc degree in biology or equivalent and ideally will show a strong interest in conservation science, environmental management and spatial analyses.
Additional preferred (but not required) skills include: field experience studying birds or other vertebrates in montane landscapes, strong quantitative background with ability and interest to rapidly gain new skillsets related to the joint analysis of animal movement, climate, and remote sensing data, and knowledge of French and/or German.