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RESEARCH
Studying extremophilic microorganisms inhabiting soil, ice, permafrost, and water, which hold the potential to inform environmental microbiology and advance our understanding of life in extreme habitats.
Investigating bio-derived materials, such as biopolymers from Arctic plants, algae, and microbial biofilms, for potential applications in tissue engineering. ​
Evaluating wearable technology to monitor physiological parameters, including heart rate, sleep patterns, skin temperature, and activity levels, under extreme Arctic conditions.
Ethnographically studying the impact and process of identity transformation in extreme conditions, both individually and socially, through the use of arts-based methods.
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