Postdoctoral Research Scientist
Fish physiology at the intersection of
ecology and conservation,
from the organisms to the watershed.
I am a fish ecophysiologist currently conducting postdoctoral research at the University of Minnesota in Dr. Gretchen Hansen's lab. My work investigates how temperature shapes the physiology, ecology, and conservation of aquatic species.
My research spans a broad range of taxa and systems, from Chinook salmon in California rivers to Antarctic notothenioids beneath the Ross Ice Shelf, Great Lakes coregonids, green and white sturgeon, and threespine stickleback."A common thread runs through all of it: rigorous measurement of organismal physiology, the challenge of scaling that physiology from the individual to the landscape, and the urgent question of what it means for species facing a rapidly changing world.
Outside the lab I enjoy sci-fi, mountain biking, watercolor painting, and escaping into the wilderness for camping, biking, hiking, and birding.
Integrating physiology, ecology, and conservation across aquatic systems
Quantifying how Chinook salmon populations from different river systems are physiologically adapted to local thermal conditions, and how that can inform salmon conservation.
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Studying how ocean warming and acidification interact to threaten notothenioid fishes at McMurdo Station, among the most thermally sensitive vertebrates on Earth.
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Investigating differences in oxythermal tolerance among embryos and larvae of multiple Great Lakes whitefish and cisco species to inform novel modeling efforts.
→A laser-equipped tunnel for the assessment of multiple burst swimming traits in fishes.
Download PDF →Patterns of Interpopulation Variation and Physiological Trade-offs in the Acute Thermal Tolerance of Juvenile Chinook Salmon (Oncorhynchus tshawytscha).
Frontiers in Fish Biology
Download PDF →Effects of acclimation temperature and feed restriction on the metabolic performance of Green Sturgeon.
Conservation Physiology
Download PDF →