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Dr. Ulrich is an Associate Professor in the Ecology Department examining plant physiological responses to and interactions with their environments. Dr. Ulrich's lab investigates the physiological responses to stress and mechanisms underlying survival and mortality using physiological measurements and interdisciplinary and collaborative approaches (e.g., hyperspectral imaging, microbial ecology, tree-ring stable isotopes, process-based models) in diverse systems (forest, grassland) to improve our understanding and predictions of species distributions, functions, and vegetation-climate feedbacks under future climates. In her spare time, you can find Dr. Ulrich mountain biking, telemark skiing, trail running, and learning ukulele.
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Sean Hoy-SkubikSean Hoy-Skubik is pursuing a PhD in Ecology & Environmental Sciences from the Department of Ecology. He attended Vassar College in Poughkeepsie, NY as an undergraduate, where he received a degree in Biology and spent two years working at the Vassar Farm and Ecological Preserve. After graduating he spent four years working for the USGS in Moab, UT, studying how climate change, mining activity, and livestock production affect ecosystem function on the Colorado Plateau. Sean is particularly interested in how organismal level adaptions affect ecosystem level processes, especially in the context of a changing climate. In his free time Sean enjoys mountain biking, skiing, snowboarding, paddle boarding, exploring with his dog, or simply relaxing with a good book.
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Lou DuloisyLou Duloisy is pursuing a PhD in Ecology and Environmental Sciences from the Department of Ecology. Her research focuses on investigating the physiological mechanisms and drivers of old-growth tree survival and mortality using tree-ring stable isotopes and dendrochronological approaches. Lou received her B.A. in Environmental Biology from Ohio University in Athens, OH in 2019 and her M.Ed. from Teton Science Schools and Antioch University in 2021. Her time working in environmental education, exploring the greater Yellowstone ecosystem, and working as a lab technician at Chapman University led to an interest in plant ecophysiology and pursuit of a graduate degree in Montana. When she's not studying or doing research, she loves to ski, bike, hike, and exploring new places.
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Ainsley NystromAinsley Nystrom is pursuing a PhD in Ecology and Environmental Sciences in the Department of Ecology. She earned her Honors Bachelor of Science in Chemistry from the University of Utah, with emphases in Atmospheric and Environmental Chemistry and in Biological Chemistry, as well as a minor in Environmental and Sustainability Studies. During her undergraduate studies, she worked in the Anderegg Lab, where she investigated the physiological impacts of drought, fire, and smoke on conifers. Her time in the lab led her to write a senior thesis titled “The Effects of Smoke Intensity on Ponderosa Pine Physiology,” and inspired her interest in plant ecophysiology and climate change. Ainsley’s research focuses broadly on how environmental stressors caused by climate change affect tree physiology. When she's not conducting research, she enjoys skiing, hiking, running, and reading.
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