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Beavers are often seen as a nuisance, but what if they're actually some of nature's most effective forest managers? In this episode of SilviCast, we welcome renowned ecohydrologist Dr. Emily Fairfax to explore the surprising role of beavers as ecosystem engineers. Learn how beaver-created wetlands improve water storage, reduce wildfire risk, enhance biodiversity, store carbon, and influence forest management. Dr. Fairfax highlights practical strategies for addressing challenging beaver activity that impact roads, infrastructure, and timber production. This episode offers a fresh perspective on how one species can reshape landscapes and strengthen forests in a changing climate.
Emily Fairfax, Ph.D.
Assistant Professor of Geography, Environment & Society, University of Minnesota
Emily Fairfax is an Assistant Professor of Geography, Environment & Society at the University of Minnesota and an affiliate faculty member at the St. Anthony Falls Laboratory. An ecohydrologist by training, her research combines remote sensing, fieldwork, and modeling to investigate how beavers shape ecosystems and enhance resilience to drought, wildfire, and climate change. Her work has been featured by National Geographic, BBC, NPR, PBS, Scientific American, the Los Angeles Times, and the New York Times. Fairfax teaches courses in environmental data analysis, data visualization, hydrology, and geomorphology, and is widely recognized for her engaging science communication and passion for beavers as natural ecosystem engineers.
Learn more about Emily Fairfax.
Learn more about Emily Fairfax’s research.
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By Wisconsin Forestry Center and Wisconsin Department of Natural Resources4.8
4040 ratings
Beavers are often seen as a nuisance, but what if they're actually some of nature's most effective forest managers? In this episode of SilviCast, we welcome renowned ecohydrologist Dr. Emily Fairfax to explore the surprising role of beavers as ecosystem engineers. Learn how beaver-created wetlands improve water storage, reduce wildfire risk, enhance biodiversity, store carbon, and influence forest management. Dr. Fairfax highlights practical strategies for addressing challenging beaver activity that impact roads, infrastructure, and timber production. This episode offers a fresh perspective on how one species can reshape landscapes and strengthen forests in a changing climate.
Emily Fairfax, Ph.D.
Assistant Professor of Geography, Environment & Society, University of Minnesota
Emily Fairfax is an Assistant Professor of Geography, Environment & Society at the University of Minnesota and an affiliate faculty member at the St. Anthony Falls Laboratory. An ecohydrologist by training, her research combines remote sensing, fieldwork, and modeling to investigate how beavers shape ecosystems and enhance resilience to drought, wildfire, and climate change. Her work has been featured by National Geographic, BBC, NPR, PBS, Scientific American, the Los Angeles Times, and the New York Times. Fairfax teaches courses in environmental data analysis, data visualization, hydrology, and geomorphology, and is widely recognized for her engaging science communication and passion for beavers as natural ecosystem engineers.
Learn more about Emily Fairfax.
Learn more about Emily Fairfax’s research.
Send us Fan Mail

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