The newly published paper, Hydrologic Regime Changes in a High-Latitude Glacierized Watershed under Future Climate Conditions, highlights the projected increase of Copper River discharge due to an increase in precipitation and glacial melt water
Ryan Toohey works with participants on an exercise connecting climate impacts across the landscape.
View across the overflowing portion of the lake. The water runs along the glacier boundary towards Mendenhall Lake visible in the far distance. Photo by Christian Kienholz.
Participants learned tools for communicating their science from media experts. Photo by Heather McFarland.
Image courtesy of Amy Macpherson
View of the Alaska Range from the author's home in Fairbanks. Credit: Jane Wolken
Preparing the drone for a flight survey (Photo Molly Tankersley).
NWS Hydrologist Aaron Jacobs listens at a table of workshop participants.
Tribal Liaison Malinda Chase works with community members on a climate change visualization exercize.
Photo credit: Mary Cernicek, public domain
Workshop participants exchange stories about their hometowns and experiences as Alaskans.
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