News from AK CASC

From Blueberries to Burn Zones: Meet the 2026 AK CASC Ambassadors

By Suzanna Caldwell | March 5, 2026

Relationships are at the heart of actionable science which is exactly what the Alaska Climate Adaptation Science Center’s Ambassadors Program is built to foster.

Now in its second year, the program provides $20,000 seed grants to University of Alaska faculty to do the foundational work that makes meaningful climate adaptation research possible. The researchers selected to do this are building trust with community and agency partners, collecting preliminary data and bridging the gap between science and practical questions.

New study highlights findings and predictions for Juneau glacial outburst flood

By Molly Tankersley | June 1, 2020

A paper published last week in Frontiers in Earth Science explores the evolving dynamics of Suicide Basin, a glacier-dammed lake in Juneau that releases annual outburst floods, causing inundation and erosion in the Mendenhall Valley.

Publication in journal Forests highlights needs-focused research for Alaska’s fire managers

By Mike Delue | May 12, 2020

AK CASC scientists have been analyzing the effectiveness of various fire risk indices in collaboration with colleagues at the Alaska Interagency Coordination Center.

“Alaska Voices” podcast launch

By Mike Delue | April 27, 2020

The Alaska Voices project launched a new podcast on May 7. Alaska Voices began as a collaboration between the nation-wide StoryCorps project and the AK CASC as a way to bring unique stories of climate science and climate change to new audiences.

Local climate data for southeast Alaska

By Molly Tankersley | April 2, 2020

AK CASC researchers are working with a team of stakeholders to create highly detailed climate projections for the region that will help managers prepare for the rapid changes in climate Southeast Alaska faces.

A new era of spatial analysis: AK CASC Fellow Erin Trochim hosts Google Earth Engine workshop

By Molly Tankersley | February 25, 2020

Google Earth Engine can be used to study trends and changes across Earth’s surface over space and time, and ask complex geospatial questions.