Earth Sciences

Aligning Earthquake Scenarios with User Needs Across Cascadia

EARTH SCIENCES - On June 25-26, more than 140 earthquake scientists, emergency managers, Tribal representatives, engineers, utility operators, and community leaders gathered at the University of Oregon’s Portland campus to tackle a common question that spreads across their fields: How can science better support decisions before, during, and after the next major Cascadia earthquake?

Wildfire Research and Solutions from the University of Oregon

EARTH SCIENCES, ENVIRONMENTAL STUDIES - In recent years, wildfires have increasingly affected Oregon and much of western North America. Due to many factors including climate change and land management practices, wildfires are intensifying and becoming more common both within and beyond our region. At the University of Oregon, researchers across disciplines are turning wildfire science into practical tools, strategies, and partnerships that help communities prepare, respond and adapt.

Celebrate Research Progress

Researchers in the College of Arts and Sciences secured $83 million in sponsored grants to fund 199 research projects across the three divisions: Humanities, Natural Sciences, and Social Sciences. This year’s annual report provides a glimpse into the curious minds of researchers and their work.

UO Earth sciences program pairs students with researchers

EARTH SCIENCES - CRESCENT wrapped up its first-ever cohort for the Geoscience Education and Inclusion (GEI) Twinning Program. Students worked with mentors on fully funded research projects, developing practical skills and presenting their findings to fellow scientists. The program manager, Shannon Fasola, said it offered a unique opportunity because students could focus on research without having to worry about finances.

UO Joins Center to Study Natural Hazards

EARTH SCIENCES - Researchers at the University of Oregon College of Arts and Sciences are joining a new $15 million National Science Foundation center that will unite researchers across the country to understand and prepare for natural hazards like landslides, flooding, debris flows and river erosion. UO researchers will focus on how climate change and shifting storm patterns influence landslides and debris flows.

Cores to Code: Shaping the Next Generation of Geoscientists

EARTH SCIENCES - The earthquake geology workforce is depleted, limiting data collection and slowing progress in our understanding of the Cascadia Subduction Zone. Cores to Code addresses this gap by training the next generation of paleoseismologists through immersive, hands-on experiences. But through CRESCENT's Cor to Code program, students from around the US are getting a thorough scientific experience.