Research

Within the Department of Earth Sciences, our diverse specialties are unified under a common desire to understand the underlying processes that shape the planet whether that be erosion, mantle convection, hydrothermal reactions, earthquakes, or volcanic eruptions. We are also intrigued by how life has evolved and adapted on our planet throughout geologic time, and how life interacts with the larger Earth system. Our mission is to educate and train a future generation of earth scientists, advance our current understanding of the Earth system through scholarship and research, and serve as a resource to the university and broader community on topics related to our planet.


Faculty walking on ridge

Faculty Research Areas

The Department of Earth Sciences is home to world-class scientists whose research focuses on the physical, chemical, and biological evolution of our planet. Our proximity to the Cascade volcanoes, along with the tectonic complexity of the western North American margin, motivates numerous individual and collaborative studies, many of which benefit from on-site access to cutting-edge analytical, experimental, and computational facilities. Many of our projects are funded by the National Science Foundation, NASA, and the US Geological Survey. Our faculty focus their research on four broadly defined groups:


Our Research Facilities

Oregon Hazards Lab

Condon Fossil Collection

Experimental Petrology Laboratory

Departmental Computing Facility

Microanalytical Facility

Stable Isotope Laboratory

High Performance Computing Cluster

Price Science Commons Research Library


Researcher looking through fossils

Explore Published Research

Browse the latest Earth science research from our world-class faculty and students, or attend our weekly seminar to hear scientists from top universities presenting about their discoveries.



Faculty repelling down mountain

Making Oregon Disaster-Resilient

Natural hazards are an inevitable part of life in Oregon. But with better data and more forewarning, emergency responders could quickly and effectively address imminent threats. The Oregon Hazards Lab (OHAZ) is working towards that mission, leading the installation of sensors that monitor hazards and environmental conditions at key locations around the state.

Read More About OHAZ


Interdisciplinary Research

Many of our faculty members collaborate on environmental science research with faculty from other departments across the UO. Learn more about their interdisciplinary work.

Environmental Sciences at UO


News

EARTH SCIENCES - Is there a habitable environment beneath the Jupiter moon Europa’s icy crust? CAS Professor Carol Paty is helping NASA find out. Paty, a comparative planetologist who builds numerical 3D models, was brought on board several of the scientific teams to help determine how the Europa Clipper's instruments could best answer key questions about the subsurface ocean: How deep is it? How salty is it? How far beneath the ice does it lie?
In UO’s materials characterization labs, researchers are pushing the boundaries of what can be observed through a microscope. Equipped with some of the most powerful electron microscopes on the West Coast, CAMCOR is arguably the University of Oregon’s most comprehensive and cutting-edge core science facility. Funded by the Office of Research and Innovation, it was the first institute in North America to install a multi-ion source plasma-focused ion beam, which can analyze and mill materials at the nanometer level.
EARTH SCIENCES - Participants from a range of science and engineering organizations gathered at the University of Oregon to explore the science of tsunami resilience at a workshop hosted by the Cascadia Region Earthquake Science Center (CRESCENT) Nov. 7 and 8. The multidisciplinary workshop brought together expert speakers from academia, government agencies and industry to share their perspectives on tsunami risk assessment planning, mitigation and preparedness.