Jenna is currently an undergraduate at the University of Oregon studying marine biology, legal studies, science communication, and geography. Her research focuses on the effects of glacier retreat on Pacific salmon populations and resulting impacts for communities, and she plans to pursue a M.S. in marine resource management at Oregon State University in the fall and eventually work in marine policy and management.
New international assessment finds emissions and climate policy falls short in the high mountain regions of Asia, threatening billions of people and species in the area.
The Intergovernmental Panel on Climate Change’s assessment report issues catastrophic warning if immediate climate action is not taken by governments across the globe.
New research shows that retreat of an ice sheet in the Pacific Northwest led to many volcanic explosions and ocean areas with low oxygen that threatened the health of marine ecosystems.
Glacier-saving campaigns are becoming more popular as ice across the globe disappears at an alarming pace. A new analysis examines the actors, motives, and implications of these campaigns in the fight against climate change.
A recent study projects that climate change will cause most glaciers on the Olympic Peninsula in Washington State to disappear by 2070, threatening water resources, ecosystems, and tourism.
Researchers at the University of Oregon have created a portable tool that uses lasers to study glacier retreat in remote areas that are typically difficult to reach.
As warming streams reduce the populations of chum salmon in northwest Washington, bald eagles are exploring adjacent farmland for alternative foods.
As warming temperatures melt Arctic sea ice, glaciers act as supplemental habitat for a group of southeast Greenland polar bears looking to hunt during the low-ice season.
A new study analyzes the impacts of climate change and variations in water availability on the hydropower sector, a key source of cost-effective renewable energy for many countries around the world.
A modeling study recently found that the carbon dioxide ice deposits at the South Pole of Mars flow as glaciers do, highlighting the importance of understanding ice in outer space.