A University of Washington team placed first in a national weather forecasting contest that began in September. A UW graduate student also developed a model that for the first time beat out all human competitors.
Author: Hannah Hickey
A University of Washington-led study provides a fuller picture of the relationship between nitrogen oxides — the tailpipe-generated particles at the center of the Volkswagen scandal, also known as NOx, — and PM2.5, the microscopic particles that can lodge in lungs.
The first survey of methane vent sites off Washington’s coast finds 1,778 bubble columns, with most located along a north-south band that is in line with a geologic fault.
When coyote parents are habituated to humans, their offspring are more habituated, too — potentially leading to negative interactions between coyotes and humans.
Exhibits and events happening Friday through Sunday showcase the latest in polar science, much of it from the University of Washington.
A study led by the University of Washington pinpoints which riverside routes in Washington, Oregon, Idaho and western Montana will be the most important for animals trying to navigate a changing climate.
Nick Bond, Washington’s state climatologist, comments on the unusual weather in Western Washington.
A new University of Washington computer model can predict underwater conditions in Puget Sound and off the coast of Washington three days into the future.
A UW-based group is launching a national student challenge to mark the 50th anniversary of the historic Apollo moon landing.
A team of ocean robots developed at the UW is the first group of self-guided ocean instruments to travel under an ice sheet and come back to report long-term observations.
A new study has found that since the early 1980s, a pattern of ocean temperatures and atmospheric circulation has offset most of the impact of warming on the West’s mountain snowpack.
The UW is part of an international program that has revolutionized ocean measurements. This fall, the program made its 2 millionth measurement, reporting temperature and salinity in the top mile of the world’s oceans.
New analysis shows that odd winds, not warming, caused the unusual patch of open water north of Greenland last February.
UW glaciologist Ben Smith shared a first look at the NASA ICESat-2 satellite’s view of Greenland and Antarctic glaciers at the American Geophysical Union’s annual meeting in Washington, D.C.
A new species of whale discovered in 33-million-year-old Oregon rock has been named for Elizabeth Nesbitt, a curator at the Burke Museum and faculty member in the UW’s Department of Earth and Space Sciences.
New research from the University of Washington and Stanford University combines models of ocean conditions and animal metabolism with published lab data and paleoceanographic records to show that the Permian mass extinction in the oceans was caused by global warming that left animals unable to breathe. As temperatures rose and the metabolism of marine animals sped up, the warmer waters could not hold enough oxygen for them to survive.
University of Washington researchers contributed to the Fourth National Climate Assessment that considers impacts, risks and adaptation across the United States.
A new, free tool with temperature and precipitation records across Washington, Oregon, Idaho and western Montana as far back as 1881 lets users play around to discover significant trends. It also includes historical snow records for Washington state.
The first assessment of polar bears that live in the biologically rich Chukchi Sea region that spans the U.S. and Russia, finds that the population is healthy and not yet suffering from declining sea ice.
The first study of common ragweed’s future U.S. distribution finds the top allergen will expand its range northward as the climate warms, reaching new parts of upstate New York, Vermont, New Hampshire and Maine, while retreating from current hot spots.
UW oceanographer Jody Deming is a leader of a new, interdisciplinary effort that addresses the theme of “ocean memory.”
Provost Mark Richards answers questions surrounding the topic of his welcome lecture, Tuesday afternoon in the HUB Lyceum.
UW atmospheric scientists leave next week for a six-week field campaign in South America to study the most intense storms on the planet.
In a new UW-authored book, a cartoon robot takes young readers on a School of Oceanography voyage to explore the deep ocean.
Kristie Ebi, a UW professor of global health, was a lead author on the Intergovernmental Panel on Climate Change’s “Special Report on Global Warming of 1.5 C” that compares the effects of 1.5 versus 2 degrees Celsius of global warming.
Harold Tobin, who joins the UW this fall as a faculty member in Earth and space sciences and director of the regional seismic sensing network, discusses earthquake early warning, seismic risks and the Pacific Northwest’s “big one.”
The National Science Foundation will support a state-of-the-art marine facility that continues delivering data and new insight to the ocean science community, policymakers and the public worldwide.
Rapid deoxygenation in the Gulf of St. Lawrence is caused by shifts in two of the ocean’s most powerful currents: the Gulf Stream and the Labrador Current. A detailed model shows that large-scale climate change is causing oxygen to drop in the deeper parts of this biologically rich waterway.
The assistant state climatologist, Karin Bumbaco, looks back on an unusually hot and dry summer — the third-hottest summer that Washington state has experienced since 1895.
Two UW polar scientists were among a dozen experts who advised NASA on its upcoming ICESat-2 mission to monitor the 3D surface of the Earth. The mission is scheduled to launch Sept. 15 from California.
Evidence left by a volcano under the ice sheet suggests that the observed bulging of ice in West Antarctica is a short-term feature that may not affect the glacier’s motion over the long term.
Meticulously tracking of 423 species before, during and after the worst droughts to hit California in more than a thousand years shows surprising patterns. Key prey species plummeted in the third year of the drought, and carnivores were hardest hit in later years.
A new study led by the University of Washington uses data gathered by floating drones in the Southern Ocean over past winters to learn how much carbon dioxide is transferred by the surrounding seas. Results show that in winter the open water nearest the sea ice surrounding Antarctica releases significantly more carbon dioxide than previously believed.
A University of Washington report provides the best projections yet for sea-level rise due to climate change at 171 sites along Washington’s coasts.
Observations over the eastern U.S. show why emissions reductions haven’t achieved the same results in winter as they have in summer.
New research suggests the Atlantic Ocean is transitioning back to its slower phase, which means average global air temperatures will go back to rising more quickly.
Regions of Arctic water are becoming ice-free in late summer and early fall. A new study is the first to consider potential impacts on the marine mammals that use this region and identify which populations will be the most vulnerable to ships.
More than 100 scientists and crew from more than 20 U.S. research institutions, including the UW, will depart in August for a month-long expedition to study how the ocean absorbs carbon from the atmosphere.
Tracking of two great white sharks reveals for the first time that in the open ocean they spend more time deep inside warm-water eddies.
A study of global maize production in 2100 shows dramatic increases in the variability of corn yields from one year to the next under climate change, making simultaneous low yields across multiple high-producing regions more likely, which could lead to price hikes and global shortages.