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A NASA satellite originally designed to study large bodies of water may also be able to monitor most of the world’s irrigation canals, according to a new UW study. This capability could help farmers and water managers around the world manage resources, prepare for droughts and improve food security in their communities.

Explore recent research from the University of Washington: ancient capybara and palm fossils found in the desert, a window into the bottom of the food web, waves that go a different way, environmental advocacy in Colombia, the mechanics of blood clotting and a superconducting surprise.

American public health agencies don’t routinely test wastewater for sexually transmitted infections, but new research led by the University of Washington and the Washington State Department of Health found that such methods could be used to effectively identify Chlamydia trachomatis, the bacteria that causes chlamydia.

University of Washington researchers created the Landslide Exposure Database, the first resource that maps per-building landslide vulnerability across the United States. The study estimates that roughly 6.5 million U.S. residents are highly vulnerable to landslides, and overturns the conventional picture of landslide risk in the U.S. by identifying high concentrations of exposure in Appalachia as well as a surprising urban-rural divide.

The University of Washington was awarded $2.5 million from the Gordon and Betty Moore Foundation to fund 16 postdoctoral fellows in a number of fields across the College of Arts & Sciences, the College of Engineering and the College of the Environment.

Antimicrobial resistance is a lurking threat in hospitals around the world. As more strains of bacteria and other microbes evolve defenses against available drugs, more patients run the risk of contracting infections that defy treatment. Now, University of Washington researchers offer new insights into measures currently used to control the spread of antibiotic resistant bacteria and other infectious agents in health care facilities.

The Colorado River and its tributaries provide water for hydropower, irrigation and drinking water in seven U.S. states and Mexico. But since 2000, water managers have struggled to predict how much water will come from the snowpack. The problem lies with the lack of rainfall in the spring, according to new research from the UW.

UW doctoral student Joel Eklof has been investigating which environmental factors contribute to permafrost thaw and the release of methane into the atmosphere. For years, Eklof has traveled to a field site southwest of Fairbanks, Alaska.

A project led by the University of Washington to better understand our atmosphere’s complexity is a finalist for NASA’s next generation of Earth-observing satellites. STRIVE will receive $5 million to conduct a one-year concept study, and then will hear whether it is selected for launch.

Recent recognition of the University of Washington includes the election of Andrew Meltzoff to the National Academy of Education, a lifetime achievement award for Dean of the School of Social Work Edwina Uehara and Ed Kolodziej selected as a Frontiers Planet Prize finalist.

What started as a University of Washington-led project to measure air pollution near Sea-Tac International Airport has led to schools in the area installing portable air filters to improve indoor air quality. First, UW researchers found they were able to parse aircraft pollution from roadway pollution in the communities under Sea-Tac International Airport flight paths and map the air quality impacts of the ultrafine particles associated with planes. Then they discovered that the mix of ultrafine particle pollution, black carbon…

UW researchers investigated disparities in exposure to six major air pollutants in 1990, 2000 and 2010 by comparing models of air pollution levels to census data. While overall pollutant concentrations have decreased since 1990, people of color are still more likely to be exposed to all six pollutants than white people, regardless of income level, across the continental United States.

Researchers are modeling how tsunami debris pushes on a building — either by hitting it or getting lodged on it and creating a dam. They are also looking for patterns in the way floating debris moves around and against rigid shapes. The information may help in designing buildings in coastal communities that can better withstand damage by floating objects in tsunami events.