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February 6, 2025

Whale poop contains iron that may have helped fertilize past oceans


UW News

blue whale seen from above

                                           A blue whale photographed in September 2010.NOAA

“We made novel measurements of whale feces to assess how important whales are to recycling important nutrients for phytoplankton,” said first author Patrick Monreal, a UW doctoral student in oceanography. “Our analysis suggests that the decimation of baleen whale populations from historical whaling could have had larger biogeochemical implications for the Southern Ocean, an area crucially important to global carbon cycling.”  Patrick Monreal 2022-2025 ARCS Scholar Oceanography University of Washington Fairway Fund ARCS Endowment (8th)
Click here to read the full article...

 

January 3, 2025

The carbon in our bodies probably left the galaxy and came back on cosmic ‘conveyor belt’


UW News

An image of a dense, star-rich portion of our galaxy, the Milky Way, taken by the Hubble Space Telescope.NASA/ESA/Hubble Heritage Team

“Think of the circumgalactic medium as a giant train station: It is constantly pushing material out and pulling it back in,” said team member Samantha Garza, a University of Washington doctoral candidate. “The heavy elements that stars make get pushed out of their host galaxy and into the circumgalactic medium through their explosive supernovae deaths, where they can eventually get pulled back in and continue the cycle of star and planet formation.”  Sam Garza, 2021-2024 ARCS Scholar Astronomy, University of Washington, Nancy P. & Douglas E. Norberg ARCS Endowment (5th)

Garza is lead author on a paper describing these findings that was published Dec. 27 in the Astrophysical Journal Letters. Click here to read the full article...

 

July 5, 2023

Research led by UW undergrad shows ultrafine air pollution reflects Seattle's redlining history


UW News

DEOHS student Magali Blanco, a co-author of the ultrafine particle study, checks mobile monitoring equipment used to gather air samples in the Seattle area.  Photo: Sarah Fish.

Despite their invisibly small size, ultrafine particles have become a massive concern for air pollution experts. These tiny pollutants — typically spread through wildfire smoke, vehicle exhaust, industrial emissions and airplane fumes — can bypass some of the body’s built-in defenses, carrying toxins to every organ or burrowing deep in the lungs.  

New research from the University of Washington found that those effects aren’t felt equitably in Seattle. The most comprehensive study yet of long-term ultrafine particle exposure found that concentrations of this tiny pollutant reflect the city’s decades-old racial and economic divides...CLICK HERE FOR FULL ARTICLE

 

UW School of Aquatic & Fishery Science

MAR 27, 2023 / RESEARCHSAFS NEWSSTUDENT SPOTLIGHTPUBLICATIONSIN THE NEWS

On the ice and from the air: combining Indigenous Knowledge and multidisciplinary science to investigate Alaska’s ringed seals

In the Arctic, where temperatures are rising at nearly four times the global average, a collaborative effort, combining Indigenous Knowledge with multidisciplinary science has been used to investigate the denning habitat selection of Alaska’s ringed seals...

 

November 4, 2022

 

An early start on doctorate research | College of Veterinary Medicine | Washington State University (wsu.edu)

There were plenty of options for Kyra Parker (’21 Neuroscience) when she was deciding where to go to graduate school, but the decision was made considerably easier by having had the opportunity to assist in groundbreaking research as an undergraduate at Washington State University....

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