UW News

Tom Quinn


September 19, 2019

Introducing VPLanet: A virtual planet simulator for modeling distant worlds across time

Image is illustration of several possibly habitable worlds

UW astrobiologist Rory Barnes and co-authors have created software that simulates multiple aspects of planetary evolution across billions of years, with an eye toward finding and studying potentially habitable worlds.


October 23, 2018

Sockeye carcasses tossed on shore over two decades spur tree growth

sockeye in alaska

In a 20-year study, UW researchers and colleagues have found that nearly 600,000 pounds of sockeye salmon carcasses tossed to the left side of a small, remote stream in southwest Alaska, helped trees on that side of the stream grow faster than their counterparts on the other side.


April 12, 2018

Circumbinary castaways: Short-period binary systems can eject orbiting worlds

This artist's concept illustrates Kepler-16b, the first planet known to orbit two stars - what's called a circumbinary planet. The planet, which can be seen in the foreground, was discovered by NASA's Kepler mission. New research from the University of Washington indicates that certain shot-period binary star systems eject circumbinary planets as a consequence of the host stars' evolution.

Planets orbiting “short-period” binary stars, or stars locked in close orbital embrace, can be ejected off into space as a consequence of their host stars’ evolution, according to new research from the University of Washington.


November 17, 2017

When to fish: Timing matters for fish that migrate to reproduce

A new University of Washington study points to yet another human factor that is hampering the ability of fish to reproduce: the timing of our fishing seasons. The study considers how the timing of fishing efforts might disproportionately target certain fish and change the life history patterns of entire populations.


October 28, 2015

Alaskan trout choose early retirement over risky ocean-going career

dolly varden trout

A new study in Ecology shows that Alaskan Dolly Varden trout, once they reach about 12 inches in length, can retire permanently from going to sea. They rely on digestive organs that can massively expand and contract and a unique relationship with sockeye salmon.