UW News

Cecilia Bitz


August 15, 2018

UW professor Cecilia Bitz elected American Geophysical Union fellow

head shot

Cecilia M. Bitz, a University of Washington atmospheric scientist, has been elected as a fellow of the American Geophysical Union.


May 14, 2018

Orbital variations can trigger ‘snowball’ states in habitable zones around sunlike stars

An artist’s impression of Earth as a frigid "‘snowball" planet. New research from the University of Washington indicates that aspects of a planet's axial tilt or orbit could trigger such a snowball state, where oceans freeze and surface life is impossible.

Aspects of an otherwise Earthlike planet’s tilt and orbital dynamics can severely affect its potential habitability — even triggering abrupt “snowball states” where oceans freeze and surface life is impossible, according to new research from UW astronomers.


August 31, 2017

Record-low 2016 Antarctic sea ice due to ‘perfect storm’ of tropical, polar conditions

map of Antarctica

This exceptional, sudden nosedive in Antarctic sea ice last year was due to a unique one-two punch from atmospheric conditions both in the tropical Pacific Ocean and around the South Pole.


July 5, 2016

Long-term Pacific climate cycle linked to expansion of Antarctic sea ice

white continent on blue background

A long-term Pacific climate cycle may be driving the expansion of Antarctic winter sea ice since 2000, but a new study finds that the trend may soon reverse.


January 6, 2016

UW climate scientists to give free talks at Mt. Baker Ski Area

poster with mountains and speakers' photos

UW scientists will give free talks on climate change for three consecutive Saturdays at Mt. Baker Ski Area.


August 1, 2013

Scientists review the ecological effects of sea ice loss

caribou

A UW atmospheric scientist is co-author of a review paper, published this week in the journal Science, looking at the ecological consequences of sea ice decline.


July 18, 2013

A warmer planetary haven around cool stars, as ice warms rather than cools

This artist's concept illustrates a planet orbiting a red dwarf star.

In a bit of cosmic irony, planets orbiting cooler stars may be more likely to remain ice-free than planets around hotter stars. This is due to the interaction of a star’s light with ice and snow on the planet’s surface.