UW climate scientists to give free talks at Mt. Baker ski area

Mt. Baker Series Flyer

After a day enjoying the powdery snow on the slopes east of Bellingham, skiers can sit down with fondue and hear about the future of our region under climate change. The University of Washington and Mt. Baker Ski Area are collaborating this month to present “The 1.5 Degrees Series, and What We Can Do to Help.” The free 20-minute talks by UW faculty members will take place three consecutive Saturdays at 3:30 p.m. 

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Iceland volcano’s eruption shows how sulfur particles influence clouds

The Bardarbunga event was a fissure that emitted sulfur emissions during six months, providing a model for how volcanic or human emissions alter clouds.

It has long been suspected that sulfur emissions can brighten clouds. Water droplets tend to clump around particles of sulfuric acid, causing smaller droplets that form brighter, more reflective clouds. But while humans have pumped sulfur into Earth’s atmosphere since the Industrial Revolution, it’s been hard to measure how this affects the clouds above. New University of Washington research uses a huge volcanic eruption in Iceland to measure the change. 

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Atmospheric Sciences' Qiang Fu named AAAS fellow

Qiang Fu

Four University of Washington researchers, including the Department of Atmospheric Sciences‘ Qiang Fu, are among 347 new fellows of the American Association for the Advancement of Science. Election as a fellow of AAAS is an honor bestowed upon members by their peers. Fellows are recognized for meritorious efforts to advance science or its applications. Fu, a professor of atmospheric sciences, was elected for his outstanding contributions to measuring and understanding how radiative heat is transferred through the Earth’s atmosphere, and how this relates to climate and climate change. 

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