Cecilia M. Bitz

Cecilia M. Bitz is an American climatologist known for her research on sea ice and high-latitude climate change. She is a professor and chair in the Atmospheric Sciences Department, as well as the director of the Program on Climate Change at the University of Washington. She was featured on NPR's All Things Considered segment to speak about factors that lead to sea ice loss in 2007, and testified before the United States Senate committee of Energy and Natural Resources on arctic opportunities in 2015.

Early life and education Cecilia Bitz was born in Portland, Oregon on March 4, 1966. While she initially had an interest in physics, she discovered her passion for sea ice after reading a book on climate change, "Our Changing Atmosphere," by John Firor. In 1988, she received her bachelor's degree in Engineering Physics from Oregon State University, and her master's degree in Physics from the University of Washington in 1990. She completed her doctoral work in Atmospheric Sciences at the University of Washington in 1997, where she worked with David S. Battisti to complete her dissertation on Natural Variability in the Arctic Climate using climate models.

Career and research Since receiving her PhD, Cecilia Bitz has conducted research on sea ice mostly through climate modeling and has contributed to over 100 refereed publications. She began teaching at the University of Washington in 2005, where she still teaches in the Atmospheric Sciences Department today. as well as explained why Arctic sea ice thins rapidly with greenhouse warming. She currently co-leads the Sea Ice Prediction Network, which forecasts Arctic sea ice for shipping, military, and Arctic indigenous peoples.

Awards and honors

American Geophysical Union Fellow - 2018 American Meteorological Society Fellow - 2015 American Geophysical Union Ascent Award in Atmospheric Science - 2013 Fulbright Scholar Award to New Zealand - 2013 Rosenstiel Award in Atmospheric Science and Oceanography - 2013

Publications

Cecilia Bitz has contributed to over 100 refereed publications. Some of her most influential works include: