University of California, Davis
Lawrence Berkeley National Laboratory
253 Hoagland Hall,
Davis, CA 95616
My research interests are in the physics of rainstorms and atmospheric circulations in a changing climate. I am particularly interested in what environmental factors control the temporal and spatial scales of rainstorms, how will the characteristic scales of rainstorms change in a warmer climate, and how the collective effects of individual rainstorms, in turn, shape Earth's climate.
"A study from UC Davis found that in the tropical atmosphere, cold air rises due to an overlooked effect — the lightness of water vapor."
May 2020: Our new paper "The Lightness of Water Vapor Helps to Stabilize Tropical Climate" was published in Science Advances. This paper proposes that an overlooked effect of water vapor has significant impacts on Earth's energy balance. If you like simple models, check out our companion paper "The Incredible Lightness of Water Vapor" published in Journal of Climate.
Apr. 2020: Our new paper "Four Theories of the Madden-Julian Oscillation" was published in Review of Geophysics. This paper summarizes and compares four leading MJO theories.
Mar. 2020: I am organizing the Atmospheric Science Webinar Series at UC Davis. Schedule is available here.
Nov. 2019: Our new paper "Size of the Atmospheric Blocking Events: Scaling Law and Response to Climate Change" was published in Geophysical Research Letters.
Oct. 2019: Our new paper "Enhanced Equatorial Warming Causes Deep-Tropical Contraction and Subtropical Monsoon Shift" was published in Nature Climate Change.
Aug. 2019: Our new paper "Convective Heating Leads to Self-Aggregation by Generating Available Potential Energy" was published in Geophysical Research Letters. See research page for a plain-language summary.