Precipitation – or the lack thereof – and severe weather have a large impact on our society and our nation. My research group studies the dynamical and microphysical processes by which precipitation forms and evolves in various types of storms with the goal to improve current and future predictions of precipitation amounts and distributions and to provide reliable guidelines for developing future observational networks and adapting to a changing climate.
My publications are up-to-date on Google Scholar.
Read my full bio here.
“What would it feel like to touch a cloud? – Violet V., age 6, Somerville, Massachusetts” – I answer this questions in the Curious Kid Series in The Conversation.
How much water can you generate through cloud seeding – 282 Olympic-sized swimming pools worth of water – check out our latest study on cloud seeding that came out today in the Proceedings of the National Academy of Science.
Come and join me when I talk about “Making Snow” on Dec 7th at DUAN G1B20 on the CU campus as part of the Saturday Physics Series. (August 2019)
Interview about cloud seeding with Ryan Warner on Colorado Matters (CPR Jan 2019)
Drought woes? This tech can literally make it rain (CNN, June 2018)
Tracking Colorado Deep Hail, The CHAT Project (WeatherNation, May 2018)
Tracking Reservoir Evaporation and What It Means for Western Water Resource Management (WeatherNation, March 2018)