Prof. Clark Evans is a Professor of Atmospheric Sciences and the Chair of the Atmospheric Sciences Program in the UWM School of Freshwater Sciences. He is also an affiliate faculty member of the Northwestern Mutual Data Science Institute. He joined UWM’s faculty in 2011 after completing a postdoctoral fellowship with the Advanced Study Program at the National Center for Atmospheric Research. He received B.S., M.S., and Ph.D. degrees in Meteorology from Florida State University in 2004, 2006, and 2009, respectively.
Clark’s research interests lie with using numerical models to better understand and predict high-impact weather phenomena, particularly tropical cyclones and severe thunderstorms, and in studying how humans perceive, prepare for, and respond to threats from these phenomena. He has published twenty papers in the peer-reviewed literature, many with the graduate and undergraduate students with whom he has worked as lead author, and he has served as PI or co-PI on funded awards totaling $4 million (with $2.1 million of that directly to UWM). He was a 2021 recipient of the UWM Office of Research/UWM Foundation Faculty Research Award. More details are available in his Curriculum Vita.
Currently, Clark serves as an Editor for Monthly Weather Review, a member and the Chair of the AMS’s Committee on Weather Analysis and Forecasting, a member of the Developmental Testbed Center’s Science Advisory Board, and a member of UCAR’s Membership Committee.
On a personal level, Clark is interested in his faith, running, cycling, sports, hiking, photography, cartography, historical accounts, and traveling. Far too many of his conversations revolve around the weather, even when he’s actively trying to keep it from happening. He loves parks and trails and is a big fan of being outside, particularly when the sky is blue, the fields are green, and the air is warm. You’ll find him gleeful about the first warm days of spring and counting down the days to the return of daylight-saving time in winter. He lives north of Milwaukee with his wife, Susanna. You can follow Clark on Twitter @ClarkEvansWx.
We’re a small group that prides ourselves on fostering supportive relationships in and beyond the academic environment. Read on to learn more about our background and our research! Or, click here to learn more about our growing roster of group alumni, all of whom have gone on to employment in research, operations, and the private sector.
Dillon Blount is a first-year Ph.D. student. He completed his M.S. in Atmospheric Science at UWM in 2021 and his B.S. in Meteorology at the University of South Alabama in 2019. Working with the Storm Prediction Center, his M.S. research led to the development of a novel vertical sounding standardization and classification method. His Ph.D. research will likely focus on partitioning contributions to mesoscale convective system rear inflow using wavelet analysis and vorticity inversion techniques applied to both observations and real-data numerical simulations.
Kevin Prince is a fourth-year Ph.D. student. He completed his M.S. in Atmospheric Science at UWM in 2018 and his B.S. in Meteorology at Central Michigan University in 2016. After developing a climatology of extreme South American cold surges as part of his M.S. research, Kevin shifted gears for his Ph.D. to study how tropical storms and hurricanes influence the midlatitude pattern. He has developed a climatology of tropical cyclone interactions facilitated by the midlatitude pattern and is now studying the contributions of convective-scale forcing to tropical storms’ and hurricanes’ influences to the midlatitude pattern.
Ari Tickner is a first-year M.S. student. He joined the group in fall 2021 after completing the dual B.S. in Meteorology and Mathematics at the University of Miami. His M.S. research seeks to determine how well we can predict weakly baroclinic intensification and maintenance of tropical storms and hurricanes over land.
Michael Vossen is a first-year Ph.D. student. He completed his M.S. in Atmospheric Science at UWM in 2021 and his B.S. in Meteorology at St. Cloud State University in 2019. His M.S. research sought to better quantify the precise land-surface thermodynamic processes supporting the weakly baroclinic intensification and maintenance of tropical storms and hurricanes over land. His Ph.D. research will seek to develop and evaluate a convective-watch guidance product based on explicit storm attributes and machine-learning outputs from the forthcoming Rapid Refresh Forecast System.