Evans, Clark
Professor
Educational Degrees
- PhD, Meteorology, Florida State University, Tallahassee, FL, 2009
- MS, Meteorology, Florida State University, Tallahassee, FL, 2006
- BS, Meteorology, Florida State University, Tallahassee, FL, 2004
Prior Research Positions
- Postdoctoral Fellow, Advanced Study Program, National Center for Atmospheric Research, Boulder, CO, 2009-2011
Research Areas
Prof. Evans' research group uses numerical models to better understand and improve our ability to predict high-impact weather events like hurricanes and severe thunderstorms. Current research emphases include tropical-midlatitude flow interactions, tropical storm intensity change over land, thunderstorm environment classifications and forecast sensitivities, and mesoscale convective system structural morphology. Our group conducts both fundamental and applied research, with the latter often completed in collaboration with operational forecast groups. Please contact Prof. Evans to learn more our work, including openings for prospective students to conduct research in our group!
Selected Service and Projects
- Editor, Monthly Weather Review, 2019-present
- Chair, AMS Committee on Weather Analysis and Forecasting, 2021-present
- Chair, AMS Annual Meeting Oversight Committee, 2020-present
- Invited Participant, Inaugural AMS Early Career Leadership Academy, 2018
- Invited Participant, NOAA HWT Spring Forecasting Experiment, 2011-2013, 2015, and 2017-2021
Selected Publications
Schaffer, Jesse D., Roebber, Paul J., and Evans, Clark. “Development and evaluation of an evolutionary programming-based tropical cyclone intensity model.” Monthly Weather Review 148.5 (2020): 1951-1970.
Prince, Kevin C., and Evans, Clark. “A climatology of indirect tropical cyclone interactions in the North Atlantic and western North Pacific basins.” Monthly Weather Review 148.10 (2020): 4035-4059.
Evans, Clark, Weiss, Steven J., Jirak, Israel L., Dean, Andrew R., and Nevius, David S. “An evaluation of paired regional/convection-allowing model-forecast vertical profiles in warm-season, thunderstorm-supporting environments.” Weather and Forecasting 33.6 (2018): 1547-1566.
Nevius, David S., and Evans, Clark. “The influence of vertical advection discretization in the WRF-ARW model on capping inversion representation in warm-season, thunderstorm-supporting environments.” Weather and Forecasting 33.6 (2018): 1639-1660.
Prince, Kevin C., and Evans, Clark. “A climatology of extreme South American Andean cold surges.” Journal of Applied Meteorology and Climatology 57.10 (2018): 2297-2315.
Evans, Clark, Wood, Kimberly, Aberson, Sim, Archambault, Heather, Milrad, Shawn, Bosart, Lance, Corbosiero, Kristen, Dias Pinto, Joao, Davis, Christopher, Doyle, James, Fogarty, Chris, Galarneau, Thomas, Grams, Christian M., Griffin, Kyle, Gyakum, John R., Hart, Robert, Kitabatake, Naoko, Lentink, Hilke, McTaggart-Cowan, Ron, Perrie, William, Quinting, Julian, Reynolds, Carolyn, Riemer, Michael, Ritchie, Elizabeth, Sun, Yujuan, and Zhang, Fuqing. “The extratropical transition of tropical cyclones. Part I: cyclone evolution and direct impacts.” Monthly Weather Review 145.11 (2017): 4317-4344.