| |
Name |
Research Interests |
 |
Anderson, Eric |
- Natural disasters, GIS and remote sensing
|
|
Branson, Christina |
- Mathematical modeling, air quality modeling
|
|
Cantonwine, Stephen |
Lightning, tornadoes, severe storms, modeling |
|
Feng, Nan |
- Aerosol forcing, air quality, climate change, numerical modeling and satellite remote sensing
|
|
Flores, Africa |
- Environmental analysis, extreme events and natural disasters, GIS and remote sensing
|
|
Franklin, Veronica |
- Lightning – investigating electric field changes using the newly deployed Huntsville Alabama Marx Meter Array (HAMMA)
|
|
Huang, Brian |
Atmospheric chemistry and air quality |
|
Junod, Rob |
- Climate; currently developing surface air temperature datasets
|
|
Keeton, Tiffany |
- Collapsed civilizations due to climate change
|
|
Leppert, Kenneth |
|
|
Matthee, Retha |
- Lightning, radar and satellite meteorology
|
|
Mishra, Vikalp |
- Water resource management; currently analyzing and comparing the results of soil moisture calculation using remote sensing (ALEXI) and agricultural model (DSSAT)
|
|
Mullins, Stephanie |
Tropical cyclones, eyewall mesovortices, radar meteorology |
|
Murphy, Todd |
Severe storms, radar meteorology, atmospheric wave interactions with mesocyclones, topographic influences on severe storms |
|
Naeger, Aaron |
- Satellite remote sensing, aerosols and clouds, modeling
|
|
Owens, Heidi |
|
|
Park, Yun Hee |
- Meteorological and air quality modeling, cloud interactions in models, satellite data assimilation
|
|
Rongali, Naren |
- Aerosol modeling, air quality, remote sensing, GIS
|
|
Schultz, Chris |
- Dual polarimetric radar applications, lightning, electrified snowfall, severe storms research
|
|
Schultz, Elise Johnson |
- Dual polarimetric radar applications, atmospheric electricity, severe storms, societal impacts
|
|
Adam Sherrer |
Severe storms |
|
Thompson, Kelsey |
|
|
Wade, Ryan |
Severe storms, winter weather, tropical cyclones, radar meteorology |
|
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