Erik T. Crosman studies numerical weather prediction, synoptic, mesoscale, and boundary-layer meteorology with a focus on lake-atmosphere interactions. Research interests include cold-pool modeling, thermally-driven flows (including sea and lake breezes), satellite meteorology, and boundary-layer observational platforms. Current research in basin meteorology and air quality: numerical modeling of wintertime cold pools, observing ozone spatial patterns in the Great Salt Lake Basin. Crosman is alo working on an observational platform to measure ozone and particulate sensors on a light rail train and also have installed air quality sensors on a news helicopter. Crosman is currently utilizing satellite data to retrieve lake temperature for weather models and climate.
Research Keywords & Expertise
Remote Sensing
Drought
mountain meteorology
Air pollution and heal...
Fire weather
boundary-layer meteoro...
remote sensing of air ...
Numerical weather pred...
Lake temperature
Fingerprints
23%
Air pollution and health
7%
Lake temperature
5%
Numerical weather prediction (NWP)
Short Biography
Erik T. Crosman studies numerical weather prediction, synoptic, mesoscale, and boundary-layer meteorology with a focus on lake-atmosphere interactions. Research interests include cold-pool modeling, thermally-driven flows (including sea and lake breezes), satellite meteorology, and boundary-layer observational platforms. Current research in basin meteorology and air quality: numerical modeling of wintertime cold pools, observing ozone spatial patterns in the Great Salt Lake Basin. Crosman is alo working on an observational platform to measure ozone and particulate sensors on a light rail train and also have installed air quality sensors on a news helicopter. Crosman is currently utilizing satellite data to retrieve lake temperature for weather models and climate.