My name is Randy Chase and I am a second year graduate student at UIUC pursuing a degree in atmospheric science.
My research interests are on the meso- to micro- scale. Specifically, I am amazed by how the microphysics within a cloud can influence its mesoscale dynamics.
My current research is involved with the Cloud Systems Research Group (UIUC) and the Cloud Physics Group (OU) . I am working with Steve Nesbitt and Greg McFarquhar on cloud physics. Specifically, we use data from the OLYMPEX field campaign and other NASA Ground Validation field campaigns to evaluate assumptions that the Global Precipitation Measurement and other spaceborne radar algorithms make. Our main focus is on the ice phase.
Triple-frequency observations of cloud ice and snow. Using the Airborne Precipitation Radar (third generation), three radar frequencies (Ku, Ka and W band) are used in conjunction with in-situ measurements to investigate and evaluate cloud ice/snow retrievals of characteristic size, shape and effective density. Paper coming soon (2018)
My past research was involved with the downward transport of ozone rich air within thunderstorms in the Amazon. For two summers I worked under Dr. Jose D. Fuentes at Penn State as part of the Climate Science REU . We used ground based observations of ozone and environmental conditions to detect when ozone enhancements occurred and document their magnitude. See the posters and manuscript on the left of this page for more information.
B.S. Double Major in Meteorology, Water Resources minor in Mathematics 2016
summa cum laudeState University of New York, The College at Brockport
M.S. Atmospheric Science 2018University of Illinois, Urbana-Champaign