Chris Rattray – July 29
School of Meteorology MS Thesis Defense Evolution of the Structure and Dynamics of the Nocturnal Low-Level Jet after the Passage of a Cold Front and Insights into the Initiation and Maintenance of Nocturnal Convection Chris Rattray Thursday, July 29th 2:00pm Google Meet joining info Video call link: https://meet.google.com/ecw-juwq-cqw Or dial: (US) […]
Tyler Green – July 27
School of Meteorology MS Thesis Defense Impact of Assimilating Ground-Based and Airborne Radar Observations for the Analysis and Prediction of the Eyewall Replacement Cycle of Hurricane Matthew (2016) using HWRF Hybrid 3DEnVar System Tyler Green Tuesday, July 27th 2:00pm Google Meet: Video call link: https://meet.google.com/esv-acdr-moh Or dial: (US) +1 414-909-4922 PIN: 657 […]
Morgan Schneider – July 22
School of Meteorology MS Thesis Defense Quantifying and Mitigating Debris-Induced Bias in Radar Measurements of Tornadic Winds Morgan Schneider Thursday, July 22nd 1:00pm Join Google Meet: https://meet.google.com/vhv-yqwv-crr Or dial: (US) +1 857-309-5338 PIN: 716 530 781# The centrifuging of lofted tornadic debris is known to cause bias in Doppler radar measurements […]
Trey Greenwood – July 19
School of Meteorology MS Thesis Defense Analysis of Tornadic Supercells Using Two Rapid-Scan, Mobile Doppler Radars Trey Greenwood Monday, July 19th 10:30am Join Zoom: https://oklahoma.zoom.us/j/97047442520?pwd=eHVzem9wbHBBcDQzWTgvUUpqV2NzZz09 Meeting ID: 970 4744 2520 Passcode: 75063553 Mobile Doppler radar is a critical tool in studying microscale phenomena, including tornadoes, in supercell thunderstorms at close-range. However, a […]
Tyler Young – July 8
School of Meteorology MS Thesis Defense GOES-R Stereoscopic Cloud Top Retrieval Algorithm Using Normalized Cross-Correlation for 1-min Overshoot Analysis Tyler Young Thursday, July 8, 1:00 pm Join Google Meet: https://meet.google.com/uva-fqgr-kkp Or dial: (US) +1 505-658-2178 PIN: 575 365 334# Satellite-based cloud top height (CTH) analyses are instrumental in understanding storm […]
Emily Lenhardt – July 6
School of Meteorology MS Thesis Defense Relationships Between Lidar Aerosol Extinction and Backscatter Coefficients with CCN Number Concentrations in the Southeast Atlantic Emily Lenhardt Tuesday, July 6th 1:00pm Join Google Meet: https://meet.google.com/hoh-gcck-ydz Or dial: (US) +1 715-802-1494 PIN: 118 832 155# Due to seasonal biomass burning and the presence of a […]
Anna Wanless – June 29
School of Meteorology MS Thesis Defense Examining Extreme Rainfall Forecast and Communication Processes in the South Central United States Anna Wanless Tuesday, June 29 1:00 pm Join Google Meet: https://meet.google.com/nko-vhsx-dyh Or dial: (US) +1 707-563-1218 PIN: 694 833 170# Extreme rainfall events have increased in parts of the country and climate […]
Jessica Blair – June 18
School of Meteorology MS Thesis Defense Modeling CCN effects on Electrification within High and Low Precipitation Supercells Jessica Blair Friday, June 18th 10:00am Join Zoom Meeting https://oklahoma.zoom.us/j/95905473215?pwd=RFdBWU1keTR0WTJXOVZPbHl0bmlSZz09 Cloud condensation nuclei (CCN) are known to affect both the electrical and the dynamic evolution of storms, but the effects on storm electrification in different […]
Rachael Cross – June 17
School of Meteorology MS Thesis Defense Exploring Observational Tornado Debris Signature Hypotheses Using Radar Simulations and Large-Eddy Simulations Rachael Cross Thursday, June 17th 2:00pm Join Google Meet: https://meet.google.com/syz-teay-nmk Or dial: (US) +1 267-553-6245 PIN: 811 150 970# Tornadoes can loft various types and sizes of debris, sometimes resulting in a polarimetric radar signature […]
Taozhong Huang – June 17
School of Meteorology MS Thesis Defense A Correlation-based Inversion Method for Aerosol Property (CIMAP) Retrieval from AERONET Measurements Taozhong Huang Thursday, June 17th 1:00pm Join Zoom https://oklahoma.zoom.us/j/7984869539?pwd=Vjc4b3hVTnlyQ3Y0OVMxMVFNMVdPQT09 Meeting ID: 798 486 9539 Passcode: 535768 We developed a principal-component based inversion approach – CIMAP, to retrieve aerosol properties from AERONET measurements of aerosol […]