Kelsey Britt
Thesis Defense Forecasting Quasi-Linear Convective Systems and Mesovortex Tornado Potential Using the Warn-on-Forecast System (WoFS) Kelsey Britt Friday, July 19th, 2024 NWC 5600 / 2:00 pm If unable to attend in person Join Google Meet: meet.google.com/vyc-upgp-odw Abstract: Quasi-linear convective systems (QLCSs) can produce multiple hazards (e.g., straight-line winds, flash flooding, and mesovortex tornadoes) that pose […]
Stuart Edris
Thesis Defense Evaluation of Flash Drought Identification with Machine Learning Techniques Stuart Edris Thursday, July 18th, 2024 NWC 5930/ 2:00 pm If unable to attend in person join Zoom: https://oklahoma.zoom.us/j/97232856348?pwd=Up4mE8cmbw2bjrGfBiPs8daJPN5QTc.1 Abstract: Droughts are extreme dry events that decrease an ecosystems and societys availability of water resources, leading to impacts on vegetation health and agricultural production […]
Sam Varga
Thesis Defense Creating Grid-Based Machine Learning Severe Weather Guidance for Watch-to-Warning Lead Times in the Warn-on-Forecast System Sam Varga Thursday, July 18th, 2024 NWC 5930 / 10:00 am If unable to attend in person join Google Meet: https://meet.google.com/hzj-xasw-onq Abstract: The Warn-on-Forecast System (WoFS) is a rapidly updating convection-allowing ensemble focused on providing numerical guidance at Watch-to-Warning […]
Jeffrey Milne
Thesis Defense Identification and Verification of Mesoscale Convective Systems in the Models of the High-Resolution Ensemble Forecast System Jeffrey Milne Tuesday, July 16th , 2024 NWC 5930 / 9:30 am Abstract: To better understand the characteristics of storms produced by forecast models and those seen in observations, contiguous and nearly contiguous radar objects with reflectivity […]
Oluwafemi Omitusa
Thesis Defense Characterizing the Effects of Land Cover Changes on the Spatiotemporal and Microphysical Properties of Convective Cells in Houston, Texas Oluwafemi Omitusa Friday, July 12th, 2024 RIL 202 / 11:00 am Abstract: This study examines the behavior and microphysical properties of convective cells across different environments in the Houston metropolitan area during summer 2022. […]
Theresa Lincheck
Master’s Thesis Defense Evolution of Cloud Organization Within Observed Rainfall Events during the DYNAMO/AMIE Field Campaign Theresa Lincheck Friday, July 12th, 2024 NWC 5930 / 10:00 am If unable to attend in person Join Zoom: https://oklahoma.zoom.us/j/98217144644?pwd=bnE2R3c4TzMyY0xWeWpIVVVubTExQT09 Abstract: Tropical convective organization is important for the modulation of the climate on a range of spatial-temporal scales, however […]
Jordan Tweedie
Master’s Thesis Defense Title: Impact of Assimilating Lower Atmospheric Boundary Layer Observations from Uncrewed Aerial Systems on Short-Term Probabilistic Predictions of a Tornadic Supercell Event Jordan Tweedie Thursday, July 11th , 2024 NWC 5600 / 9:00 am If unable to attend in person Join Zoom: https://oklahoma.zoom.us/j/93541724468?pwd=UfxzqiqmmGyMvphYLWkH0Wej7o3C0b.1
Leah Swinney
Thesis Defense An Examination of the Behavior of a Giant Hail-Producing Supercell in Oklahoma on 23 MAY 2011 Using Data from Five Doppler Radars Leah Swinney Wednesday, July 10th , 2024 NWC 5600 / 10:00 am If unable to attend in person Join Zoom: https://oklahoma.zoom.us/j/97510872286 Abstract: Dual-polarization radar observations are valuable for identifying the location […]
Amanda Burke
PhD Defense Expert-Guided Machine Learning for Meteorological Predictions Across Spatio-Temporal Scales Amanda Burke Tuesday, July 2nd, 2024 Zoom / 12:00 pm https://oklahoma.zoom.us/j/94120953482?pwd=w0hj5XwYsWb5mTsxuoeE6FrysEbKO8.1 Abstract: In satellite imagery, above-anvil cirrus plumes (plumes) serve as critical indicators of impending severe weather, often appearing 30 minutes before reported events. Their real-time identification is particularly valuable in radar-deficient regions, where […]
Claire Doyle
Thesis Defense Subgrid Scale Modeling of Turbulence and Cloud Microphysics Interactions Claire Doyle Friday, June 21st, 2024 NWC 5600 / 10:00 am Abstract: Clouds have a significant but uncertain impact on Earth’s climatological and hydrological cycles. In particular, the warm rain process has considerable inconsistencies between current theories and observations. One hypothesis to explain this […]