Meteorological Breakdown BacktoBack Southeast Severe Weather Events to Begin 2024

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In-depth meteorological breakdown of the back-to-back severe weather events from the southern Plains into the Southeast to start 2024. The first one occurred on January 8-9 and was a prolific tornado and wind producer, yielding multiple significant tornadoes, particularly across the Florida Panhandle, as well as hundreds of damaging wind reports. Just a few days later, on January 11-12, another event impacted the region. Initially expected to be equally if not more potent than the January 8-9 outbreak, the event underperformed, producing a few hail and wind reports from Arkansas into Mississippi before additional storms struggled to become robust across southern Georgia into northern Florida. In this video, we'll take a deep dive into the meteorology behind both setups, comparing and contrasting each and discussing why the second event underperformed. We'll also look at a few reasons why the January 8-9 outbreak could have been even more potent than it actually was. • Thanks to Peter Corman for the radar loops of the Florida Panhandle tornadic supercells. Check out his channel at: / @peterwx42803 • Thumbnail image via USA Today. • Contents • 0:00 Introduction • 2:11 January 8-9 event: overview • 3:53 January 8-9 event: meteorological discussion begins • 16:30 January 8-9 event: initial elevated hailers • 19:14 January 8-9 event: inhibiting factors for SE TX part of risk • 24:06 January 8-9 event: inhibiting factors for tornadic activity in QLCS • 31:39 January 8-9 event: discrete tornadic supercells in Florida Panhandle • 35:29 January 8-9 event: limited inland extent of warm sector • 36:45 January 8-9 event: notable radar features of Florida supercells • 40:40 January 8-9 event: RAP proximity sounding analysis • 43:24 January 8-9 event: stability issues in eastern Carolinas • 46:21 January 11-12 event: overview • 48:34 January 11-12 event: meteorological discussion • 1:02:46 Wrap-up • Gibbs (2021): Evaluating Precursor Signals for QLCS Tornado and Higher Impact Straight-Line Wind Events - https://repository.library.noaa.gov/v... • Ungar (2022): Using Radiosonde Observations to Assess the ‘Three Ingredients’ Method to Forecast QLCS Mesovortices - https://shareok.org/bitstream/handle/... • Schaumann and Przybylinski (2012): Operational Application of 0-3 km Bulk Shear Vectors in Assessing Quasi Linear Convective System Mesovortex and Tornado Potential - https://ams.confex.com/ams/26SLS/webp...

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