5 NNW - 6 NNW Eastaboga NWS Birmingham storm survey team assessed timber damage in a relatively localized area on Mudd Street. Timber damage consisted of several uprooted trees, several snapped trunks and several trees having large branches removed from their tops. All debris and tree fall was oriented N to NNE. Although this was a short-lived tornado and short path, overall damage is consistent with a brief EF-0 tornado with max wind of 75 mph. The tornado began near the intersection of Mayfield Rd and Mitchellville Rd then moved northeast toward Mudd St where the most severe damage occurred at two residences. Two homes also sustained minor roof damage. The tornado likely dissipated as it moved into a heavily wooded area as no further damage was observed at downstream road crossings. This event is also associated with evidence of a TDS off of KBMX RADAR, originating directly downstream from the damage location. Start: 33.6806/-86.0640 End: 33.6878/-86.0539

NWS EF Scale: F0

National Weather Service meteorologists surveyed damage in southwest Calhoun County and determined that it was consistent with an EF0 tornado, with maximum winds near 75 mph. The tornado began near the intersection of Mitchellville Road and Mayfield Road, where damage consisted of several uprooted trees and snapped trunks.|The tornado continued northeast toward Mudd Street where the most severe damage occurred at two residences. Two homes also sustained minor roof damage. The tornado likely dissipated as it moved past Mudd Street as no other damage was observed downstream. There was also evidence of a weak TDS associated with this tornado from the KBMX radar.

A very dynamic and deepening low pressure system moved through the Ohio Valley states on November 29-30 with a trailing cold. The air mass across Central Alabama was initially stable during the day on November 29th with surface dewpoints in the 40s and 50s. Instability increased dramatically the evening of the 29th as 60 plus surface dewpoints advected northward into Central Alabama. A QLCS developed ahead of the approaching cold front in addition to discrete thunderstorms.

Part of 10-tornado outbreak on November 30, 2022