December 22, 2011
1:30 PM| Date | December 22, 2011 |
| Time | 1:30 PM |
| County | Dallas |
| City | Selma |
| Property Loss | $30000.00M |
| Crop Loss | $0 |
| Source | NCEI 355864 |
1.8 ENE Selma Selfield Airport - 2.5 ESE Manila National Weather Service meteorologists surveyed damage in Dallas County and assessed damage that was consistent with a tornado. The tornado touched down approximately 6 miles east of Selma along County Road 306 where minor tree damage occurred, along with roof damage to two mobile homes. The tornado then traveled further to the northeast, to Garner and Harville Roads where several soft and hardwood trees were damage or snapped. There was also some structure damage, with one outbuilding destroyed and one mobile home that was shifted off its foundation blocks. The tornado lifted shortly after, near River Road, with evidence of some additional tree damage. Start: 32.4232/-86.9206 End: 32.4304/-86.8844
NWS EF Scale: F0
National Weather Service meteorologists surveyed damage in Dallas County and assessed damage that was consistent with a tornado. The tornado touched down approximately 6 miles east of Selma along County Road 306 where minor tree damage occurred, along with roof damage to two mobile homes. The tornado then traveled further to the northeast, to Garner and Harville Roads where several soft and hardwood trees were damage or snapped. There was also some structure damage, with one outbuilding destroyed and one mobile home that was shifted off its foundation blocks. The tornado lifted shortly after, near River Road, with evidence of some additional tree damage.
In response to a strong upper level shortwave, a surface low developed over the northwestern Gulf of Mexico and rode along a previously stalled front across northwest Central Alabama, Thursday, December 22, 2011. Much of Central Alabama resided in an unseasonably warm airmass, with dewpoints near 70 degrees and CAPE over 1000 J/kg. As the surface low passed over northwest Central Alabama and low level winds backed, helicity increased. Rotating supercells within several thunderstorm complexes produced six tornadoes and isolated wind damage.
Part of 6-tornado outbreak on December 22, 2011
In response to a strong upper level shortwave, a surface low developed over the northwestern Gulf of Mexico and rode along a previously stalled front across northwest Central Alabama, Thursday, December 22, 2011. Much of Central Alabama resided in an unseasonably warm airmass, with dewpoints near 70 degrees and CAPE over 1000 J/kg. As the surface low passed over northwest Central Alabama and low level winds backed, helicity increased. Rotating supercells within several thunderstorm complexes produced six tornadoes and isolated wind damage.