The following events were reported: Funnel Cloud, Thunderstorm Wind. These occurred near station USW00013874, approximately 37.0181 km away, between 2011-09-05 13:20:00 and 2011-09-05 15:37:00.Thankfully, no injuries or fatalities were reported. The events caused property damage valued at 6000.0 and crop damage of 0.0. Episode Narrative: Tropical Storm Lee formed from a persistent low pressure area off the upper Texas and Louisiana coasts on the south side of a mammoth subtropical ridge centered across the eastern Ohio valley. This occurred during the late few days of August. The system slowly intensified under weak steering currents and moved onshore the Louisiana coast on the 3rd. Tropical Storm Lee was extremely slow moving at this point and consequently dumped excessive rainfall across southeast Louisiana. A sharp upper trough began to take shape in the central U.S. on September 4th as upper energy dug southeast from Canada. As this occurred, the remnants of Lee began to accelerate northeastward in association with the advancing upper trough. The remnants of Lee traveled very quickly along the advancing front, racing across Georgia on the 5th. Rain bands began to affect the area late on the 4th, but most of these were light to moderate. On the 5th, persistent heavy rain impacted northwest Georgia and resulted in minor flooding. Despite widespread rainfall of four to five inches across northwest Georgia with localized six to eight inches, the ongoing drought across the state resulted in minimal impacts of the heavy rain on the area,  The bigger problems came during the afternoon of the 5th when an area of strong shear, associated with the remnants of Lee, tracked from southwest to northeast across the area. This combined with an unstable atmosphere as breaks in the clouds allowed temperatures to warm into the lower 80s. Numerous strong thunderstorm cells developed quickly and tracked first from the Columbus area and west central Georgia into northeast Georgia. Strong mesocyclones were indicated in many of these cells and prompted dozens of tornado warnings. However, only one thunderstorm cell actually netted a tornado, which caused considerable damage in Cherokee county, just northwest of Atlanta.||As the outer remnant feeder bands moved away from the area during the mid-evening, the remnant core of Tropical Storm Lee passed by just to the west across northwest Alabama. A two to three hour window of strong winds gusting to 35 to 40 mph were observed in several northwest Georgia counties as this occurred causing damage to dozens of trees and a number of power lines during this time frame. Tropical Storm Lee formed from a persistent low pressure area off the upper Texas and Louisiana coasts on the south side of a mammoth subtropical ridge centered across the eastern Ohio valley. Event Narrative: Amateur radio operators relayed a report of a funnel cloud just east of Winston. WSR-88D storm-relative velocity data indicated strong rotation in this area at the time. A tornado warning was in effect for the area. Amateur radio operators relayed a report from a trained spotter of a funnel cloud in extreme western Cobb county from near the Douglas/Cobb county line southwest of Powder Springs to near Due West. WSR-88D storm-relative velocity data indicated strong rotation in this area. A tornado warning was in effect for this area at the time. The storm and rotation associated with this funnel cloud continued north-northeast into Cherokee county and eventually produced an EF1 tornado that tracked across much of Cherokee county causing extensive damage across the eastern part of that county. The Carroll County Emergency Management Director reported that over six trees were down across the far southeastern part of the county between Clem and Whitesburg. WSR-88D storm-relative velocity data suggested that this may have been caused by a tornado. However, there was no confirmation of a tornado in this area. A tornado warning was in effect for this part of the county at the time the damaged occurred. The Paulding County Emergency Management Director reported that several trees were down in the Hiram vicinity. WSR-88D storm-relative velocity data detected strong rotation in the area at the time and a tornado warning was in effect. However, the damage was not confirmed to have been caused by a tornado.