Major Flood
24 ft
Located in Carroll County, Georgia on the Little Tallapoosa River. Live water level data from USGS gauge 02413000, updated every 15 minutes.
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Flood stages defined by the National Weather Service. Gage height data from USGS Water Resources.
24 ft
21 ft
18 ft
16 ft
Major flooding begins. Widespread inundation flooding occurs upstream and downstream from North Park Street. Flood waters are 3 feet deep over the road. Portions of the property around a sewage treatment plant will be flooded with up to 6 feet of water. Numerous businesses and homes in Carrollton will be flooded. Portions of the University West Georgia campus will be under 4 feet of water. The water level will flood the USGS gage house. A data transmission loss will be likely.
Significant flooding expands into the woodlands and fields upstream and downstream from North Park Street. Flood waters are one foot deep over the road. Portions of the property around a sewage treatment plant will be flooded with up to 4 feet of water. A parking lot of a shopping center near the gage and portions of the University West Georgia campus near the river will be under two feet of water. The water level will reach the bottom of the USGS gage house. A data transmission loss will be possible.
Moderate flooding begins. Significant flooding occurs in the woodlands and fields upstream and downstream from the gage on North Park Street. Flood waters begin to cover the road and county officials will have it closed. Portions of the property around a sewage treatment plant near the gage will be flooded with up to 3 feet of water. A parking lot of a shopping center just north of the gage and low lying areas on the University West Georgia campus near the river will be under a foot of water.
Minor flooding continues in the woodlands and fields upstream and downstream from the gage on North Park Street. The water level will be hitting the bridge which may cause some erosion. County officials may need to close it. Portions of the property around a sewage treatment plant near the gage will be flooded with up to two feet of water. A parking lot of a shopping center just north of the gage and low lying areas on the University West Georgia campus near the river will begin to flood.
Flood stage is reached. Minor flooding begins in the woodlands and fields along the river upstream and downstream from the gage on North Park Street or U.S. Highway 27. The water level approaches the bottom of the bridge. Low portions of the property around a sewage treatment plant near the gage will begin to flood.
Bankfull conditions occur along the river upstream and downstream from the gage on North Park Street or U.S. Highway 27.
Impact statements from the National Weather Service, describing what typically happens at each water level.
Loading chart data...
| Date | Stage | Flow |
|---|---|---|
| Nov 28, 1948 | 19.3 ft | 6,010 cfs |
| Sep 20, 2009 | 17.05 ft | 6,210 cfs |
| Jan 19, 1947 | 15.9 ft | 4,080 cfs |
CANG1
Little Tallapoosa River
Carroll, GA
33.5968°N, 85.0794°W
StormCast monitors this gauge and sends a push notification to your phone when the water level crosses into a new flood category — even at 3 AM.
The Little Tallapoosa River at US 27 at Carrollton gauge is maintained by USGS (site 02413000) and reports water levels every 15 minutes. Visit this page to see the latest reading updated live, or download StormCast to get push alerts when levels rise.
The NWS-defined flood stage for Little Tallapoosa River at US 27 at Carrollton is 18 feet. Action stage begins at 16 feet. Moderate flooding starts at 21 feet, and major flooding at 24 feet.
Download StormCast free on Google Play, go to River Gauges, and add Little Tallapoosa River at US 27 at Carrollton to your watchlist. StormCast will send a push notification to your phone whenever the water level crosses into a new NWS flood category.
The gauge is located in Carroll County, Georgia at coordinates 33.5968°N, 85.0794°W. USGS site number: 02413000. Data is provided by the U.S. Geological Survey and the National Weather Service.
Data provided by: US Geological Survey, Observations courtesy of U.S. Geological Survey