Last Updated: December 25, 2025
Georgia's rivers and streams currently exhibit varied streamflow conditions, with several waterways reporting significantly lower-than-normal flows, indicating potential flow droughts that could impact water enthusiasts and ecosystems alike. Noteworthy is the Oconee River at Milledgeville, with a stark 94.11 percent decrease from normal streamflow, registering at just 521 cfs (cubic feet per second). The situation is echoed in the Conasauga River at Tilton and Near Eton, where flows have plummeted to an alarming 93.01 and 91.97 percent below normal, respectively. In contrast, the Chattahoochee River at Norcross showed a large increase in the last 24 hours, with streamflow rising by 64.07 percent to 1160 cfs, which could indicate flooding risks in surrounding areas. Gage height in the Flint River at Bainbridge has also risen to 19.01 feet, with streamflow increasing by 10.69 percent to 3520 cfs, suggesting a notable surge in water levels.
River-based recreation, including popular whitewater trails such as the Chattahoochee River near Atlanta and Helen, could be affected, with the current streamflow at Atlanta being 886 cfs, which is 72.37 percent below normal. The Chestatee River near Dahlonega, another frequented spot, is experiencing low flows as well, with a current streamflow of 139 cfs (80.45 percent below normal) that could impact boating and fishing activities. These trends, coupled with the recent significant decrease in streamflow on the Broad River Near Bell, GA, and the Broad River Above Carlton, GA, suggest that enthusiasts should prepare for lower-than-expected water levels in many of Georgia's rivers. It is imperative for water users and local communities to stay informed about current conditions, particularly any rapid changes that could indicate flooding, especially in areas like Norcross that have recently experienced large increases in streamflow.
Georgia is a state with a humid subtropical climate, and receives ample rainfall throughout the year. Major surface flows include the Chattahoochee, Flint, and Ocmulgee Rivers, which are fed by numerous tributaries. Major reservoirs and dams, including Lake Lanier and Hartwell Lake, provide hydroelectric power and recreation opportunities. The state's hydrology is impacted by various factors, including precipitation, evapotranspiration, and land use changes. Watershed data shows that the Chattahoochee River basin is the largest in the state, covering over 8,700 square miles. Snowpack is not a significant contributor to the state's hydrology, but occasional winter storms can impact water availability. Overall, Georgia's hydrology is shaped by its climate, topography, and water management practices.
| River Run | Status | Streamflow (CFS) | Air Temp (F) |
|---|---|---|---|
|
Burrels Ford to Lick Log Branch (Section 1)
Class II to IV |
59.63 | ||
|
Highway 28 to Earl's Ford (Section 2)
Class II to III+ |
58.68 |