Rivers in Georgia

Dick Creek at Old Atlanta Road near Suwanee

Forsyth County, GeorgiaNWS DICG1USGS 02334620Peachtree City office

Below flood stage
5.73ftStage

Observed Wed, Sep 23, 5:00 AM EDT

Flood stage
10.00 ft
Record crest
15.64 ft2020

Open the live map with the river flood outlook

Flood stages and impacts

CategoryStage
Major flood18.00 ft
Moderate flood13.00 ft
Minor flood10.00 ft
Action8.00 ft
  1. 18.00 ftMajor flooding beings with widespread inundation of the woodlands and fields upstream and downstream from Old Atlanta Road. The water continues to hit the road bed above the concrete box culvert with a possible washout. Large portions of Cox Circle and the Saint Marlo Golf Course near the creek will be under 7 feet of water. Several homes on Colonial Place and Abingdon Lane will be flooded with up to two feet of water. The water reaches the bottom of the USGS gage house and may affect data transmission.
  2. 16.00 ftSignificant flooding expands into the woodlands and fields upstream and downstream from the gage on Old Atlanta Road. The water level continues to hit the road bed above the concrete box culvert with erosion likely. Large portions of Cox Circle and the Saint Marlo Golf Course near the creek will be under 5 feet of water. Several homes will being to flood on Colonial Place and Abingdon Lane.
  3. 14.00 ftSignificant flooding continues in the woodlands and fields along the creek upstream and downstream from the gage on Old Atlanta Road. The water level begins to hit the road bed above the concrete box culvert with possible erosion. Large portions of Cox Circle and the Saint Marlo Golf Course near the creek will be under 3 feet of water. Residential backyards on Colonial Place and Abingdon Lane will be flooded two feet deep and the water level will reach the foundations of some homes.
  4. 13.00 ftModerate flooding begins. Significant flooding occurs in the woodlands and fields along the creek upstream and downstream from the gage on Old Atlanta Road. The water level reaches the top of the concrete box culvert under the road with maximum flow. Portions of Cox Circle and the Saint Marlo Golf Course near the creek will be under two feet of water. Residential backyards on Colonial Place and Abingdon Lane will be under a foot of water.
  5. 12.00 ftMinor flooding expands into the woodlands and fields along the creek upstream and downstream from the gage on Old Atlanta Road. Low lying portions of Cox Circle and the Saint Marlo Golf Course near the creek will be under one foot of water. Residential backyards on Colonial Place and Abingdon Lane will begin to flood.
  6. 11.00 ftMinor flooding continues in the woodlands and fields along the creek upstream and downstream from the gage on Old Atlanta Road. Low lying portions of Cox Circle and the Saint Marlo Golf Course near the creek begin to flood.
  7. 10.00 ftFlood stage is reached. Minor flooding begins in the woodlands and fields along the creek upstream and downstream from the gage on Old Atlanta Road.
  8. 8.00 ftBankfull conditions occur along the creek upstream and downstream from the gage on Old Atlanta Road.

Crest history

8 crests on NOAA’s list since 2009.

#DateStage
1October 11, 202015.64 ft
2May 19, 201312.80 ft
3September 8, 202112.02 ft
4September 21, 200911.72 ft
5September 27, 202411.70 ft
6October 12, 200911.00 ft
7February 13, 202510.90 ft
8August 19, 201310.08 ft

Most recent crests

  • February 13, 2025: 10.90 ft
  • September 27, 2024: 11.70 ft
  • September 8, 2021: 12.02 ft
  • October 11, 2020: 15.64 ft
  • August 19, 2013: 10.08 ft
  • May 19, 2013: 12.80 ft
  • October 12, 2009: 11.00 ft
  • September 21, 2009: 11.72 ft

Nearby

Upstream, downstream and the gauges around this one.

What this means

Forecasts by the Southeast River Forecast Center. Forecasts are not available. Only observed stages are available for this point. Automated gauge readings are now available, courtesy of the USGS.

Sources

Stage, flood stages, impacts and crest history from NOAA’s National Water Prediction Service. Streamflow and the daily record from the U.S. Geological Survey.