Thicketty Creek near Gaffney
Flood levels
Official flood levels at this gauge: action stage begins at 10.0 ft; minor flooding begins at 15.0 ft; moderate flooding begins at 20.0 ft; major flooding begins at 22.0 ft.
| Action stage | 10.0 ft |
|---|---|
| Minor flooding | 15.0 ft |
| Moderate flooding | 20.0 ft |
| Major flooding | 22.0 ft |
Highest recorded crests
- 11.0 ft on Feb 6, 2020 (historic crest)
- 10.4 ft on Sep 27, 2024 (historic crest)
- 8.9 ft on Aug 1, 2014 (historic crest)
- 7.7 ft on May 5, 2013 (historic crest)
What the water does
National Weather Service impact statements for this gauge, in the Weather Service's own words.
| 5.4 ft | NO FLOODING AT THIS LEVEL |
|---|---|
| 8.0 ft | AT THIS LEVEL THE APPROACHS TO SHADY GROVE ROAD ON THICKETTY MOUNTAIN CREEK MAY BEGIN TO FLOOD. |
| 10.0 ft | AT THIS STAGE THE APPROACHS TO SHADY GROVE ROAD WILL BE FLOODED DUE TO THICKETTY MOUNTAIN CREEK. THIS CREEK FLOWS INTO THICKETTY CREEK ABOVE THE USGS GAGE SITE. |
| 15.0 ft | BUILDINGS NEAR THICKETTY CREEK BETTWEEN OVERBROOK ROAD AND LOVE SPRINGS ROAD WILL LIKELY FLOOD. |
| 25.0 ft | ONE HOME SOUTH OF LOVE SPRINGS ROAD ON E KING RIDGE MAY BEGIN TO FLOOD. |
Forecast office: NWS Greer · River Forecast Center: Southeast River Forecast Center.
Thicketty Creek near Gaffney in your pocket
Tidora puts this spot on your Home Screen and Lock Screen with free widgets, and sends free flood alerts before the water reaches the levels that matter to you. No account, no subscription needed for either.
Download Tidora on the App Store
Tidora is preparing for launch; these pages go fully live when the app ships.
Nearby stations and gauges
- Pacolet River above Cowpens NWS gauge · 8.0 mi
- Broad River in NC/SC near Gaffney NWS gauge · 8.3 mi
- Broad River at Shelby Hwy (SC 18), 4 W Blacksburg NWS gauge · 8.4 mi
- Broad River at Gaston Shoals Reservoir and Dam, 5 WNW Blacksburg NWS gauge · 8.5 mi
- Broad River in NC/SC near CHEROKEE FALLS NWS gauge · 9.4 mi
- Broad River above Sandy Run Ck, 3 SSW Boiling Springs NWS gauge · 10.4 mi