Data Disclaimer: Water level data is provided by USGS and NOAA for informational purposes only. Verify conditions on-site before any water activities. Learn more
Access Site MS

Highway 590 Bridge

Okatoma Creek

Source: mississippi_department_of_game__fish__and_parks Updated 1 year ago

City: MS
County: Covington
Type: Boat Ramp
Location: 31.56257958, -89.50424334
Air Temp: --
Location
Nearby Gauge Conditions
Real-time data from USGS Water Services
Whitewater Run
I-II Put-in Okatoma Creek - Seminary to Lux (19 miles)
10 ft/mi
View Run
Current Conditions
-- • 150.00-4000.00 cfs
Okatoma Creek at Sanford, MS
Whitewater Runs on Okatoma Creek
1 run
Difficulty Classes
I Easy II Novice III Intermediate IV Advanced V Expert/Extreme VI Unrunnable
Position relative to this access site: Put-in at this location This location is on the run Take-out at this location
Downstream from here Upstream from here
Whitewater data from American Whitewater
About This Access Site
Highway 590 Bridge provides boat access to Okatoma Creek, a medium-sized river system in Covington County, Mississippi. This is a substantial waterway with a drainage area of 282 square miles and an average flow of 494 cubic feet per second, making it suitable for various types of paddling and boating activities. The creek has a noticeable gradient with an average slope of 5.3 feet per mile and an average velocity of 2.19 feet per second, indicating moderate current conditions that paddlers should be prepared for.

The access point at Highway 590 Bridge offers a convenient launching location for exploring this stream order 5 waterway. Okatoma Creek extends 66.84 miles through the region with significant elevation changes totaling 352 feet from source to this section, providing diverse paddling experiences. Boaters should be aware that this is a flowing river system rather than a lake, so conditions will vary with recent rainfall and seasonal water levels. The moderate current and stream characteristics make this suitable for paddlers with some experience in river conditions.