Major Flood
30 ft
Current Water Level
Gage Height
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Streamflow
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Last Reading
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FLOOD STAGES
Know the flood categories.
Flood stages defined by the National Weather Service. Gage height data from USGS Water Resources.
Moderate Flood
28 ft
Minor Flood
26 ft
Action Stage
24 ft
What Floods at Each Level
35 ft
Dangerous flood depths varying up to 9 feet inundate croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters close State Highway 99 near the river and south of Bowlegs. Flood levels will be a 1.5 feet higher than the flood crest of May 11...1950.
34 ft
Dangerous flood depths varying up to 8 feet inundate croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters close State Highway 99 near the river and south of Bowlegs. Flood levels will be a half foot higher than the flood crest of May 11...1950.
33 ft
Flood depths varying up to 7 feet inundate croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters close State Highway 99 near the river and south of Bowlegs.
32 ft
Flood depths varying up to 6 feet inundate croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters close State Highway 99 near the river and south of Bowlegs.
31 ft
Flood depths varying up to 5 feet inundate croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters close State Highway 99 near the river and south of Bowlegs.
30 ft
Flood depths varying up to 4 feet inundate croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters close State Highway 99 near the river and south of Bowlegs.
29 ft
Flood depths varying up to 3 feet inundate croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters close State Highway 99 near the river and south of Bowlegs.
28 ft
Flood depths varying up to 2 feet inundate croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters close State Highway 99 near the river and south of Bowlegs.
27 ft
Flood depths to about 1 foot of croplands and pastures along the Little River extending from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters cover State Highway 99 near the river and south of Bowlegs.
26 ft
Shallow flooding of croplands and pastures will extend along the Little River from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County. Floodwaters begin to overflow State Highway 99 near the river and south of Bowlegs.
25 ft
Flooding of lowlands may occur along the Little River from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County.
24 ft
Near bankfull conditions occur along the Little River from near the State Highway 99 bridge to north of Sasakwa in Seminole County... to the confluence with the Canadian River in Hughes County.
Impact statements from the National Weather Service, describing what typically happens at each water level.
7-Day Water Level Chart
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Historic Crests
| Date | Stage | Flow |
|---|---|---|
| May 10, 1950 | 33.48 ft | 44,600 cfs |
| Apr 14, 1945 | 32.5 ft | 39,000 cfs |
| Apr 30, 1985 | 31.73 ft | 18,500 cfs |
About This Gauge
USGS Site
NWS LID
SASO2
River
Little River (OK)
County
Seminole, OK
Coordinates
34.9654°N, 96.5125°W
Get Flood Alerts for Little River (OK)
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.
Frequently Asked Questions
What is the current water level of Little River (OK) near Sasakwa?
The Little River (OK) near Sasakwa gauge is maintained by USGS (site 07231000) 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.
What is flood stage for Little River (OK) near Sasakwa?
The NWS-defined flood stage for Little River (OK) near Sasakwa is 26 feet. Action stage begins at 24 feet. Moderate flooding starts at 28 feet, and major flooding at 30 feet.
How do I get alerts when Little River (OK) rises?
Download StormCast free on Google Play, go to River Gauges, and add Little River (OK) near Sasakwa to your watchlist. StormCast will send a push notification to your phone whenever the water level crosses into a new NWS flood category.
Where is the Little River (OK) near Sasakwa gauge located?
The gauge is located in Seminole County, Oklahoma at coordinates 34.9654°N, 96.5125°W. USGS site number: 07231000. Data is provided by the U.S. Geological Survey and the National Weather Service.
More Gauges on Little River (OK)
On This River
Upstream: Little River (OK) near Tecumseh
More Resources
Source & Notes
Data provided by: US Geological Survey, Observations courtesy of U.S. Geological Survey, Observations courtesy of U.S. Army Corps of Engineers
- River forecasts for this location take into account past precipitation and the precipitation amounts expected approximately 24 hours into the future from the forecast issuance time.