Scs-turkey Creek Site-03

Scs-turkey Creek Site-03 is an earth dam located in Washita County, Oklahoma, built in 1960. It carries a Low hazard potential classification.

About Scs-turkey Creek Site-03

The primary purpose of Scs-turkey Creek Site-03 is flood risk reduction. The dam is designed to control downstream flooding by temporarily storing excess water during storms and releasing it at a controlled rate. The dam is owned by Washita County Conservation District (state). It impounds the Tr-turkey Creek near Foss.

The dam stands 35 feet tall and stretches 3,970 feet across, creates a reservoir covering 9 acres, has a maximum storage capacity of 247 acre-feet, and collects water from a drainage area of 0 square miles. Completed in 1960, the structure is well into its service life at over 50 years old.

This dam has a low hazard potential classification, meaning that failure would cause minimal damage, limited primarily to the dam owner's property, with no expected loss of life. The most recent inspection on record was 01/01/1980. That was over 46 years ago.

At 35 feet, this dam is taller than 82% of dams nationwide.

Search for dams near your address to see all dams in your area with hazard classifications and safety data.

Low HazardNot Rated ConditionEmergency Action Plan: Not Required

Location

StateOklahoma
CountyWashita
Nearest CityFoss
River/StreamTr-turkey Creek
Coordinates35.45360, -99.18522

Physical Characteristics

Dam TypeEarth
NID Height35 ft
Dam Height35 ft
Dam Length3,970 ft
Year Completed1960 (66 years old)

Storage & Hydraulics

NID Storage247 acre-ft
Max Storage247 acre-ft
Normal Storage59 acre-ft
Surface Area9 acres
Drainage Area0 sq mi
Max Discharge1,000 cfs
Spillway TypeControlled

Ownership & Safety

PurposeFlood Risk Reduction
OwnerWASHITA COUNTY CONSERVATION DISTRICT
Owner TypeState
Hazard ClassificationLow
Condition AssessmentNot Rated
Last Inspection01/01/1980
Emergency Action PlanNot Required

Identifiers

NID IDOK01116
Federal IDOK01116
More InfoState Dam Safety Program

Nearby Dams