David Harden Pond, located in Eakly, Oklahoma, is a picturesque water resource managed by the USDA NRCS and designated for recreational purposes.
Wind
Humidity
The earth dam, constructed in 2005, stands at 34 feet high and spans 350 feet in length, creating a serene 0.69-acre surface area. This privately-owned pond on the Washita River offers a tranquil escape for water and climate enthusiasts to enjoy activities such as fishing, boating, and wildlife observation.
Managed by the OWRB and with state-permitting, inspection, and enforcement in place, David Harden Pond ensures the safety and sustainability of its surrounding environment. The pond's controlled spillway and low hazard potential further underscore its commitment to responsible water management. Despite a very high risk assessment rating, the pond's condition remains unrated, emphasizing the need for ongoing monitoring and risk management measures to uphold its ecological integrity and recreational value.
With a storage capacity of 20.33 acre-feet and a maximum discharge of 603 cubic feet per second, David Harden Pond serves as a vital water resource within the Caddo County landscape. The pond's association with the Natural Resources Conservation Service and adherence to state regulations highlight its importance in promoting water conservation and environmental stewardship. As a valuable asset in the Tulsa District, this idyllic pond embodies the harmonious coexistence of human recreation and ecological preservation in a changing climate.
Year Completed |
2005 |
Dam Length |
350 |
Dam Height |
34 |
River Or Stream |
WASHITA |
Primary Dam Type |
Earth |
Surface Area |
0.69 |
Hydraulic Height |
34 |
Drainage Area |
145 |
Nid Storage |
20.33 |
Structural Height |
34 |
Outlet Gates |
Valve - 1 |
Hazard Potential |
Low |
Foundations |
Soil |
Nid Height |
34 |
Cobb Creek Near Eakly
|
16cfs |
Lake Creek Near Eakly
|
4cfs |
Willow Creek Near Albert
|
2cfs |
Canadian River At Bridgeport
|
126cfs |
Cobb Creek Near Fort Cobb
|
4cfs |
Washita River Near Clinton
|
32cfs |