Big Sand Watershed Structure Y-32-49 Dam, also known as Stanford Dam #2, is a key flood risk reduction infrastructure located in North Carrollton, Mississippi.
Wind
Humidity
Owned by the local government and regulated by the Mississippi Department of Environmental Quality, this earth-type dam was completed in 1972 under the design of USDA NRCS. With a height of 28 feet and a storage capacity of 245 acre-feet, the dam plays a crucial role in managing the flow of TR-Sand Creek and protecting the surrounding area from potential flooding events.
Despite its low hazard potential, the Big Sand Watershed Structure Y-32-49 Dam is considered to have a moderate risk level, indicating the importance of continuous monitoring and maintenance. The dam features an uncontrolled spillway and outlet gates, with no associated locks or inspection frequency data available. While the condition assessment remains unrated, efforts to prepare an Emergency Action Plan (EAP) are yet to be completed, highlighting the need for proactive risk management measures to ensure the safety and effectiveness of this vital water resource structure.
In the realm of water resource and climate enthusiasts, the Big Sand Watershed Structure Y-32-49 Dam serves as a fascinating case study in flood risk reduction and infrastructure management. With its historical significance and ongoing regulatory oversight, this dam exemplifies the intersection of engineering, environmental conservation, and community resilience in safeguarding water resources and mitigating the impacts of extreme weather events in the region.
Year Completed |
1972 |
Dam Height |
28 |
River Or Stream |
TR- SAND CREEK |
Primary Dam Type |
Earth |
Drainage Area |
0.5 |
Nid Storage |
245 |
Outlet Gates |
Uncontrolled |
Hazard Potential |
Low |
Foundations |
Soil |
Nid Height |
28 |
Tallahatchie River At Money
|
6080cfs |
Abiaca Creek At Cruger
|
44cfs |
Batupan Bogue At Grenada
|
134cfs |
Yalobusha River At Grenada
|
3080cfs |
Big Black River At West
|
223cfs |
Harland Creek Nr Howard
|
3340cfs |