Gowan Detention Middle Dam, located in Clark County, Nevada, serves as a crucial flood risk reduction structure along the Las Vegas Wash.
Wind
Humidity
Built in 1993, this concrete dam stands at a height of 10 feet and stretches 1800 feet in length, with a maximum storage capacity of 330 acre-feet. The dam's primary purpose is to control debris and reduce the risk of flooding in the area, making it an essential infrastructure for water resource management in the region.
Managed by the local government and regulated by the Nevada Department of Water Resources, Gowan Detention Middle Dam is rated as having a high hazard potential with a fair condition assessment. Despite its moderate risk level, the dam has no outlet gates and relies on an uncontrolled spillway with a width of 155 feet to manage excess water flow during heavy rainfall events. Regular inspections are conducted to ensure the dam's structural integrity and effectiveness in protecting the surrounding communities from potential flooding risks.
As a critical piece of infrastructure in flood risk reduction efforts, Gowan Detention Middle Dam plays a vital role in safeguarding the Las Vegas Wash watershed. With its strategic location and design features, including a stone core and rock-soil foundations, the dam serves as a key component in the region's water resource and climate resilience strategies. Ongoing risk management measures and emergency preparedness protocols are essential to maintaining the dam's functionality and ensuring the safety of nearby residents in the face of changing environmental conditions.
Year Completed |
1993 |
Dam Length |
1800 |
Dam Height |
10 |
River Or Stream |
LAS VEGAS WASH |
Primary Dam Type |
Concrete |
Surface Area |
20 |
Drainage Area |
36 |
Nid Storage |
330 |
Outlet Gates |
None |
Hazard Potential |
High |
Foundations |
Rock, Soil |
Nid Height |
10 |
| Location | Reservations | Toilets |
|---|---|---|
Group Site E
|
||
Group Campground D and E
|
||
Group Site D
|
||
Group Campground B
|
||
Group Campground C
|
||
Group Site C
|