Lindberg Dam, located in Ottumwa, Iowa, is a privately owned structure designed by NRCS with a primary purpose of fire protection, stock, or a small fish pond.
Wind
Humidity
Completed in 2001, this earth dam stands at a height of 38 feet and has a length of 550 feet. It has a storage capacity of 73 acre-feet and covers a surface area of 5.3 acres, with a drainage area of 0.16 square miles.
Managed by the Iowa Department of Natural Resources, Lindberg Dam serves as a crucial resource for the local community, providing water for various purposes while also mitigating the risk of flooding in the area. With a low hazard potential and a moderate risk assessment rating, this dam plays a significant role in water resource management in Wapello County. Despite its low hazard potential, the dam's condition has not been rated, highlighting the importance of regular inspections and maintenance to ensure its continued safety and functionality.
As an essential component of the water infrastructure in the region, Lindberg Dam contributes to the overall resilience of the area against climate impacts such as extreme weather events and changing precipitation patterns. With its controlled spillway and soil foundation, the dam is designed to withstand and manage water flow effectively, further emphasizing its importance in water resource and climate adaptation efforts. Enthusiasts in water resource management and climate resilience can appreciate Lindberg Dam's role in safeguarding water availability and reducing the risk of water-related disasters in the community.
Year Completed |
2001 |
Dam Length |
550 |
Dam Height |
38 |
River Or Stream |
TR- KETTLE CREEK |
Primary Dam Type |
Earth |
Surface Area |
5.3 |
Drainage Area |
0.16 |
Nid Storage |
73 |
Hazard Potential |
Low |
Foundations |
Soil |
Nid Height |
38 |
Des Moines River At Ottumwa
|
1090cfs |
North Skunk River Near Sigourney
|
97cfs |
South Skunk River Near Oskaloosa
|
485cfs |
Fox River At Bloomfield
|
7cfs |
Des Moines River Near Tracy
|
1400cfs |
Cedar Creek Near Bussey
|
11cfs |