Herman Dam, located in Washington, Nebraska, is a private earth dam constructed in 1952 on the TR-Missouri River. With a height of 28 feet and a length of 860 feet, the dam has a storage capacity of 106 acre-feet and serves the primary purpose of water resource management. Despite being regulated and inspected by the Nebraska Department of Natural Resources, the dam is categorized as having a significant hazard potential with a poor condition assessment.

Water resource and climate enthusiasts will find Herman Dam a fascinating structure to study due to its location on the Missouri River and its role in managing water resources in the region. The dam's poor condition assessment and significant hazard potential raise concerns about its structural integrity and the potential risks it poses to the surrounding area in case of failure. Additionally, the dam's limited storage capacity and drainage area highlight the importance of proper maintenance and monitoring to ensure its continued functionality.

As a key component of the local water infrastructure, Herman Dam's condition and management are crucial for ensuring water security and mitigating potential risks. The dam's history, design, and regulatory oversight provide valuable insights into the challenges and considerations involved in maintaining and operating such critical infrastructure in the face of changing climate conditions and increasing water demand. Enthusiasts interested in water resource management and climate adaptation will find Herman Dam a compelling case study for exploring the intersection of infrastructure resilience and environmental sustainability.