Cth "E" Dike in Oneida, Wisconsin, is a crucial structure with a primary purpose of hydroelectric power generation and flood risk reduction along the Wisconsin River. Completed in 1935, this earth dam stands at 24 feet tall and stretches 1650 feet in length, providing storage for up to 46,006 acre-feet of water. Managed by the Federal Energy Regulatory Commission, this high-hazard potential dam has a maximum discharge capacity of 32,500 cubic feet per second, highlighting its significance in water resource management and climate resilience efforts.

Despite its age, the condition assessment of Cth "E" Dike is currently listed as "Not Available," necessitating further inspections and risk management measures to ensure its structural integrity and operational efficiency. The dam has been associated with four other structures and is under state jurisdiction with permitting and enforcement responsibilities. The high risk level of this dam underscores the importance of having emergency action plans in place and regular assessments to mitigate potential hazards and protect downstream communities and ecosystems in case of emergencies.

As water resource and climate enthusiasts, understanding the critical role of infrastructure like Cth "E" Dike in managing water resources, generating clean energy, and reducing flood risks is essential. By staying informed about the condition, risks, and management measures associated with dams like Cth "E" Dike, enthusiasts can contribute to sustainable water management practices and climate adaptation strategies to safeguard our environment for future generations.