The Scanlon West Channel Plug Dam in Minnesota, completed in 1922, stands as a historic structure along the St. Louis River. This gravity dam, primarily serving for hydroelectric purposes, boasts a height of 15 feet and a length of 107 feet, with a storage capacity reaching 876 acre-feet. Managed by the Federal Energy Regulatory Commission, the dam is regulated and inspected by both state and federal agencies to ensure its operational integrity.

Located in Scanlon, Minnesota, the dam is part of a system consisting of three associated structures, contributing to the region's water resource management. With a low hazard potential but high risk assessment rating, the dam remains a crucial piece of infrastructure within the area's hydroelectric network. Despite lacking current condition assessment data, the dam's importance in maintaining water resources and mitigating climate risks in the region is evident.

For water resource and climate enthusiasts, the Scanlon West Channel Plug Dam represents a blend of historical significance and modern infrastructure management. With a focus on hydroelectric power and water storage capabilities, the dam plays a vital role in the region's energy production and water management strategies. As state and federal agencies continue to regulate and inspect the dam, its role in maintaining a sustainable water supply and addressing climate-related risks remains paramount in the local community and beyond.