Seymour Lake is a picturesque body of water located in Charleston, Vermont, nestled within the Orleans County. This private lake is primarily used for hydroelectric purposes, with a multi-arch dam structure that was completed in 1928. The dam stands at 12 feet tall and has a hydraulic height of 7 feet, providing a storage capacity of 5200 acre-feet and a surface area of 1777 acres. While the dam's hazard potential is classified as low, its condition assessment has not been rated, indicating a need for further evaluation.

The Clyde River-TR flows through Seymour Lake, contributing to its drainage area of 20.19 square miles. Despite being under state jurisdiction, the lake is not regulated, permitted, inspected, or enforced by any state agency. This lack of oversight raises questions about the lake's management and safety measures, as there is no information available on emergency action plans, risk assessments, or inundation maps. Given its historical significance as a hydroelectric resource, it is crucial for Seymour Lake to undergo thorough evaluations to ensure its sustainability and resilience in the face of climate change.

As a hub for water resource and climate enthusiasts, Seymour Lake presents a unique opportunity to study the intersection of hydroelectric power generation and environmental conservation. With its serene surroundings and vital role in the local ecosystem, this lake serves as a captivating subject for further research on sustainable water management practices and the impact of climate change on freshwater resources. By addressing the gaps in its regulatory framework and conducting comprehensive assessments, Seymour Lake can continue to thrive as a valuable asset for both energy production and environmental preservation.