NEW-HAMPSHIRE RESERVOIR REPORT
Last Updated: December 24, 2025
New Hampshire's dams and reservoirs play a critical role in water management and supply for the state. Recently observed data from Lake Winnipesaukee at Weirs Beach, a key reservoir, indicates a gauge height of 3 feet, which is 0.77 feet below the average of 3.77 feet. This measurement was taken on December 24, 2025. Such a discrepancy suggests a potential decrease in water storage levels, which could be a cause for concern. In New Hampshire, water levels in reservoirs and dams are typically influenced by factors such as seasonal snowpack melt and regional river flows. The current status of Lake Winnipesaukee is particularly noteworthy as it is a significant water body in the state, and deviations from its average levels may impact local water supply and ecosystem balance.
Cross-referencing multiple data sources, including regional climate reports and historical data patterns, could provide further insight into these abnormal conditions. Since the provided dataset mentions only Lake Winnipesaukee, no direct comparison with other dams or reservoirs within the state is possible. However, considering broader environmental trends, such as the water crisis in the Western United States highlighted by the relocation of an Olympic qualifier event from Utah to the East, it is plausible that similar water management challenges could be emerging in New Hampshire. This could be attributed to various factors such as reduced snowpack levels leading to less runoff or changing river flow patterns. It is important for local authorities to monitor these conditions closely, as they can affect not only water availability for human usage but also the health of aquatic ecosystems and the overall environmental integrity of the region. Immediate actions may include investigating the cause of the lower than average levels at Lake Winnipesaukee and determining whether these conditions are an anomaly or part of a developing trend in the state's water management scenario.
New Hampshire has several reservoirs and dams that serve as important sources of water supply for various purposes like hydroelectric power generation, irrigation, and recreation. Some of the major reservoirs in the state include Lake Winnipesaukee, Squam Lake, Newfound Lake, and Lake Winnisquam. These reservoirs are fed by several streams, rivers, and creeks including the Merrimack River, Pemigewasset River, and Winnipesaukee River. The snowpack from the White Mountains is a crucial source of water for these reservoirs. In recent years, New Hampshire has experienced drought conditions, leading to record low levels in some reservoirs. Seasonal trends in the area show that spring is usually the wettest season, and winter snowfall contributes significantly to the water supply. The hydrology in the area is highly dynamic and influenced by several factors like precipitation, temperature, and topography. To ensure sustainable water management, New Hampshire has implemented various policies and regulations to protect its water resources.
New Hampshire has several reservoirs and dams that serve as important sources of water supply for various purposes like hydroelectric power generation, irrigation, and recreation. Some of the major reservoirs in the state include Lake Winnipesaukee, Squam Lake, Newfound Lake, and Lake Winnisquam. These reservoirs are fed by several streams, rivers, and creeks including the Merrimack River, Pemigewasset River, and Winnipesaukee River. The snowpack from the White Mountains is a crucial source of water for these reservoirs. In recent years, New Hampshire has experienced drought conditions, leading to record low levels in some reservoirs. Seasonal trends in the area show that spring is usually the wettest season, and winter snowfall contributes significantly to the water supply. The hydrology in the area is highly dynamic and influenced by several factors like precipitation, temperature, and topography. To ensure sustainable water management, New Hampshire has implemented various policies and regulations to protect its water resources.