SNOFLO
 


       
       

NEW-YORK RESERVOIR LEVELS

April 26 2025
       

As of the latest observations from April 2025, a mixed picture emerges concerning the water levels and conditions of major dams and reservoirs in New York State. While most reservoirs show water surface elevations close to their average historical measurements, some deviations are noteworthy. Owasco Lake, near Auburn, NY, displays a marginally higher water surface elevation at 712 feet compared to its average of 711.19 feet. Meanwhile, Stillwater Reservoir, near Beaver River, NY, significantly exceeds its average, with a current elevation of 1677 feet against an average of 1671.76 feet. These variations in water levels, particularly the increase at Stillwater Reservoir, may be indicative of abnormal conditions such as higher precipitation, snowmelt rates, or changes in river flows affecting the catchment area.

In contrast, Skaneateles Lake at Skaneateles, NY, is experiencing notable temperature changes, with the latest measurement at 8°C, significantly below its average of 17.73°C, suggesting colder than usual water temperatures for this time of the year. The Indian Lake near Indian Lake, NY, however, has an unavailable current measurement, which prevents assessment of its condition. Onondaga Lake at Liverpool, NY, and First Lake at Old Forge, NY, are both close to their average elevations, suggesting stable conditions. Lake George at Rogers Rock, NY, shows a negligible decrease from its average elevation. The observed disparities in water levels and temperatures across New York's reservoirs and dams could potentially be linked to a variety of factors, including regional climatic variations, such as altered precipitation patterns and temperature fluctuations impacting snowpack and river flows. It is important for local authorities and stakeholders to monitor these conditions closely, as they could have implications for water management, flood risk, and ecosystem health. Further investigation and cross-referencing with additional data sources are recommended to confirm these findings and to understand the underlying causes of the abnormal conditions observed in some locations.

Reservoirs & Dams