Last Updated: January 11, 2026
Vermont's rivers and streams are exhibiting varied streamflow conditions, with several water bodies experiencing significant changes that affect river enthusiasts and local ecosystems. The Otter Creek at Center Rutland shows a positive deviation from normal with a current streamflow of 676 cubic feet per second (cfs), which is 12.72% above its typical flow, indicating a healthy volume for water-based activities. In contrast, the Missisquoi River near North Troy registers a streamflow of only 114 cfs, a substantial 64.71% below normal, pointing towards potential flow drought conditions. Notably, the Lamoille River at East Georgia demonstrates a considerable increase in streamflow at 4410 cfs, up by 51.92% from normal, which could raise concerns for flooding in nearby areas, including East Georgia.
The Passumpsic River at Passumpsic and the Connecticut River at Wells River, significant waterways in the state, are currently below their normal levels by 47.81% and 43.53%, respectively, which could affect recreational river usage and local aquatic habitats. However, the Laplatte River at Shelburne Falls has shown an exceptional surge in the last 24 hours, with its streamflow skyrocketing by 223.08%, reaching 189 cfs and potentially affecting Shelburne Falls with unexpected high water conditions. In addition, the Missisquoi River at Swanton is also experiencing a marked increase in streamflow at 2300 cfs, 65.05% above the norm, which should alert paddlers and residents to the risk of elevated water levels. These fluctuations underscore the importance of monitoring streamflow data for safe recreational use and preparedness for the communities along these rivers.
Vermont's flow conditions are influenced by its hydrology and climate characteristics. The major surface flows in the state include the Connecticut River, Lake Champlain, and the Winooski River. These surface flows are often impacted by snowpack and rainfall in the watersheds that feed them. Vermont's reservoirs and dams, such as the Waterbury Reservoir and the Northfield Falls Dam, play an important role in regulating flow and providing hydroelectric power. The state also experiences occasional flooding, particularly in the spring when snowmelt combines with heavy rainfall. To manage these risks, Vermont has implemented a statewide flood hazard mitigation program. Overall, Vermont's flow conditions are complex and dynamic, reflecting the state's unique topography, climate, and water resources.