Buffalo, New York – Persistent lake effect snow is expected to continue across western and north-central New York through much of the week, bringing periods of heavy snowfall, strong winds, and dangerous travel conditions.
According to the National Weather Service in Buffalo, multiple bands of lake effect snow will remain active today, with the heaviest snow focused east and southeast of the Great Lakes. Communities downwind of Lake Erie and Lake Ontario, including areas near Buffalo, Jamestown, Rochester, Watertown, and Oswego, are expected to see the most significant impacts.
Forecasters report that gusty west to northwest winds of 35 to 45 mph will continue today, even as the strongest winds have already moved through the region. The combination of strong winds and falling snow may result in localized whiteout conditions, particularly within persistent lake effect snow bands.
Heavy lake effect snow is expected to last through much of the week and potentially into the weekend, with snowfall intensity fluctuating as bands shift. Travel conditions may change rapidly over short distances, making driving especially hazardous on highways, rural roads, and open areas.
In addition to lake effect snow, a passing cold front on New Year’s Eve is expected to bring widespread snow outside of the main lake effect zones, expanding impacts to areas that may not typically see lake-enhanced snowfall.
Multiple Winter Weather Advisories, Lake Effect Snow Warnings, and Winter Storm Warnings remain in effect across the region. Residents are urged to closely monitor local alerts, as warning areas may change depending on snow band placement.
Motorists are advised to avoid unnecessary travel during heavy snow, carry winter safety supplies, and allow extra time if travel is unavoidable. Blowing snow may significantly reduce visibility even after snowfall rates decrease.
The National Weather Service urges residents to stay informed by checking updated forecasts and road conditions at weather.gov/buf as this prolonged lake effect event continues.
