Buffalo, New York – Lake-effect snow and gusty winds are expected to impact western and north-central New York today, leading to snow-covered roads and reduced visibility in exposed areas.
According to the National Weather Service in Buffalo, the greatest snowfall today will occur east of Lake Ontario, while lighter accumulations are expected east of Lake Erie. Although snowfall amounts will generally be modest, the combination of strong southwest winds and blowing snow will create hazardous travel conditions, particularly in open and rural locations.
Near Lake Erie, enhanced snow showers may produce accumulations of 1 to 2 inches across parts of western New York. Snowfall rates are expected to remain under one inch per hour, but gusty winds increasing into the 30 to 40 mph range will lead to blowing and drifting snow. Motorists traveling along I-190, I-90, and other north–south routes may encounter rapidly changing visibility.
East of Lake Ontario, lake-effect snow bands are expected to shift across Oswego and Jefferson counties. Snowfall rates could briefly reach up to one inch per hour at times, especially near I-81 and NY-104. These bands may oscillate over the same areas, leading to localized higher totals.
The National Weather Service has issued lake-effect snow warnings for portions of Jefferson, Oswego, and northern Cayuga counties, with advisories in effect for other areas including the Niagara Frontier. Snow is expected to continue at times through midweek, with the heaviest lake-effect activity persisting east of Lake Ontario through Thursday.
Temperatures will remain cold enough for snow to accumulate on road surfaces, especially during heavier snow showers and in untreated areas. Officials advise drivers to reduce speed, increase following distance, and be prepared for sudden drops in visibility.
For commuters, students, and commercial drivers, conditions may be especially challenging during peak travel periods today. Residents are encouraged to monitor updates from the National Weather Service as lake-effect bands shift and intensify.
