Hazardous Weather Outlook
Hazardous Weather Outlook
National Weather Service Buffalo NY
125 AM EST Sun Dec 7 2025
LEZ040-041-LOZ042>045-062>065-080630-
Lake Erie nearshore waters from Ripley to Dunkirk-
Lake Erie nearshore waters from Dunkirk to Buffalo-
Lake Ontario nearshore waters from the Niagara River to Hamlin Beach-
Lake Ontario nearshore waters from Hamlin Beach to Sodus Bay-
Lake Ontario nearshore waters from Sodus Bay to Mexico Bay-
Lake Ontario nearshore waters from Mexico Bay to the Saint Lawrence
River-
Lake Ontario open waters from the Niagara River to Hamlin Beach-
Lake Ontario open waters from Hamlin Beach to Sodus Bay-
Lake Ontario open waters from Sodus Bay to Mexico Bay-
Lake Ontario open waters from Mexico Bay to the Saint Lawrence River-
125 AM EST Sun Dec 7 2025
This Hazardous Weather Outlook is for portions of Lake Erie and Lake
Ontario.
.DAY ONE...Today and tonight.
Hazardous weather is not expected at this time.
.DAYS TWO THROUGH SEVEN...Monday through Saturday.
A series of shortwave troughs will pass across the eastern Great
Lakes Tuesday and again Wednesday and Wednesday night. Surface winds
will increase with each of these features, possibly to gale force.
.SPOTTER INFORMATION STATEMENT...
Spotter activation is not expected at this time.
This product, along with other watches, warnings, advisories, and
statements issued by the National Weather Service office in Buffalo
can be found on the internet at http://www.weather.gov/buf
$$
Hazardous Weather Outlook
National Weather Service Burlington VT
1244 AM EST Sun Dec 7 2025
NYZ026>031-034-035-087-VTZ001>011-016>021-080545-
Northern St. Lawrence-Northern Franklin-Eastern Clinton-
Southeastern St. Lawrence-Southern Franklin-Western Clinton-
Western Essex-Eastern Essex-Southwestern St. Lawrence-Grand Isle-
Western Franklin-Orleans-Essex-Western Chittenden-Lamoille-Caledonia-
Washington-Western Addison-Orange-Western Rutland-Eastern Franklin-
Eastern Chittenden-Eastern Addison-Eastern Rutland-Western Windsor-
Eastern Windsor-
1244 AM EST Sun Dec 7 2025
This Hazardous Weather Outlook is for northern New York, central
Vermont, northeast Vermont, northwest Vermont and southern Vermont.
.DAY ONE...Today and tonight.
Light snow will develop this afternoon and continue overnight
tonight. Snowfall amounts will generally be 1 to 4 inches, with much
of this occurring tonight. Roads will likely become snow covered and
slippery, especially after dark. Motorists are urged to use caution
and remain alert for changing road conditions.
.DAYS TWO THROUGH SEVEN...Monday through Saturday.
As Sunday`s snow tapers to showers early Monday morning, much colder
air spreading into the region on breezy northwest winds. Light snow
accumulation and patchy blowing snow could make for a slippery Monday
morning commute. Motorists are urged to use caution and remain alert
for changing road conditions.
.SPOTTER INFORMATION STATEMENT...
Spotter activation is not expected at this time.
$$
Hazardous Weather Outlook
National Weather Service Cleveland OH
316 PM EST Sat Dec 6 2025
OHZ003-006>014-017>023-089-PAZ001>003-072030-
Lucas-Wood-Ottawa-Sandusky-Erie-Lorain-Cuyahoga-Lake-Geauga-
Ashtabula Inland-Hancock-Seneca-Huron-Medina-Summit-Portage-Trumbull-
Ashtabula Lakeshore-Northern Erie-Southern Erie-Crawford-
316 PM EST Sat Dec 6 2025
This Hazardous Weather Outlook is for north central Ohio, northeast
Ohio, northwest Ohio and northwest Pennsylvania.
.DAY ONE...This afternoon and tonight.
Hazardous weather is not expected at this time.
.DAYS TWO THROUGH SEVEN...Sunday through Friday.
Precipitation may briefly start as freezing drizzle early Sunday
before changing to light snow. Freezing drizzle could lead to patchy
slick spots on untreated surfaces early Sunday.
Light snow accumulations of 0.5 to 2 inches are likely across
northern Ohio and northwestern Pennsylvania on Sunday. Lake enhanced
snow will linger Sunday evening across Northeast Ohio and Northwest
Pennsylvania, with additional accumulations of 1 inch or less.
.SPOTTER INFORMATION STATEMENT...
Spotter activation is not expected at this time.
$$
