The next round of accumulating snow is as close as late Friday. This coming storm will be a bit more complex and eventually ...
A light, wintry mix is on the move across the region, especially to the north and west of Philadelphia, which will changeover ...
Another storm is expected to leave snow and ice behind before a rise in temperatures turns it into rain on Thursday, ...
An active weather system is on the way this weekend. Late Friday night, the system moves in, bringing rain for Saturday, then mix to snow by Sunday morning. Saturday's rain will be heavy at times.
Wind gusts could reach 30 miles per hour at times this evening and tonight. Isolated snow showers are possible for areas ...
A strong cold front moves toward Alabama this weekend. It will get windy and warm ahead of it on Saturday afternoon as temperatures climb to near 70 degrees. The wind could gust higher than 30 miles ...
A storm that began Tuesday afternoon was expected to continue into Wednesday, bringing several inches of snow. Jeremy Geiger, a hydrologist with the National Weather Service, said County was on the ...
Watch for slippery roads still in the morning. High: 38 SUNDAY NIGHT: Turning out partly cloudy with ... another system may threaten the area later Tuesday into Tuesday night.
The week will come to an end with quiet weather, however snow arrives to start the weekend with much colder temperatures to follow heading into next week.Clouds will build throughout the day on Friday ...
(Please see the link below for additional details) RELATED: Weather Impact Alert: Heavy rain possible from Tuesday into early Thursday morning Tuesday (Weather Impact Alert Day): Cloudy with rain.
A system will pass far to the south of the state early Wednesday, but a follow-up storm system will come in right behind that, moving in late Wednesday night into early Thursday morning.
Snow will likely begin well after dark Wednesday, arriving sometime between sunset and midnight. Confidence is high in overnight snow for the Toledo metro with a mixed back of wintry precipitation far ...