Chilly sunshine is expected in the Triad on Tuesday, but a significant drop in temperatures is forecasted for the weekend, raising the possibility of a winter storm. Meteorologist Brian Slocum predicts much colder weather over the coming days, with temperatures dropping significantly across the region. Early morning temperatures are reported in the teens in some areas, with the Triad starting the day in the mid to upper 20s. Wind chill advisories are already in effect for Ashe, Watauga, and Grayson counties, where wind chill temperatures could dip to around zero.
Tuesday’s weather will feature clear skies, with a few clouds possibly passing through in the eastern areas. A cold front that moved through late Monday is expected to cause a noticeable temperature decrease, with daytime highs reaching only the upper 30s to near 40 degrees. The mountain regions may struggle to rise above freezing, especially with gustier winds contributing to lower wind chill factors.
As the week progresses, conditions may change. A front approaching from the west could spark some mountain snow by late Wednesday or Thursday, although rainfall in the Triad is expected to remain light. Nevertheless, colder air from Canada is set to collide with a moisture-laden system developing in the Southern Plains, suggesting increased potential for winter weather across the Triad this weekend.
Meteorologists are closely monitoring this developing situation, highlighting the uncertainty about how much snow and ice might accumulate and where the heaviest precipitation will land. While exact totals are not yet available, the storm is anticipated to have a notable impact, especially as temperatures remain low following its passage, which could prevent snow and ice from melting away quickly.
With cold temperatures set for the weekend, it’s essential for residents to stay updated on forecast developments, as the region may be facing significant winter weather. The community is encouraged to prepare accordingly as forecasts become clearer about timing and potential impacts.