As we approach the weekend, a powerful winter storm is set to impact the region, following a chilly Thursday. Currently, temperatures sit around 36 degrees and are expected to dip closer to freezing by 9:00 AM. Despite a mix of clouds and sun, the high for today will only reach the upper 30s, about 38 degrees. However, dry conditions will prevail throughout the day.
Looking ahead to Friday, temperatures will drop significantly as arctic air sweeps back into the area. Morning temperatures are forecasted to be around 27 degrees, with wind gusts from the north and northwest reaching up to 20 miles per hour, contributing to dangerously low wind chills that may feel as cold as 5 to 15 degrees. This biting cold will set the stage for the winter storm arriving over the weekend.
Winter storm watches have been issued across the entire region, effective from Saturday through Monday morning. The storm is anticipated to commence Saturday afternoon, primarily bringing snowfall to the area. However, areas marked in orange on the forecast maps indicate where sleet and freezing rain may mix in, particularly affecting western Kentucky and just south of the metropolitan area. Concerns about ice accumulating and potentially reducing overall snowfall totals have emerged.
Snow and sleet accumulations are predicted to vary widely across the region, with expected totals ranging from 6 to 12 inches. In regions north of the icy mix, especially near the Ohio River, there is potential for snow amounts exceeding one foot. As the storm unfolds over the weekend, severe weather alerts will be in place due to the anticipated hazardous conditions.
After the winter storm, the region will brace for even colder temperatures early next week, with lows potentially dropping to eight degrees below zero on Tuesday morning, and daytime highs struggling to reach the mid-teens on Monday. The following days will remain frigid, with temperatures staying in the 20s. This weather pattern serves as a reminder to prepare for harsh winter conditions while the region collects itself following this significant winter weather event.