The approaching weekend storm in the Tri-State area is set to bring a mix of snow, ice, and rain, making for a wintry Saturday and a messy Sunday. If you have any errands to run, it’s advisable to complete them early on Saturday morning when the roads are still clear of ice and slush. However, as the day progresses, conditions are expected to deteriorate.
Snowfall is anticipated to begin around midday on Saturday as temperatures drop, covering the region in a blanket of white. Throughout the day, temperatures will slowly rise, causing the snow to transition into a wintry mix and eventually all rain. South Jersey is expected to switch to rain first, followed by the city in the evening, and the Hudson Valley late into the night.
The transition from snow to rain in the Hudson Valley may result in freezing rain, creating hazardous icy conditions. This phenomenon occurs when rain falls as a liquid but freezes upon contact with surfaces, forming a treacherous layer of ice. The aftermath of this storm will likely require some challenging cleanup efforts, especially in areas with significant freezing rain accumulation.
While areas along the Jersey Shore may see minimal snow accumulation, ranging from a dusting to less than an inch, other regions can expect an additional 1 to 3 inches of snow. Higher elevations, such as the Poconos and the Catskills, may experience more substantial snowfall, with accumulations ranging from 3 to 5 inches. As the storm progresses into Sunday, the focus will shift from snow to rain, leading to slushy conditions that could make travel challenging.
By Sunday evening, the storm system is predicted to move off the shore, bringing an end to the rainfall. Overall, the weekend storm is expected to bring approximately 1 to 2 inches of liquid equivalent precipitation, with half an inch to an inch falling as rain. As the region braces for the impact of this significant weather event, residents are advised to exercise caution, stay informed of updates, and prepare for potential disruptions in their daily routines.
