Shreveport, Louisiana – A dangerous winter storm is expected to bring significant ice accumulation and periods of snow to the Shreveport area beginning this evening and continuing through Sunday evening, prompting urgent travel and safety warnings.
According to the National Weather Service in Shreveport, widespread ice accumulations of 0.25 to 0.75 inches are forecast across much of northwest Louisiana, including Shreveport, with localized totals potentially exceeding one inch in areas under an Ice Storm Warning. Ice accumulation at these levels can down trees and power lines, leading to widespread power outages and hazardous travel.
Freezing rain is expected to develop this evening and persist overnight, with sleet and snow mixing in at times on Sunday. Snow and sleet accumulations of 2 to 4 inches are possible across portions of the region, particularly in areas farther north, while Shreveport is expected to see lighter snow totals combined with significant ice.
The National Weather Service warns that roads may quickly become slick and dangerous, especially bridges, overpasses, and untreated secondary roads. Travel is strongly discouraged from tonight through Sunday evening as conditions may deteriorate rapidly.
An Ice Storm Warning and Winter Storm Warning remain in effect for the entire Four State Region through 6 p.m. Sunday, covering northwest Louisiana, northeast Texas, southwest Arkansas, and southeast Oklahoma.
Residents are urged to complete preparations immediately, including charging electronic devices, securing alternative heat sources, and avoiding unnecessary travel. Emergency officials stress that even short trips could become life-threatening if vehicles become stranded in icy conditions.
Those most vulnerable include older adults, people dependent on electrically powered medical equipment, and anyone required to work or travel overnight. Young workers and students commuting Sunday may face especially dangerous conditions.
The National Weather Service advises residents to monitor updates closely as precipitation intensity and ice accumulation increase.
