Up to 30 mm of ice expected across Montreal and southern Quebec, raising risks of power outages, travel disruptions and school closures.
A major freezing rain storm is expected to impact Montreal and several regions across southern Quebec, prompting warnings from weather officials about hazardous travel conditions and possible disruptions to daily life.
Environment Canada has issued freezing rain warnings for parts of the province, forecasting between 20 and 30 millimetres of ice accumulation over roughly 24 hours. The storm system is expected to begin late Tuesday night and continue through Wednesday, affecting areas including Greater Montreal, the Laurentians, Lanaudière, Montérégie and parts of Quebec City.
Meteorologists say freezing rain could begin after midnight as temperatures drop below freezing and winds increase, creating slippery roads and sidewalks across the region. Strong winds may worsen conditions and increase the risk of falling tree branches or damaged power lines.
Officials warn that the weight of ice accumulation could cause damage to trees, buildings and electrical infrastructure, potentially leading to widespread power outages. Transportation delays and cancellations are also possible as icy conditions affect roads and public transit systems.
In response to the forecast, several schools in the region have already announced closures or advised parents to monitor updates as the storm approaches. Authorities are encouraging residents to avoid unnecessary travel and to exercise caution when driving or walking outdoors.
Municipal officials in Montreal say crews are preparing to respond once the freezing rain begins, deploying workers and equipment to spread salt and maintain road safety. Residents have also been advised to prepare emergency supplies such as food, water and batteries in case of prolonged power outages.
While temperatures may rise slightly later in the week, colder conditions following the storm could keep surfaces icy for several days, potentially delaying recovery efforts and prolonging disruptions across the affected areas
