A severe storm struck Winnipeg on Monday night, causing significant damage in the city’s southwest, including the partial collapse of a house. Experts suspect a small tornado may have touched down in the area, which is uncommon for an urban setting. Further evaluation is required to confirm the tornado occurrence.
John Hanesiak, an atmospheric science professor at the University of Manitoba collaborating with the Northern Tornadoes Project, mentioned that a line of storms passing through the city could generate small tornadoes. Drones will be used for a comprehensive assessment to determine the extent of the damage and assess the wind strength that caused it.
The storm resulted in widespread destruction, with roofs losing shingles, fences being razed, and trees uprooted. Residents, like Cyndi Porcher from Whyte Ridge neighborhood, expressed shock at the aftermath, likening it to scenes from news reports in the southern United States. Fortunately, there were no reported injuries.
While tornadoes are more common in U.S. cities than in Canadian Prairie regions, occurrences in cities like Winnipeg are not impossible, noted Hanesiak. The emotional impact of such events was acknowledged, prompting calls for city support in the cleanup efforts.
The City of Winnipeg is assessing the storm’s impact, primarily focusing on tree damage, with forestry crews already engaged in restoration work. Meteorologist Brian Proctor from Environment and Climate Change Canada highlighted the challenge of gauging wind strength accurately, citing radar data indicating gusts exceeding recorded levels.
In addition to the Winnipeg storm, recent severe weather events have affected southern Manitoba, with Brandon experiencing heavy rainfall and flooding. The region is expected to receive further rainfall, prompting an orange-level rainfall warning from Environment Canada.
Despite ongoing severe weather conditions, there are expectations of more stable weather patterns in the coming days. The severe weather season typically extends into early August, with varying levels of intensity.
