A significant weather occurrence in Saskatchewan on Thursday brought thunderstorms, dust storms, and wind gusts that reached speeds of up to 115 km/h. The strong winds caused damage to trees, structures, and power outages in some areas that persisted into Friday morning.
Environment Canada meteorologist Danielle Desjardins compared the wind speeds to those of an EF0 tornado, indicating the severity of the weather event. Repair crews faced challenges in restoring power lines in affected regions due to the high winds, leaving several communities without electricity for extended periods.
Radville, located approximately 130 km south of Regina, experienced the strongest winds in the province, with gusts reaching 115 km/h. Nine communities, including Climax, Milestone, Coronach, Swift Current, Estevan, Yellow Grass, Val Marie, and Shaunavon, also recorded winds exceeding 100 km/h.
Radville town councillor Scott Biss reported damage to the town and surrounding areas, including downed trees and lost shingles on houses. Despite the disruptions, no injuries were reported. Power outages persisted in some areas, with residents awaiting restoration throughout Friday.
The high winds also impacted businesses and organizations, such as the Happy Little Hooves Pony and Donkey Sanctuary near Estevan. The sanctuary suffered damage to its shelters, requiring repairs to ensure the well-being of the animals, particularly those with respiratory issues.
In Regina, Elle’s Cafe faced damage when a tree fell on the property, disrupting plans to open the patio for the season. Despite the setback, the community rallied to offer support and assistance in the cleanup efforts.
Looking ahead, precipitation was forecasted to continue, with the possibility of significant rainfall in certain regions. Desjardins warned of another low-pressure system affecting southeastern Saskatchewan, bringing more precipitation over the weekend.
Overall, the region braced for ongoing weather challenges, with communities working to recover from the impacts of the severe weather event.