Today : Mar 18, 2025
Climate & Environment
18 March 2025

Flooding Crisis Unfolds Across Quebec Regions Amid Warming Weather

Mild temperatures and excessive rainfall trigger evacuations and major disruptions throughout Beauceville, Drummondville, and surrounding areas.

Severe flooding has swept through several regions of Quebec, particularly affecting the municipalities of Beauceville, Drummondville, and Sherbrooke due to recent warm weather and rain. The environmental shift has significantly raised water levels, resulting in dire consequences for local communities.

Following the unseasonably warm weather, Beauceville found itself at the epicenter of the flooding crisis on the morning of March 17, 2025, with overflowing waters from the Chaudière River causing alarms to ring. Just the previous day, on March 16, the area recorded temperatures soaring to 20.1 degrees Celsius, the highest across the province, which, coupled with rainfall, fueled the rapid rise of water levels.

Earlier on March 16, around the evening, locals noticed the formation of an ice jam downtown, which directly led to the river overtaking its banks. By 10:05 PM, authorities had issued evacuation notices for both residential and commercial establishments, prompting emergency services to establish municipal service centers and temporary shelters at the EJM-René Bernard arena.

On March 17, as the situation escalated, roads were closed, including Renault Boulevard, causing disruptions and leading to serious traffic concerns. Drummondville, too, found itself grappling with its own crisis as emergency services urged citizens residing within flood zones to evacuate immediately, successfully relocating over 300 individuals.

The mayor of Drummondville, Stéphanie Lacoste, expressed serious concern over the floods, stating, "The recent rapid melting of snow combined with heavy rains has led to significant challenges for our community." After evacuations were carried out successfully, conditions appeared stable but authorities remained on high alert fearing forthcoming water surges later on March 17.

Across the watercourses, concerns mounted as similar flooding incidents emerged around the region, severely affecting Nicolet and the Montérégie area. The Ministry of Public Security reported additional sightings of extreme flood conditions, with nine rivers currently under observation for potential hazards.

Further complications arose as the drinking water production plant for Nicolet faced flooding, forcing the city to issue advisories against using tap water. The alert extended to affect six surrounding municipalities who share the same water supply.

Even the Saint-François River joined the strife on the night of March 16, overflowing and closing streets, but officials assured the community early on March 17 the situation was under control, remaining vigilant with hopes of changing weather conditions, with predictions for colder temperatures arriving soon.

Despite these reassurances, the Girardin sports center was opened as an emergency shelter, accommodating families affected by the surging waters. The rise was so significant it led to substantial destruction on Therrien Road and closures on Hemming Road, with emergency services tirelessly working from the early hours of March 17.

Local agencies have recorded growing levels of concern, with the threats of more extensive flooding looming over potential thawing cycles combined with current precipitation levels. Authorities released statements underscoring the importance of staying alert and prepared for rapid developments.

With the risk of flooding predicted to peak throughout March 17, officials continue to clear affected areas, hoping for colder weather to stabilize the relentless flow of water. Until then, the communities stand together under the challenging conditions, adapting together amid nature’s unpredictability.

Residents of impacted communities are reminded to remain cautious, adhere to evacuation orders, and stay tuned for updates from local officials ensuring their safety during this precarious time.