A community in northern Alberta, southeast of Fort McMurray, is under an evacuation alert due to rising water levels in the Clearwater River. The community of Draper, Alta., has been warned to be ready to leave at short notice because of the increased risk of overland flooding caused by potential ice jam flooding along the river.
The situation is a result of an ice jam on the Athabasca River near Fort McMurray, which is impacting water levels on the Clearwater River, leading to flooding on some riverfront roads in the Draper area. This poses a risk of isolating residents from the rest of the community.
Draper, located about 12 kilometers southeast of Fort McMurray along the Clearwater River, is a small rural neighborhood with a population of 137 residents. It is one of several neighborhoods in the Fort McMurray region on high alert for possible flood damage due to ice jams during the spring thaw.
Residents in Draper are advised to prepare a 72-hour emergency kit, develop an emergency plan, and stay updated on emergency advisories from local authorities. It is also recommended to review home insurance policies and report any neighbors needing evacuation assistance.
Emergency management officials are closely monitoring the situation as the Clearwater and Athabasca Rivers swell. A 25-kilometer ice jam has formed at the confluence of the two rivers at Fort McMurray. While the ice flow is currently impeding the natural water flow, warmer temperatures are expected to help break up the jam in due time.
The region has implemented protective infrastructure to mitigate flood risks, including berms and sewer upgrades. Residents are urged to follow emergency officials’ guidance and avoid areas affected by flooding until the situation stabilizes.
Local resident Kelton Stepanowich expressed concern as he observed the rising river levels, taking precautions by stocking up on supplies and preparing emergency bags. The history of flooding in Fort McMurray, often due to ice jams at river confluences, underscores the need for vigilance during the spring thaw.