Humboldt, Saskatchewan – The tragic deaths of three individuals, including a young child, after they fell through the ice on Humboldt Lake have shocked the community of approximately 6,000 residents. The incident, which occurred about 115 kilometers east of Saskatoon, has left the town reeling from the loss of lives on a “sad day,” as expressed by Mayor Michael Behiel.
The victims, identified as a seven-year-old girl and two men aged 28 and 38, were part of a group of five who fell into the icy waters of Humboldt Lake. Despite efforts by first responders, only three individuals were recovered, with the young girl tragically pronounced dead at the scene. The bodies of the two men were later found by an RCMP recovery team.
Shelby Rushton, provincial CEO of the Lifesaving Society, emphasized the importance of water safety during this period of early winter, cautioning against venturing onto thin ice. Mayor Behiel echoed these sentiments, urging the community to prioritize caution and adhere to safety guidelines.
The news of the deaths has reverberated through Humboldt, prompting a reminder to stay vigilant and avoid risky behaviors on ice-covered bodies of water. Rushton emphasized the rarity of drowning incidents at this time of year, highlighting the need for swift action and calling 911 in case of emergencies on the ice.
As the community grapples with the loss, the Saskatchewan Coroners Service is conducting an investigation into the tragic event, with details about the identities of those involved being withheld by the RCMP due to the incident not being of a criminal nature. The community mourns the lives lost and reinforces the importance of vigilance and safety during the winter months.
Pratyush Dayal, a reporter covering climate change, immigration, and other issues for CBC News in Saskatchewan, provides insight and context into the heartbreaking incident. With a background in journalism and a focus on community impact, Dayal sheds light on the aftermath of the tragedy and the pressing need for caution and awareness on icy surfaces.