Update: Flood Hope Road at Richmond Hill to re-open after rockslide closure

Hope RCMP and the District of Hope were both on the scene after a 12 ton rock struck Richmond Hill Road. (Bob Clarke/District of Hope)Hope RCMP and the District of Hope were both on the scene after a 12 ton rock struck Richmond Hill Road. (Bob Clarke/District of Hope)
(Bob Clarke/District of Hope)(Bob Clarke/District of Hope)
(Bob Clarke/District of Hope)(Bob Clarke/District of Hope)
(Hope RCMP)(Hope RCMP)
(Hope RCMP)(Hope RCMP)
(Hope RCMP)(Hope RCMP)
(Hope RCMP)(Hope RCMP)
(Staff Sgt. Dwayne Farlin/Hope RCMP)(Staff Sgt. Dwayne Farlin/Hope RCMP)
(Staff Sgt. Dwayne Farlin/Hope RCMP)(Staff Sgt. Dwayne Farlin/Hope RCMP)

After remaining closed for most of today (Jan. 6), Flood Hope Road at Richmond Hill will re-open in both directions.

According to the District of Hope, via a Facebook post, they expect the road to be fully open by 3:40 p.m. after getting approval from a geotechnical engineer.

Yesterday (Jan. 5), at approximately 11:20 a.m, a 12-tonne rock fell off the side of the hill, falling 400 feet to strike the road. The impact left a hole in the asphalt measuring roughly one foot by five feet.

Both the Hope RCMP and the District of Hope were on scene to assess the situation and start clearing away the rock, which broke into pieces upon impact.

No injuries were reported though witnesses saw a car get hit by part of the rock before carrying on.

“Please stay off Richmond Hill for the next couple of hours. It just makes our job a little bit easier, and a little less stressful, when we’re not trying to try to turn people around all the time,” said Bob Clarke, operations manager for the district, at the time.

Clarke anticipated that the road would be closed for the next three to four hours while they waited for a geotech assessment. The rockslide is believed to be caused by a freeze-thaw cycle, a process where water gets in behind the rock, or in between the cracks and crevices. The water freezes and expands. It holds the rock in place while it’s frozen, but makes it unstable once it thaws out.


@KemoneMoodley
kemone.moodley@hopestandard.com

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