Menu

Topics

Connect

Comments

Comments closed.

Due to the sensitive and/or legal subject matter of some of the content on globalnews.ca, we reserve the ability to disable comments from time to time.

Please see our Commenting Policy for more.

Woman pushed onto TTC subway tracks at Bloor-Yonge station escapes by crawling under platform

WATCH: As Catherine McDonald reports, police allege the female suspect pushed another woman onto the subway tracks at Bloor-Yonge station – Apr 18, 2022

Toronto police say a woman narrowly escaped being hit by a TTC subway train Sunday night after she was pushed off the platform by a complete stranger.

Story continues below advertisement

Police said the incident happened at the Bloor-Yonge subway station downtown at around 9 p.m.

A 39-year-old woman suffered serious but non-life-threatening injuries due to the fall but was not hit by the train, police said.

Police told Global News the woman managed to crawl underneath the covered part of the platform to avoid being struck by the train that came through the subway station.

Investigators said it is believed that this was a random incident and not targeted.

They said they do not believe that the suspect or the victim knew each other.

It is unclear what happened before the woman was pushed but police said they do not believe there was any altercation beforehand.

Story continues below advertisement

Several emergency crews responded to the incident and police are still looking for a female suspect.

The suspect is described as a woman with blond hair and an average build. She was last seen wearing a grey Levi shirt, a black jacket, black pants, white shoes, and a pink and grey toque and was carrying a bag.

Toronto police announced a 45-year-old woman had been arrested Monday evening.

A photo of the suspect wanted by police after a woman was pushed onto TTC subway tracks at Yonge-Bloor subway station on April 17, 2022. Provided / Toronto Police
TTC. Marc Cormier / Global News
Story continues below advertisement
Advertisement

You are viewing an Accelerated Mobile Webpage.

View Original Article