© Noel CelisMichael Spavor is one of two Canadians detained in apparent retaliation for Canada's arrest on a US extradition warrant of Huawei executive Meng Wanzhou
A Canadian man detained in China for more than two years was set to face trial Friday morning for espionage, charges which Canada has attacked as "trumped up" as relations between Ottawa and Beijing plummet.
Michael Spavor is one of two Canadians detained in apparent retaliation for Canada's arrest on a US extradition warrant of Huawei executive Meng Wanzhou, and formally charged last June with spying.
© Noel CelisPeople walk in front of the Dandong Intermediate People's Court, where Canadian businessman Michael Spavor willgo on trial
AFP saw a police van with tinted windows arriving at the court in the northeastern city of Dandong on Friday morning, surrounded by about a dozen police officers as it drove past reporters waiting outside.
Spavor's family have called for his "unconditional release," adding that he was innocent of the accusations against him.
His family described him as "just an ordinary Canadian businessman who has done extraordinary things to build constructive ties" between Canada, China and North Korea.
© Ludovic EHRETIMAGES Images outside the court where the trial for Michael Spavor, one of two Canadians detained in China since December 2018 and charged with espionage, is set to start on Friday.
Canada's foreign ministry said Thursday that Beijing has confirmed that Canadian officials "will not be granted permission to attend the trial" despite several official requests.
© Jason RedmondCanada has attacked the charges as 'trumped up' as relations between Ottawa and Beijing plummet
Michael Kovrig's trial is scheduled to start on Monday in Beijing.
The two men have had almost no contact with the outside world since their detention.
Virtual consular visits only resumed in October after a nine-month hiatus which authorities said was due to the coronavirus.
China's judicial system convicts most people who stand trial and the two men face up to life in prison if found guilty of "espionage" and "providing state secrets".
Beijing has insisted the detention of the two Canadians is lawful, while calling Meng's case "a purely political incident".
Meng -- whose father is Huawei founder and CEO Ren Zhengfei -- has been in a two-year battle against extradition to the US over charges the firm violated US sanctions on Iran.
Images outside court building where trial set to begin of Canadian detained in China
What to watch next
-
Texas lifts its mask mandate as US state reopens '100%'
AFP -
Texas lifts its mask mandate as US state reopens '100%'
AFP -
Foreign tourists enjoy a peaceful and quiet Paris
AFP -
Texas lifts its mask mandate as US state reopens '100%'
AFP -
Images of Buckingham Palace as Prince Harry and Meghan Markle's interview with Oprah Winfrey is aired
AFP -
Images show the aftermath of a 6.3-magnitude earthquake in central Greece, with several building severely damaged and people gathered on a football field in Damasi.
AFP -
Shots, tear gas as Myanmar protesters clash with security in Yangon
AFP -
Protesters in Yangon's Sanchaung area use fire extinguishers to cover their retreat during clashes with security forces
AFP -
Shots, tear gas as Myanmar protesters clash with security in Yangon
AFP -
Shots, tear gas as Myanmar protesters clash with security in Yangon
AFP -
Hong Kong dissidents charged with subversion, hundreds show support outside court
AFP -
Hong Kong dissidents charged with subversion, hundreds show support outside court
AFP -
Hong Kong dissidents charged with subversion, hundreds show support outside court
AFP -
Hong Kong dissidents charged with subversion, hundreds show support outside court
AFP -
Severe weather, culture clashes, hunger: Venezuelan migrants' perilous journey to Chile
AFP -
Hundreds gathered outside a Hong Kong court complex to show their support for dissidents charged with subversion
AFP
UP NEXT
Her court case in Vancouver has entered its final phase with hearings expected to end in mid-May, barring appeals.
bur-rox/rma