Norway has granted asylum to four Turkish officers and a military attaché who applied for asylum in the country in the aftermath of a failed coup attempt in Turkey on July 15.
The military officers and attaché were among those representing Turkey at NATO.
With the approval of their asylum applications as confirmed by their lawyer Kjell M. Brygfjeld, the officers have gained the right to reside and work in Norway.
In January, a Norwegian newspaper reported that 89 Turkish citizens had applied for asylum in Norway in 2016, including military officers and diplomats, saying they fear for their safety if they return to Turkey.
The VG daily published a story explaining that most of the asylum seekers submitted applications after the failed coup on July 15 as they had been recalled to Turkey on accusations of coup plotting.
The diplomats and officers denied the charges of coup involvement and told the Norwegian media that they would face arrest and torture if they were to return home.
Following the botched coup, international watchdogs issued several credible reports of torture of people held in detention.
A dismissed Turkish official seeking asylum told VG, “If I go back, I will immediately be arrested and risk torture and being forced to make false statements,” adding that “in Turkish prisons, people die for unknown reasons.”
In an effort to prove the risks awaiting in Turkey, this asylum seeker also mentioned a colleague who chose to go back and was immediately arrested at passport control.
NATO officials had earlier announced that Turkish military members in Brussels were also seeking asylum due to similar fears.
According to a report in Deutsche Welle (DW) on Nov. 15, most of the 60 Turkish diplomatic passport holders who are seeking asylum in Germany in the post-coup period are military personnel who were representing Turkey at NATO.
Given the fact that the military personnel at NATO have classified information regarding Turkey, which is a NATO ally, German officials are reportedly evaluating their applications with sensitivity.