Death toll rises as severe flooding hits northern Turkey
At least 27 people have died as floods hit Black Sea coastal provinces.
The death toll from severe floods and mudslides that struck northern Turkey has risen to 27 after 10 more bodies were recovered by rescue teams overnight.
The floods battered the Black Sea coastal provinces of Bartin, Kastamonu, Sinop and Samsun on Wednesday, demolishing homes and bridges and sweeping away cars.
Hundreds of people were rescued by helicopters, while 1,700 others were evacuated.
The Disaster and Emergency Management Presidency (AFAD) said rescuers recovered 10 more bodies in the worst-hit area, Kastamonu, bringing the fatality toll to 27.
An 80-year-old woman is still missing in Bartin province.
Floodwaters inundated much of the town of Bozkurt, in Kastamonu, where one building collapsed and a second building was severely damaged.
In Bartin province, at least 13 people were injured when a section of a bridge caved in.
Five bridges collapsed in the floods while two others were damaged, AFAD said. Hundreds of villages were left without power and several roads were blocked.
Speaking in Bozkurt late on Thursday, interior minister Suleyman Soylu described the scenes as “the most severe flood disaster I have seen”.
Turkey’s Black Sea region is frequently struck by severe rains and flash flooding. At least six people were killed in floods in the eastern Black Sea coastal province of Rize last month.
The disaster struck as firefighters in south-west Turkey worked to extinguish a wildfire in Mugla province, an area popular with tourists that runs along the Aegean Sea.
The blaze, which was brought under control on Thursday, was one of more than 200 wildfires in Turkey since July 28.
At least eight people died and thousands of residents have had to flee fierce blazes.
Climate scientists say there is little doubt that climate change from the burning of coal, oil and natural gas is driving more extreme events, such as heatwaves, droughts, wildfires, floods and storms.
Such calamities are expected to happen more frequently as the planet warms.