The death toll from severe flooding in Istanbul and the neighbouring northwestern province of Kocaeli has risen to eight, with rescuers recovering additional bodies after torrential rainfall caused widespread damage across the region.
According to “Euronews“, Istanbul Governor Davut Gül confirmed on Monday, October 19, that six people had died in Istanbul, while two others from neighbouring Kocaeli were also confirmed dead.
The flooding followed intense rainfall on Wednesday, October 14, which triggered flash floods, submerged roads, and swept vehicles through parts of Turkey’s largest city.
Heavy Rainfall Causes Widespread Damage
The rainfall was described by officials as the heaviest recorded in Istanbul since records began in 1942.
Floodwaters inundated homes, businesses, and roads, leaving vehicles stranded and disrupting movement across several neighbourhoods. Videos from the affected areas showed cars being carried away by fast-moving water as residents and emergency workers assessed the damage.
The initial death toll stood at three on October 15, when authorities also reported five people missing. Subsequent recovery operations raised the confirmed number of fatalities.
The “Associated Press“reported that thousands of people stranded by the floods were evacuated during the initial emergency response.
Recovery and Damage Assessments Continue
Authorities have continued recovery operations as the affected communities begin to assess the damage to homes, businesses, and public infrastructure.
Euronews reported that the governor had received nearly 20,000 reports of property damage associated with the torrential rainfall and resulting floods.
The disaster has also renewed attention to the risks posed by extreme rainfall in densely populated urban areas, particularly where flooding affects transport routes, residential neighbourhoods, and drainage systems.
While the immediate priority remains recovery and assistance for affected residents, the scale of the destruction highlights the challenges cities face when intense rainfall overwhelms local infrastructure.
