GILGIT (Kashmir English): At least nine people have died, several others have been injured, and over 200 homes have been affected, and major infrastructure has been left in ruins in a series of climate disasters in Gilgit-Baltistan, according to Chief Secretary Abrar Ahmed Mirza.
Talking to media reporters, the Chief Secretary said glacial melt, along with the recent heavy rains, are the main cause of the flash floods in the region, particularly in Diamer and Astore districts.
He added that “From June 10 till now, we have confirmed nine fatalities, eight of which occurred in the valleys of Thak and Thor in Diamer, while one death was reported from Astore valley.”
“All 10 districts of Gilgit Baltistan have been affected to varying degrees, but Diamer remains the hardest hit,” he said while adding that over 200 homes have been severely damaged, roads and water channels are being disrupted.
The chief secretary pointed out that glacial lake outburst floods (GLOFs), which are becoming more frequent as a result of climate change and rising temperatures, were to blame for the majority of cases. “We are seeing the combined effects of intense heat and unpredictable precipitation,” he continued.
Mirza claims that with the assistance of local volunteers, the government immediately began rescue efforts in coordination with the district administration, GB Scouts, Pakistan Army, and Rescue 1122. Additionally, army helicopters were used to rescue stranded visitors from remote locations.
Although he admitted that travel advisories are frequently published for high-risk zones, he claimed that the public’s reaction is still insufficient. He noted that “people usually don’t change their travel plans until the threat becomes imminent.”
He also cautioned that the number of fatalities might increase because four to five additional bodies are thought to be discovered during the continuing rescue efforts, and numerous cars are still missing. The GB government has promised to restore blocked routes and aid displaced families while it continues to evaluate the full extent of the damage.
