Rescuers in Nepal pull Chinese national alive from tunnel 10 days after floods

After relentless flash floods ravaged the Nepal-China border region, rescuers in Nepal managed to extract a Chinese national alive from a hydropower tunnel ten days after the disaster struck. The Nepali army identified the survivor as Lu Haitao, who was rescued approximately 225 meters deep inside the tunnel. Currently, his condition is being evaluated while ongoing search and rescue operations persist.

In a separate rescue effort, a 60-year-old woman was pulled from a building ten days after floods hit the region. She had been trapped on the upper floor of a four-story structure in the Nuwakot district, and Nepalese armed police officials airlifted her to Kathmandu, where she was wrapped in a gray blanket for care. Additionally, two Nepalese workers were successfully rescued from a tunnel at the Trishuli 3A plant.

The devastating floods began when a massive glacier collapse unleashed sudden, powerful torrents down mountain gorges. As a result, the death toll has climbed to 1,375, according to authorities in both Nepal and China. Communities are in shambles as emergency crews systematically clear thick layers of mud, rock, and debris. Around 900 workers remain missing from twelve separate hydropower sites across Nepal, with approximately 500 believed to be trapped in underground tunnels.

The international community has rallied to aid local recovery efforts, with the United Nations and humanitarian partners launching a $49.6 million emergency appeal. Foreign disaster experts, including specialized teams from South Korea, continue their work alongside the Nepali military to navigate unstable underground passages and locate missing citizens.

Governments across the region are coordinating relief distribution as thousands remain displaced and vulnerable infrastructure awaits major reconstruction. As emergency teams continue their efforts through hazardous conditions, international monitors stress that sustained long-term cooperation is crucial for stabilizing the vulnerable Himalayan river basins and protecting communities from future environmental threats.