Nepal Rescues 1 Briton and 118 Others After Floods Kill Over 1,000
Updated
Updated · bbc.co.uk · Sep 1
Nepal Rescues 1 Briton and 118 Others After Floods Kill Over 1,000
3 articles · Updated · bbc.co.uk · Sep 1
Summary
A British man was rescued in Nepal nearly a week after catastrophic floods, as the army said it also pulled 118 Nepalese survivors to safety.
More than 1,000 people have died and over 3,900 remain missing, including more than 600 workers believed trapped in mud-filled tunnels at hydropower sites along the Trishuli River.
Prime Minister Balendra Shah said 279 people had already been rescued from those sites, with the broader operation led by Chinese and Nepalese military teams.
The British national has not been identified; earlier reports said 33 British nationals were missing after the floods, underscoring the disaster's international reach.
As Himalayan ice vanishes, what hidden dangers await the hundreds still trapped inside Nepal's mud-filled hydropower tunnels?
With a new barrier lake threatening secondary floods, can rescuers reach the trapped workers before oxygen runs out?
How did a sudden glacier collapse turn a massive green energy project into a deadly trap for hundreds?
The August 26, 2026 Langtang Glacial Collapse: Over 900 Dead, 5,000 Missing—A Comprehensive Report on the Himalayan Disaster, Rescue Efforts, and Climate Crisis
Overview
The August 26, 2026 disaster in Nepal’s Langtang National Park began when rapid climate warming weakened permafrost, causing a massive bedrock collapse beneath a glacier. This triggered a huge glacial avalanche that registered as a seismic event, dammed the Lhende Khola River, and then unleashed a violent flood when the dam broke. The resulting torrent swept away villages, hydropower projects, and vital infrastructure, leading to over 900 deaths and thousands missing. The disaster overwhelmed local morgues, forced emergency burials, and prompted international rescue and forensic support, while also crippling Nepal’s tourism and energy sectors and exposing urgent gaps in early warning systems.