Horrifying visuals from Nepal's flash floods have surfaced, with the disaster killing nearly 72 people and leaving 500 missing, including 133 Indians, news agency PTI reported. The clip shows a massive stream of water gushing towards villages, leaving them buried under fast-flowing mud, slush, rubble and water. Contiguous buildings, including three- and four-storey houses, fell like a pack of cards as the surging waters washed over them.
The flood surged through the Bhote Koshi River -- situated near the Tibet border, about 125 km northeast of the capital -- at around 9 am (local time).
Quick answers to key questions
Preliminary assessments suggest that an ice avalanche caused by an unstable mass of rock near the Nepal-Tibet border triggered the flash floods in Nepal.
Currently, around 500 people are reported missing, including 133 Indian nationals, as a result of the flash floods in Nepal.
Authorities are warning residents to evacuate because the risk of further flooding remains due to a blockage upstream on the Lhende Khola river, which could lead to additional surges of water.
The flash floods caused significant damage to infrastructure, including the destruction of roads, bridges, and hydropower projects, particularly in the Rasuwa and Dhading districts.
Yes, travelers should remain cautious as experts warn of potential further flooding due to continuing risks associated with river blockages and the impact of recent heavy rainfall.
The flooding subsequently reached Nuwakot and Chitawan districts, where at least four permanent bridges and several temporary structures were damaged.
Footage released by Nepal Police and circulated widely on social media captured powerful currents of muddy floodwater surging through valleys in the country's Himalayan districts near the Tibet border.
"We do not exactly know the extent of damage, but the flood is big, and it could have damaged many settlements," Nepal Police spokesman Abi Narayan Kafle told AFP.
Authorities have warned residents living close to rivers to move to safer locations as emergency teams are mobilised to respond to the flooding.
"We have alerted people who are staying near the riverside to relocate... and deployed all our resources," he said.
A preliminary assessment based on satellite imagery suggests that an ice avalanche triggered by an unstable mass of rock near the Nepal-Tibet border may have caused the devastating flash flood.
The unstable formation was located around 20 km northeast of the Rasuwagadhi border area in Tibet, according to initial findings.
The National Disaster Risk Reduction and Management Authority (NDRRMA) said the resulting rockslide and the rapid rise in the Lhende River, which flows along the Nepal-Tibet border, sent a huge volume of water into the Bhote Koshi River at Timure. The water subsequently entered the Trishuli River.
The Kathmandu Post reported that an earthquake was also recorded on the Tibetan side around the time of the disaster.
The death toll from the disaster has continued to rise, with 72 bodies recovered from seven districts by Wednesday evening, according to the NDRRMA, as quoted by The Kathmandu Post.
The recoveries included one body in Rasuwa, 11 in Nuwakot, 18 in Dhading, 28 in Chitwan, nine in Gorkha, four in Tanahu and one in Nawalparasi East.
Rescue teams have so far pulled 93 people to safety from various affected areas, Rajendra Prasad Dhamala, spokesperson for the Bagmati Province Police Office, said.
Among those rescued, 30 people are receiving treatment at Tribhuvan University Teaching Hospital in Kathmandu.
At least 133 Indian nationals and 37 Non-Resident Indians (NRIs) are believed to be among the nearly 400 people reported missing following the disaster.
The number also includes security personnel. Foreign Minister Shisir Khanal told the House of Representatives that 80 security personnel, including 44 Nepal Army members, are missing from different locations.
Nepal's Flood Forecasting Division issued a warning on X on Wednesday afternoon, saying the threat had not yet passed because a lake formed by the river blockage had not been completely emptied.
"According to information received from the Chinese side, since the lake at the river blockage site has not yet been fully drained, the risk remains in the Bhote Koshi and Trishuli areas" and asked people to stay away from the rivers and remain in safe places.
The NDRRMA issued a similar warning later in the day, urging people living near the rivers to remain cautious until authorities issue another update.
(With inputs from agencies)
Kanishka Singharia is a Senior Content Producer at Mint with a passion for news, trends, and the stories shaping the digital world. She specialises in spotting viral narratives by constantly tracking social media platforms and turning them into engaging, reader-friendly stories. Her work ranges from fast-paced breaking updates to sensitive human-interest features, blending speed with clarity. <br><br> With over four years of experience in news and trend reporting, Kanishka has worked with leading organisations such as Hindustan Times and Times Now. She moves seamlessly between profiling business leaders and telling the stories of everyday people, covering national developments just as effortlessly as the memes and conversations that dominate online culture. <br><br> She also reports on real estate developments and civic challenges in major urban hubs like Bengaluru, Delhi, and Gurugram. Her coverage frequently explores the struggles of startup founders, inspiring journeys of CEOs, and the experiences of candidates dealing with the complexities of visa processes. <br><br> Kanishka holds an undergraduate degree in Journalism from Delhi University and a diploma from the Indian Institute of Mass Communication. Rarely offline, she spends much of her time scrolling through X, LinkedIn, Reddit, Instagram, and Facebook in search of the next big story. When she finally logs off, she enjoys binge-watching shows and exploring cafes in pursuit of good food and better conversations.
Oops! Looks like you have exceeded the limit to bookmark the image. Remove some to bookmark this image.
Facts Only
* Nearly 72 people were killed and 500 people are reported missing, including 133 Indian nationals.
* The flood occurred in the Bhote Koshi River, located near the Tibet border, at approximately 9 am local time.
* Preliminary assessments suggest an ice avalanche caused by an unstable mass of rock near the Nepal-Tibet border triggered the flash floods.
* Authorities warned residents to evacuate due to the risk of further flooding from upstream blockages on the Lhende Khola river.
* The flood caused significant damage to infrastructure, including roads, bridges, and hydropower projects in Rasuwa and Dhading districts.
* Flooding subsequently reached Nuwakot and Chitawan districts, damaging permanent bridges and temporary structures.
* Rescue teams pulled 93 people to safety from various affected areas.
* At least 133 Indian nationals and 37 Non-Resident Indians (NRIs) are believed to be among the missing.
* 80 security personnel, including 44 Nepal Army members, are reported missing.
Executive Summary
Full Take
The narrative surrounding this event involves a complex interplay between geological hazard, infrastructural vulnerability, and border instability. The immediate facts—the catastrophic loss of life and displacement—are framed by the mechanism: an ice avalanche triggering a landslide that dammed rivers. This links acute natural disaster directly to geopolitical factors concerning the Nepal-Tibet border, suggesting that environmental instability in high-altitude zones has profound cross-border consequences. The uncertainty surrounding the extent of damage and the risk of secondary flooding due to upstream blockages introduces systemic fragility into the response effort. Furthermore, the missing persons, including international nationals, introduce an element of vulnerability beyond the immediate physical threat, implicating complex logistical and security failures in disaster response and tracking. The pattern suggests that remote, volatile geological processes are increasingly translating into large-scale humanitarian crises, with existing infrastructure proving insufficient to mitigate risks exacerbated by external pressures or systemic vulnerabilities at political boundaries.
What assumptions about state capacity in remote border regions underpin the official response? How does the focus on immediate rescue divert attention from long-term risks associated with ongoing hydrological instability in transboundary river systems? What mechanisms exist for ensuring that hazard assessments, triggered by events like ice avalanches, are integrated into routine cross-border disaster management protocols?
Sentinel — Human
LIKELY_HUMAN (confidence: 0.35)