On the morning of August 26, 2026, a slope of ice and bedrock failed at roughly 5,200 metres on the northern side of Langtang Lirung, a 7,200-metre Himalayan peak on the Nepal-Tibet border. The debris flow and flood that followed ran roughly 100 kilometres down the Bhote Koshi and Trishuli river system. As of August 28, more than 490 deaths had been confirmed across Nepal and China, with over 1,500 people missing — more than 30 nationalities among them. The event was first reported as an earthquake that triggered a glacier collapse. A US Geological Survey analysis reversed that order: the seismic signal was generated by the collapse itself, releasing energy equivalent to magnitude 5.2. The same valley flooded in July 2025 from a glacial lake that satellites had watched grow for six months. This time there was no lake to watch. This video covers the flood’s 100-kilometre path, the difference between disasters with visible warning signs and those without, the ice that binds high-mountain bedrock together and what happens as it retreats, and why records of past safety are losing their force as a guarantee — in the Himalaya and far beyond. It also includes how Japanese social media reacted: translating the distance onto Tokyo’s map, working out the physics of how falling ice becomes a flood, and verifying footage many first assumed was AI-generated.
Full article: https://sekahan0623.com/en/global-reactions-en/nepal-tibet-flood-glacier-collapse-japanese-reactions/
X (Twitter): https://x.com/sekahan_0623
This program is produced with synthesized narration (Voice: Google Cloud Text-to-Speech (Chirp 3: HD)).
