Satire: Ministry of Foreign Affairs of the People's Republic of China: Solemn Protest Letter to the Ministry of Foreign Affairs of Nepal Ministry of Foreign Affairs of Nepal: Since the flood disaster at the Jiulong Port, Nepal has issued eight consecutive notifications, continuously updating the numbers of deaths, missing persons, and rescues, and publicly disclosing the progress of rescue operations to society. This timely, continuous, and transparent information release starkly highlights the slow updates and limited content in China's notifications, creating immense public opinion pressure on relevant Chinese departments. China expresses strong dissatisfaction and firm opposition to this. Nepal is well aware that China currently only announces "7 deaths and 554 missing" on the Tibet side, yet it continues to update its own casualty and search-and-rescue data, leading some members of the public to raise inappropriate questions such as "Why can Nepal disclose this publicly, but China cannot?" This practice of responding to public concerns with facts has hurt the unspoken sentiments between the relevant departments of the two countries and has undermined the regional norm of information ambiguity and consistent messaging. China urges Nepal to: 1. Immediately cease frequent updates to casualty figures; 2. Refrain from unilaterally disclosing numbers of rescues, missing persons, and rescue personnel; 3. When involving disaster situations along the China-Nepal border, fully consider the pace of China's notifications; 4. Emphasize more on leadership attention, orderly rescues, and stable public sentiment, and less on specific figures. Disasters will eventually pass, but the consequences left by numbers are extremely serious. We hope Nepal will, from the overall perspective of bilateral relations, exercise a bit less public transparency and a bit more sense of the big picture, and avoid letting factual information harm the feelings of the peoples of the two countries. Otherwise, China reserves the right to express further solemn concerns. Ministry of Foreign Affairs of the People's Republic of China August 29, 2026 #Tibet# #Nepal# #DebrisFlow# #Flood# #ChinaNepalBorder# #Rescue#

What Caused the Gyirong Port Debris Flow? Explained in 30 Seconds Experts believe it originated from a high-altitude ice-rock avalanche and debris flow in a tributary in Nepal. The flow surged downstream at extremely high speed, travelling roughly 20 kilometres in just seven minutes.

A quasi-dammed lake formed near Gyirong Port after the Nepal-side debris flow, with the debris edge sitting ~2.5 km from the port and measuring ~1.5 m thick, which complicates rescue. China Aneng's 8-person advance team arrived in Gyirong Town early Aug 27, using drones and 3D scanners to model the blockage and assess breach risk.

China Aneng deployed 310 specialists​ from Beijing, Lhasa, Chengdu and Chongqing to the Gyirong Port debris-flow zone in the early hours today, with 120 units​ of gear, including multi-role drones, 3D laser scanners, life detectors, excavators, loaders.

A chartered flight carrying 111 Chinese rescuers and 4 search dogs​ landed at Shigatse Airport, Tibet​ this morning, heading to the Gyirong Port debris-flow zone. Every rescuer carries a ~20 kg backpack​ of gear, and they'll move through thin mountain air.

An ice-rock avalanche originating from a glacier on the south slope of Mount Langtang Lirung in Nepal fractured at an altitude of about 5,200 meters has been identified as the cause of a devastating mudslide that struck Gyirong Port in southwest China's Xizang Autonomous Region on Aug. 26, local authorities said Sunday. The avalanche plunged rapidly to an altitude of around 4,000 meters, scouring the mountainside and developing into a massive debris flow, which surged about 22 kilometers before reaching Gyirong Port at an altitude of around 1,800 meters. The disaster flattened an area of about 0.7 square kilometers, destroying 27 buildings and related facilities in the area. The findings were made by a cryosphere emergency disaster response team from the Institute of Mountain Hazards and Environment under the Chinese Academy of Sciences, based on the analysis of remote-sensing monitoring data and field-transmitted data, as well as on-site surveys and investigations.