
西藏自治區政府於9月2日通報,吉隆「8.26」土石流災害已造成21人遇難、541人失聯,發現遺物847件。救援工作累計投入2300餘人次、400餘台車輛、8000餘套設備及800餘架次無人機,空投物資5.43噸,核心區域已布設照明燈具、低壓發電車及充電方艙,12座基地台恢復通訊。搜救面積達159.1萬平方公尺,家屬服務電話累計接聽876通,安置家屬587人。
AI-generated summary
土石流發生於8月26日,西藏吉隆港地區受強降雨影響導致山體滑坡,災害規模嚴重,搜救工作面臨高海拔、交通中斷等挑戰。
挖土機今在被摧毀的西藏吉隆港進行作業。(法新社)
西藏自治區政府2日召開吉隆「8.26」土石流災害記者會,據指出,截至9月2日12時,災害已致21人遇難,541人失聯,發現遺物847件。
據環球網報導,截至目前,救援工作累計投入救援力量2300餘人次、搜救車輛400餘台次、搜救設備8000餘套、無人機飛行800餘架次、空投物資裝備5.43噸,在核心區域佈設照明燈具4台、低壓發電車1台、充電方艙1台,已有12座基地台恢復通訊,提升搜救能力。
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災害發生以來,累計投入336人次,在核心區域開展多輪拉網式、地毯式搜救,搜救面積累計達159.1萬平方公尺。
此外,災害發生後,已及時開通國內外失聯人員家屬服務電話。截至9月2日12時,累計接到家屬來電876人次,其中國內來電448人次、國外來電428人次,接待安置家屬587人,涉及253名國內失聯及遇難人員家屬。
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AI outlook — possibilities, not facts
搜救工作將在未來一週內繼續進行,重點在核心區域地毯式搜索
Very likely · Within weeks
家屬服務電話將維持開通,以協助更多失聯人員親屬查詢與安置
Very likely · Within weeks

After a mudslide disaster occurred in Jilong County, Shigatse City, Tibet, the Ministry of Emergency Management dispatched 796 central enterprise engineering emergency rescue personnel and 522 sets of equipment to carry out road rush, search and rescue, risk monitoring and other work. China Communications Construction Company, China Railway Group and many other state-owned enterprises participated in the rescue and completed tasks such as rushing through the G216 national highway and monitoring the barrier lake.

On the 9th day of the debris flow disaster rescue at the Jilong Port in Tibet, reporters arrived at the core area of the disaster and saw excavators repairing roads, firefighters searching in separate areas, and power gradually restored. China Aneng Rescue Team uses laser video AI monitoring equipment and slope radar to monitor mountain deformation in real time, providing data support for rescue decisions and personnel avoidance. Rescuers overcame difficulties such as deep mud and complex geology and continued to carry out life detection and hidden danger investigation.

On August 26, a debris flow disaster in Nepal affected the Gyirong Port of Gyirong County, Shigatse City, Tibet, China, causing heavy casualties and loss of contact. China's national comprehensive fire rescue team adopts "water, land and air" three-dimensional search and rescue tactics in disaster-stricken areas, combining land hiking, waterway investigation of rivers, aerial drone reconnaissance and material delivery, and using advanced scientific and technological means such as multiple types of drones, slope radars, satellite remote sensing, life detection equipment and Beidou terminals to overcome difficulties such as traffic interruptions, communication obstructions, high-altitude hypoxia and complex burials, and maximize the search scope. As of the morning of September 2, the land rescue channel in the core area has been basically opened, and the rescue team has dynamically adjusted tactics to fully release rescue effectiveness.

After the retaining wall of Songfu Road in Xiaogang District, Kaohsiung City collapsed for the first time on August 28, it collapsed again on the evening of the 30th. Although no casualties were caused, the residents were left in terror at night, and the city government has carried out evacuation and emergency repair operations.

As of August 30, the Ministry of Emergency Management and the National Fire and Rescue Bureau have mobilized 711 fire rescue personnel, 120 vehicles, and 13 search and rescue dogs to continue an uninterrupted search for the debris flow-stricken area in Jilong County, Shigatse City, Tibet. The Tibet Fire and Rescue Corps has used helicopters to deliver 11 commanders and 1,240 sets of rescue equipment into the core disaster area.
On August 28, the Political Bureau of the Central Committee of the Communist Party of China held a meeting to make important arrangements for the rescue and rescue of the debris flow disaster in Jilong County, Shigatse City, Tibet. It emphasized that people and life should be put first, and all forces responded quickly. The People's Liberation Army and the Armed Police Force responded to the order and fully carried out search, rescue and emergency repair work in the face of complex terrain and geological hazards.