The reporter learned from the Ministry of Water Resources on the 28th that the Ministry of Water Resources hosted a special conference to analyze and evaluate the development trend and possible impact of the Puzhepu Qiangzangbu Weir Lake, and further arrange for the deployment of dangerous situation management of the weir lake and water conservancy support for the landslide disaster rescue in Geelong, Tibet. A relevant person in charge of the Ministry of Water Resources said that it is necessary to always put people's life safety first, further strengthen the detailed implementation of various emergency response measures, and strictly prevent secondary disasters from occurring — strengthen monitoring and forecasting of rain conditions. The hydrological emergency monitoring team should accurately grasp the rainwater conditions in the Donglin Tibetan and Pujiangbu watersheds and dynamic changes such as water level, water storage volume, upstream incoming water, and discharge water, etc., and provide accurate intelligence support for dangerous situation management and rescue work. Accelerate the review and cause analysis of the Geelong landslide disaster in Tibet. Using monitoring information from the three seismometers arranged in advance by the Ministry of Water Resources, waveform characteristics and frequency were analyzed to initially rule out the effects of the earthquake; 3D modeling and digital analysis were carried out to further investigate key factors such as the source of debris flow.

The reporter learned from the Ministry of Water Resources on the 28th that the Ministry of Water Resources hosted a special conference to analyze and evaluate the development trend and possible impact of the Puzhepu Qiangzangbu Weir Lake, and further arrange for the deployment of dangerous situation management of the weir lake and water conservancy support for the landslide disaster rescue in Geelong, Tibet. A relevant person in charge of the Ministry of Water Resources said that it is necessary to always put people's life safety first, further strengthen the detailed implementation of various emergency response measures, and strictly prevent secondary disasters from occurring — strengthen monitoring and forecasting of rain conditions. The hydrological emergency monitoring team should accurately grasp the rainwater conditions in the Donglin Tibetan and Pujiangbu watersheds and dynamic changes such as water level, water storage volume, upstream incoming water, and discharge water, etc., and provide accurate intelligence support for dangerous situation management and rescue work. Accelerate the review and cause analysis of the Geelong landslide disaster in Tibet. Using monitoring information from the three seismometers arranged in advance by the Ministry of Water Resources, waveform characteristics and frequency were analyzed to initially rule out the effects of the earthquake; 3D modeling and digital analysis were carried out to further investigate key factors such as the source of debris flow.