On September 21, Li Guoying, Party Secretary and Minister of the Ministry of Water Resources, presided over a special office meeting to study and deploy ice lake monitoring, early warning and risk prevention work. The conference called for strengthening dynamic monitoring and early warning, establishing a monitoring platform, clarifying monitoring parameters and monitoring methods, scientifically studying risk levels, and issuing early warning information in a timely manner. It is necessary to improve the chain disaster monitoring and early warning system for glacial lake collapse. Based on the amplification effect of the chain disaster and the impact of remote transmission, the “one river, one policy” scientifically sets up monitoring stations, makes full use of multi-source information such as hydrological monitoring, geographical information, glacier monitoring, etc., to construct a chain disaster evolution model, issue chain disaster forecasting and early warning in a timely manner, improve response linkage mechanisms, and implement personnel transfer measures such as transfer routes and resettlement sites in risk areas. It is necessary to strengthen scientific and technological research, strengthen research on the impact of rising global temperatures on the glacial lake collapse on the Qinghai-Tibet Plateau, research on the physical mechanism of glacial lake outburst and the evolution of chain disasters, and development of intelligent monitoring equipment, etc., so as to effectively enhance the monitoring, early warning and system defense capabilities of glacial lake chain disasters.

On September 21, Li Guoying, Party Secretary and Minister of the Ministry of Water Resources, presided over a special office meeting to study and deploy ice lake monitoring, early warning and risk prevention work. The conference called for strengthening dynamic monitoring and early warning, establishing a monitoring platform, clarifying monitoring parameters and monitoring methods, scientifically studying risk levels, and issuing early warning information in a timely manner. It is necessary to improve the chain disaster monitoring and early warning system for glacial lake collapse. Based on the amplification effect of the chain disaster and the impact of remote transmission, the “one river, one policy” scientifically sets up monitoring stations, makes full use of multi-source information such as hydrological monitoring, geographical information, glacier monitoring, etc., to construct a chain disaster evolution model, issue chain disaster forecasting and early warning in a timely manner, improve response linkage mechanisms, and implement personnel transfer measures such as transfer routes and resettlement sites in risk areas. It is necessary to strengthen scientific and technological research, strengthen research on the impact of rising global temperatures on the glacial lake collapse on the Qinghai-Tibet Plateau, research on the physical mechanism of glacial lake outburst and the evolution of chain disasters, and development of intelligent monitoring equipment, etc., so as to effectively enhance the monitoring, early warning and system defense capabilities of glacial lake chain disasters.