Currently, the disaster rescue of the Geelong landslide disaster in Tibet is in full swing. A number of rescue forces have arrived in Jilong Town to begin operations. What difficulties are the rescue teams currently facing? General station reporters interviewed Chen Hongqi, senior engineer at the Geological Hazards Technical Guidance Center of the Ministry of Natural Resources. Chen Hongqi, senior engineer at the Geological Disaster Technical Guidance Center of the Ministry of Natural Resources: Due to the special environmental, topographic and hydrological conditions where the landslides occurred, there were indeed some special adverse factors in the rescue process. First, the condition of upstream incoming water, including changes in flow state and flow rate. Second, since it runs along a river valley, the rescue channel is relatively narrow. Third, because mudslides include solids and water, it is relatively difficult for large machines to propel. Fourth, flash floods and mudslides are often high-speed impact erosion, which affects the stability of shore slopes and roadbeds. Currently, it can be seen that multiple departments are working together to investigate and investigate secondary disasters, including emergency monitoring of meteorology, hydrology, and geology. In every emergency rescue process, there will also be emergency safe-haven plans. I think these measures can strongly guarantee that scientific rescue is carried out in an orderly manner.

Currently, the Geelong landslide disaster rescue in Tibet is in full swing. A number of rescue forces have arrived in Jilong Town to begin operations. What difficulties are the rescue teams currently facing? General station reporters interviewed Chen Hongqi, senior engineer at the Geological Hazards Technical Guidance Center of the Ministry of Natural Resources. Chen Hongqi, senior engineer at the Geological Disaster Technical Guidance Center of the Ministry of Natural Resources: Due to the special environmental, topographic and hydrological conditions where the landslides occurred, there were indeed some special adverse factors in the rescue process. First, the condition of upstream incoming water, including changes in flow state and flow rate. Second, since it runs along a river valley, the rescue channel is relatively narrow. Third, because mudslides include solids and water, it is relatively difficult for large machines to propel. Fourth, flash floods and mudslides are often high-speed impact erosion, which affects the stability of shore slopes and roadbeds. Currently, it can be seen that multiple departments are working together to investigate and investigate secondary disasters, including emergency monitoring of meteorology, hydrology, and geology. In every emergency rescue process, there will also be emergency safe-haven plans. I think these measures can strongly guarantee that scientific rescue is carried out in an orderly manner.