Progress and future prospects of bank collapse monitoring and early warning technologies in the middle and lower reaches of the Yangtze River
CHEN Kebing
Abstract:Water and sediment conditions in the middle and lower reaches of the Yangtze River have undergone significant changes,resulting in a state of high-intensity erosion of the riverbed and frequent occurrences of riverbank collapses.In order to respond to its threat to flood control,navigation and shoreline utilization,the Hydrological Bureau of Yangtze River Water Resources Commission of MWR has established a monitoring and early warning system with"integration of traditional and advanced monitoring methods,combination of qualitative and quantitative early warning,and support of information platform"based on years of practices and scientific research.Regarding monitoring,manual inspection and river terrain mapping adopted in the early days has been gradually updated to comprehensive ways such as laser radar,multi-beam depth measurement,satellite remote sensing and UAV cruising.Regarding early warning,empirical recognition and quantitative models based on mechanism theory and indicator system have been transformed to formation and extension of information warning platforms.In the future,it shall be deeply integrated with the latest information technology such as digital twin,big data and artificial intelligence to play a bigger role in establishment of twin data base,real-time identification and quick response to dangerous situations,long-term river simulation and scenario prediction and provide technical support for ensuring safety of the Yangtze River and sustainable development of regional economy and society.
Keywords:middle and lower reaches of the Yangtze Riverbank collapsemonitoring technologywarning platformdigital twin water resourcesartificial intelligence
Publication Date:2025-04-12
Online Publishing Date:2025-08-15(First online date of this platform, not the publication date of the document)
Pages:7( 48-54 )
China Water Resources

China Water Resources

ISSN:1000-1123
Year, Vol.(Issue):2025,(7)