Kunshan,a typical river network city located in the Taihu Plain,has a dense network of rivers,with upstream receiving discharge from rivers and downstream supported by multiple tributaries entering the Yangtze River.A...Kunshan,a typical river network city located in the Taihu Plain,has a dense network of rivers,with upstream receiving discharge from rivers and downstream supported by multiple tributaries entering the Yangtze River.Additionally,the city’s internal embanked areas are numerous.Furthermore,the existing information system was constructed prematurely and lacks professional forecasting and simulation technologies,making it difficult to fully grasp the current water security situation and rapidly display the effects of scheduling plans.This study analyzes the“Four-Preparation”integration and proposes improvements.Based on Kunshan’s current situation,the goal is to construct an Integrated Four-Preparation System,establishing a scientific coupling system for forecasting,early warning,rehearsal,and contingency planning.This will strengthen intelligent and smart development applications to achieve scientific disaster reduction.展开更多
文摘Kunshan,a typical river network city located in the Taihu Plain,has a dense network of rivers,with upstream receiving discharge from rivers and downstream supported by multiple tributaries entering the Yangtze River.Additionally,the city’s internal embanked areas are numerous.Furthermore,the existing information system was constructed prematurely and lacks professional forecasting and simulation technologies,making it difficult to fully grasp the current water security situation and rapidly display the effects of scheduling plans.This study analyzes the“Four-Preparation”integration and proposes improvements.Based on Kunshan’s current situation,the goal is to construct an Integrated Four-Preparation System,establishing a scientific coupling system for forecasting,early warning,rehearsal,and contingency planning.This will strengthen intelligent and smart development applications to achieve scientific disaster reduction.
