聊城｜聊城实现重点流域、关键节点涉水数据全覆盖

Core Viewpoint - The article highlights the launch and functionality of the "Smart Water Liaocheng" digital platform, which enhances water management through real-time data monitoring and integration of various water-related data sources, marking a significant advancement in the city's water resource management capabilities [2][3][4]. Group 1: Digital Platform Implementation - The "Smart Water Liaocheng" platform was launched on March 5, 2023, representing a new phase in digital and refined water management for Liaocheng [2]. - The platform integrates data from various departments, including urban management, hydrology, and meteorology, to provide a comprehensive overview of water resources across the city [3]. - It features real-time monitoring of over 1,400 rivers, 525 rainwater monitoring points, 72 groundwater stations, 673 sluices, and 155 pumping stations, totaling over 32 million data points [3]. Group 2: Advanced Technologies Utilized - The platform employs cutting-edge technologies such as digital twins, intelligent early warning systems, and AI analysis to enhance water resource management and operational efficiency [3][4]. - It includes a predictive model for water needs based on high-quality observational data and satellite remote sensing, allowing for accurate monitoring of soil moisture and crop water requirements [4]. - The integration of big data, IoT, and AI technologies supports six key business applications, including disaster prevention, resource allocation, and ecological protection [4]. Group 3: Flood Prevention and Response - The platform enables automatic alerts for flood warnings based on real-time hydrological data, sending notifications to relevant authorities and communities in vulnerable areas [4]. - It has developed specialized modules for flood forecasting and rural flood warning, enhancing the city's proactive disaster management capabilities [4]. - The shift from passive response to intelligent defense in flood management is emphasized, showcasing the platform's role in improving overall water disaster management [4].