转自：草原云 《实施方案》明确了未来3年的建设蓝图，涵盖河湖基本情况摸底调查、河湖管理数据底板完善、卫星 遥感常态化智能监测、河道采砂智能监管等7大方面内容。 按照2025年度任务清单，河湖基本情况摸底调查方案已制定完成；56个河道采砂许可区及186个需调整 复核的敏感水域已完成数据上图；2791个河湖健康评价成果与1.66万名河湖长信息实现动态更新，西辽 河内蒙古段无人机巡检先行先试完成年度任务的67.05%。此外，西辽河、黑河等14条河流及岱海的视 频监控建设工程已基本完工，黄河、辽河流域的10处无人机场及管理平台已进入试运行阶段。 内蒙古日报·草原云记者：张慧玲 近日，内蒙古自治区水利厅印发《内蒙古自治区河湖库一体化监测感知体系建设实施方案（2025—2027 年）》，启动河湖库一体化监测感知体系建设，标志着内蒙古在推进智慧水利建设、强化河湖库监管方 面迈出坚实一步。 内蒙古自治区水利厅印发《内蒙古自治区河湖库一体化监测感知体系建设实施方案（2025—2027 年）》，启动河湖库一体化监测感知体系建设。 ...

Core Insights - Water conservancy plays a crucial role in ensuring national food security and is essential for maintaining economic and social stability [1][2] - The increasing frequency of extreme weather events due to global climate change highlights the urgent need to strengthen water conservancy infrastructure and disaster prevention capabilities [1][2] - The dual objectives of water conservancy construction are to meet irrigation needs and achieve flood control and drainage functions [1][3] Infrastructure Development - Continuous expansion and reinforcement of water conservancy projects, such as reservoirs and levees, are vital for disaster prevention and mitigation [2] - Long-term development strategies should include scientific planning and systematic layout, particularly in key agricultural production areas [2] - There is a need to address existing vulnerabilities by enhancing flood control capabilities in small and medium rivers and constructing a more robust regional disaster defense network [2] Systematic Planning - The current inadequacies in the water conservancy infrastructure, especially in drainage facilities, necessitate systematic planning and effective measures to improve the system [3] - Restoration of idle or abandoned reservoirs and ponds is essential for achieving the goal of effective irrigation and drainage [3] - High-quality agricultural disaster response capabilities can be achieved by integrating agricultural water conservancy construction into regional planning [3] Smart Water Management - Efficient data acquisition and precise analysis are critical components of the disaster prevention and mitigation system [3] - The establishment of a comprehensive sensing network using advanced technologies like satellite remote sensing and IoT is necessary for real-time monitoring of water conditions [3] - A unified and efficient information platform for water and drought disaster prevention should be developed to facilitate data sharing and support decision-making [3]