主汛期如何抓好饮用水水源环境监管？

Core Viewpoint - The article emphasizes the increasing challenges posed by extreme weather events on drinking water safety and the need for coordinated efforts to ensure water source protection during flood seasons [1][2][3][4]. Group 1: Cross-Department Collaboration - Establish a joint prevention and control system for water environment safety during flood seasons, ensuring unified command and departmental collaboration [1]. - Implement cross-departmental data sharing platforms to integrate information from various sectors, enhancing monitoring from water condition forecasting to pollution warning [1][2]. - Conduct joint emergency drills to ensure seamless coordination in all response phases, reinforcing ecological safety [1][2]. Group 2: Risk Prevention and Technological Integration - Strengthen the role of river and lake chiefs in supervising drinking water source protection areas during flood seasons to prevent water quality deterioration [2]. - Enhance dynamic risk perception and assessment to monitor real-time weather and disaster information, focusing on key pollution sources [2]. - Utilize modern technologies such as AI, IoT, and big data for improved information collection and rapid pollution alerts [2][3]. Group 3: Infrastructure and Community Engagement - Conduct risk assessments in sensitive environmental areas, ensuring compliance with emergency response plans for water pollution incidents [3]. - Address safety gaps in rural drinking water sources and engage community organizations in pollution source management [3]. - Encourage public participation in reporting environmental hazards through established communication channels [3][4]. Group 4: Emergency Preparedness - Reinforce emergency response readiness among environmental departments, focusing on extreme weather conditions and potential impacts on water safety [4]. - Develop tailored emergency measures for key rivers and drinking water sources, ensuring resource availability for effective response [4]. - Maintain a state of readiness for environmental monitoring and rapid response to assess and mitigate ecological impacts from flood disasters [4].