25日17时，省气象局解除暴雨、强对流天气蓝色预警，此前发布预警信号97个，其中暴雨红色预警 12个，推送短信22万人次。省公安厅出动警力巡查重点部位641处、排查隐患89处、排查风险点101处。 省交通运输厅出动公路巡查人员2958人次，及时处置小型公路突发情况，并指导落实118个公路水运建 设工程停工，转移撤离施工人员125人。 城市人口密集，降低内涝风险是城市防汛的重点工作之一。24日16时起，沈阳市中南部出现大雨、 局部暴雨天气。沈阳市坚持外洪、内涝防范并重，气象、水务、水文、应急等部门持续滚动会商研判， 联勤值守，动态调整防御重点。相关部门根据路况，及时采取交通引导、交通管制及排涝措施。沈阳市 和平区防办防汛抗旱科科长杜雄伟说，他们提前在易积水路段设置警示标识，同时要求各物业小区备足 防汛挡板，防止积水涌入地下车库造成次生灾害。 8月25日晚，省防汛抗旱指挥部办公室通报，当日白天省内局地再现雨情，受降雨影响，本溪、丹 东、鞍山等市河流出现涨水过程。防御本轮降雨期间，共有4个市、23个县（市、区）启动防汛应急响 应，截至25日17时，全省共转移17980人。 本轮降雨过程，丹东、本溪雨势较大，分别达到 ...

Summary of Key Points Core Viewpoint - The city of Wuhan has effectively managed heavy rainfall and flooding through proactive measures, ensuring that major roads remain operational and drainage systems are functioning efficiently [1][2]. Group 1: Rainfall and Flood Management - From August 10 to August 11, significant rainfall was recorded in Wuhan, with total rainfall ranging from 28.9 to 101.5 millimeters across different districts, peaking at 101.5 millimeters in the Jiangxia District [1]. - The maximum hourly rainfall intensity reached 75.1 millimeters during a specific hour on August 11 [1]. - The city’s drainage systems, including 26 large and medium-sized pumping stations, operated effectively, with a total of 97 million cubic meters of water drained during the rainfall event [1]. Group 2: Emergency Response and Monitoring - The city’s water management departments have implemented a 24-hour monitoring and emergency response system, with over 1,300 personnel deployed for inspections and emergency operations [1]. - Continuous monitoring of river levels showed minor increases in water levels of various rivers, but all remained below the flood defense levels, indicating a stable flood defense situation [2]. - Weather forecasts predict a transition from heavy rain to moderate rain, with ongoing monitoring and reporting by water management departments [2].

下午13时，郑州市发布消息称，根据《郑州市防汛应急预案》有关规定，经综合会商研判，郑州市防汛抗旱指挥部决定于8月7日将防汛四级应急响应提升至 三级。 郑州市防汛抗旱指挥部同时要求，全市立即采取停产、停业、停课、停运和暂停集体户外活动等强制管控措施。 截至8月7日14时，郑州市最大降水出现在中原区的市政府站122.4毫米，最大小时雨强81.8毫米（出现在金水区的庙李站），最深积水点位于二七区陇海路下 穿京广铁路涵洞297厘米。 记者随后拨打多家汽修厂电话得知，由于一些车辆被水淹，他们的拖车也都在到处拖运车辆。 8月7日中午12时许，郑州再次被暴雨突袭，一些路段再次出现积水。 下午16时左右，郑州市的暴雨逐渐停止。第一财经记者随后在郑州市区采访时发现，虽然持续2个多小时的暴雨已经停止，路上的积水也正在逐渐散去，但 一些车辆却被暴雨所淹，已经无法正常行驶。 在郑州市的桐柏路与后河卢南街路段，记者发现，一辆黑色的轿车正在被吊装到一辆拖车上，另一辆白色的轿车则抛锚在道路的左侧路口，该车辆上的积水 痕迹显示，暴雨曾将该车辆的发动机部位淹没。 该消息随后在一家汽修厂得到证实。该汽修厂的一名修车师傅刚把上述黑色轿车运走，另一 ...

Core Viewpoint - The meeting emphasized the importance of enhancing safety measures in confined space operations, urban flood prevention, and urban gas safety management to ensure public safety and mitigate risks associated with these areas [1][3][5] Group 1: Confined Space Operations - The meeting highlighted the need to strictly follow the safety rectification plan for confined space operations to prevent poisoning and suffocation accidents [3] - A comprehensive risk identification and management approach will be implemented, including thorough inspections and enhanced safety management throughout the operation process [3] - Emphasis will be placed on safety education and training for key personnel and all employees to improve overall safety awareness [3] Group 2: Urban Flood Prevention - The meeting called for rigorous hidden danger inspections and rectifications in key areas such as underpasses and low-lying flood-prone zones [4] - Municipal public service enterprises are required to strengthen facility inspections and ensure the normal operation of water supply, gas supply, sewage treatment, and sanitation services [4] - Emergency response capabilities will be enhanced by improving material reserves and ensuring timely communication of weather warnings to frontline workers [4] Group 3: Urban Gas Safety Management - The urban gas safety governance has entered a critical phase, focusing on addressing significant issues and enhancing inspection efforts, especially during high-temperature weather [5] - Continuous hidden danger inspections will be conducted to ensure timely identification and rectification of safety issues [5] - The meeting stressed the importance of utilizing information technology to establish a long-term gas safety supervision mechanism and improve data quality for comprehensive safety management [5]