Core Viewpoint - The National Disaster Reduction and Relief Committee has issued a notice emphasizing the need to strengthen disaster prevention and response measures for the upcoming winter and spring seasons, ensuring the safety of people's lives and property, as well as social stability [1] Group 1: Weather Conditions and Risks - The forecast indicates that most regions in China will experience temperatures close to or above normal levels this winter and spring [1] - Precipitation is expected to be distributed with "more in the north and less in the south," leading to higher risks of low-temperature freezing and snow disasters [1] - Southern regions are facing high forest fire risk levels, while areas in East China, Central South China, and Southeast South China are at risk of consecutive droughts [1] Group 2: Geological and Hydrological Risks - There is a heightened risk of geological disasters in North China, East China, Central South China, Southwest China, and Northwest China [1] - Major rivers such as the Yellow River, Nen River, Songhua River, and Heilong River may experience ice conditions [1] - Coastal areas are expected to encounter multiple occurrences of hazardous sea wave events [1]

Core Viewpoint - The completion of the Beijiang Dike (Embankment) Reinforcement Project marks a significant achievement in flood control for the Guangdong-Hong Kong-Macao Greater Bay Area, transitioning into a critical operational management phase [1][2] Group 1: Project Overview - The Beijiang Dike Reinforcement Project is the highest standard, largest scale, and most technically complex upgrade in the history of Beijiang Dike construction, aimed at protecting the lives and property of over 32 million people in Guangzhou, Foshan, and Qingyuan [2] - The project began construction in October 2005 and has successfully withstood major flood tests, including those from floods rated at 22.6 and 24.4, earning multiple awards for excellence in water conservancy engineering [2] Group 2: Regulatory and Management Aspects - The project passed the completion acceptance inspection conducted by a committee comprising representatives from various governmental and regulatory bodies, resulting in the issuance of the completion acceptance certificate [1] - The successful completion of the project reflects the implementation of key directives from national leadership regarding disaster prevention and mitigation, transforming strategic decisions into actionable outcomes in the Pearl River Basin [2] Group 3: Future Directions - The Pearl River Commission is committed to fulfilling its responsibilities for unified basin management and aims to promote high-quality development in water conservancy with enhanced measures and a stronger sense of duty [2]

本报讯 （记者 董洁） 12月24日，记者从青海省防灾减灾救灾委员会办公室组织召开的今冬明春极端天 气灾害防范应对工作会商会上获悉，今年冬季（2025年12月—2026年2月）我省气候将呈现"气温整体偏 高、降水整体偏少"的总体格局，全省平均气温预计较常年同期偏高约0.8℃，大部分地区降水量预计偏 少5%左右。同时，冬季气候干燥，可燃物较多，易出现森林草原火灾，各行业部门要全力保障人民群 众生命财产安全。 各行业部门要深入学习贯彻党的二十届四中全会精神，认真贯彻落实习近平总书记关于防灾减灾救灾重 要论述和重要指示精神，强化底线思维、极限思维，充分研判寒潮、大风、低温雨雪冰冻等灾害叠加风 险，增强工作主动性、预见性，压实工作责任，落实落细防范应对措施。 同时，要持续加强极端灾害性天气监测预报和会商分析，及时准确发布预警信息，做好灾害风险提醒提 示。要强化灾害风险预警和应急响应联动，针对高风险地区，及时开展工作调度，结合行业特点，细化 落实防范应对措施，及时消除风险隐患。要提前做好预案、物资和应急力量准备，开展必要应急演练， 确保响应迅速、处置有效。要加强宣传引导，广泛传播灾害预报预警信息和安全避险知识，切实增强 ...

Core Viewpoint - The article emphasizes the importance of transforming the results of the national comprehensive risk survey into practical emergency management capabilities at the grassroots level, particularly in high-risk areas [1][2]. Group 1: Training Activities - The emergency management department organized practical training activities from December 8 to 16, covering 136 high-risk towns, with over 1,400 grassroots emergency personnel participating [1]. - The training utilized "scenario-based teaching and immersive drills" to enhance practical skills among emergency workers [1]. - The curriculum focused on real-world applications, including disaster prevention, response team construction, basic firefighting skills, and disaster reporting [1]. Group 2: Training Implementation - The training was conducted by a collaborative team of educators from Guangxi Safety Engineering Vocational and Technical College and experts from various emergency management agencies [2]. - This training is part of a series of initiatives aimed at converting survey results into actionable skills for community and village-level emergency management [2]. - The goal is to ensure that local leaders and community members are equipped with practical skills to effectively respond to disasters, thereby safeguarding public safety [2].

Core Viewpoint - The Yellow River in Inner Mongolia has entered a critical period for ice formation, prompting the National Defense General to dispatch a working group to assist in flood prevention efforts [1][2]. Group 1 - The working group, led by the Deputy Minister of Emergency Management and Water Resources, visited key flood prevention sites to assess the situation and provide guidance on flood prevention measures [1]. - The group emphasized the importance of implementing a flood prevention responsibility system, ensuring local governments and relevant departments fulfill their duties [2]. - The working group highlighted the challenges posed by extreme weather conditions, which have increased the difficulty of flood prevention efforts in recent years [1]. Group 2 - Continuous improvement of emergency response plans is necessary, including training and practical drills for key evacuation measures [2]. - The need for thorough inspections to eliminate obstacles affecting river flow, such as floating bridges and construction sites, was stressed to ensure smooth ice movement [2]. - Enhanced monitoring and forecasting capabilities are essential for timely flood warnings and effective management of river flow during the freezing process [2].

Core Viewpoint - The modernization of disaster prevention, reduction, and relief capabilities is fundamentally supported by enhanced technological capabilities, as demonstrated by the establishment of a comprehensive disaster defense system in Tumotezuoqi, Inner Mongolia [1] Group 1: Disaster Response and Management - Tumotezuoqi has developed a digital command platform for disaster prevention and reduction, integrating real-time data from various sectors such as meteorology and water management, which enhances decision-making capabilities [2] - The region experienced unprecedented rainfall this year, with an average precipitation of 189.7 mm from July 23 to 26, marking the strongest rainfall event since records began in 1959 [1][5] - The government effectively utilized a digital platform to issue timely warnings and coordinate evacuations, resulting in no casualties during the severe weather event [5] Group 2: Technological Integration - The command center is equipped with drones for rapid reconnaissance of high-risk areas, providing real-time imagery to enhance situational awareness [6] - The "All-domain Vision Link Platform" integrates 172 high-altitude and 1708 low-point surveillance cameras, ensuring comprehensive monitoring across all towns and villages [9] - A systematic "119" disaster response model has been established, which includes a centralized command center and a digital platform for data integration and disaster management [9] Group 3: Funding and Resource Allocation - Tumotezuoqi has secured a total of 98.98 million yuan in funding for flood relief and disaster recovery efforts, with 98.90 million yuan already allocated to various recovery initiatives [10] - The funding is directed towards critical areas such as flood control, infrastructure repair, and transitional living assistance for affected residents [10] - Future efforts will focus on enhancing emergency preparedness and upgrading disaster response systems to safeguard public safety [10]

Core Insights - The release of the upgraded China Earthquake Catastrophe Model 3.7 by Zhongzai Catastrophe Risk Management Co., Ltd. enhances the precision of quantifying earthquake disaster losses and provides reliable data support for insurance actuarial work, disaster prevention planning, and emergency management [1] - The recent advancements in catastrophe risk management models reflect a broader trend in the industry, with multiple models being upgraded to improve disaster risk quantification [1][2] - The implementation of the "Action Plan" by the Financial Regulatory Bureau emphasizes the importance of developing catastrophe risk models for typhoons, floods, and earthquakes as part of a comprehensive disaster prevention and mitigation strategy [2] Industry Developments - The insurance industry is increasingly focusing on proactive disaster prevention measures, as demonstrated by the development of intelligent monitoring systems that can predict agricultural risks and provide timely warnings to farmers [3] - Emergency response capabilities have been enhanced, with insurance companies actively participating in disaster management, such as directing traffic during flooding events to prevent further losses [3] - The speed of claims processing has improved significantly, exemplified by rapid compensation for damages caused by natural disasters, showcasing the industry's commitment to efficient service [4] Regulatory Framework - The "Action Plan" has led to significant advancements in establishing a multi-layered catastrophe insurance protection mechanism, including the recent approval for domestic insurance companies to issue catastrophe-linked securities in Hong Kong [5] - The issuance of catastrophe-linked securities allows for better risk distribution and enhances the resilience of the insurance industry against natural disasters [5] Overall Impact - The insurance sector's role in disaster prevention, emergency response, and loss compensation has become increasingly prominent, with a closed-loop system being developed to enhance efficiency and societal resilience [6] - The industry is transitioning from passive compensation to proactive disaster reduction, supported by technological advancements and innovative mechanisms [6] - As catastrophe insurance systems deepen and emergency service mechanisms improve, the insurance industry's function within the national emergency management framework is expected to become more robust, providing stronger protection for public safety [6]

国家防灾减灾救灾委员会：全力做好今冬低温雨雪冰冻灾害防范应对各项工作 来源：中国新闻网 编辑：张澍楠 要加强隐患排查和风险管控，针对重点时段、重点领域、重点部位、重点单位，督导做好风险隐患排查 整治，突出在建工程和外来人员冬季安全管理，督导工地营地、旅游景区和大跨度建构筑物等加强风险 管控。 要强化灾害防范应对准备，及时修订完善应急预案，提前对接各类抢险救援力量，足额储备应急抢险救 灾物资，配备融冰破冰除雪等专业设施装备，做好队伍物资装备的科学调配和预置布防。 要加强监测预警和会商研判，加强低温雨雪冰冻灾害性天气监测预报，及时发布预报预警信息，做好公 路网、电网、高铁网、通信网络和供水、供暖等重要基础设施专业监测，强化多部门会商研判和针对性 安排部署，及时启动应急响应。 要全力抢通保畅救援救灾，聚焦交通、电力和民生等重点领域，及时开展道路铲冰除雪、线路融冰除冰 作业，强化新能源汽车充电服务保障，做好滞留旅客和司乘人员服务工作，快速调拨救灾款物，保障受 灾群众基本生活，确保困难群体温暖过冬。 中新网11月13日电 据应急管理部网站消息，近日，国家防灾减灾救灾委员会办公室向各省份防灾减灾 救灾议事协调机构和各成员 ...

通知强调，要压实压细防范应对工作责任，充分发挥各级防灾减灾救灾议事协调机构统筹协调作用，主 动靠前，加强信息互通、资源共享。落实各相关部门监管责任，督促指导相关企事业单位落实主体责 任。要加强隐患排查和风险管控，针对重点时段、重点领域、重点部位、重点单位，督导做好风险隐患 排查整治，突出在建工程和外来人员冬季安全管理，督导工地营地、旅游景区和大跨度建构筑物等加强 风险管控。要强化灾害防范应对准备，及时修订完善应急预案，提前对接各类抢险救援力量，足额储备 应急抢险救灾物资，配备融冰破冰除雪等专业设施装备，做好队伍物资装备的科学调配和预置布防。要 加强监测预警和会商研判，加强低温雨雪冰冻灾害性天气监测预报，及时发布预报预警信息，做好公路 网、电网、高铁网、通信网络和供水、供暖等重要基础设施专业监测，强化多部门会商研判和针对性安 排部署，及时启动应急响应。要全力抢通保畅救援救灾，聚焦交通、电力和民生等重点领域，及时开展 道路铲冰除雪、线路融冰除冰作业，强化新能源汽车充电服务保障，做好滞留旅客和司乘人员服务工 作，快速调拨救灾款物，保障受灾群众基本生活，确保困难群体温暖过冬。 据预测，2025年12月至2026年2月 ...

Core Viewpoint - The article emphasizes the importance of enhancing disaster prevention, reduction, and relief capabilities in China, highlighting the need for a comprehensive approach to address the increasing frequency and severity of natural disasters, in line with the goals of national modernization and social stability [1][2]. Group 1: Significance of Enhancing Disaster Management - China faces severe natural disasters, necessitating improved disaster management capabilities to protect lives and property, and ensure social stability [2][3]. - The urgency to enhance disaster management is underscored by the increasing extremity and destructiveness of natural disasters, which poses significant risks to the nation [2][4]. Group 2: Requirements for Improving Disaster Management - The enhancement of disaster management capabilities is a complex system project that requires adherence to the leadership of the Communist Party and a focus on people-centered approaches [6][7]. - A shift towards proactive prevention in public safety governance is essential, emphasizing the importance of risk identification and disaster prevention strategies [7][8]. Group 3: Key Tasks for Implementation - Establishing a robust emergency command and responsibility system is crucial for effective disaster management, ensuring coordinated efforts across various levels and departments [10][11]. - Improving disaster prevention capabilities through comprehensive risk assessments and infrastructure development is vital for reducing disaster risks [11][12]. - Strengthening disaster warning and response mechanisms, including advanced monitoring systems and community engagement, is necessary for effective disaster management [12][13]. - Enhancing comprehensive rescue capabilities and ensuring adequate resource allocation for emergency situations is critical for effective disaster response [13][14]. - Increasing technological support for disaster management through research and development of advanced monitoring and response technologies is essential [14][15]. - Strengthening grassroots emergency management capabilities is necessary to build a solid foundation for disaster prevention and response at the community level [15].