1月5日至6日，全国应急管理工作会议在京召开。会议提出，今年是"十五五"开局之年，开局关乎全 局，必须以更强责任感、使命感做好各项应急管理工作。 会议明确，要健全大安全大应急框架下应急指挥体系，加快构建覆盖各类灾害事故的全流程全要素全链 条应急指挥机制，以实战标准建强各级应急指挥部，统筹推动新一轮应急预案制修订。要提升应急物资 和装备统筹保障能力，对标大灾巨灾救灾物资峰值需求优化物资品类、规模和储备布局，完善重特大自 然灾害灾情快速评估机制，持续提升应急指挥通信保障能力。要推动应急救援队伍升级强能，健全消防 救援力量体系，加快推进机动队伍、航空救援队伍组建落地，统筹推进航空应急救援能力建设，优化国 家安全生产应急救援和工程救援专业力量布局。 会议提出，要全面完成治本攻坚三年行动任务，强力推动"八大行动"和四项重点任务落地落实，抓好重 大事故隐患判定标准查漏补缺和提质升级，加大重点地区重点行业指导帮扶力度，强化重点行业领域安 全风险监测预警系统建设应用和升级改造，深化城市安全风险综合监测预警工作体系建设。要深化重点 行业领域"一件事"全链条专项整治，矿山方面要逐条抓好"八条硬措施"年度重点任务落实，加力实 施" ...

近日，中央财政下达我省2026年安全生产预防和应急救援能力建设补助资金9454万元，专项支持国 家应急救援队伍能力提升，为我省安全生产应急救援力量建设再添"硬核"保障。其中，国家危险化学品 应急救援大连石化队获7355万元重点支持，用于批量采购侦检、灭火抢险、洗消救护、通信指挥以及实 训演练等类型专业装备，保障新质战斗力尽快生成。 省财政厅将会同业务主管部门强化中央补助资金绩效管理与资金监管，压实项目实施责任，充分发 挥资金使用效益，推动应急救援队伍向智能化、专业化转型，满足重特大事故灾害救援需求，为我省应 急救援能力提升提供坚强保障。 此次资金分配聚焦国家应急救援队伍建设核心需求，重点支持三大领域，一是应急救援装备设备的 运行维护，强化装备管理水平；二是矿山、危险化学品、油气管道等重点行业领域专业救援装备的更新 换代，提升复杂环境下的抢险救援效能；三是跨区域、多灾种联动联训，包括应急救援业务训练、模拟 实战演练等演训科目，提高应对各类突发灾害事故的处置效率。 ...

赤心不改，忠诚如一——走近2025年"最美退役军人" 新华社记者周文剑、朱高祥 脱下戎装，他们赤心不改，扎根新行业履职尽责； 重新出发，他们忠诚如一，投身新岗位续写荣光。 中央宣传部、退役军人事务部、中央军委政治工作部27日向全社会公开发布"最美退役军人"。 一个个动人故事，汇成一曲展现永葆军人本色的时代赞歌。 忠诚永驻 赤心为民 "我会传承父亲遗愿，时刻准备把自己的满腔热血奉献给伟大的党、人民和消防事业。"这是消防 英烈的后代、内蒙古自治区呼和浩特市玉泉区南二环路消防救援站站长巴特尔的铮铮誓言。 十八年来，他坚守应急救援一线，自主研发"水带卷盘机"获国家专利，在液氨泄漏、烈焰围困、 洪涝决口等重大救援中逆行而上，累计参与各类险情处置4800余起，成功营救和疏散群众共计 8500余人。他还带领志愿服务队倾情帮扶困难群体，被群众亲切称为"道图怒"（蒙语，意为"贴心 人"）。 维护正义，是军人骨子里的信仰。 年国强是安徽省阜阳市公安局刑警支队二级警长。他长期奋战在刑侦一线，虽身患重症，却始终 坚守岗位，累计抓捕逃犯300余名，打掉各类犯罪团伙上百个，侦破公安部督办案件50余起。他签 署遗体器官捐献协议，积极捐资助 ...

12月19日上午，南宁市基层应急管理能力建设推进情况通报新闻发布会在南宁国际会展中心举行。发布 会围绕隐患排查治理、应急救援力量建设、指挥体系升级、救灾救助优化等方面，展现南宁以人民至 上、生命至上为原则，推动应急管理工作下沉基层、筑牢防线的扎实成效。 隐患治理 从"事后处置"转向"事前预防" 南宁坚持预防为主，推动公共安全治理模式从"事后处置"向"事前预防"深度转型，紧盯群众身边的安全 风险，打出"专项整治+科技赋能+全民科普"组合拳。 在民生风险整治上，聚焦城镇燃气、电动自行车、新能源充电设施等重点领域开展"一件事"全链条整 治。今年以来，全市完成老旧燃气管道更新改造156公里；通过建设集中充电场所、打击非法改装等举 措，电动自行车火灾事故起数同比下降64.9%，亡人道路交通事故起数、死亡人数实现"双下降"。 南宁以实战为标准，构建"综合+专业+社会"应急救援体系，让应急救援力量"拉得出、冲得上、打得 赢"。 救援力量布局持续优化。南宁整合市级消防救援、专业抢险等20支骨干力量，引导社会应急力量协同参 与，形成统一指挥、优势互补的救援体系。基层响应末梢也被全面激活，全市村（社区）组建起3.4万 人的"八桂 ...

在服务全省绿色转型，助力美丽山东建设方面，省煤田地质局全面贯彻落实"两山"理念，充分发挥 地质工作公益性基础性作用和技术优势，聚焦泰山、沂蒙山、南四湖、东平湖等重点区域生态保护，支 撑泰山区域生态保护修复工程试点和沂蒙山区域山水林田湖草沙一体化保护和修复工程等国家级"山水 工程"，积极承担南四湖、东平湖等生态保护修复重点项目；开展了11市农村供水水质抽检监测项目、 南水北调山东干线工程水质监测项目，有力保障了水源安全；创新平原地区绿色勘查技术方法和"全要 素、全过程、全方位"绿色勘查技术体系，为绿色低碳高质量发展作出积极贡献。 应急救援队伍是矿山等事故灾害救援的中坚力量。在建设应急救援队伍、守护安全防线方面，省煤 田地质局成功创建我省唯一的国家级矿山钻探应急救援队，局属单位全部入列省级以上应急救援队伍， 参与全国20余起矿山重大事故灾害钻探救援任务，有力保障矿山职工生命安全。建立了集成通信、定 位、视频传输的指挥信息系统，通过信息化系统实现指挥员、技术专家、钻探救援队员、后勤保障等所 有人员"一键式"集结，决策层和作业面"一张图"作战。最终达到1小时内出动救援，省内12小时内到 达、当天开钻，黄金72小时内打 ...

Core Insights - The Jining Emergency Management System has made significant progress in safety management and disaster prevention during the "14th Five-Year Plan" period, focusing on a comprehensive safety framework and modernizing emergency management capabilities [1][2][3][4][5] Group 1: Safety Production - The safety production situation has shown a steady improvement, with no major accidents reported during the "14th Five-Year Plan" period, and both the number of accidents and fatalities have consistently decreased each year [2] - A responsibility system has been established, clarifying safety production responsibilities across various levels of government and departments, and integrating safety performance into annual evaluations [2] - The safety governance level has been enhanced through major actions, including the elimination of 917,000 safety hazards and the implementation of advanced safety technologies in chemical industries [2] Group 2: Natural Disaster Prevention - Significant achievements have been made in natural disaster prevention, including effective responses to 28 rounds of heavy rainfall and the successful defense against one typhoon [3] - A comprehensive risk survey for natural disasters has been completed, and multiple demonstration communities for disaster reduction have been established [3] - A robust disaster relief mechanism has been developed, with a total of 11.74 million yuan allocated for disaster relief, benefiting 58,900 individuals [3] Group 3: Emergency Rescue Capability - The emergency command and communication systems have been improved, with the establishment of a mobile emergency command platform and enhanced communication capabilities [4] - A comprehensive emergency response plan system has been developed, including the first city-level emergency plan management method in the country [4] - The emergency rescue teams have been strengthened, with 672 grassroots emergency rescue stations established across the city, creating a "Jining model" for emergency response [4] Group 4: Future Outlook - Looking ahead to the "15th Five-Year Plan," the Jining Emergency Management System aims to enhance safety governance, risk management, and disaster prevention mechanisms to support high-quality development [5]

四川省区域应急救援广元基地配备的无人侦测船。 一个国家级基地 四川省基层应急救援队伍大练兵成果检验活动现场。图片均由四川省应急管理厅提供 位于成都金堂的国家西南区域应急救援中心占地面积达54.3万平方米，建设了地震地质灾害救援、森林火灾救援、航空模拟训练馆三大主要训练区域共 11项实战训练设施，可满足200多个救援科目训练需求，救援范围涵盖四川、重庆、贵州、云南、西藏等地 六个省级基地 结合四川复杂多样的地理环境和灾害类型，四川在攀枝花、广元、内江、达州、雅安和甘孜建成6个省级区域综合应急救援基地。基地间相互呼应、功 能互补，基本构建起"2小时救援圈" 国家西南区域应急救援中心内，来自全国的41支代表队齐聚，比拼消防搜救犬技术；四川省区域综合应急救援达州基地里，15支县级和乡镇级队伍同场 切磋实战技艺；四川省区域综合应急救援攀枝花基地里，集中开展灭火无人机、通信无人机等先进装备教学应用……近日，四川多地密集举行训练比武，展 示全省应急救援基地网络的实战效能。 "十四五"期间，四川持续推进应急救援基地体系建设，1个国家级综合应急救援基地、6个省级区域综合应急救援基地和11个省级航空应急救援基地建成 并投入使用。 ...

Core Insights - The State Council issued an implementation opinion to accelerate the cultivation and large-scale application of new scenarios, focusing on creating new application scenarios in various fields and promoting industrial transformation and upgrading [1][27]. Group 1: New Fields and New Tracks - The digital economy sector aims to explore applications of technologies like the metaverse, virtual reality, and robotics, enhancing the integration of the digital and real economies [2][30]. - In the artificial intelligence sector, there is a push for the cultivation and opening of high-value application scenarios to meet diverse development needs across technology, industry, and governance [3][30]. - The development of a comprehensive unmanned system across land, sea, and air is encouraged, with applications in tourism, logistics, and public services [4][30]. - The biotechnology sector is set to expand applications in new materials, energy, and environmental protection, focusing on bio-based materials and low-carbon transformations [5][30]. - Clean energy applications are to be promoted in various transportation sectors, aiming for a collaborative development of the clean energy industry chain [6][31]. - The marine development sector will focus on deep-sea exploration and biotechnology applications [7][31]. Group 2: Industrial Transformation and Upgrading - The manufacturing sector will innovate in smart and green manufacturing, supporting the development of intelligent factories and zero-carbon parks [8][32]. - The transportation sector will implement new technologies for smart traffic management and optimize urban transport structures [11][32]. - The logistics sector will accelerate the development of smart logistics hubs and explore new models integrating technology and logistics [12][32]. - Modern agriculture will enhance digital applications in breeding and farming, promoting digital transformation in livestock and aquaculture [13][33]. Group 3: Industry-Specific Application Scenarios - The emergency management sector will focus on digital scenarios for disaster response, enhancing capabilities in monitoring and rescue operations [15][34]. - The mining safety sector will integrate technologies for intelligent decision-making and automation to improve safety standards [16][34]. - The water conservancy sector will promote integrated monitoring and management applications to enhance flood prevention and water resource management [17][34]. - The construction safety sector will implement intelligent risk monitoring and autonomous inspections to improve safety management [18][35]. - The forestry sector will utilize remote sensing technologies for ecological monitoring and disaster prevention [19][35]. Group 4: Social Governance and Public Services - The government services sector will enhance smart services through intelligent appointment and identity verification systems [20][36]. - The smart city sector will focus on urban infrastructure and digital transformation to improve community services [21][36]. - The rural construction sector will promote digital village initiatives to enhance governance and service standards [22][36]. Group 5: Enriching Livelihood Application Scenarios - The healthcare sector will integrate new technologies for innovative medical applications, including remote healthcare services [23][37]. - The elderly care and childcare sectors will innovate service delivery through smart devices and remote systems [24][37]. - The cultural and tourism sector will accelerate the application of digital technologies to enhance visitor experiences [25][37]. - The cross-industry consumption sector will promote the integration of various sectors to create new consumer experiences [26][37].

Core Viewpoint - The establishment of a high-level emergency rescue system is crucial for supporting the construction of Hainan Free Trade Port, especially in the face of extreme natural disasters and safety risks associated with the Qiongzhou Strait and chemical parks [2][5]. Group 1: Emergency Management System Development - The sixth batch of cadres sent by the Central Organization Department has focused on enhancing Hainan's emergency management capabilities, addressing key areas such as disaster prevention and response, emergency command, and safety in chemical parks [2][3]. - The team identified three main risks to the construction of Hainan Free Trade Port: the Qiongzhou Strait, extreme natural disasters, and chemical parks [2][3]. Group 2: Qiongzhou Strait Safety Measures - The team conducted in-depth research on safety issues related to the Qiongzhou Strait, proposing measures to unify visibility standards for navigation to 500 meters, which alleviates fog-related disruptions [3]. - A safety research report on electric vehicle transportation across the Qiongzhou Strait was developed, leading to the formulation of operational guidelines and industry standards [3]. Group 3: Disaster Prevention and Response Enhancements - The team emphasized the importance of grassroots capabilities in disaster prevention, contributing to the development of operational manuals and flood prevention strategies at the village level [4]. - The team has been instrumental in improving the safety levels of chemical parks in Yangpu and Dongfang, raising their risk ratings from B and A levels to D and C levels, respectively [4]. Group 4: Commitment to Future Support - The team members expressed their commitment to continue supporting the construction of Hainan Free Trade Port, regardless of their future positions, highlighting their dedication to enhancing safety and emergency management capabilities [5].

Group 1 - The core viewpoint of the article highlights that Chongqing has established a comprehensive rescue system with over 25,000 professional rescue personnel, achieving full coverage in the field of professional rescue [1][2][3] Group 2 - In terms of organizational structure, Chongqing has developed a multi-level emergency rescue team system at the city, district, and town levels, focusing on specialized responses and regular monitoring [2] - The city-level teams emphasize professional challenges, with the establishment of specialized teams in various sectors such as hazardous materials and mining [2] - The district teams are responsible for routine responses, while the town teams focus on initial emergency handling, reducing average emergency response time from 30 minutes to 10 minutes [2] Group 3 - Chongqing has achieved a "three-dimensional" rescue capability, enabling operations on water, land, and air [3] - In water rescue, the capabilities have been enhanced with the addition of the "China Emergency·Chongqing" rescue ship, increasing diving depth from 45 meters to 90 meters and water salvage capacity from 300 tons to 800 tons [3] - Land rescue capabilities have been upgraded with advanced equipment, achieving a flood drainage capacity of 400,000 cubic meters per hour and a forest fire single pump water supply lift exceeding 900 meters [3] - In aviation rescue, the deployment of 6 helicopters and over 200 drones has created a collaborative operation matrix [3]