赵一德还到西航中心小区，实地察看小区环境和社区食堂，走进社区便民服务中心询问管理服务等 情况。他指出，城镇老旧小区改造是重要民生工程，要持续抓好人居环境提升和公共服务补短，面 向"一老一小"等重点群体需求加强社区嵌入式服务设施建设，推动城市管理进社区、物业服务进家门， 不断提升居民生活品质。 座谈会上，赵一德听取西安市国土空间总体规划和教育、医疗、交通等设施布局情况汇报，对全域 全要素"一张图"管控、"规土评让"联动等创新做法和取得的成果予以肯定，要求组织好规划宣传和业务 培训，协同好规划刚性约束和动态优化，强化规建管全流程制度保障，确保一张蓝图绘到底。他强调， 要加强规划理念、技术、制度等方面创新，加快构建纵向到底、横向到边的规划传导体系，聚焦做强做 精城市核心功能提升规划科学性、指导性，切实增强规划解决实际问题的能力，更好引领城市结构优 化、动能转换、品质提升、绿色转型、文脉赓续、治理增效。 省委常委、省委秘书长王海鹏，西安市市长叶牛平，省直有关部门负责同志参加。 1月5日至6日，省委书记赵一德在西安市调研城市规划和城市更新工作并主持召开座谈会。他强 调，要深入学习贯彻习近平总书记关于城市工作的重要论述， ...

稿源：长沙晚报 2026-01-07 08:27 以提案之力聚发展之智 以实干担当赴时代征程 陈昌佳在长沙市政协十三届五次会议上作提案工作情况报告 长沙晚报1月6日讯（全媒体记者 田也）1月6日上午，在中国人民政治协商会议长沙市第十三届委员会 第五次会议上，市政协副主席陈昌佳受政协长沙市第十三届委员会常务委员会委托，向大会报告长沙市 政协十三届四次会议以来的提案工作。 一年来，市政协常委会坚持以习近平新时代中国特色社会主义思想为指导，深入学习贯彻中共二十大和 二十届历次全会精神，全面落实习近平总书记关于加强和改进人民政协工作的重要思想，以及对政协提 案工作的指示要求，紧扣中心大局，精准建言资政。四次会议以来，共征集提案499件，审查立案425 件。截至2025年11月底，所有立案提案均已办结答复，一件件高质量提案，转化为推动发展、惠及民生 的有效举措，为推进中国式现代化长沙实践贡献了政协智慧、凝聚了委员力量。 紧扣发展大局，精准建言赋能现代化长沙建设 委员们胸怀"国之大者"、聚焦"省会要事"，围绕长沙高质量发展与现代化建设，提出提案184件，立案 166件。 聚焦构建现代化产业体系，建议打造人工智能应用之城、 ...

守护城市根和魂，历史文脉与现代生活相融共生。南宁将持续建设文明城市，坚持以文化人、以文惠 民、以文润城、以文兴业，全力创建国家历史文化名城，做好历史文化遗产的保护传承和活化利用。重 点修缮提升中山路、水街等历史文化街区，让老街区留住烟火气、焕发新活力，让市民在青砖黛瓦间触 摸城市记忆，赓续邕城文脉。 筑牢安全防线，韧性城市建设为美好生活保驾护航。南宁将深化城市安全韧性行动，对供水、供气、供 电、排水等市政设施实施数字化改造与智能化管理，推进地下管网管廊及设施建设改造。同时，聚焦防 洪排涝能力提升，实施内河水系综合整治，完善老口水利枢纽防洪功能。此外，发力交通网络优化，健 全跨江联动、内外衔接、快慢协调的路网体系，统筹治理重点区域交通拥堵，打通一批"断头路"，让城 市运行更安全、更有序、更智慧、更高效。 本报讯（记者冯梓剑）城市建设，民生为要。记者从有关部门了解到，"十五五"时期，南宁将坚持以人 为本理念，不断完善城市功能，用"绣花"功夫深耕城市建设和管理，全方位提升人居环境，努力打造宜 居、宜业、宜乐、宜游的美丽南宁，让高质量发展成果更多惠及全体市民。 坚持以人为本，住房品质与居住环境双提升是核心发力点。南宁 ...

（作者为西南财经大学经济学院教授） （文章来源：人民日报） 完善城市生命线建设，增强超大城市防灾减灾救灾综合能力。此次中央城市工作会议提出"推进城市基 础设施生命线安全工程建设"。城市生命线是保障城市安全运行的关键基础设施，涵盖燃气、热力、供 水、排水、桥梁、隧道、管廊等关键子系统。这些系统相互关联、耦合运行，形成有机整体，共同支撑 城市经济社会活动。城市生命线建设是城市更新和新型城市基础设施建设的重要内容，也是增强城市防 灾减灾救灾综合能力的关键环节。据统计，"十四五"时期，全国累计更新改造供水、燃气、供热等地下 管网84万公里。城市生命线的保供、保畅、保安全能力是城市韧性的集中体现，进一步完善城市生命线 建设，要从单一灾害防范转向多灾种、全要素的综合风险防范，优化应急协同机制，推进不同地域、部 门、层级协调联动，通过数据共享与系统联动实现协同治理和统筹应对。强化重点行业领域安全生产管 理，实现全过程风险实时监测、智能预警和自适应调控，实现事前防范、事中响应与事后恢复的有机统 一。加强基础设施建设，完善能源设施、防火设施、防洪排涝设施、交通设施、防灾设施建设，实施地 下综合管廊建设和老旧管线改造升级，推进老 ...

Core Insights - The Shanghai construction industry is undergoing a digital and intelligent transformation to address traditional construction pain points, creating a closed-loop system of "perception-decision-reuse" [1][3] - The 2025 Shanghai Housing and Urban-Rural Development Technology Conference showcased technological breakthroughs and the integration of advanced theories with practical applications in the construction sector [3][17] Group 1: Intelligent Construction - Intelligent construction is identified as the core engine for high-quality development in the housing and urban-rural construction industry, with a focus on integrating technology breakthroughs with practical applications [3][4] - The application of generative AI and digital twin technology is highlighted as a significant innovation, aiming to overcome challenges in creating city-level digital twin models [3][4] - Various companies are implementing advanced technologies, such as the "Tianchan" construction robot system and the "Cloud Engineering Big Model" AI product service platform, to enhance efficiency and reduce risks in construction processes [4][5] Group 2: Green and Low-Carbon Development - The "dual carbon" goals are driving the Shanghai construction industry's technological innovation, with a focus on green buildings, low-carbon technologies, and ecological governance [6][7] - The Shanghai Construction Consulting Group has developed a comprehensive technology system for low-carbon practices, achieving significant energy savings in building operations [7] - Experts emphasize the importance of a full lifecycle approach to low-carbon development, focusing on existing building upgrades and the application of renewable energy [7][8] Group 3: Urban Renewal - Urban renewal is positioned as a key path for sustainable development, emphasizing optimization of existing resources, ecological priorities, and community needs [8][9] - The revitalization of historical buildings and the development of underground spaces are highlighted as important aspects of urban renewal, showcasing innovative technologies for preservation and functionality enhancement [9][10] - The integration of digital technologies in community updates aims to improve living conditions and ensure efficient project management [10] Group 4: Resilience and Safety - The conference focused on enhancing urban safety through resilient city construction, addressing infrastructure safety and disaster response [11][12] - Innovations in monitoring technologies and dynamic decision-making systems are being implemented to improve safety in major infrastructure projects and underground engineering [12][13] Group 5: Innovation and Talent Development - The establishment of innovation platforms and talent development systems is crucial for the industry's growth, with significant achievements in technology awards and project management [14][16] - Strategic partnerships with educational institutions aim to enhance collaboration and promote technology transfer and talent cultivation [14][16] - The industry is committed to building a robust ecosystem that integrates government, industry, academia, and research to foster innovation [16][17]

Core Viewpoint - The Ministry of Housing and Urban-Rural Development, along with eight other departments, has issued an action plan to promote the construction of new urban infrastructure, focusing on digitalization, networking, and intelligence to enhance urban risk prevention and governance capabilities [1][3]. Group 1: Action Plan Details - The action plan aims to integrate new-generation information technology with urban infrastructure, solidifying the digital foundation for urban governance and innovating urban public service models [3][5]. - By the end of 2027, significant progress is expected in key tasks related to new urban infrastructure, with a focus on creating replicable and scalable practices [3][5]. - The plan outlines nine categories and 32 specific tasks to ensure systematic implementation and collaboration among various departments and sectors [5][6]. Group 2: Resilience and Safety - A resilient city is defined as one that can effectively withstand external shocks and internal risks, quickly initiate emergency responses, and restore core functions [5][6]. - The action plan emphasizes the construction of urban lifeline safety projects, addressing the need for deeper urban development beyond superficial aspects [5][6]. - The plan aims to enhance urban governance efficiency and strengthen safety defenses by leveraging digital, networked, and intelligent technologies to break down barriers between different sectors [6][8]. Group 3: Implementation Strategies - The action plan includes the establishment of urban information modeling platforms and urban operation management service platforms to conduct comprehensive risk assessments [8]. - It also outlines specific tasks related to the construction of vehicle-road collaborative facilities, improving logistics and emergency material support capabilities, and advancing smart parking initiatives [8].

Core Viewpoint - The Ministry of Housing and Urban-Rural Development, along with eight other departments, has issued an action plan to promote the construction of new urban infrastructure from 2025 to 2027, focusing on digitalization, networking, and intelligence to enhance urban risk prevention and governance capabilities [1][3]. Group 1: Action Plan Details - The action plan aims to explore the deep integration of new-generation information technology with urban infrastructure, solidifying the digital foundation for urban governance and innovating urban public service models [3][5]. - By the end of 2027, significant progress is expected in key tasks related to new urban infrastructure construction, with a focus on creating replicable and scalable experiences [3][5]. - The plan details specific measures for implementation across various departments, outlining nine categories and 32 specific tasks [3][5]. Group 2: Emphasis on Resilience and Safety - The concept of a resilient city is defined as one that can effectively withstand external shocks and internal risks, quickly initiate emergency responses, and restore core functions [6]. - The action plan prioritizes the construction of urban lifeline safety projects, addressing the need for deeper urban construction improvements [6][7]. - The plan highlights the importance of enhancing urban governance efficiency and strengthening urban safety defenses, particularly as many urban infrastructures are aging and in need of repair [7][9]. Group 3: Technological Integration and Collaboration - The action plan emphasizes multi-field collaboration, leveraging digital, networked, and intelligent technologies to break down barriers between different sectors [9][11]. - Key areas such as risk monitoring, emergency response coordination, and information sharing will benefit from advanced technologies, enhancing urban governance effectiveness [9][11]. - The plan includes the development of urban information modeling platforms and management service platforms to conduct comprehensive risk assessments and improve urban management [11].

Core Viewpoint - Sanya aims to significantly enhance the level of public welfare and establish a high-level social security system by 2027, ensuring that the benefits of development are more equitably shared among its citizens [1] Group 1: Action Plan Overview - The "Three-Year Action Plan (2025-2027)" has been developed to address the increasing demands for infrastructure, public services, and social security due to rapid urban development and population growth [1] - The action plan focuses on resilient urban construction, international public services, and urban-rural integration, targeting key challenges in public welfare [1] Group 2: Key Areas of Focus - **Resilient City Initiatives**: Plans to upgrade the "Five Networks" and construct over 350 new 5G base stations annually, achieving 100% coverage of urban gas pipelines [2] - **Traffic Improvement**: Aiming to create a "30-minute travel circle" in the city center, reduce peak congestion index by 8%, and add over 1,300 public parking spaces [2] - **Quality of Life Enhancements**: Ensuring food supply with over 150 acres of facility greenhouses and establishing 10 new affordable grocery outlets [2] Group 3: Public Services and Social Security - **Education and Healthcare**: New construction and expansion of 27 schools and kindergartens, adding over 26,000 new student places, and establishing 2 national regional medical centers with 1,900 new hospital beds [2] - **Employment and Training**: Targeting the creation of 136,000 new urban jobs and providing vocational training for 21,000 individuals [2] - **Social Security System**: Maintaining a basic medical insurance coverage rate of over 95% and completing barrier-free renovations for 430 households with severely disabled family members [2] Group 4: Environmental Goals - **Air and Water Quality**: Aiming for over 98% of days with good air quality and achieving 100% excellent water quality in surface water and coastal areas [3] - **Sustainability Initiatives**: Plans to establish a near-zero carbon emission demonstration zone and to be the first to create a "waste-free city" [3]

Core Insights - Beijing Municipal Organization Department has launched a talent support plan for disaster recovery and reconstruction in the districts of Miyun, Huairou, Pinggu, and Yanqing, gathering nearly 150 experts from various fields to provide strategic advice and support for enhancing urban resilience [1][2] Group 1: Expert Contributions - Academician Yue Qingrui proposed a "sky-ground integration" monitoring and early warning scheme to ensure the safety of mega-city operations throughout their lifecycle [1] - Academician Yin Yueping emphasized the need for detailed planning and comprehensive utilization of land resources, advocating for a balanced approach to rural development, tourism, and disaster prevention [1] - Academician Chen Jun highlighted the challenges of urban digitalization, recommending the enhancement of a unified spatial data platform to integrate diverse information sources for improved disaster risk management [1] Group 2: Roundtable Discussions - Experts discussed themes such as the empowerment of disaster warning through digital technology, enhancing the disaster resistance of urban buildings and infrastructure, and systematic governance of mountainous rivers [2] - The "Capital Academician Expert Forum" is organized by the Beijing Talent Work Bureau, the Chinese Academy of Sciences, and the Chinese Academy of Engineering, involving local government officials and representatives from relevant departments and enterprises [2]

Core Insights - The article discusses the launch of a resilience city indicator system in Tianjin Eco-City, which includes 33 tasks and 25 projects aimed at enhancing urban risk resilience [1] - The central urban work conference in July emphasized the importance of building safe and resilient cities, which can withstand various risks and ensure sustainable development [1] - The construction of resilient cities is increasingly urgent due to urban expansion, population growth, extreme weather, and aging infrastructure, highlighting the need for effective risk management [1] Group 1 - The current approach to resilience city construction is hindered by fragmented governance, which affects overall response efficiency [2] - Effective risk management must encompass three stages: resistance, adaptation, and recovery, requiring cross-departmental and cross-level collaboration [2] - The lack of effective connection between short-term emergency responses and long-term planning leads to information silos, complicating decision-making during extreme weather events [1][2] Group 2 - To address fragmentation, a problem-oriented and systematic approach is necessary, shifting urban governance from passive response to proactive prevention [2] - Mechanism innovation is essential to break down management barriers and enhance departmental collaboration, ensuring a cohesive approach to resilience city construction [2] - Data sharing is crucial to eliminate information silos, enabling precise decision-making and real-time monitoring of urban management services [2] Group 3 - The successful transformation of resilience city plans into reality depends on recognizing that resilience is not merely a collection of isolated projects but a comprehensive governance initiative [3] - Systematic planning and overall advancement are vital to building a robust "resilience wall" that protects communities [3]