□ 欧玲王兆林 建立社会资本参与乡村振兴机制。首先，创新补贴方式稳定社会资本投资收益预期，支持采取资本金注 入、财政奖励、运营补贴、投资补贴、融资费用补贴等多种方式，针对公益类与经营类项目实施差异化 补贴政策。其次，积极推动建立乡村振兴金融需求项目库，支持线上线下（300959）开展多种形式的项 目推介和宣传引导，加强社会资本与金融资本衔接，吸引集聚金融资源和社会资本服务乡村振兴。此 外，重点推广政府与社会资本合作(PPP)模式，强化政企合作联结机制，针对冷链物流、充电桩等收益 较明确的项目，探索"可行性缺口补助+使用者付费+超额利润分享"机制。另外，强化社会资本税费减 免激励，对于符合条件的乡村新基建项目，给予所得税"三免三减半"(前三年免征、后三年减半征收)， 减免一定比例的土地使用税，具体比例与项目带动农户就业、村集体增收绩效挂钩。 2025年"中央一号文件"明确指出，要创新乡村振兴投融资机制。当前，各地乡村振兴投融资依然在资金 使用效率、资金投入方式、金融服务能力、农业保险保障等方面存在不足，建议从创新财政投入机制、 鼓励社会资本参与、统筹整合涉农资金、增强农村金融服务能力、提升农业保险保障水平等方面 ...

Core Insights - The integration of artificial intelligence (AI) in the education sector is enhancing talent cultivation in the tourism industry, addressing the mismatch between talent supply and industry demand in Jiangsu [1][4]. Group 1: Talent Supply and Demand Mismatch - There is a significant gap between the talent supply and the evolving needs of the tourism industry, with traditional course offerings failing to keep pace with emerging fields like smart tourism and AI marketing [2][3]. - The current educational focus is heavily weighted towards traditional tourism management, leading to a shortage of professionals in digital roles such as data analysts and smart operation specialists [2][3]. - The lack of interdisciplinary courses and a cohesive training system hampers the development of composite talents needed for the "tourism+" model, which combines various sectors [2][3]. Group 2: Practical Training Barriers - Most educational institutions have superficial collaborations with tourism enterprises, limiting students' exposure to core processes like product planning and smart system operations [3]. - Companies are reluctant to invest in training due to high costs and the high turnover rate of interns, which exacerbates the disconnect between education and industry needs [3]. Group 3: AI-Driven Talent Development Pathways - AI can be leveraged to create a responsive curriculum that aligns with real-time industry demands, incorporating advanced courses in areas like AI-driven tourism data analysis and smart tourism systems [4][5]. - The introduction of personalized learning platforms and AI tools can help bridge the gap in composite talent by integrating knowledge from various disciplines [5][6]. - Enhanced collaboration between educational institutions and tourism enterprises through AI can streamline the training process, ensuring that students acquire relevant skills and experience [6]. Group 4: Future Directions - The focus on AI-enabled talent cultivation is essential for the high-quality development of the tourism industry in Jiangsu, aiming to produce professionals with digital literacy and cross-disciplinary capabilities [6].

会议强调，要全面贯彻习近平总书记关于"三农"工作的重要论述和重要指示精神，锚定农业农村现代 化，扎实推进乡村全面振兴，坚持稳粮安农、科技强农、产业富农、生态惠农，促进优土、优种、优 产、优储、优销"五优联动"，努力把农业建成现代化大产业、使农村基本具备现代生活条件、让农民生 活更加富裕美好。 本报讯(记者王拓李嘉豪)1月14日，省政府召开全体会议和常务会议，深入学习贯彻习近平总书记重要 讲话重要指示重要文章精神，研究讨论《政府工作报告(审议稿)》等文件，分析研判经济形势，部署安 排当前重点工作。省长刘小涛主持会议。 会议学习了《习近平法治文选》第一卷、《习近平法治思想学习纲要(2025年版)》，省政府党组成员作 了交流发言。会议强调，要坚持把党的领导贯穿到法治政府建设全过程各方面，带头尊法学法守法用 法，坚持科学决策、民主决策、依法决策，严格规范公正文明执法，加强重点领域、新兴领域立法，完 善基层依法治理，持续打造市场化法治化国际化一流营商环境，以高水平法治保障高水平安全、护航高 质量发展。 会议指出，向人民代表大会报告工作，是省政府的法定职责。高质量起草好《政府工作报告》、编制 好"十五五"规划纲要、安排好 ...

□ 本报记者蔡姝雯张宣实习生李凌云 "青年科研人应坚守初心、勇攀高峰，把个人理想融入国家发展大局，用科技创新书写青春答卷。"远东 海缆有限公司总经理、"江苏省青年女科学家"获得者徐静表示，未来将持续聚焦海缆领域关键核心技 术，推进高电压、长距离、环保型海缆的研发与产业化应用，助力我国海缆技术从"跟跑"向"领跑"跨 越，为海洋经济、新能源等战略性新兴产业高质量发展注入动能。 1月13日召开的省科学技术协会第十一次代表大会，对全省科技工作者提出殷切希望：在推动科技创新 和产业创新深度融合、助力打造发展新质生产力的重要阵地上再立新功；在发挥关键力量作用、推进教 育科技人才一体发展上再立新功；在推动科普事业发展、促进全民科学素质提升上再立新功；在大力弘 扬科学家精神、营造有利于创新创造的良好风尚上再立新功。 参会代表纷纷表示，要深入学习贯彻习近平总书记关于科技创新的重要论述和对江苏工作重要讲话精 神，进一步把思想和行动统一到党中央决策部署上来，勇挑重担、勇攀高峰，努力在新征程上再立新 功，为江苏在推进中国式现代化中走在前、做示范多作贡献。 胸怀"国之大者"，勇担科技自立自强使命 "大会提出的'四个再立新功'，为全省广 ...

Core Insights - Jiangsu Province has officially announced the first batch of data enterprises included in the cultivation list, with a total of 2,110 operating entities recognized, marking a new phase in the standardized and scaled development of the data industry [1][2] Group 1: Data Enterprise Cultivation - The initiative aims to clarify the status of data enterprises in Jiangsu and focus on nurturing high-quality data companies that are ecologically driven, industry-leading, and characteristic of Jiangsu [1] - The 2,110 enterprises span six core areas: data resources, data technology, data services, data applications, data security, and data infrastructure [1] Group 2: Industry Development Trends - The data industry in Jiangsu shows a clear trend of "full-domain collaboration, full-chain coverage, and precise empowerment," with enterprises from all 13 districts included in the cultivation list [1] - Suzhou, Nanjing, and Wuxi account for 58% of the total enterprises, forming core growth poles for the data industry [1] - The selected enterprises cover multiple key industries, illustrating the main line of "data empowering the real economy" [1] - The enterprise layout across the entire industry chain is taking shape, with a diverse range of enterprise types fully covering the data industry chain [1] - Among the included enterprises, 54% are above designated size, and 39% of these enterprises have data business revenue accounting for over 80% of their total revenue [1] Group 3: Support and Services - Jiangsu will enhance dynamic management and tracking services for these data enterprises, offering activities such as supply-demand matching, intelligent computing support, financing services, and value innovation [2] - The focus is on supporting enterprises in technological, model, and scenario innovations, aiming to cultivate a group of nationally influential benchmark enterprises [2] - The initiative seeks to promote collaborative development among upstream and downstream enterprises in the industry chain and facilitate the deep integration of the real economy with the digital economy [2]

政策紧扣城市更新实际，按照不同产权归集场景，分别明确了对应的不动产登记路径与方法。针对"单 宗地单主体""单宗地多主体""多宗地单主体""多宗地多主体"等四种常见情形，明确按"主体"与"宗地"分 类施策，无论是原址翻建还是拆除重建，权利人都能清晰知晓如何整合产权、办理登记；针对"划拨、 出让、作价出资(入股)、置换"等不同土地取得方式，明确每种方式下的产权归集逻辑、用地手续完善 要求及登记程序；对于文保建筑、历史风貌建筑等保留建筑，提出"协议搬迁""房屋征收""房屋买 卖""资产划转"等多种产权归集方式和"带建筑挂牌"等模式的登记路径；针对"未登记产权确认""涉及公 房承租""产权归集前信息查询"等常见问题，也提出了解决路径。 本报讯(记者姚政宇)记者从省自然资源厅获悉，为了有效破解城市更新过程中产权主体多元、权属来源 复杂、产权归集难等问题，我省近日在全国率先制定印发《江苏省城市更新产权归集与不动产登记政策 工具箱(试行)》，为各地规范、高效、有序推进城市更新提供更加清晰、务实、可操作的政策指引。 我省还同步印发了《江苏省各地城市更新产权归集案例汇编》，精选全省9个典型案例，涵盖多元主体 重建、原址翻建、保 ...

Group 1 - The first major 500 kV power grid project in Jiangsu province for the year, the Guodian Investment Binhai 2×1 million kW unit expansion project, has successfully commenced operation, marking a significant advancement in the province's coal power supporting grid construction [1] - The new power transmission line, which is 89.045 kilometers long, connects the Yancheng Binhai Power Plant to the Heqi 500 kV substation, providing essential support for the efficient transmission and consumption of renewable energy in the coastal region of Jiangsu [2] - The operation of this project is part of a broader initiative to enhance the province's energy structure and support the integration of new energy sources, with several other 500 kV transmission projects also being accelerated in construction [2] Group 2 - Jiangsu province has seen rapid development in new energy installations, with Yancheng becoming the first city in the Yangtze River Delta region to exceed 20 million kW of renewable energy grid capacity [2] - The successful operation of the Binhai power transmission project is expected to bolster the connection of four 1 million kW coal power units to the grid, enhancing the system's regulation capacity [2] - Ongoing projects, including the Huaneng Tongzhou Bay Power Plant and the Yancheng Gaorong 500 kV transmission and transformation project, are set to further optimize the consumption of renewable energy and overall power supply capacity in Jiangsu [2]

Core Insights - The article highlights the successful emergency response of China's space program following the discovery of a crack in the Shenzhou spacecraft's window, showcasing the country's technological capabilities and commitment to self-reliance in science and technology [1][2]. Group 1: Emergency Response and Coordination - The Shenzhou team completed a comprehensive emergency assessment and re-scheduling of the spacecraft within 20 days, demonstrating a systematic approach to risk management [1]. - The rapid response included the successful retrieval of astronauts from Shenzhou 21 and the record-setting launch of Shenzhou 22 in just 16 days, reflecting the efficiency of China's space program [1]. - The coordination among various departments was crucial, with the Jiuquan launch site accelerating a satellite launch by three days to facilitate the Shenzhou 22 mission, exemplifying a high level of inter-departmental collaboration [2]. Group 2: Technological Innovation and National Strategy - The article emphasizes that key core technologies cannot be acquired externally, underscoring the importance of domestic technological innovation as a cornerstone of national development [3]. - China's space achievements, including the Shenzhou and Chang'e missions, illustrate significant progress in technology, although challenges remain in original innovation capabilities [3]. - The strategic deployment from the 20th National Congress calls for accelerated efforts in high-level technological self-reliance, focusing on foundational research and overcoming critical technological challenges [3].

Group 1 - The core viewpoint of the article highlights the rapid growth and success of the Sino-German (Changzhou) Innovation Industry Park, which has attracted 82 German-speaking enterprises with a total investment exceeding 2.3 billion euros, aiming to surpass 100 enterprises by 2026 [1] - The German company Mimpus plans to establish a subsidiary in Changzhou to provide comprehensive support for local enterprises and assist Chinese companies in overseas investments, indicating the park's potential for growth and expansion [1] - The park has successfully integrated leading manufacturing enterprises and "hidden champions," enhancing the clustering effect of German-speaking companies, with 60% of these being "hidden champions" that align with the park's focus on five key industries: new energy, new infrastructure, new materials, new medicine, and new intelligent equipment [2] Group 2 - The park's efficient service and strong industrial ecosystem in the Yangtze River Delta have attracted companies like Pudong Development Bank, which is expanding its operations in Changzhou, showcasing the "Changzhou speed" and "Changzhou warmth" in project approvals and land planning [3] - A dedicated "German service team" has been established to maintain regular communication with German enterprises, providing tailored services in cross-border financial support, which enhances investment confidence among these companies [3] - The park aims to become the preferred location for German-speaking enterprises in China and a significant industrial cluster in the Yangtze River Delta, focusing on long-term development and deepening the industrial ecosystem [3]

Core Viewpoint - The "Outline for the Construction of a Strong Education Nation (2024-2035)" emphasizes the need to strengthen the synergy between science and technology education and humanities education, indicating a clear direction for educational modernization [1] Group 1: Significance of Synergy - For individuals, the synergy between science and humanities education is essential for achieving "comprehensive human development," aiming to cultivate well-rounded socialist builders and successors [2] - For education, this synergy is a necessary choice to address contemporary challenges and achieve intrinsic development, as interdisciplinary integration has become a primary paradigm for scientific research and knowledge innovation [2] - For the nation, this synergy serves as a powerful driver for sustainable development and civilizational progress, ensuring that technological advancements are guided by humanistic values [3] Group 2: Current Challenges - The internal drive to enhance humanistic literacy is weakening, with some STEM students viewing humanities courses merely as a means to fulfill credit requirements rather than as essential components of their core competencies [4] - Clear disciplinary boundaries and the need for innovation in curriculum systems and teaching models are evident, as current approaches often lack deep integration between humanities and STEM education [4] - Insufficient support for implementation platforms and evaluation mechanisms hinders the advancement of synergistic education, with existing evaluation systems focusing too heavily on traditional academic outputs [5] Group 3: Pathways to Constructing a Synergistic System - Promoting deep integration of curricula and innovative teaching methods is crucial, requiring the development of interdisciplinary core courses that embed historical reflection and social context into STEM education [6] - Building a cross-disciplinary teaching team is essential, with a focus on transforming educators into architects of cognitive ecosystems and enhancing their interdisciplinary literacy [7] - Expanding practical, multi-dimensional educational scenarios beyond campus boundaries is necessary, involving collaboration with museums, communities, and enterprises to create interdisciplinary practice bases [8]