当前，城市环境服务市场趋向饱和、同业竞争加剧，而农村点多面广、专业力量薄弱、设施"建得起、 管不好"等问题突出，为环境服务下沉提供了战略机遇。 创新合作盈利模式，构建稳定商业闭环。破解农村治理资金筹措的难题，关键在模式创新。尝试县域打 包连片运营，整合改厕、污水治理、垃圾处理、生态修复等项目，统一承接运维，降低边际成本，参考 PPP模式，企业主导建设运维、政府按绩效付费，锁定20年至30年的稳定现金流。探索多元付费与股份 合作模式。核心服务由财政购买，增值服务向养殖户、合作社收费。探索"企业+村集体+农户"股份 制，企业以技术设备入股，村集体以土地资源入股，农户以投工投劳入股，共享治理收益。充分利用数 字技术赋能降费增效。搭建智慧运维平台，整合监测、调度、考评功能，实现远程预警与自动管控，降 低现场巡检成本，以数字化提升竞争力。还可通过服务前置增强黏性，主动为县乡村提供项目谋划、申 报包装等服务，协助对接专项债、特别国债等资金，参与制定治理标准与管理制度，从"服务方"升级 为"智囊团"。 政企协同打通堵点，示范复制实现规模扩张。农村环境服务落地，需政企同向发力。应做好政策对接， 紧盯乡村振兴专项债、生态补偿资 ...

当前消费结构升级已步入新阶段，面对有效释放内需潜力的现实需要，该如何培育服务消费新增长点？ 近年来，上海市徐汇区顺应消费升级趋势，探索文商旅体展深度融合的有效路径，通过资源整合与场景 再造，重塑消费生态、释放消费潜能，不断开拓消费增长新空间。 傍晚时分的上海徐汇滨江，华灯初上，龙美术馆在暮色中熠熠生辉。馆内，人们沉浸在艺术盛宴中；馆 外，滑板少年在台阶上腾跃，跑步爱好者沿着江畔穿梭。几步之遥的西岸梦中心商场里，看完展览的观 众在挑选艺术衍生品……这幅充满烟火气的城市生活画卷，正是徐汇区文商旅体展深度融合的生动写 照。 2025年，徐汇区区域经济总量达4153.08亿元，位列中心城区第一。亮眼经济数据背后，是一场从"单点 业态"到"系统融合"的深刻变革。上海市徐汇区委书记曹立强表示，徐汇区正聚焦扩大内需，立足国内 大市场促进消费，推动文商旅体展深度融合，让新需求创造新增长。近日，记者深入走访，探索徐汇区 融合多业态、打造新生态的路径和经验。 场景串联激发潜能 一场场精彩活动、一串串亮眼数据，都源自徐汇区精心打造的融合发展体系。从顶层设计到基层落地， 从政策引导到市场响应，这里构建了一套多层次、立体化的生态，让融 ...

Core Insights - The integration of culture, tourism, commerce, and sports in Xuhui is aligned with national strategies to promote deep integration of cultural and tourism development, enhancing consumer potential and economic growth [1][2][4] Group 1: Economic Impact - By 2025, the economic output of Xuhui District is projected to reach 415.308 billion yuan, ranking first among central urban areas [1] - During the FISE Urban Sports Carnival, the core business district received 328,400 visitors, with daily sales increasing by 35.29% compared to pre-event levels [2] - The Era Youth Concert generated 156 million yuan in sales over four days, attracting 1.9617 million visitors, with surrounding hotels experiencing a 75% revenue increase [2] Group 2: Event-Driven Consumption - Xuhui has successfully utilized event-driven strategies to stimulate consumption, with the UFC event attracting over 70% of attendees from outside the city, resulting in an average spend of 3,410 yuan per person [2] - The introduction of high-quality IP events, such as the LEGO World Play Festival and Disney experiences, has significantly enhanced consumer engagement and foot traffic [3] Group 3: Ecosystem Development - Xuhui has established a multi-layered ecosystem for sustainable development, integrating government, platforms, and enterprises to enhance collaboration and resource utilization [5][6] - The "West Bank Life" online community service platform has over 2 million members, facilitating ticketing and service information across various cultural and commercial venues [7] Group 4: Future Strategies - Future plans include leveraging digital technology to create a "Shanghai International Technology Consumption Functional Zone," enhancing consumer experiences through VR/AR and other innovations [8] - Experts suggest focusing on internationalization, immersive experiences, and proactive engagement in hosting international events to further enhance Xuhui's appeal [8]

Core Insights - The report focuses on India's industrial development transition from a service-oriented path dependency to a path reconfiguration, analyzing the causes of deviation from traditional industrialization, the effectiveness and constraints of industrial development, and proposing policy recommendations for industrialization opportunities [1][6]. Group 1: Historical Context of India's Industrialization - India's industrialization has undergone two major phases: the state-led phase (1948-1991) and the market economy phase (1991-present), influenced by global dynamics and domestic strategic shifts [14][23]. - During the state-led phase, India adopted a planned economy model, focusing on heavy industry, which led to an initial industrial growth peak with an average GDP growth rate of 3.6% from 1960-1967 [15]. - The liberalization period starting in 1991 marked a shift towards a more market-oriented economy, with significant reforms in finance, infrastructure, and information technology, resulting in a rise in service sector GDP share from 32% to 42% [22]. Group 2: Drivers of Service-Oriented Path Dependency - The service-oriented growth path in India is driven by institutional, technological, and weak inter-industry linkages [24]. - Institutional factors include a risk-averse regulatory environment and low efficiency in governance, which have constrained industrialization while allowing the service sector to thrive due to lower dependency on traditional institutions [25]. - Technological dependency is characterized by low R&D investment in manufacturing, leading to a reliance on external resources for complex technologies, while the IT sector attracts skilled labor due to higher wages [26]. Group 3: Achievements and Constraints in Industrial Development - India has made progress in manufacturing, becoming the fifth-largest manufacturing economy globally, with a shift from labor-intensive to knowledge-intensive industries, particularly in pharmaceuticals and automotive sectors [2][29]. - Despite these advancements, significant gaps remain compared to leading countries, with manufacturing's GDP contribution stagnating around 15% and foreign investment levels being relatively low [30]. - The manufacturing sector faces challenges such as informal employment issues and limited job creation, with existing competitive advantages in pharmaceuticals and automotive industries hindered by insufficient R&D and a narrow export structure [2][29]. Group 4: Opportunities and Policy Recommendations for Industrialization - Current opportunities for India's industrialization include leveraging digital advancements and diversifying the industrial base to enhance manufacturing growth [7]. - The report suggests six key areas for path reconfiguration: advancing existing competitive industries, fostering high-value emerging sectors like semiconductors and green technologies, empowering manufacturing through digital technologies, restructuring the industrial base for sustainable growth, expanding domestic demand through government procurement and rural infrastructure, and enhancing international cooperation [7][10].

Group 1 - The core idea emphasizes the importance of "investing in people" as a means to achieve human modernization, focusing on enhancing individual capabilities, social relationships, and spiritual qualities [1][2][3][4] Group 2 - "Investing in people" aims to improve individual capabilities by enhancing education levels, vocational skills, health status, and social adaptability, thereby transforming the population advantage into a talent quality advantage [2] - It promotes the construction of equitable and inclusive social relationships by improving individual agency and participation, which helps alleviate structural inequalities and enhances trust among different groups [3] - The initiative also focuses on cultivating modern spiritual qualities by promoting equal access to quality cultural resources, thereby expanding the spiritual life space of the populace [4] Group 3 - The practical requirements of "investing in people" include strengthening policy guidance and building a support system that covers the entire life cycle, ensuring quality education and social security for all age groups [5] - It emphasizes the need for innovative investment methods to enhance investment efficiency, focusing on high-return areas such as talent cultivation in key technologies and emerging industries [6] - Creating a favorable social environment is crucial for the successful implementation of the "investing in people" strategy, which includes fostering a culture that respects knowledge and encourages innovation [7]

（来源：中国改革报） □ 江文渊 传统制造业是现代化产业体系的基石。加快其数字化转型，推广先进适用技术，着力提升高端化、智能 化、绿色化水平，是实现产业高质量发展的必然要求。为打造国家重要先进制造业高地，湖南需强化数 字赋能，推动传统制造业绿色低碳转型，为构建现代化产业体系筑牢根基。 深化数字技术全流程渗透，构建绿色生产体系。华菱钢铁等龙头企业以智能制造推进减污降碳，但仍有 部分企业未实现生产全流程数字化。对此，一是以数字化优化生产源头资源配置，借助大数据与AI算 法，降低原料获取、能源选择等环节碳排放基数。二是以数字化实现生产过程能效提升，依托工业互联 网搭建"生产大脑"，提升能源利用效率，减少碳排放。三是以数字化促进生产末端资源循环，利用数字 技术优化污染治理工艺，推动废弃物精准回收与再利用。 推动数字技术与产业协同，打造绿色产业生态。湖南积极建设国家先进制造业集群，但数字赋能绿色产 业生态建设仍存短板。对此，一是加快企业数字化协同，龙头企业与配套企业共享能耗、碳排放监测系 统，帮助其节能降耗。二是强化产业链数字化协同，搭建产业链工业互联网平台，实现数据共享，减少 过剩产能。三是推进园区数字化协同，以石化 ...

Core Viewpoint - The 18th China Industrial Forum emphasizes the theme "Integration Innovation, Industry Strength" and highlights the importance of "integrated innovation" as a core engine for achieving industrial strength [1][3]. Group 1: Key Strategies for Industrial Strength - Strengthening technological innovation leadership is essential to lay a solid foundation for industrial strength [1][3]. - Promoting digital technology empowerment is crucial to stimulate intelligence in achieving industrial strength [1][3]. - Advancing green and low-carbon transformation is necessary to enhance the quality of industrial strength [1][3]. - Deepening reform and opening up cooperation is vital to expand the scope of industrial strength [1][3]. - Cultivating and growing high-quality enterprises is fundamental to solidifying the pillars of industrial strength [1][3].

Overall Overview - The number and quality of small and medium-sized enterprises (SMEs) in China have significantly improved, with 63.487 million registered SMEs as of September 2025, contributing over 60% of GDP, 70% of technological innovation, and 80% of urban employment [13][14][16] - The average annual growth rates for the value added, operating income, and total profit of large-scale SMEs during the 14th Five-Year Plan period are 6.4%, 7.4%, and 5.4%, respectively, all exceeding those of large enterprises [13][14] Structural Distribution Regional Distribution - SMEs in eastern China account for 54.2% of the total, with Guangdong, Jiangsu, Shandong, Zhejiang, and Henan provinces collectively representing 40.9% [24][26] Industry Distribution - The wholesale and retail industry has the highest concentration of SMEs, accounting for over 30%, followed by leasing and business services, and scientific research and technical services, each exceeding 10% [27] Development Status Sustained Growth - In the first eight months of 2025, the value added of large-scale industrial SMEs increased by 7.6% year-on-year, with a continuous expansion of export indices for 17 months [2][36] Innovation Capacity - Over 178,000 SMEs hold patents, with a 55.1% industrialization rate for invention patents in 2024, and 35,000 new enterprises in artificial intelligence-related fields [2][17] Market Competitiveness - SMEs accounted for 99.3% of project-winning enterprises in 2024, with over 5,780 financing events totaling approximately 750.8 billion yuan, marking a 7.3% and 13.1% increase from 2023 [19][20] Employment Contribution - 71.8% of surveyed university students consider employment in SMEs, highlighting their role as a significant employment channel [20] Future Outlook - Continuous optimization of the business environment, enhanced cultivation systems, and deep integration of digital technologies will provide more opportunities for SMEs, contributing to economic and social development [2][36]

《中共中央关于制定国民经济和社会发展第十五个五年规划的建议》明确提出，完善多元化生态补偿机 制，因地制宜拓展生态产品价值实现渠道。生态产品价值实现能够把优良的生态优势转化为经济收益， 是落实"两山"理念的重要举措。当前，数字技术正在重塑传统业态模式，对生态产品价值实现的拓展作 用日益显现。加快数字化绿色化协同转型，已然成为生态产品价值实现的未来趋势。 生态产品是自然生态系统与人类生产共同作用所产生的、能够增进人类福祉的产品，也是维系人类生存 发展、满足人民日益增长的美好生活需要的必需品。近年来，我国各地深入开展生态产品价值实现的理 论与实践探索，取得了一定的成绩和经验。然而，由于生态产品的稀缺性、要素复杂性、服务公共性和 价值多维性等特征，在实践中也出现了一些问题。 比如，在资源清查和确权方面，生态产品跨时间、跨空间和多元要素资源整合的复杂特点，为摸清自然 资源资产底数、明晰产权和实时监控带来很大困难。在生产方面，由于农业林业本身智能化水平相对较 低，加之生态环境底子好的产地往往地处偏远，基础设施、人力资源水平等相对落后，使得生态产品规 模化生产受限，产品质量和品牌溢价难以提升。在交易流通方面，一些生态产品受 ...