Group 1 - The event "Building a Snow Aircraft Carrier" at Harbin Engineering University involved over 1,200 students and faculty creating a giant snow map of the "Fujian" aircraft carrier and three carrier-based aircraft models [2][3] - This activity has been held for seven consecutive years, integrating labor education, professional practice, and patriotic education [2] - The design process for the snow map began in September 2025, going through over 60 iterations, and achieved a breakthrough in visual representation and engineering practice with more than 1,300 feature points [2] Group 2 - The project utilized Beidou satellite positioning technology to ensure centimeter-level accuracy in placing over 1,300 feature points on the military playground [3] - Participation in the event has grown from 100 people in 2018 to over 1,200, with involvement from all colleges at the university [3] - The initiative serves as a direct method for national defense education, promoting the concept of a maritime power and inheriting the spirit of Harbin Engineering University [3]

Core Insights - The "Biological Resource Development and Utilization Pilot Service Platform" has been approved as a provincial pilot platform, indicating recognition of its technical service capabilities and role in the biological resource development sector [1] Group 1: Platform Recognition and Purpose - The platform serves as a critical link between laboratory research and industrial production, facilitating the scaling up of successful lab results under simulated industrial conditions [1] - The recognition by the Fujian Provincial Department of Industry and Information Technology includes 14 pilot platforms across nine key industrial sectors, aimed at accelerating the engineering breakthroughs and market transformation of technological innovations [1] Group 2: Platform Development and Services - The Ocean Research Institute has been exploring the construction and operation of the pilot platform since 2010, supported by national and local projects, resulting in a comprehensive biotechnology pilot service platform equipped with essential testing equipment [1] - The platform is applicable to various product categories, including biomedicine, functional foods, biological products, and cosmetics [1] - A multi-tiered technical service and development model has been established, targeting enterprises, research institutions, industrial parks, local governments, and industry associations, providing services such as pilot testing, new product development, quality enhancement, and personnel training [2] - The establishment of a third-party pilot model for technology transfer has significantly improved the efficiency and success rate of converting research results into practical applications [2]

Core Viewpoint - The Southern Marine Science and Engineering Guangdong Laboratory (Zhuhai) has made significant progress in marine science and technology innovation, platform construction, and talent aggregation since its establishment in 2018, focusing on serving national strategic needs, international scientific frontiers, and local economic development [1] Group 1: Laboratory Development and Achievements - The laboratory has maximized the advantages of a "government-owned, university-managed" system, achieving important advancements in marine technology innovation and talent gathering over the past seven years [1] - The laboratory's development strategy is driven by three main aspects: national strategic needs, international scientific frontiers, and local economic development [1] - Key areas of focus include marine ranching and healthy aquaculture, marine engineering and intelligent equipment, marine safety and disaster reduction, and marine ecological environment and carbon sinks [1] Group 2: Future Plans and Goals - The laboratory aims to continue its development philosophy of "advocating innovation and striving for excellence," focusing on the four key tasks while accelerating the transformation of scientific achievements [1] - The laboratory is committed to contributing to local socio-economic development and achieving healthy, steady, high-quality, and sustainable growth [1]

近日，威海市自然资源和规划局编制出台《褚岛控制性详细规划》。这是山东省首个无居民海岛控制性详细规划，为支撑海岛许可与项目建设提供了法 定依据。 威海市褚岛风貌图 褚岛总面积0.18平方公里，岸线长2.9公里，周围海域水质条件好，岛礁区生物资源丰富，是国家海洋局公布的首批开发利用无居民海岛，也是国家海洋 综合试验场（威海）的核心试验区。2025年9月，褚岛开发利用具体方案获省海洋局正式批复。褚岛的规划定位以自然生态保护为先、以科技公共服务为 主、适度兼顾科技文旅等功能的公共服务用岛，致力于打造成集智慧海洋、生态文明、海洋科普、海洋文旅于一体的"海洋科技岛"，在全国层面形成"科技 型公共服务用岛建设"的示范样板。 ...

Core Viewpoint - The seminar on the implementation of the United Nations "Decade of Ocean Science for Sustainable Development" in 2025 was held in Guangzhou, focusing on strengthening the connection between science and policy to empower the "Ocean Decade" process [1] Group 1: Event Overview - The seminar was co-hosted by the UN "Ocean Decade" Ocean and Climate Coordination Center, the South China Sea Bureau of the Ministry of Natural Resources, and the First Institute of Oceanography of the Ministry of Natural Resources, with over 230 representatives from various sectors attending [1] - China has actively participated in the "Ocean Decade" initiative, leading ten major scientific programs, ranking second globally, showcasing its significant contributions to global marine science [1] Group 2: Key Presentations - Liang Meiyi emphasized the importance of standardized long-term monitoring of estuaries, particularly urbanized ones, under the "Ocean Decade" framework, aiming to provide scientific support for policy-making through unified methods and data sharing [2] - Wu Lingling introduced the South China Sea Bureau's innovative achievements in marine governance, including a toolkit for island governance that integrates global best practices into a replicable marine governance methodology [2] - Yu Weidong highlighted the main achievements of the UN "Ocean Decade" Ocean and Climate Coordination Center, including the highly praised report on "Progress of China's Actions in the Ocean Decade," which effectively promoted China's contributions [2] Group 3: Discussions and Recommendations - During the discussion sessions, participants explored themes such as strengthening the connection between marine science and policy, enhancing public awareness and participation in marine issues, and integrating public welfare with scientific innovation [3] - A consensus was reached among participants to adopt a more open and innovative approach, emphasizing practical actions to deepen the integration of marine science and policy, and to strengthen international cooperation [3]

"田长+联动"责任化，协同机制拧紧责任链。长葛市全面推行田长制，建立县、乡、村三级责任体系，将全市55.36万亩耕地保护任务细化到地块、责任 到人，并纳入绩效考核。同时，建立自然资源、农业农村、纪检监察等部门联动机制，开展联合巡查、联合执法，形成"党委领导、政府负责、部门协同、 公众参与"的耕地保护格局。在严守耕地红线的基础上，该市对重点项目实行"清单管理、专班对接"，开辟用地审批绿色通道，2025年高效保障重点项目用 地24宗、1947亩，实现保护与保障"两手抓、两不误"。 "引导+服务"前置化，暖心举措优化软环境。长葛市推动自然资源管理从"被动执法"向"主动服务"转变。一方面，组建政策宣讲团，深入乡镇、企业开 展耕地保护法规宣传，提升全社会依法用地意识；另一方面，在项目前期主动介入，帮助企业优化选址、避让永久基本农田，提供从用地预审到报批的全流 程指导。通过推行"并联"审批等方法，该市项目用地审批时限压缩40%以上，有效降低了企业时间成本。此外，该市还探索建立"周六+节假日"常态宣传机 制，引导形成节约集约用地的社会共识。 长葛市织密耕地保护责任网，将守土之责落到实处，让耕地焕发生机。 魏双慧 摄 202 ...

Core Insights - The project led by the Qingdao Laoshan District Natural Resources Bureau won the second prize in the Scientific and Technological Progress Award for its innovative approach to low-efficiency land redevelopment, establishing a replicable model for urban renewal [1][2] Group 1: Project Overview - The project titled "Construction and Application of a Comprehensive Guarantee System for Low-Efficiency Land Redevelopment—A Case Study of the Zhangcun River Area" breaks traditional urban renewal models by creating a theoretical framework that integrates planning, policy, technology, and governance [1] - The project addresses historical issues of "urban villages" in the Zhangcun River area through an innovative "city-district integration" work mechanism and the establishment of a planning and land special team [1][2] Group 2: Methodology and Implementation - The project employs a "chief designer system" led by a team from the Chinese Academy of Engineering to effectively tackle cross-level coordination challenges, resulting in a comprehensive implementation model that includes planning coordination, policy innovation, ecological intelligence, and industrial integration [1][2] - Key focuses of the project include the design of the "industrial upstairs" policy, innovation of the "flexible lease term + comprehensive land price compensation" mechanism, and the establishment of a "three-level spatial control" system [1] Group 3: Recognition and Future Plans - The project has been recognized as a typical case for low-efficiency land redevelopment by the Ministry of Natural Resources, highlighting its significance in the field [1] - The Laoshan District Bureau plans to deepen the comprehensive guarantee model and further promote the Zhangcun River area as a source of new productive forces, contributing to the efficient and intensive use of natural resources [2]

Core Viewpoint - The article highlights the successful ecological restoration and governance of the Dongting Lake area, showcasing a comprehensive approach that integrates various ecological elements over a span of 4.5 million square kilometers, revitalizing the region's ecological balance and beauty [3][4][19]. Group 1: Systematic Governance - The governance of ecological protection has shifted from fragmented efforts to a coordinated system, breaking down administrative barriers and enhancing collaboration among various departments [5][6][7]. - A "7+3" high-level coordination mechanism has been established, involving seven provincial departments and three lakeside cities, ensuring effective decision-making and implementation [5][6]. - The establishment of integrated command centers at county levels has unified responsibilities and resources for ecological governance, leading to more effective outcomes [6][7]. Group 2: Technological Empowerment - The Dongting Lake project has entered a new phase of smart governance supported by big data, IoT, and AI, enhancing real-time monitoring and data sharing [9][10][11]. - A comprehensive monitoring system integrates various technologies to provide a holistic view of the ecological environment, enabling proactive risk management [11][12]. - Innovative technologies have been applied in ecological restoration, such as 3D laser scanning and drone-assisted pest control, significantly improving restoration efficiency [11][12]. Group 3: Comprehensive Treatment - The project adopts a holistic approach to address ecological issues, focusing on integrated protection and restoration of "mountains, waters, forests, fields, lakes, grass, and sand" [13][14]. - Specific measures have been implemented for soil and water conservation, including the restoration of 128 historical mining sites, leading to a significant increase in vegetation coverage [14][15]. - Agricultural practices have been transformed to reduce pollution, promoting eco-friendly farming methods that enhance biodiversity and improve crop yields [15][16]. Group 4: Value Realization - The project aims to convert ecological advantages into economic benefits, with initiatives in eco-tourism and sustainable agriculture generating significant revenue [17][18]. - The integration of cultural heritage with ecological restoration has attracted millions of tourists, contributing to local economies [17][18]. - The establishment of a market for ecological products is being explored, allowing for the monetization of environmental services and fostering a cycle of protection and economic benefit [18][19].

Core Insights - The article discusses the signing of a "Wildlife Protection Work Alliance Agreement" between the Forestry and Landscape Bureau of Guilin City and Guangxi Normal University, aimed at exploring new models for biodiversity protection through the integration of administrative regulation and academic research [1] Group 1: Agreement Principles and Objectives - The agreement is based on four principles: complementary advantages, practical efficiency, public welfare priority, and long-term stability, aiming for deep integration of administrative resources and research capabilities [1] - The Guilin Forestry and Landscape Bureau will leverage its regulatory enforcement and resource coordination advantages to provide practical protection scenarios, policy support, and resource coordination [1] - Guangxi Normal University will utilize its expertise in wildlife research, education, and talent cultivation to deliver research technology, talent teams, and academic achievements, ensuring effective and sustainable collaboration [1] Group 2: Areas of Cooperation - The cooperation covers four key areas: - In research collaboration and technical support, both parties will jointly conduct wildlife resource surveys and monitoring, establish a regional resource database, and focus on key technical research such as endangered bird protection and habitat restoration [2] - In protection practice and law enforcement collaboration, efforts will concentrate on the Lijiang River basin and surrounding karst landforms, conducting special protection actions and habitat restoration projects, and establishing an emergency response mechanism to combat illegal hunting and ensure ecological safety [2] - In public education and talent training, activities will be organized around events like "Bird Love Week" to promote science education, and an educational practice base will be created to enhance the professional capabilities of both teams through talent exchange and training [2] - In information sharing and achievement promotion, a regular information exchange mechanism will be established to jointly promote research papers and protection case studies as collaborative outcomes [2]

Core Viewpoint - The city of Xinxiang in Henan Province has successfully advanced the ecological restoration of historical mining sites, completing a restoration area of 9,986 acres, exceeding the targets set for the 14th Five-Year Plan, thereby enhancing regional ecological sustainability [1] Group 1: Restoration Efforts - The city has issued a notice to strengthen the standard implementation and supervision of ecological restoration projects for historical mining sites, improving management systems and oversight measures [1] - A comprehensive ledger for ecological restoration has been established, clarifying responsibilities, tasks, and deadlines, with regular inspections to ensure ongoing progress [1] Group 2: Funding and Methodology - The restoration efforts leverage land consolidation, old site reclamation, and supplementary farmland projects, employing techniques such as leveling mine openings and planting vegetation on soil walls [1] - Funding for the restoration work is sourced from social capital and government investments, while a collaborative restoration model combining natural recovery, engineering management, and resource utilization is being explored [1] Group 3: Management and Oversight - A full-process supervision mechanism has been established for the management of mining ecological restoration projects, enhancing precision and efficiency in the restoration tasks [1]