Core Insights - The State Council has approved pilot reforms for market-oriented allocation of factors in 10 regions, aiming to address key issues in the current factor market allocation system [1][2] - The pilot reforms focus on enhancing the market for land, data, and environmental resources, aiming to remove institutional barriers to the free flow and efficient allocation of these factors [1] Group 1: Land Factor Reforms - The pilot will grant greater autonomy in land resource management to the trial regions, allowing them to match new construction land with population trends [2] - Innovations in industrial land supply will include long-term leasing, flexible supply periods, and support for the conversion of different types of industrial land [2] - Efforts will be made to revitalize underutilized land and promote the redevelopment of low-efficiency land, including the establishment of standards for identifying low-efficiency land [2] Group 2: Data and Environmental Resource Reforms - The pilot aims to accelerate the development and application of data, focusing on realizing data value and enhancing its efficient use [1] - Improvements in the market transaction mechanisms for environmental resources will be pursued, addressing the construction of market mechanisms [1]

e DMCR තពාවැරි (FIO) TRAINING WORKSHOP ON SPECIES DISTRIBUTION MODEL FOR MARINE ENDANGERED SPECIES โครงการฝึกอบรมเยิงปฏิบัติการ การจัดทำแบบจำลองการแพร่ทระจายของสัตว์ทะเล หาขาดและใกล้สูญพันธุ์ ๑ 25-28 AUGUST 2025 AT THE O VALLEY HOTEL, SURATTHANI PROVINCE, THAILAND 本届培训班由自然资源部第一海洋研究所和泰国自然资源与环境部海洋与海岸资源司联合主办，旨在提升海洋濒危物种栖息地分布研究与保护的技术 水平，推动中泰海洋生物多样性保护领域的深度合作。 培训期间，海洋一所科研人员以濒危物种儒艮为核心案例，从物种分布模型概念入手，系统讲解物种分布数据与环境数据的获取、预处理方法，以及 栖息地模型构建与验证流程，并现场指导泰方学员完成物种分布模型全流程实操，确保技术教学落地见效。此外，双方还结合泰国布氏鲸实际调查分布数 据开展综合分析，针对建模关键技术问题展开深入 ...

Core Insights - The event titled "The First Lesson of the New Semester" was successfully held, focusing on marine science education for over 40 middle and primary school students from Sanmen County [3][4] - The theme "Exploring the Deep Blue to Build Dreams for the Future" included various activities such as science reports, video presentations, scientist interactions, and practical experiences [3] Group 1 - The science report segment featured presentations by researchers, including Liu Zhaojun's insights on ocean currents and Wang Rong's sharing of polar scientific exploration experiences [3] - A science video titled "The Wonderful Marine Spirits" created by Zhang Haifeng showcased the fascinating deep-sea creatures to the students [3] - The interactive session with researcher Yu Xing focused on topics like underwater volcanoes and mineral principles, encouraging students to maintain curiosity and respect for nature [3][4] Group 2 - The event included hands-on activities where students operated an inverted optical microscope to observe micro marine organisms and learned about the working principles of Argo floats [4] - Students also viewed scientific demonstrations and explored models of ocean research vessels and marine mineral samples, gaining insights into China's marine scientific achievements [4] - At the conclusion of the event, the research institute gifted a series of popular science books titled "Going to Sea, Looking to the Future" to encourage students to explore the world of science [4]

Core Insights - The Zhejiang Provincial Marine Economy Development Office held a meeting to accelerate the development of "Artificial Intelligence + Marine" initiatives, involving various stakeholders from academia, research institutions, and state-owned enterprises [1] - The recently issued "Action Plan for Accelerating the Development of 'Artificial Intelligence + Marine' (2025-2027)" aims to create over 10 landmark application scenarios within three years, leveraging AI to drive innovation and development in the marine sector [1] Group 1 - The Action Plan focuses on key areas such as marine fishery safety, innovation in large yellow croaker breeding and smart aquaculture, smart port construction, and the cultivation of emerging marine industries [2] - It outlines four major actions and 17 key tasks, including enhancing "AI + Fishing Vessel Safety Management," improving "AI + Large Yellow Croaker Aquaculture," upgrading "AI + Port Environment," and empowering "AI + Emerging Marine Industries" [2] - The plan aims to address real pain points and demands in marine economic development through targeted actions, such as intelligent research and development in marine biomedicine and new materials, and smart operations for offshore renewable energy [2] Group 2 - The Action Plan will coordinate resources from national strategic implementations, major project initiatives, and marine industry technology projects, providing policy support and service guarantees through training, demonstration applications, and related activities [2]

9月1日，自然资源部南海海域海岛中心联合广州市海珠区六中珠江中学举办"守护蓝星'海'好有你"海洋科普进校园活动。 南海海域海岛中心林朗博士、黎远金博士分别带来"海洋微塑料""测绘遥感在海洋领域的应用"专题科普课，结合专业知识与互动游戏、倡议等形式，拓 宽学生视野。初一新生周铨表示，通过活动学到减塑妙招，期待更多此类科普活动。 活动现场设置了"二十四节气海洋生物"主题图文展。"二十四节气海洋生物"系列由南海海域海岛中心科普人员创作，展现了小丑鱼、和尚蟹、叶海马等 24种海洋生物，同时巧妙地将中华传统文化中的二十四节气与海洋文化相融合。暖场环节还播放了《听，南海生态之声》《南海典型海洋生态系统》科普视 频，激发师生保护海洋生态意识。 ...

Core Insights - The Xiamen Marine High-tech Zone investment promotion conference was held on September 5, focusing on new opportunities in the marine economy [1] - The conference showcased the achievements of Xiamen's marine economic development and aimed to attract high-quality marine resources [1] Group 1: Investment and Funding - A total of 2 billion yuan Xiamen Marine High-tech Industry Development Fund was officially announced during the conference, with the first phase of 500 million yuan already subscribed [2] - The fund will primarily invest in marine biomedical and biological products, high-end marine equipment manufacturing, marine information and digital industries, fishing port economy, marine seedling industry, and blue carbon and seawater comprehensive utilization industries [2] - At least 70% of the fund's investments will be directed towards Xiamen projects, and at least 50% towards marine-related projects, positioning it as a significant capital force for high-quality development in Xiamen's marine industry [2] Group 2: Research and Development - Three high-level research platforms were highlighted at the conference, including the Fujian Marine Science and Technology Innovation Laboratory, the Third Institute of Oceanography, and the Jimei University Marine Equipment Testing and Remanufacturing Research Institute [2] - These platforms create a complete innovation chain covering basic research, applied research, and achievement transformation, providing strong technical support for enterprises in the park [2] Group 3: Industry Overview - The Xiamen Marine High-tech Zone has a planned area of approximately 10.27 square kilometers, focusing on a "6+2" industrial system, particularly in marine biomedical and high-end equipment industries [3] - The park has nurtured 30 leading marine enterprises and 15 marine-related listed companies, with an estimated marine production value exceeding 258 billion yuan in 2024, accounting for 30% of the city's GDP [3] - A marine emerging industry system has already formed, supported by marine biomedical and high-end equipment sectors [3]

江苏省海域执法监督中心海洋科普教育基地迎来首批60名小学生。在科普讲解员的全程陪同下，孩 子们沿着"生命阶梯"前行，从单细胞的有孔虫到身披铠甲的玳瑁，从螺旋如轮的菊石化石到3米长的白 鲸骨骼，开展了一场生动的海洋探索之旅。同学们在显微镜下观察有孔虫、在海狮标本前比对身高，一 路参观、一路惊叹，纷纷在研学日志中写下了对大海的不同感悟。 今年9月，我国迎来首个"全国科普月"。江苏省海域执法监督中心第四届"我和海洋有场约会"主题 开放月活动正式启幕。 本次活动是江苏省海域执法监督中心贯彻落实"全国科普月"相关要求，推动海洋知识普及、提升青 少年海洋意识的重要举措。该中心科普教育基地开放活动将持续至九月底，邀请全市中小学生团体预约 参观，把下一次与大海的约会留在这里，让热爱与守护一起生根发芽。 ...

Core Insights - The installation of the "Long Palace" marine ranch by State Power Investment Corporation (SPIC) in Guangdong marks the official launch of the first wind-fish integration pilot project in Jieyang, Guangdong [1] - The project represents a significant investment of 128 million yuan and aims to explore new pathways for the integrated development of marine resources [1] - The "Long Palace" structure is designed with advanced features for aquaculture and renewable energy utilization, showcasing SPIC's commitment to marine economy and regional development [1][2] Group 1 - The "Long Palace" is located 30 kilometers offshore within the 502,000 kW offshore wind power project area, with a total investment of 128 million yuan [1] - The structure measures 46 meters in length, 46 meters in width, and 56.8 meters in height, weighing approximately 3,822 tons, and has a water capacity of over 70,000 cubic meters [1] - The project utilizes local manufacturing and transportation, reducing costs and enhancing operational efficiency compared to traditional marine ranch models [1] Group 2 - The construction faced challenges such as deep water, strong currents, and strict operational requirements, necessitating careful planning and execution [2] - SPIC collaborated with the National Nuclear Power Institute to ensure safety and efficiency during the installation process, utilizing semi-submersible and floating crane vessels [2] - The successful installation of the "Long Palace" demonstrates SPIC's capability in managing complex marine construction projects [2]

Core Points - The event was organized by the Department of Natural Resources and aimed to promote the new Mineral Resources Law through a quiz competition [1] - A total of 60 winners were selected in a fair and transparent manner, with prizes prepared for them [1][12] - Participants are encouraged to continue focusing on mineral resource protection and sustainable development [12] Group 1 - The quiz was conducted to enhance public awareness and understanding of the new Mineral Resources Law [1] - The winners' list was generated using a random selection process facilitated by Deepseek [1] - The event highlights the importance of community involvement in the implementation of the new law [12] Group 2 - Winners are required to register their information by October 15, 2025, and must provide a screenshot of their quiz participation [10][11] - The event received positive engagement from participants, reflecting their enthusiasm for legal knowledge [12] - The initiative aims to foster a collaborative effort towards the protection of mineral resources [12]

技术破局——照亮深部的"探照灯" 时光倒回20世纪90年代，彼时物探工作者赴野外执行电法勘探任务，需带着体积庞大的发电机和小功率激电仪，在旷野中布线。5000瓦功率，探测200 米是极限。 随着浅部资源日益枯竭，找矿目标转向500米以深的"第二空间"，甚至向1000米、2000米进军。"西部是高山深谷，人难进、设备难运；东部工业区遍布 电网、高铁，电磁干扰严重。"严加永列举电法勘探的困境，"小功率仪器信号微弱，如同在嘈杂的菜市场听心跳，矿体异常被噪声淹没，更别提往深部 走。" 2014年，严加永（前）和来自法国、意大利的专家一起，在山东招远开展三维激电探测技术试验。 更棘手的是二维电法勘探的"直线束缚"。团队成员薛融晖博士说："规范要求，测点最大偏移不能超出2％，比如1000米长的测线，最大只能偏离20米。 在东北林区或是南方水网和地表植被覆盖密布地区，走直线特别困难，要不就需要绕道，不仅效率低，数据还可能失真。" 在新疆托里县的一处戈壁滩上，一台80千瓦的发电机发出低沉的轰鸣，电缆刺入加了盐水的砂砾。地表之下，看不见的电流正以每秒上千伏的电压向千 米深的地层"充电"。不远处，64台黑色接收机如哨兵般矩阵式排 ...