②陈石泉带领孩子们测量招潮蟹的洞口。 4 S 5 TS b . 24 e 4 The St 978 12 h SPORT - 15 6 p ③工作人员向孩子们介绍红树植物海莲的生长特征。尹建军摄 "叶片上真的有盐！书里学的知识，今天得到了验证！"8月22日，海口东寨港红树林滩涂边，中学生陈翌轩举着刚观察完的老鼠簕叶片，难掩兴奋。当 天，海南省规划展览馆主办的"探秘海岛绿肺——海南红树林沉浸式科普研学"活动在此开展，25名中学生以"小科学家"身份，完成了一场从科学猜想到实地 验证的研学实践。 ①冯尔辉向孩子们介绍石磺的生活习性和对红树林的保护作用。 在实践中收获三重成长 清晨的东寨港滩涂，"小科学家"们穿着防滑鞋、携带实验工具，在科研人员指导下开启探索。在海南东寨港国家级自然保护区管理局林业工程师冯尔辉 的带领下，植物组观察老鼠簕的吐盐现象，水质组用PH值试纸检测不同采样点水质，动物组则用标尺和样方法统计蟹洞密度，全程遵守"无干扰观察"原 则，践行生态伦理。 午后，海南省海洋与渔业科学院曲口科研基地里，该院教授陈石泉带领学生参观海草床示范区、海马实验室与东风螺培育车间，并示范高倍显微镜操 作，指导学生记录、处理 ...

Core Viewpoint - The article discusses the recent training conducted by the North Sea Marine Technology Center of the Ministry of Natural Resources for the new equipment installed on the "Daiyang No. 1" vessel, aimed at enhancing operational capabilities for complex marine survey tasks [1] Group 1: Equipment Upgrade - The "Daiyang No. 1" vessel has undergone a three-year upgrade, including the installation of a stern A-frame and deep-sea ROV winch to improve its marine survey capabilities [1] - The new equipment is designed to meet the operational demands of deep-sea mining machines, exploration drilling rigs, and autonomous remote vehicles, thereby laying a solid foundation for future deep-sea scientific research and resource exploration [1] Group 2: Training Program - A week-long training program was conducted to ensure the effective utilization of the new equipment, focusing on enhancing the operational skills of the personnel [1] - The training included theoretical instruction and practical exercises, with technical engineers from foreign equipment manufacturers providing insights into the equipment's structure, performance parameters, control logic, and working principles [1] - Training sessions were tailored to specific roles and expertise, covering areas such as equipment technical support, hydraulic control, electronic device operation, and software programming [1]

Core Viewpoint - The establishment of a China-ASEAN blue economy market is seen as a significant option for economic growth and regional economic integration between China and ASEAN [1][2] Group 1: Conference Overview - The "China-ASEAN Blue Economy New Engine Seminar" was held in Kuala Lumpur, Malaysia on August 25, aiming to promote deep cooperation in the blue economy sector [1] - The seminar was co-hosted by the China (Hainan) Reform and Development Research Institute, the China Foreign Affairs University Institute of Asian Studies, and the Malaysian Maritime Institute, with participation from over 40 representatives from government, academia, and media [1] Group 2: Key Themes Discussed - Discussions focused on topics such as unlocking the value of marine resources, enhancing smart port and green shipping cooperation, and leveraging the Hainan Free Trade Port to create a China-ASEAN marine tourism and cultural economy [1] - The need for a common market in blue economy sectors, including marine tourism, fisheries, renewable energy, and marine biological resources, was emphasized [2] Group 3: Investment and Cooperation - Significant and reasonable investment in sustainable and high-value marine sectors is required to implement the China-ASEAN blue economy blueprint [2] - The importance of policy and technological innovation, as well as inclusive and resilient governance and capacity building, was highlighted as essential for the partnership [2]

Core Viewpoint - The National Ocean Technology Center has successfully conducted tests on floating multi-energy complementary devices, focusing on single unit and array performance, highlighting the potential of combined offshore wind and wave energy generation as a promising direction for marine renewable energy development [1] Group 1: Testing Achievements - The center completed tests on the conversion efficiency and operational response of single units, as well as energy conversion performance of various array combinations [1] - The testing addressed key industry challenges related to optimizing single unit performance and collaborative operation of arrays [1] - A breakthrough in non-contact six-degree-of-freedom testing technology was achieved, allowing precise measurement of 13 target bodies across three generating devices [1] Group 2: Future Directions - The test results provide a scientific basis for optimizing and upgrading the devices, laying a solid foundation for the engineering application of multi-energy complementary technology [1] - The center plans to continue innovating marine energy testing technologies to support the high-quality development of the clean energy industry [1]

Core Viewpoint - The article highlights the transformation of Hai'an, Jiangsu Province, into a high-quality marine economy through innovative spatial, mechanism, and environmental restructuring, despite its limited coastline and historical economic challenges [1]. Spatial Restructuring - Hai'an is breaking the land-sea divide to optimize resource allocation, implementing the "Three Adjustments and Three Optimizations" project to prioritize land for marine strategic emerging industries [3]. - The city is enhancing its logistics capabilities by developing a railway logistics hub, integrating with the Yangtze River Delta's logistics network through various rail and waterway connections [5]. Mechanism Restructuring - Hai'an is addressing inefficiencies in project approvals by dismantling departmental barriers and establishing a collaborative service mechanism, which includes a "1+2+N" matrix for project support [7]. - The city has initiated a "Major Project Breakthrough Year" to accelerate the construction of significant projects, with 6 provincial and 51 municipal major projects currently underway [7]. Environmental Restructuring - The city is prioritizing ecological restoration, investing in coastal and wetland rehabilitation projects to enhance resilience against natural disasters while promoting a harmonious relationship between humans and nature [9]. - Hai'an aims to transform its development model by focusing on strategic industry support, revitalizing existing land, and fostering innovation, contributing to the high-quality development of its marine economy [9].

Core Viewpoint - The "Xianyu Love Ocean Public Welfare Exploration Action" successfully concluded, focusing on marine conservation and ecological education through various engaging activities [4][10]. Group 1: Event Overview - The event took place from August 8 to August 10, organized by the SEE Foundation and the Beibu Gulf Dolphin Research Team, involving 30 participants from various backgrounds [4]. - Participants engaged in three main thematic activities aimed at exploring marine ecology and promoting ecological civilization [4]. Group 2: Thematic Activities - The "Chinese White Dolphin" course provided in-depth knowledge about the species, including its biological classification and developmental stages, highlighting its long gestation period and growth phases [6][7]. - The "Exploring Intertidal Zones" course introduced participants to the ecological significance of intertidal zones, detailing the types of intertidal zones and their biodiversity, emphasizing the importance of species diversity for ecological stability [9]. - The "Beach Cleanup" activity allowed participants to actively engage in cleaning beach litter, raising awareness about marine pollution and the importance of individual responsibility in ocean conservation [11][12].

潜水员现场监测。北海局供图 针对水母灾害，北海预报减灾中心则深化运动扩散特征分析，融合集合预报模式与数字化模拟技术，优化了大连、烟台、青岛等重点海域的气象与三维 水动力模型，研发出考虑水母自主运动的漂移预报模型，已实现重点海域业务化运行。 技术人员收集渔民打捞的"白泥蚂"进行后续分析 系统构建补监测短板 技术人员现场对采集到的海星进行测量 近年来，受全球气候变化、人类活动等影响，海星（多棘海盘车）、白泥蚂（经氏壳蛞蝓）、水母等生物异常增殖造成的局地性海洋生态灾害频发，不 仅破坏了生态系统稳定性，也给沿海工业、旅游业、水产养殖业带来一定影响。同时，对局地性生物暴发的相关研究和业务化监测预警还存在明显缺失和不 足，制约了防灾减灾工作的开展。 在此背景下，自然资源部北海局以"科创赋能三年行动"为抓手，设立"北海区局地性生物暴发灾害预警技术研究与应用"重点项目，由北海生态中心会同 北海预报减灾中心、大连海洋中心、烟台海洋中心，针对海星、白泥蚂、水母灾害开展协同攻关，聚焦灾害机理研究、监测体系构建与业务化应用，为守护 北海区生态安全与用海安全按下"加速键"。 解析局地性生物暴发规律 为实现精准预警，北海局相关科研团队从 ...

Group 1 - The Tianjin International Cruise Home Port achieved a record high of nearly 10,000 inbound and outbound passengers in a single day with the simultaneous docking of the "Aida Mediterranean" and "Dream" cruise ships, marking the highest number since the beginning of this summer [1] - Since the beginning of the year, the Tianjin International Cruise Home Port has received over 60 international cruise ships and more than 220,000 inbound and outbound passengers [1] - To capitalize on the peak summer travel season, Tianjin Port Group has been enhancing cruise home port facilities, diversifying cruise tourism products, and improving service quality to attract more cruise companies and travelers [1] Group 2 - Tianjin Port Group is focusing on the "Cruise + Service," "Cruise + Industry," and "Cruise + Culture and Tourism" strategies to accelerate the formation of a dual-core pattern of cruise industry centered in South Shanghai and North Tianjin [2] - The company plans to deepen cooperation with cruise enterprises and cultural tourism departments to launch more distinctive "Cruise +" new business formats, aiming to help Tianjin become a competitive international cruise tourism destination [2]

今年第13号台风"剑鱼"自生成以来快速增强、移速偏快，对南海沿岸安全与生产秩序构成一定威胁。 截至8月25日10时，南海预报减灾中心累计发布风暴潮警报6期，包含消息1期、蓝色预警5期；同时发布海浪警报6期，涵盖消息1期、黄色预警2期、橙 色预警3期，真正实现"第一时间监测、第一时间报送、第一时间响应"，为防台工作争取宝贵时间。 南海局组织局属各观测、预报单位多轮次参与多级研判与风险分析，并参与地方组织专题会商，密切跟踪台风路径情况及风暴潮、海浪演变趋势，为科 学决策提供有力支撑。 自然资源部南海局高度重视、迅速响应，第一时间启动海洋灾害应急响应机制，统筹推进预警发布、会商研判、观测值守等工作，全力守护辖区海域安 全与海洋业务运行秩序。南海局紧扣"快预警、强协同、严值守、优服务"主线，构建高效协同的防御体系，最大限度减轻灾害风险影响。 精准推送 及时发布权威预警信息 为全面掌握台风"剑鱼"的发展动态，南海局各预报部门持续加强对风暴潮、海浪及台风影响的分析，精准制作并及时发布各类预警报信息。 为应对台风"剑鱼"可能引发的灾害，南海局严阵以待，督促、指导局属各单位做好隐患排查，落实人员值班值守，强化观测设备、数据系 ...

Group 1 - The "2025 China Polar Science Academic Annual Conference" was held in Harbin, focusing on high-quality advancement of scientific innovation in polar research [1] - The conference summarized the scientific achievements during the "14th Five-Year Plan" period and included invited reports, thematic presentations, and discussions on China's action plan for the fifth International Polar Year [1] - Key research areas discussed included "ice and ocean processes and their ecological climate effects," "polar detection of Earth and interstellar space environments," and "polar engineering technology and green scientific exploration" [1] Group 2 - Experts and scholars from 54 institutions and relevant enterprises, including the National Natural Science Foundation, Ministry of Education, and Chinese Academy of Sciences, participated in the conference [2]