2月初，为推动相关国际合作项目顺利落地实施，自然资源部第二海洋研究所代表团先后出访马来 西亚和马达加斯加，通过实地对接和磋商进一步明确合作细节。 在马来西亚登嘉楼大学，双方开展系列高层会晤及项目会议，进一步深化了合作共识，明确以现有 合作项目为依托、以专题培训为纽带来进一步巩固合作根基、拓展合作领域。会议围绕"关丹火山活动 性多学科交叉研究"项目的实施细节与关键时间节点进行了广泛细致的研讨并达成共识。代表团还实地 考察并确定了地震观测站站址。 在马达加斯加，代表团访问了矿业和战略产业局（OMNIS）和塔那那利佛大学。OMNIS新任局长 对双方合作取得的丰硕成果给予高度认可，明确表示希望未来持续深化协作，推动中马大陆架联合实验 室做实做强。在塔那那利佛大学，代表团通过专题学术报告阐释了双方在海洋卫星遥感领域的合作潜力 与前景，引起学校师生热烈反响。会后，双方举行了闭门会谈，围绕未来合作项目的落地路径、实施细 节等关键问题展开深入研讨，达成多项共识并明确了推进方案。 ...

Core Viewpoint - The article highlights the successful completion of China's first continuous marine scientific research live broadcast focused on large whale species, specifically the Bryde's whale, showcasing a collaborative mechanism involving scientific research, government leadership, and public participation [1] Group 1: Scientific Research and Collaboration - The live broadcast titled "Searching for Whales in the Beibu Gulf" was a collaborative effort involving the Fourth Institute of Oceanography, Nanjing Normal University, Guangxi Marine Environment Monitoring Center, and maritime departments [1] - The event presented a systematic approach to the protection of Bryde's whales, emphasizing the importance of a collaborative mechanism among various stakeholders [1] Group 2: Importance of Bryde's Whale - Bryde's whale is the only large baleen whale that can be stably observed in China's coastal waters and is classified as a national first-class protected animal [1] - The population dynamics of Bryde's whale serve as a key indicator for assessing the ecological health of the Beibu Gulf [1] Group 3: Scientific Achievements and Public Engagement - The Fourth Institute of Oceanography has conducted comprehensive and regular scientific investigations in relevant sea areas, gradually clarifying the baseline status of Bryde's whale populations and their habitats [1] - The live broadcast transformed cutting-edge scientific research into public educational resources, significantly enhancing societal awareness and scientific understanding of marine flagship species and their habitat protection [1]

近日，中国科学院南海海洋研究所等多国科研团队在南海北部大陆边缘沉积物波形成机制研究中取 得进展。相关研究成果发表于《美国地质学会会刊》。 研究还揭示了沉积物波规模在空间分布上的差异特征：其波高与波长从东北向西南方向逐渐减小， 直至消失。这种空间演变趋势与内波能量沿传播路径的衰减、海底地形从临界状态向反射状态的转变， 以及陆坡形态的变化密切相关。 该发现确立了内波在塑造大陆边缘地貌中的重要地位，也为海底光缆、能源管道路由选址与海底稳 定性评价提供了科学依据，深化了学界对深海"源—汇"过程的理解。 海底沉积物波是大陆边缘广泛发育的地貌类型之一，其形成常与浊流、等深流、沉积物蠕变或内波 等多种动力过程有关。南海北部珠江口盆地陆坡分布着大范围沉积物波，但其成因机制长期存在争议， 制约了学界对该区域沉积动力过程与海底稳定性的认识。 团队聚焦珠江口盆地神狐峡谷群头部区域，整合了该区域高分辨率二维/三维地震数据、沉积物重 力样与长期水文观测，系统阐明了内波在该区域大规模沉积物波形成中的主导作用。研究证实，在海底 坡度与内波群速度向量角的比值趋近于1的"临界区域"，内波能量发生明显耗散，并强烈扰动海底边界 层，为细粒沉积物的 ...

茂物大学是印度尼西亚知名高等学府，在海洋渔业与环境科学领域具有突出的科研与教学优势，是 东南亚地区重要的海洋科学研究与人才培养高校。2025年，海洋一所与茂物大学正式签署了合作谅解备 忘录，并就印尼深海调查研究能力建设合作实施方案达成共识。为实施巽他海峡深海生态联合探查，双 方共同组织了专门的技术培训，本次研讨会是双方持续推进深海合作、深化科研协同的重要举措。 开幕式上，双方共同回顾了深海生物多样性调查研究的合作历程，对已取得的成果给予高度评价， 一致表示将持续推进和深化在巽他海峡等印尼深海调查研究的合作。 会议期间，与会专家学者围绕巽他海峡和印度洋生物多样性特征、科研成果与产业结合、海洋保护 空间规划实施路径以及海洋资源保护与开发利用等议题开展了深入交流与讨论。来自海洋一所的6名科 学家，以及来自茂物大学、印尼国家研究与创新署等机构的6名印尼方专家分别在现场或线上作专题学 术报告，分享了相关研究进展与实践经验。 此外，会议就2026年度双方在巽他海峡开展深海生态实施联合探查航次进行了详细讨论，并实地考 察了科考船情况，明确了航次的组织协调与职责分工、装备技术要求、船舶适应性改造方案和样品与数 据分析等关键环 ...

海洋三所承建的APEC框架下唯一的多边海洋合作平台——APEC海洋可持续发展中心屡次获得国 际基金资助，为进一步发挥其亚太区域海洋合作平台纽带作用、推动区域海洋保护与可持续发展注入了 新的动力。下一步，海洋三所将以该项目实施为契机，持续打造APEC框架下推动海洋生态系统保护修 复与海岸带韧性建设的标志性合作项目。 "典型海洋生态系统保护修复提升海岸带韧性"项目是中国围绕典型海洋生态系统保护修复获批的首 个APEC国际基金项目，也是海洋三所牵头获批的第四个APEC国际基金项目。该项目由中方发起，并 得到智利、印度尼西亚、秘鲁和泰国作为项目共提方支持。项目旨在增强APEC成员经济体基于生态连 通性的典型海洋生态系统一体化保护修复、海岸带韧性提升的能力，将联合APEC经济体的沿海社区、 研究机构、地方政府及其他国际合作伙伴，共同推进案例研究、专题研讨、经验交流与最佳实践分享， 推动制定典型海洋生态系统整体保护与近自然修复指南，为探寻亚太区域"生态系统健康维护—海岸带 韧性增强—社区福祉提升"良性循环的可持续发展新范式提供技术解决方案与实践路径参考。 近日，在自然资源部国际合作司指导下，自然资源部第三海洋研究所申请的 ...

Core Insights - The establishment of the "Postdoctoral Research Station" at the Zhejiang Ocean University marks a significant step in attracting and nurturing high-level talent, symbolizing a new starting point for the institution's commitment to serving the marine economy and innovation [1][3]. Group 1: Talent Development and Recruitment - The postdoctoral station is designed as a "refinery" for young scientific talent and an innovation engine for research institutions, with a focus on a comprehensive management system that includes a unique compensation model combining basic salary and unlimited research rewards [3][4]. - The first two postdoctoral researchers have successfully joined the station, with their research topics addressing critical issues in marine data analysis and environmental behavior of pollutants, showcasing the station's commitment to impactful research [6][9]. Group 2: Research Focus and Collaboration - The research directions at the postdoctoral station include nine cutting-edge areas such as marine spatial resource management and AI applications in marine data, aligning with national strategies and global marine technology frontiers [4][9]. - The collaboration model with top universities like Zhejiang University and Xiamen University enhances the integration of academic research and practical application, ensuring the relevance and applicability of the research conducted [4][8]. Group 3: Systematic Talent Strategy - The postdoctoral station is part of a broader talent strategy that includes joint graduate training programs and public science education initiatives, fostering a deep integration of research and education [8][9]. - The institution has undertaken over 200 research projects, including 32 national-level projects, demonstrating its capacity to support a high-level talent team and drive innovation in marine science [9][11]. Group 4: Impact on Marine Industry - The talent development efforts have significantly enhanced the institution's technological innovation capabilities and social service levels, contributing to key areas such as marine spatial planning and ecological monitoring [11][12]. - The establishment of a marine research highland in collaboration with local government aims to optimize the talent system and create a leading marine talent center, with substantial investments planned for future projects [12].

近日，联合国"海洋十年""数字化深海典型生境"大科学计划系列活动"探索深海奥秘"海上讲堂成功 举办。 该活动由中国大洋事务管理局指导，自然资源部第一海洋研究所、香港科技大学、南方海洋科学与 工程实验室（广州）香港分部等机构联合主办。作为该大科学计划系列讲座的第二讲，本次活动首次聚 焦深海生物多样性主题，通过视频连线形式面向青少年开展科普教育。 参与学生普遍反映，本次讲堂内容生动、形式新颖，互动环节设计精彩，不仅丰富了大家对深海生 物多样性的认识，也激发了对海洋科学的兴趣与向往。学生们纷纷表示，期待未来能继续参与类似科普 活动，进一步了解神秘广阔的深海世界。 视频连线现场。 中国大洋事务管理局供图 来自青岛市同安路小学、香港岭南中学、路德会梁钜镠小学、仁济医院第二中学的中小学生及嘉宾 共计333人，分别在青岛、香港两地集中参与。活动依托刚刚完成中国大洋93航次科考任务的科学家团 队，实现海上与陆地的实时互动。 中国大洋93航次首席科学家张学雷担任主讲，基于该航次对深海生境的最新调查成果，以通俗易懂 的方式系统介绍了各类典型深海生境及生物类群。讲座通过将深海生态系统与陆地类比，生动阐释了不 同生境下的生物多样性特 ...

Group 1 - Nantong is focusing on optimizing major productivity layout and aims to build a high-quality marine development pilot zone in Jiangsu province [1] - During the 14th Five-Year Plan period, Nantong is accelerating its marine development with several large-scale industrial projects, marking it as a significant player in coastal economic growth [1] - Last year, Nantong optimized its marine development system, established a Marine Development Bureau, and accelerated the progress of major marine projects with a total investment of nearly 250 billion yuan, achieving a marine industry scale exceeding 1 trillion yuan [1] Group 2 - This year, Nantong plans to actively engage with provincial coastal groups and efficiently operate a marine economy fund, aiming to sign 200 new marine-related projects and start 50 major marine projects [2] - The city will support 10 technology research projects at marine innovation platforms and attract 4,000 marine talents [2] - Nantong is advancing 23 projects related to port terminals, inland waterways, and short shipping routes, while deepening strategic cooperation with the provincial port group to enhance multi-modal transport [2]

Core Viewpoint - The "Polar" icebreaker ship has embarked on a comprehensive investigation in the Bohai Sea, focusing on ice, meteorological, hydrological, and ecological factors to enhance disaster prevention and mitigation capabilities in the region [2] Group 1: Investigation Objectives - The investigation aims to accumulate critical foundational data for scientific research on sea ice in the Bohai Sea [2] - It involves collaboration among ten domestic business units and research institutions [2] Group 2: Monitoring and Data Collection - The investigation will include ecological monitoring of the breeding grounds of the spotted seal [2] - A comprehensive ice observation network has been established, utilizing marine stations, vessels, drones, video points, radar, and satellites [2] Group 3: Collaboration and Public Safety - The investigation will coordinate with natural resources and marine authorities from coastal provinces and cities in the North Sea region for ice condition monitoring [2] - Timely information on ice conditions will be provided to the public and marine industries to guide disaster prevention efforts and ensure safety during winter maritime operations [2] Group 4: Weather Impact - A cold wave from January 17 to 20 is expected to rapidly develop ice conditions in the Bohai and Yellow Seas, with severe ice periods anticipated in the Liaodong Bay and northern Yellow Sea by late January [2]

Core Viewpoint - The successful completion of the scientific research mission of the China Ocean 90 voyage A segment highlights China's commitment to deep-sea resource exploration and marine environmental research, providing essential technical support and data assurance for international seabed management contracts [1] Group 1: Mission Overview - The voyage lasted 158 days and was guided by the China Ocean Affairs Administration, organized by the Second Institute of Oceanography, Ministry of Natural Resources [1] - The mission included systematic investigations in key areas such as deep-sea resource exploration, marine environmental research, and advanced equipment applications [1] Group 2: Research and Data Collection - The research team conducted comprehensive surveys of contract area resources and environments, obtaining a significant amount of baseline data and samples [1] - High-resolution topographic data updates and coverage of mining site areas were achieved during the mission [1] - Detailed near-bottom acoustic and optical surveys were implemented in multiple environmental reference areas, providing foundational data for regional resource understanding, benthic biodiversity research, and environmental impact monitoring [1] Group 3: International Collaboration - The mission included the first joint marine scientific investigation between China and the Cook Islands, conducting various comprehensive survey operations within the Cook Islands' exclusive economic zone [1] - Initial understanding of the environmental and resource distribution characteristics in the survey area was established [1] - A joint voyage open day event was held to enhance communication and cooperation in deep-sea scientific research and seabed mineral resources between the two parties [1]