Group 1 - The core focus of the news is the commitment of three coastal cities in Shandong—Qingdao, Yantai, and Rizhao—to high-quality development of the marine economy, emphasizing marine industry upgrades, port capacity enhancement, marine ecological protection, and breakthroughs in marine science and technology [1][2][3] Group 2 - Qingdao aims to become a modern marine center city by 2026, focusing on building "three centers and one highland," which includes an international marine technology innovation center, a world-class international shipping center, a marine international cooperation center, and a modern marine industry development highland [1] - Yantai's government report highlights the goal of creating a "new marine Yantai" during the 14th Five-Year Plan period, with a target of exceeding 550 million tons in port cargo throughput by 2026, and emphasizes the importance of port-industry-city integration [2] - Rizhao plans to enhance its port competitiveness, aiming for a cargo throughput of 660 million tons and over 8 million TEUs by 2026, while also focusing on developing new energy, high-end marine equipment, and deep-sea aquaculture industries [2] - The three cities are collaborating to build a modern marine industry system that promotes green, intelligent, and high-end upgrades in the marine economy, with specific quantitative goals and projects [3]

这个项目由中国宝武钢铁集团子公司宝武清洁能源有限公司投资建设。项目创新使用海上风电直连 制氢模式，整合风电与氢能全链条，通过"绿电直供、绿氢直连"，带动氢能装备、绿氨、绿色醇类等上 下游产业集群发展。 据悉，为实现氢能源与市场接轨，阳江将开展输氢管道建设，可大幅降低运输成本。其中，将规划 建设阳江至湛江输氢管线，可为湛江宝武钢铁基地供应绿氢。此外，还将谋划到珠三角、香港输氢管 线，服务粤港澳大湾区氢能市场。 总投资110.9亿元的宝武清能（阳江）绿氢产业园项目，1月23日在广东省阳江市主平台产业新空间 正式启动。 新金属材料全国重点实验室——宝武清能（阳江）绿氢产业创新研究院当天揭牌成立，将重点攻关 新型制氢变革性纳米关键组件等技术，引领产业技术突破。 项目规划建设年产8万吨绿氢生产基地，同步布局绿氨产品线、氢能先进装备生产基地、新型固态 储氢材料及装备生产线、新型制氢装备创新研发中心等。 ...

科考人员用温盐深剖面仪获取水样。李超 摄 在多个站位开展系统化作业后，团队累计获取了大量样品与连续观测资料，为解析该区域有机碳循 环机制奠定了数据基础。 1月17日，随着"香洲云"科考船缓缓靠港，南方海洋科学与工程广东省实验室（珠海）（以下简称 南方海洋实验室）2026年度首个科学考察航次收官。 本航次自1月13日起航，汇聚了崂山实验室、中国海洋大学、中山大学及南方海洋实验室的13名科 研骨干与青年学子，共赴珠江口海域开展有机碳循环综合科学考察。 据了解，本航次围绕珠江口—近海连续体的有机碳循环过程，通过温盐深剖面仪（CTD）实时获取 不同深度水体的温度、盐度、叶绿素等关键参数，同步采集分层水样用于后续颗粒有机碳（POC）和溶 解有机碳（DOC）分析；利用箱式取样器获取表层沉积物样品，结合多参数水质仪、现场激光粒度仪 及水下粒度成像分析系统，全面捕捉水体颗粒物分布与微生物影像信息。 ...

在"大变局中的北极治理"研讨环节，中国极地研究中心和北京语言大学的专家就北极治理的最新热 点和前沿问题作了主旨报告。来自华南农业大学、中国海洋大学、青岛科技大学等单位的皮书作者分享 了北极研究的最新成果和观点。 1月26日，《北极蓝皮书：北极地区发展报告（2024-2025）》新书发布会暨"大变局中的北极治 理"研讨会在山东青岛举办。 本卷蓝皮书由中国海洋大学教授刘惠荣主编，汇聚了跨学科研究力量，是兼具学术深度与政策参考 价值的研究成果，就北极地区年度热点问题及北极地区安全与政策发展中的相关问题进行研讨，从而为 更好地认识极地、保护极地、利用极地贡献智慧力量。 中国是北极事务的重要利益攸关方，积极为北极治理贡献智慧和力量。本卷蓝皮书延续以往发展报 告的形式，以2024年至2025年的年度北极重大事件和热点议题为研究对象，总报告对2024年至2025年北 极地区公域治理的进展、面临的挑战进行了全面梳理和分析，分报告包含北极治理篇、北极安全动态 篇、北极合作发展篇三个主题，共10篇文章。 据悉，从2014年开始，北极蓝皮书连续十一年不间断出版，体现了中国海洋大学极地治理团队的学 术坚守与国家担当，为国家极地管理部 ...

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].

该模型由热带海洋环境与岛礁生态全国重点实验室海洋智能探测与大数据技术应用研究团队、海洋 动力热力过程及其环境效应研究团队、海洋环境模拟与应用技术研究团队牵头，联合中国科学院南海海 洋研究所内外多支科研力量共同研发。 海境AI大模型由界面、区域预报、涡流、智能问答4个模型组成。海境AI大模型通过四大模型的有 机协同，构建了从数据融合、智能预报、三维重构到交互认知的完整技术闭环。该系统实现了国产多源 卫星数据的智能化、标准化处理与应用，形成了从遥感观测到智能问答端到端服务能力，可全方位支撑 海洋环境保护、科学研究、航行安全、资源开发和生态保护等多类业务场景。 1月20日，在热带海洋环境与岛礁生态全国重点实验室2025年度学术年会暨创新攻关团队研讨会 上，中国科学院南海海洋研究所发布海境·区域海洋环境应用AI大模型（简称海境AI大模型）。 ...

Core Insights - The coral reef in the waters off Pantai Tanjung Island, Indonesia, is thriving, indicating a successful marine ecological restoration project led by Shanghai Ocean University in collaboration with Indonesian partners [2][4]. Group 1: Project Overview - The "China-Indonesia Nearshore Marine Ecological Ranch Technology Cooperation Research" project was initiated in late 2021, with the first phase running from 2022 to 2024 and the second phase from 2025 to 2027 [2]. - The project aims to develop key technologies for coral restoration, including coral zoning, species selection, transplantation, and maintenance techniques, to create a habitat for marine life [4]. Group 2: Coral Growth and Ecosystem Health - As of October 2025, coral coverage in the artificial reef area has increased by 22%, up from a previous 10% increase, indicating a stable and suitable environment for coral growth [5][6]. - The presence of high-nutritional fish species, such as butterflyfish and parrotfish, signals a significant improvement in the entire ecosystem, suggesting the establishment of a self-sustaining coral reef system [6]. Group 3: Technological Innovations - The project has introduced underwater dual-lens cameras to monitor the reef's dynamic environment in real-time, overcoming traditional survey limitations [8]. - Innovative management strategies are being implemented to address challenges such as the increase in crown-of-thorns starfish and other organisms that inhibit coral growth [8]. Group 4: Expansion of Collaboration - The project is evolving from a single demonstration site to a systematic and networked collaboration model, integrating breeding and maintenance types of marine ranches [10]. - The partnership network has expanded to include additional Indonesian marine research institutions, enhancing talent development through a systematic approach that includes training for graduate students and young faculty [10].

12 上参与中 2 per . Jak Bard 164 19 011 Ther t = 1 l and and e 8 PA le 4 0 195 pt A STATE 从之江两岸到东海之滨，从大阪世博会到"活力中国调研行"，浙江以生动的实践，向世界讲述"绿水青山就是金山银山"的中国故事，向全国展示"从山 顶到海洋"的治理大格局。 2025年，在高质量发展新征程上，作为"绿水青山就是金山银山"理念发源地的浙江，以"重要窗口"的担当，以更高标准、更实举措统筹推进山水林田湖 草沙一体化保护与系统治理，描绘出一幅人与自然和谐共生的现代化先行画卷。 提笔濡墨，只为土地综合整治绘就的富春山居盛景 翻开土地综合整治年度成绩单，2025年浙江全省新批复土地综合整治项目102个，完工103个。全省在建项目完成年度投资703亿元。在各地推送的精品 工程基础上，浙江分三个批次发布了27个省级优秀案例。宁波海曙、嘉兴桐乡、湖州长兴等3个项目入选自然资源部第三批全域土地综合整治典型案例，入 选数量位居全国前列。 工作体系全新塑成。浙江坚持以"千万工程"为引领，以县域发展轴建设为关键牵引，在"未来乡村"与新型城镇化协同发展的蓝图中， ...

近年来，广西桂林市临桂区会仙镇沐宦头村开展乡村风貌综合整治，打造集观光、体验、度假于一体的旅游新业态，每年接待游客超20万人次。图为1 月18日，众多游客在该村格桑花观赏园内共享生态美。 黄胜林 摄 in N B t I 官 11 48 TS - 2011 1 ...

宜兴市阳山坞宕口修复后。储丹宁 摄 日前，江苏省"十四五"历史遗留矿山生态修复行动计划总结评估工作顺利完成。"十四五"以来，江苏省自然资源厅坚持"节约优先、保护优先、自然恢 复为主"的核心方针，综合运用工程修复、自然恢复与转型利用等多种方式，统筹推进历史遗留矿山生态修复。截至2025年底，全省累计完成修复面积6759 公顷，超额完成自然资源部下达的预期目标，昔日斑驳的"矿山印迹"正逐步蜕变为绿意盎然、生机勃发的"生态名片"。 制度先行筑根基 统筹推进提质效 "十四五"时期，江苏建立了"省级统筹、市县落实、部门协同"的工作机制。省自然资源厅成立专项工作领导小组，将修复任务精准分解至各设区市、县 （市、区），各设区市同步组建工作专班。同时，将修复任务完成情况纳入省自然资源节约集约利用综合评价考核体系，强化绩效评价对财政资金使用管理 的导向和激励作用。其中南京市将修复任务纳入市政府重点工作和年度打好污染防治攻坚战重点任务清单，推动修复工作精准落地、提质见效。 基础数据管理是精准修复的重要前提。江苏建成部省一致的历史遗留矿山数据库，实现图斑核查、销号、统计全流程信息化管控。省自然资源厅委托江 苏省地质调查研究院作为技 ...