Core Insights - The Zhejiang Provincial Human Resources and Social Security Department has awarded the "Zhejiang Provincial Postdoctoral Research Station" to the Zhejiang Ocean University, marking the full launch of a high-level talent introduction and training platform [1] Group 1: Research Focus Areas - The research station has identified nine key research directions, including marine spatial resource management and efficient utilization, carbon cycling processes in marine ecosystems, monitoring technologies for estuarine and nearshore continuum, and AI applications in marine data [1] Group 2: Recruitment and Management - The Zhejiang Ocean University officially commenced postdoctoral recruitment in June 2025, with two postdoctoral researchers already engaged in research activities as of the end of September [1] - A comprehensive management system has been established, outlining salary and welfare mechanisms for postdoctoral researchers during their tenure [1] Group 3: Incentive Structure - The research station employs a "basic salary + research rewards" model, with research rewards based on output and no upper limit, aimed at enhancing the research enthusiasm of postdoctoral researchers [1] Group 4: Future Collaboration and Development - The Zhejiang Ocean University plans to use the postdoctoral research station as a key platform to deepen collaboration with marine-related universities and research institutions both domestically and internationally, thereby strengthening high-level talent cultivation [1]

Core Insights - The 2025 China Marine Economy Forum was held in Weihai, focusing on "Green Low-Carbon Empowerment: Reshaping New Engines for High-Quality Development of the Marine Economy" [1] - Nearly 200 experts, scholars, and graduate students from domestic universities and research institutions participated in the forum [1] Group 1: Key Themes Discussed - Experts concentrated on major national strategic issues such as ecological environment protection, technological innovation breakthroughs, institutional reforms, and deep adjustments in industrial structure during the high-quality development of the marine economy [1] - A roundtable meeting titled "Deans and Entrepreneurs" was held to promote the development of marine humanities and social sciences, as well as to enhance communication among peers [1] Group 2: Participation and Collaboration - The roundtable included experts from over 20 marine-related universities, research institutions, management departments, and marine enterprises [1] - Discussions focused on the construction of marine economy and management disciplines, talent cultivation, and collaborative innovation among government, industry, academia, and research [1]

Core Insights - The "Global Ocean City Competitiveness Index Report (2025)" was released, evaluating 60 global ocean cities based on five dimensions: economic vitality, technological innovation, maritime services, international influence, and urban governance [4] - The report identifies Shanghai, Shenzhen, and Qingdao as the leading ocean economic circles in China, with Shanghai ranked as the global leader in economic vitality and port cargo throughput [4][6] - China's ocean economy has surpassed 10 trillion yuan, with a year-on-year growth of 5.8% in the first half of the year, indicating a strong growth trajectory [6] Economic Circles Overview - The report categorizes global ocean cities into four distinct tiers, with London ranked first globally, followed by New York (3rd), and Singapore (2nd) [5] - Shanghai ranks 4th globally, with its economic vitality and international influence both ranked 2nd, while Shenzhen and Qingdao are positioned in the second tier [6][9] - Shenzhen's ocean production value reached 540.9 billion yuan, accounting for 14.7% of its GDP, while Shanghai's was over 1 trillion yuan, making up 21.1% of its GDP [9] Technological Innovation - Shenzhen ranks 4th globally in technological innovation, supported by its capabilities in marine electronic information, high-end equipment manufacturing, and underwater robotics [4][6] - The report suggests that Shenzhen can leverage technology to enhance its ocean economy, focusing on deep-sea equipment, renewable energy, and smart port operations [9] Future Development Goals - Shenzhen aims to achieve an ocean industrial added value of 215 billion yuan by the end of the 14th Five-Year Plan, with an annual growth rate of over 12% [9] - The report emphasizes the need for Shenzhen to deepen the integration of technology in its ocean economy to compete with Shanghai [9]

Core Insights - The "Xiangyanghong 18" research vessel is currently conducting scientific investigations in the East China Sea as part of the National Natural Science Foundation's shared voyage program for 2025 [1] - The research focuses on key scientific issues related to the marine environment in the East China Sea, encompassing multidisciplinary investigations in physical oceanography, marine chemistry, marine biology, and ecology [1] - The study aims to systematically reveal the patterns and mechanisms of changes in the marine environment, providing precise data support for marine resource development and environmental protection [1] Group 1 - The research vessel is executing the autumn segment of the scientific investigation task [1] - The crew is dedicated to their work, demonstrating a strong sense of responsibility and passion for science during the holiday period [1] - The project supports the National Natural Science Foundation's shared voyage platform, promoting collaborative innovation and data sharing in the field of marine science [1]

Core Insights - The third Global Hadal Deep-Sea Biological and Geological Environment International Conference was held in Sanya, Hainan, from September 27 to 30, marking a significant event in the field of deep-sea research [1] - The United Nations' "Decade of Ocean Science for Sustainable Development" global hadal exploration program was officially launched during the conference, aiming to establish an international cooperation platform for sustainable development in deep-sea science [1] Group 1 - The conference served as an important sub-forum of the third Hainan Free Trade Port International Science and Technology Innovation Cooperation Forum and Deep-Sea Technology Innovation Conference (2025) [1] - It was the first meeting of the Global Hadal Exploration Program (GHEP) initiated and led by China, recognized as a decade activity by the United Nations, highlighting its significant international influence [1] - Over 70 research institutions and experts from more than 10 countries, including Denmark, Chile, and New Zealand, participated in the conference [1] Group 2 - The conference focused on three main themes: hadal geology, environment, and life sciences, featuring multiple specialized reports and discussions [1] - Topics included multidisciplinary basic research in hadal science, cutting-edge technologies for deep-sea exploration, and interdisciplinary applications [1] - Chinese scientists have completed manned scientific research in nine major global hadal trenches, achieving significant discoveries with the support of the Ministry of Science and Technology, the Chinese Academy of Sciences, and Hainan Province [2]

本航次完成了长江口海域多要素综合调查，进行连续走航观测，获取了化学、动力学等多参数指标数据，采集了浮游生物、微生物、微塑料等水体样 品，为研究区域生态环境演变、碳循环过程及污染物来源提供了系统数据支撑。 日前，自然资源部第二海洋研究所卫星海洋环境监测预警全国重点实验室联合浙江省海洋生态环境监测中心组织实施了杭州湾生态环境保护和域外污染 物来源联合调查航次。 航次对船载自动拖曳剖面测量系统和无人机"飞漂"观测系统开展了独立调试与性能验证，稳定获取了多种关键要素的高分辨率数据，验证了设备在近海 复杂环境下的适应性与可行性。 杭州湾生态环境保护和域外污染物来源联合调查航次现场。海洋二所供图 ...

Core Insights - The Ministry of Natural Resources' Third Institute of Oceanography has established a collaborative network for marine ecological protection and sustainable development in North Sulawesi, Indonesia, focusing on scientific research, technology promotion, and public education [1][2] Group 1 - A delegation led by Du Jianguo, Deputy Director of the Marine Sustainable Development Research Center, visited multiple marine-related institutions in Indonesia to discuss biodiversity, ecological connectivity, and sustainable development [1] - The initiative aims to create a multi-level cooperation network that integrates 15 years of past collaborations between China and Indonesia, involving local governments, universities, research institutions, and industry [2] - This collaboration marks a transition from bilateral cooperation to regional synergy in marine ecological protection and sustainable development policies [2]

Core Insights - The research team from the Institute of Oceanology, Chinese Academy of Sciences, has made a groundbreaking discovery regarding the unique adaptation mechanism of the deep-sea hydrothermal animal, the Alvinella pompejana, revealing its "poisoning the poison" strategy for survival in extreme environments [1][4] Group 1: Research Findings - The study highlights that the Alvinella pompejana thrives in extreme conditions near hydrothermal vents, where high-temperature seawater contains toxic substances such as hydrogen sulfide and heavy metals [1][3] - The species exhibits rare characteristics, including a bright yellow coloration due to the presence of yellow particles in its epidermal cells, and it is found closer to hydrothermal vents than other common hydrothermal animals like shrimp and mussels [1][3] - The Alvinella pompejana accumulates a significant amount of inorganic arsenic, with some individuals containing arsenic levels as high as 1% of their body weight, yet they remain unharmed in such high-concentration environments [1][3] Group 2: Mechanism of Adaptation - Further research indicates that the yellow particles in the epidermal cells are primarily composed of arsenic and sulfur, matching the composition of realgar [3][4] - The study combines whole-genome sequencing and proteomics to reveal that these particles are enriched with multidrug resistance transport proteins and hemoglobin, which are crucial for arsenic transport and hydrogen sulfide binding [4] - The research proposes a unique detoxification mechanism where the Alvinella pompejana utilizes both arsenic and hydrogen sulfide to detoxify itself, forming insoluble realgar minerals within its cells, thus providing insights into adaptive evolution and potential applications in biomineralization and environmental toxicology [4]

Group 1 - The Ningbo-Zhoushan Port is experiencing significant activity, with a focus on the progress of an intelligent parking project and infrastructure construction, which faced delays due to land acquisition and approval processes [1] - The local disciplinary inspection and supervision authorities are actively addressing administrative bottlenecks to optimize the port city's layout and support the development of a modern port [1] - Emphasis is placed on the high-quality development of the marine economy, with a commitment to political supervision in key areas related to marine economic development [1] Group 2 - The establishment of an internationally influential shipping center is identified as a key element in developing the marine economy, with ongoing supervision of major projects at the Shanghai International Shipping Center [2] - The Shanghai disciplinary inspection team is focusing on 14 key supervision items related to marine industry development, ensuring accountability and task clarity among responsible parties [2] - Technological innovation is highlighted as a core driver for high-quality marine economic development, with oversight on the implementation of marine research policies and funding usage [2] Group 3 - In Qingdao, the local disciplinary inspection authorities are engaging with research institutions to address urgent issues in hardware and technology, resulting in the resolution of 31 significant problems [3] - A mechanism has been established to integrate technological breakthroughs with policy support and financial innovation in the marine sector [3] - The Weifang municipal authorities are actively identifying and addressing common technological challenges in the marine industry, creating a list of over 100 issues to tackle [4] Group 4 - The protection of the marine ecological environment is crucial for high-quality marine economic development, with ongoing supervision to ensure accountability in ecological protection efforts [4] - The North Sea City is focusing on the protection of mangrove ecosystems, integrating ecological protection into political supervision and addressing corruption related to environmental issues [4] - The local authorities are implementing measures to enhance the management and restoration of mangrove ecosystems, ensuring compliance with ecological protection standards [4]

Core Insights - The visit by the Fourth Institute of Oceanography under the Ministry of Natural Resources to Indonesia focused on establishing a China-ASEAN marine technology joint research center and advancing collaborative projects in marine science [1][2] - A memorandum of understanding was signed to create a long-term cooperation mechanism for joint research project applications and personnel exchanges between China and Indonesia [1] - The discussions highlighted the urgent needs for seaweed breeding, ecological aquaculture optimization, and joint talent cultivation at local universities [1][2] Group 1 - The collaboration with Indonesian research institutions, universities, and farmers demonstrates a clear and pragmatic willingness to cooperate at multiple levels [2] - The China-ASEAN marine technology joint research center is positioned as a crucial platform for technology incubation and support [2] - Engaging with farmers through "two-way listening" strengthens mutual understanding and lays a foundation for long-term cooperation [2] Group 2 - Field research was conducted in the core area of seaweed farming, addressing the current challenges faced by local farmers and providing practical technical recommendations [1] - Discussions at Pattimura University focused on high-value utilization of seaweed and microplastic pollution management, indicating a strong demand for expertise in these areas [1] - The standardization of seaweed seedling cultivation and specific aquatic breeding practices were examined, offering important references for future collaborative efforts [1]