Core Viewpoint - The development of China's marine economy must focus on high-quality growth and innovation, as emphasized by President Xi Jinping during the Central Financial Committee meeting [1] Group 1: Marine Economy Development - The Ministry of Natural Resources and the National Development and Reform Commission have jointly issued 19 tasks and policy measures to promote the large-scale utilization of marine energy [1] - The "Penghu" platform, China's first semi-submersible wave energy aquaculture platform, demonstrates how to achieve green power supply and intelligent deep-sea aquaculture [1][3] Group 2: Technological Advancements - The "Penghu" platform, designed by the Guangzhou Institute of Energy Research, is equipped with 60 kW wave energy and 60 kW solar power generation systems, along with energy storage devices and automated feeding systems [4][12] - The platform's design allows for significant automation, reducing the number of workers needed for aquaculture operations from five to two [4][11] Group 3: Successful Harvests - The "Penghu" platform successfully harvested 150,000 pounds of the valuable fish species, red drum, demonstrating its effectiveness in extreme marine conditions [6][7] - The "Gesheng 1" platform, a larger counterpart, has a capacity to cultivate 450 to 600 tons of fish, showcasing the scalability of these marine farming technologies [7][12] Group 4: Resilience and Future Plans - The "Penghu" platform successfully withstood the impact of Super Typhoon "Sula," which reached wind speeds of 61.5 meters per second, proving its robustness [14][15] - Future plans include the development of multi-energy complementary platforms that integrate wave, wind, and solar energy to enhance economic efficiency and sustainability in marine operations [15]

Core Viewpoint - The article highlights the critical role of the Shipu Ocean Station in marine disaster prevention and mitigation, emphasizing the dedication of its personnel in monitoring and data collection to safeguard public safety and support decision-making for marine management [2][8]. Group 1: Operational Challenges and Responsibilities - The Shipu Ocean Station is located in a region prone to severe marine disasters, with a vast area of 6,618 square kilometers and a coastline of 988 kilometers, making it essential for timely data collection during disasters [2][6]. - During peak seasons for typhoons and red tide events, the station's workload increases significantly, requiring rapid response to equipment failures and data anomalies [3][4]. - The personnel at the station often work long hours under challenging conditions, demonstrating their commitment to emergency monitoring and data analysis [4][6]. Group 2: Workforce and Training - The station faces challenges in attracting and retaining young talent due to its remote location and demanding work environment, leading to a reliance on experienced staff [6][7]. - The station's staff is small, with only five members, yet they manage a wide range of responsibilities, showcasing their versatility and capability [7]. - Continuous training and hands-on experience have transformed the staff into highly skilled professionals, capable of handling various marine monitoring tasks [6][7]. Group 3: Technological and Operational Development - The Shipu Ocean Station has evolved from a basic observation point to a comprehensive facility capable of monitoring over 40 parameters related to marine conditions, including water quality and biological ecology [7]. - The station supports various projects related to marine disaster prevention, risk assessment, and public education on marine safety [7][8]. - Collaboration with local government and educational institutions enhances the station's outreach and effectiveness in promoting marine knowledge and disaster preparedness [8].

Core Viewpoint - Danzhou Yangpu is actively constructing a comprehensive offshore wind power industry ecosystem, focusing on the entire industrial chain from upstream power generation to downstream applications, while aiming to support the Hainan Free Trade Port's development with clean energy [1] Summary by Relevant Sections Clean Energy Capacity - Danzhou Yangpu's total installed clean energy capacity has exceeded 3 million kilowatts, providing strong green power for the Hainan Free Trade Port construction [1] - The offshore wind power capacity has reached 1.2 million kilowatts, while photovoltaic power capacity stands at 850,000 kilowatts [1] - Additional clean energy sources include onshore wind power (99,000 kilowatts), gas power (1.43 million kilowatts), waste heat power (27,750 kilowatts), biomass power (130,000 kilowatts), and small hydropower (48,000 kilowatts), forming a diversified green energy supply system [1] Supporting Infrastructure - The wind power industrial park's supporting projects, including docks and roads, are progressing steadily [1] - The designed annual throughput capacity of the supporting dock is 5.36 million tons, capable of accommodating one 50,000-ton vessel and two 20,000-ton vessels simultaneously [1] - The completed roads will facilitate efficient and convenient transportation for large equipment such as wind turbines [1] Charging Infrastructure - A total of 17,475 charging piles (18,290 guns) and 249 charging stations have been established, along with 6 battery swap stations (246 batteries), achieving a vehicle-to-pile ratio of approximately 1:1.19, ranking among the top three in the province [1] - This infrastructure is accelerating the development of the Hainan Free Trade Port as a "green engine" for high-quality growth [1]

Core Insights - The successful docking of the container ship "Haifeng Haikou" at Wenzhou Port marks the official opening of berths 5 and 6 in the Zhuanzhong Ao port area, enhancing the port's container throughput capacity and solidifying its status as a regional shipping hub [1] - The newly opened berths are designed for 50,000-ton container vessels, with a total quay length of 626 meters and a depth of -17 meters, allowing for all-weather docking of large container ships [1] - The addition of these berths will increase Wenzhou Port's annual throughput capacity by 1.03 million TEUs, significantly boosting its competitiveness and international shipping service level [1] Industry Performance - From January to August, Wenzhou Port Group achieved a cargo throughput of 30.3 million tons, representing a year-on-year growth of 5.8% [2] - The container throughput reached 1.045 million TEUs, with a year-on-year increase of 7.7%, indicating a steady development trend [2] - The port group has been actively expanding its port capacity and optimizing its structure, currently operating nine berths for vessels over 50,000 tons and offering 18 near-sea routes [1][2]

Core Viewpoint - The seminar on "Development of Major Equipment in Polar Regions and Interdisciplinary Frontier Exploration" highlighted the importance of interdisciplinary collaboration and technological innovation in polar science to address national needs and major scientific challenges [1] Group 1: Seminar Overview - The seminar was hosted by the National Key Laboratory of Undersea Science and Boundary Research and took place in Hangzhou from September 4 to 5, with nearly 60 experts from 23 relevant domestic institutions participating [1] - The meeting was chaired by academician Li Jiabiao from the Chinese Academy of Engineering [1] Group 2: Key Discussions - 21 experts presented reports focusing on two main themes: interdisciplinary frontier scientific issues in polar regions and polar science and technology [1] - Discussions included topics such as shared polar research voyages, frontier scientific issues in polar seabeds, and the application of major equipment in polar regions [1] Group 3: Recommendations and Future Directions - Experts proposed a series of recommendations aimed at addressing national major needs, focusing on significant scientific problems, and promoting interdisciplinary integration [1] - Li Jiabiao emphasized that innovation in marine science stems from advancements in observation technology and that polar science has entered a new phase, advocating for a focus on frontier scientific issues and multi-vessel operations [1] - The head of the Earth Science Department of the National Natural Science Foundation expressed willingness to establish a new platform for polar cooperation, leveraging the advantages of shared research voyages and leading scientists in the polar field to drive breakthroughs in major scientific issues [1]

Core Viewpoint - The event "Close to 'Shanghai First Watch' - She Shan Island Marine Observation Station Decoding Tour" highlights the importance of marine observation in disaster prevention and resource management in Shanghai [1] Group 1: Marine Observation and Disaster Prevention - The event involved over 10 citizen representatives visiting She Shan Island, a key marine observation site, to understand its role in urban safety [1] - Participants learned about Shanghai's efforts in marine disaster observation, resource management, and ecological protection through presentations and videos [1] - The marine observation station is described as a "watchtower" for the ocean, providing critical data for disaster warnings, aiding in the accurate prediction of storms and hazardous weather [1] Group 2: Public Engagement and Education - The open tour aimed to educate citizens on the significance of marine data and the achievements in marine forecasting [1] - Attendees observed the real-time data collection and transmission processes at the observation station, enhancing their understanding of its operational importance [1] - The event included hands-on demonstrations of marine observation instruments, allowing participants to engage directly with the technology [1]

Core Insights - China National Offshore Oil Corporation (CNOOC) has successfully achieved a significant milestone in carbon capture and storage (CCS) with its Enping 15-1 oilfield project, having stored over 100 million cubic meters of carbon dioxide, equivalent to the carbon offset of planting 2.2 million trees [3] Group 1: Project Overview - The Enping 15-1 oilfield is China's first offshore high carbon dioxide content oilfield, which, if developed conventionally, would lead to increased carbon emissions and corrosion of offshore facilities [3] - CNOOC has invested four years in research to implement the first offshore CCS project in China at this oilfield, achieving an annual carbon dioxide storage capacity exceeding 100,000 tons [3] Group 2: Technological Advancements - In May, the first offshore carbon capture, utilization, and storage (CCUS) project was launched at the Enping 15-1 platform, marking a comprehensive upgrade in offshore CCUS technology, equipment, and engineering [3] - The project introduces a new model of marine energy recycling, termed "carbon-driven oil, oil-solid carbon," which enhances oil production while simultaneously achieving carbon dioxide storage [3]

Core Viewpoint - The delegation from the Ministry of Natural Resources conducted a visit to Papua New Guinea and the Solomon Islands to enhance cooperation in marine disaster prevention and resource management [1][2] Group 1: Delegation Activities - The delegation visited Milne Bay Province in Papua New Guinea, where they were warmly welcomed by the provincial governor, Gordon Wesley [1] - Discussions were held with the Minister of Fisheries and Marine Resources of Papua New Guinea, Jetta Wang, who expressed interest in China's support for marine disaster early warning and satellite remote sensing applications [1] - In the Solomon Islands, the delegation engaged with the Ministry of Environment, Climate Change, Disaster Management, and Meteorology, agreeing to elevate cooperation levels and pursue a memorandum of understanding [1] Group 2: Future Cooperation Plans - The delegation conducted site visits to various coastal areas in Papua New Guinea and the Solomon Islands [2] - The Island Research Center plans to collaborate with partner organizations to advance customized marine disaster early warning systems, satellite remote sensing product development, coastal management, and personnel training [2] - The aim is to expand comprehensive cooperation in the natural resources sector with Pacific island nations and continuously improve the China-Pacific Island cooperation framework [2]

Core Insights - The Ministry of Natural Resources and the National Bureau of Statistics jointly released a list of exemplary cases for high-quality development innovation applications empowered by real-scene 3D technology, with the "Real-Scene 3D Empowerment of International Seabed Geographic Entity Naming" case recommended by the National Marine Information Center being included [1][2]. Group 1: Technological Applications - The application of real-scene 3D technology allows for the visualization of seabed geographic entities such as seamounts, ridges, and canyons, enhancing the scientific accuracy of identifying these entities [1]. - A rapid extraction and classification method for seabed geographic entities has been developed, enabling automated identification and scientific calculation of key parameters like shape, scale, and slope [2]. Group 2: Management and Standardization - A semantic attribute collection for seabed geographic entities has been established, creating a coding system that integrates individual entities with their groups, facilitating a smart management model [2]. - The case has led to the standardization of seabed geographic name proposals, improving the acceptance rate of these proposals in international reviews, particularly in disputed maritime areas [2][3]. Group 3: Institutional Role - The National Marine Information Center has been responsible for leading domestic seabed name proposal compilation and technical review since 2010, having submitted 283 seabed name proposals to the international seabed name registry [3]. - Future applications of real-scene 3D technology will focus on constructing a comprehensive marine scene, enhancing the effectiveness of marine spatial geographic data in supporting high-quality marine economic development [3].

宁夏自然资源厅测绘地理信息管理处负责人介绍，根据《地图管理条例》关于地理信息公共服务的要 求，宁夏自然资源厅通过"天地图·宁夏"地理信息公共服务平台，面向社会公开发布2025版《宁夏回族 自治区标准地图》，为公众提供权威、准确的地理信息服务。同时，他们将持续推进国家版图意识宣传 教育活动，强化全社会规范用图意识，从源头上杜绝"问题地图"。 新版地图采用四开规格，涵盖自治区本级、5个地级市及22个县（市、区）三级行政区域，共计28幅标 准地图，实现了全区范围全覆盖。 据悉，2025年版标准地图对地名注记、行政境界、水系分布、交通网络等地理要素进行了系统性更新。 为确保数据准确性，宁夏自然资源厅联合民政厅对图幅中涉及的行政区域界线、行政区划名称等关键信 息进行了联合审查与确认，有效保障了行政界线的法律效力和地名的规范统一。 为加强标准地图编制与更新工作，确保地图的权威性和现势性，近日，宁夏回族自治区自然资源厅全面 完成2025年版标准地图更新工作。 ...