Group 1 - The forum on "Innovation, Green, Intelligent, China-ASEAN Blue New Future" was held in Nanning, Guangxi, focusing on blue economy cooperation and development [1] - Over 500 representatives and experts from China and ASEAN countries participated, discussing innovation-driven development, industrial updates, and harmonious human-ocean relationships [1] Group 2 - The global consensus emphasizes the development of renewable energy, particularly offshore energy, as a crucial part of the renewable energy system [2][3] - Offshore energy is characterized by wide resource distribution, strong predictability, proximity to load centers, and diverse application scenarios [2] Group 3 - ASEAN is becoming a new growth pole for energy development, with significant potential for offshore energy due to its long coastlines and vast marine areas [7] - The development of offshore energy in ASEAN is still in the early exploration and technology validation stages, with multi-energy integration being a key direction [7] Group 4 - Four priority areas for China-ASEAN offshore energy cooperation include strengthening intergovernmental cooperation mechanisms, joint core technology R&D, promoting key demonstration projects, and establishing experimental verification and standard recognition [8][9]

为实现早发现、早预警、早处置的防御目标，此次行动采用"无人机+人工智能"识别系统，通过无 人机搭载的红外热成像仪及时发现海岸各类险情后，智能循环播放配套指令。行动中，所有无人机巡查 数据实时转入海口市应急管理局智能作战大厅的应急指挥系统，实现了"巡查—派单—处置一反馈"全流 程闭环管理。针对部分游客存在侥幸心理，巡查无人机特别配备大功率喊话器和探照灯，采用"语音播 报+灯光警示"循环模式，智能劝导游客及时撤离。行动对26处沿海沿江网红打卡点和市民游客重点涉 水区域展开"地毯式"排查，发现预警并转有关部门劝离市民游客286人次。 下一步，海口局将进一步提高无人机设备及专业人员的服务保障能力，助力构建完善"零接触、快 速度、高效率"的巡查体系，织密海岸防护网。 近日，海南省海口市自然资源和规划局启动无人机智能专项巡查，为台风应急响应期间海岸线安全 防控提供预警保障。 ...

Group 1 - The forum on "Innovation, Green, Smart, China-ASEAN Blue New Future" was held in Nanning, Guangxi, focusing on blue economy cooperation and development [2] - Over 500 representatives and experts from China and ASEAN countries participated in discussions on innovation-driven development, industrial upgrading, and harmonious human-ocean relationships [2] - The China-ASEAN Blue Economy Common Market aims to be a "blue engine" for economic growth and regional economic integration [3] Group 2 - Key terms for the China-ASEAN Blue Economy Common Market include economic growth, trade cooperation, and industrial transformation [4] - Blue economy is projected to contribute to a 5% economic growth target over the next 5-10 years, with a potential increase of nearly $10 billion in market size for every 1% rise in seafood trade between China and ASEAN [4] - The fishing industry, where China and ASEAN account for 80% of global aquaculture and 60% of global fishery catch, is a focal point for transformation and upgrading [4] Group 3 - Key areas for building the China-ASEAN Blue Economy Common Market include marine tourism, fisheries, and emerging fields like marine biomedicine [5] - Establishing a marine tourism common market involves creating an island tourism economy community and promoting cross-border standards and management [5] - The marine fisheries common market aims for ASEAN's seafood exports to China to reach 25% of total exports by 2024, transitioning from trade to integrated supply chains [5] Group 4 - Guangxi and Hainan are encouraged to collaborate in building the China-ASEAN Blue Economy Common Market, focusing on seafood trade and port infrastructure connectivity [6] - The establishment of a seafood procurement and distribution center in Guangxi, in cooperation with Hainan, is recommended to enhance trade standards [6] - Development of a cruise tourism cooperation network and a blue technology innovation hub is also suggested to strengthen ties with ASEAN [6]

Core Insights - The article discusses the challenges and advancements in red tide monitoring and forecasting in the North Sea region, highlighting the establishment of a comprehensive intelligent support system for red tide disaster monitoring and early warning [1][5][10] Group 1: Red Tide Overview - Red tide, also known as "red ghost," is an ecological anomaly caused by the explosive proliferation of certain microalgae, leading to water discoloration and harm to marine life [1] - In 2024, China experienced 66 instances of red tide, with nearly 60% being toxic, covering an area exceeding 11,000 square kilometers [1] Group 2: Technological Advancements - The North Sea Bureau has developed an intelligent red tide recognition network using satellite remote sensing data, significantly improving the efficiency and accuracy of identifying water color anomalies compared to traditional methods [3] - A machine learning-based early warning model for red tide has been created, along with a three-dimensional migration and diffusion prediction model, enhancing the forecasting capabilities for different time scales [5] Group 3: Monitoring and Response Framework - A scientific decision-making model for on-site verification of water color anomalies has been established, facilitating efficient coordination between remote sensing monitoring and on-site responses [7] - The North Sea Bureau has integrated the latest technological achievements into an intelligent prediction and monitoring auxiliary system, supporting a dual-loop management approach for red tide monitoring and emergency response [7] Group 4: Focused Services and Future Directions - The North Sea Bureau is implementing a comprehensive forecasting system that combines satellite remote sensing, real-time sensors, and laboratory analysis to predict chlorophyll concentration and red tide risks in specific coastal areas [9] - Future plans include the integration of artificial intelligence and digital twin technologies to enhance early warning accuracy and establish a multi-dimensional monitoring network [10]

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 Viewpoint - The article highlights a comprehensive maritime law enforcement action conducted by Hainan's Marine and Fishery Supervision Team, focusing on illegal fishing activities in the western waters of Hainan Province [1] Group 1: Enforcement Action Details - The enforcement action took place from September 9 to 11, covering over 300 nautical miles and resulting in the seizure of 6 vessels suspected of illegal fishing [1] - The operation involved the "China Marine Surveillance 2168" and "China Fishery Administration 46017" vessels, which conducted continuous patrols in designated sea areas [1] - Specific illegal activities targeted included fishing operations within the bottom trawling prohibition zone and unauthorized fishing across the maritime boundary with Vietnam [1] Group 2: Outcomes and Future Plans - During the operation, one vessel was caught engaging in illegal bottom trawling near Hainan's Haihua Island, while 5 vessels were seized for unauthorized changes in fishing methods [1] - The Hainan Marine and Fishery Supervision Team plans to enhance collaboration with coastal cities and counties to improve cross-regional coordination and strengthen law enforcement effectiveness [1]

宣传活动现场。南海局供图 宣传活动围绕海底电缆管道保护举办了座谈会。南海海域海岛中心梳理了海洋油气生产面临的挑战、破坏海底电缆管道的典型事故类型，解读了海底电 缆管道保护相关法律法规，并就如何加强海底电缆管道保护提出建议。中海石油（中国）有限公司深圳分公司介绍了近年来南海东部油田海域海底电缆管道 被损坏的典型案例以及海底电缆管道保护需求。各参会单位的领导和代表剖析了典型案例和现状问题，并提出建议，共同为海底电缆管道保护建言献策。 在汕尾市马宫渔港开展的现场宣传吸引了众多市民前来观看。活动通过布设科普宣传展板、科普讲解答疑互动、发放《海底电缆管道设施保护宣传手 册》等形式，向公众科普海底电缆管道保护、管理政策法规、海岸线保护与开发等知识。 "保护海底电缆管道，人人有责。""发现破坏海底电缆管道等违法行为要敢于举报。"在现场，科普人员结合海底电缆管道损坏案例，向市民讲解相关法 律法规，强调依法保护海底电缆管道的重要意义，发出保护海底电缆管道倡议。同时，通过走街串巷，向附近居民、渔民发放宣传资料，呼吁更多人关注海 底电缆管道保护，共同维护海底电缆管道安全。 近日，由自然资源部南海局指导，自然资源部南海海域海岛中心、 ...

Core Insights - The 2025 "Snow Dragon" trial voyage and educational integration maritime teaching activity organized by the China Polar Research Center successfully completed its tasks and returned to port [1] - The voyage lasted 5 days, covering nearly 450 nautical miles, and exceeded expectations in terms of achievements [1] - Nearly 100 teachers and students from various universities participated in this educational integration voyage [1] Educational Activities - During the maritime teaching activities, the Polar Center organized events such as "The First Lesson of Departure," "Entering the Polar Lecture Hall," and "Polar Science Lecture Hall" [1] - Experts from relevant fields, including the Ministry of Natural Resources and the National Oceanic Administration, were invited to teach students, enhancing patriotism and innovation awareness through case-based learning [1] - Students engaged in practical experiences in disciplines like physical oceanography and marine biology, operating onboard equipment and analyzing ocean samples to build practical skills for polar research [1] Continuous Efforts - Since 2022, the Polar Center has conducted integrated educational maritime teaching activities for four consecutive years [1] - Students and teachers from universities supervised by the Ministry of Education and local universities in Shanghai have utilized ship time and onboard laboratory resources for research and learning [1]

Core Viewpoint - The National Ocean Technology Center has successfully passed the power parameter capability verification organized by the China National Institute of Metrology and Shanghai Electrical Equipment Testing Co., Ltd, enhancing its testing service capabilities in the field of marine energy generation [1] Group 1: Capability Verification - The capability verification focuses on core power parameters in marine energy generation device testing, including harmonic voltage, harmonic current, power, and frequency deviation [1] - The successful verification strengthens the CMA qualification effectiveness of the National Ocean Technology Center in the detection of marine energy generation devices [1] Group 2: Future Development - The center aims to continue focusing on the marine energy generation field, enhancing its testing service capabilities to support the operationalization of the national marine comprehensive test site and promote marine technology innovation and industrialization [1]

Group 1 - The Fujian Provincial Ocean and Fisheries Bureau emphasizes the need to optimize funding allocation and usage efficiency to strengthen the marine economy, encouraging social capital participation [1] - Since the beginning of the 14th Five-Year Plan, the completion rate of central budget investments in agricultural construction projects (fisheries) has been nearly 100%, with the execution rates of central agricultural transfer payment funds for 2024 and 2025 ranking among the top in the country [1] Group 2 - The focus is on enhancing effective supply of incremental policies around three main directions: strengthening industries, empowering technology, and improving livelihoods, with initiatives to facilitate policy implementation [2] - Seven special action plans have been launched to promote marine technology innovation, new product applications, and high-quality development in deep-sea aquaculture, supported by financial plans for modernizing fisheries [2] Group 3 - A rolling evaluation mechanism for marine fishery investment projects has been established, with a 6% year-on-year increase in central financial support for fishery development since 2025, leading to over 100 billion yuan in marine fishery project investments [3] - The introduction of a dual empowerment model combining policy and finance for marine economic development has been initiated, optimizing the "financial support + financial services" approach [3] Group 4 - The establishment of an integrated platform called "Marine Fujian" aims to streamline project application processes and enhance transparency in policy implementation, ensuring that benefits reach enterprises directly [4] - A dynamic adjustment mechanism for policies has been created to facilitate project approvals and funding, promoting a transparent and efficient application process [4]