根据协议，双方将围绕三个核心方向推进：一是推进天津海洋检验检测能力升级，立足海洋生态保 护修复、海洋预警监测核心任务，完善从现场采样到实验室分析的全链条管理，保障监测数据精准可 靠；二是强化标准化建设引领作用，建立海洋标准化合作机制，重点针对海洋生态监测预警智能实验室 技术要求等新兴领域，推动相关标准立项与落地，填补行业规范空白；三是开展海洋生态监测预警智能 实验室质量管理科技攻关，构建全流程数据区块链溯源系统，打破该领域技术瓶颈。 近日，自然资源部天津海洋中心与国家海洋标准计量中心签署合作协议，将在自然资源管理、海洋 公益服务、海洋生态修复、海洋检验检测、海洋标准化计量质量技术监督等领域，开展全方位、多层 次、宽领域的合作。 ...

Core Points - The article discusses the "Blue Campus" outreach initiative conducted by the Third Institute of Oceanography in Indonesia, focusing on climate change and marine ecological protection [2][3] - The initiative aims to translate scientific knowledge into accessible language for local communities, emphasizing the importance of marine ecosystems and pollution prevention [3][5] - The outreach program is part of a broader strategy to strengthen Sino-Indonesian relations, particularly in marine cooperation, as both countries approach the 75th anniversary of diplomatic ties in 2025 [3][11] Group 1 - The outreach team engages with local communities and universities, providing training on climate change and marine conservation, while prioritizing vulnerable groups such as women and children [3][5] - Educational materials are localized, including manuals and videos, to ensure effective communication and understanding of marine issues [5][7] - The initiative encourages youth participation, with students becoming ambassadors for marine conservation within their communities [5][6] Group 2 - The outreach activities foster emotional connections between Chinese and Indonesian people, exemplified by local gestures of hospitality and shared commitments to environmental protection [6][9] - Local leaders, such as village chiefs, play a role in promoting the initiative and encouraging community involvement in marine conservation efforts [9][10] - The partnership between China and Indonesia is framed as a commitment to a sustainable and prosperous marine future, with ongoing collaboration in marine research and environmental protection [11]

Group 1: Emergency Response to Red Tide - The Ningbo Marine Center's ecological team has initiated an emergency monitoring mechanism due to the occurrence of red tide in the Ningbo sea area, which poses a threat to fishery safety and ecological balance [3] - The team conducted high-frequency sampling and real-time water quality analysis to accurately determine the extent and type of red tide, providing timely warning information for subsequent control measures [3] Group 2: Intertidal Zone Monitoring - The intertidal zone, rich in biodiversity, requires careful monitoring during the brief periods when the tide recedes, with personnel documenting various species such as mollusks and crabs [5] - Despite challenging conditions, including high surface temperatures exceeding 40°C, the team continues to collect data essential for assessing coastal ecological health [5] Group 3: Salt Marsh Monitoring - Salt marshes serve as a crucial ecological barrier, but high temperatures and heavy rainfall can lead to vegetation wilting and soil salinization [7] - The ecological team conducts regular inspections of salt marshes, monitoring plant growth and soil conditions to provide timely warnings about potential ecological degradation [7] Group 4: Multi-Dimensional Monitoring - The summer fieldwork includes both trend monitoring and monthly warning assessments, tracking long-term changes in marine temperature, salinity, and pollutant concentrations [9] - Monthly data aggregation results in ecological health reports that serve as decision-making references for management authorities [9]

Group 1 - The core viewpoint is the establishment of a comprehensive management technical system for the North Sea area, driven by technological innovation to address challenges in marine management data fragmentation and regulatory inefficiencies [1][2] - The Ministry of Natural Resources issued a plan in February 2024 to enhance digital governance capabilities, emphasizing the need for data governance and integration [1] - The North Sea Marine and Island Center is focusing on digital information management for marine and island areas, developing three core capabilities: data and business integration, intelligent dynamic monitoring of vessel positions, and satellite remote sensing monitoring [1] Group 2 - A dual-source fusion analysis method has been developed for regulatory needs in offshore oil and gas exploration, enabling intelligent identification of vessel states and establishing early warning indicators for marine activities [2] - The center has created adaptive fusion tools for multi-source remote sensing images, significantly reducing the time required to produce thematic maps from 300-600 seconds to 15-20 seconds [2] - Future plans include enhancing data integration and governance, exploring the application of artificial intelligence with vessel identification systems and remote sensing, and building stronger management application scenarios for marine natural resource management in the North Sea [2]

Core Viewpoint - The establishment of the Guangxi Marine Laboratory, led by the Fourth Institute of Oceanography and the Guangxi Academy of Sciences, aligns with the national strategy of "Strengthening the Sea" and focuses on key technology research and transformation in marine fisheries and new materials for fishery-electric integration [1] Group 1: Laboratory Objectives and Focus Areas - The laboratory aims to create an innovative ecosystem integrating research, industry, and talent, positioning itself as a "blue engine" for the Beibu Gulf region [1] - Research areas include modern marine fisheries, new materials and high-end equipment, and pharmaceuticals and biomedicine, with a focus on digitalization of marine elements in the Beibu Gulf and joint research with ASEAN [1] Group 2: Future Plans and Responsibilities - The Fourth Institute of Oceanography will take on the primary responsibility for the laboratory's construction and management, focusing on serving national strategies and enhancing research and innovation capabilities [1] - The laboratory will leverage Guangxi's advantages and deepen cooperation with ASEAN to continuously improve research innovation and transformation efficiency based on industry needs [1]

Core Insights - The 2024 China Marine Development Index is projected to be 129.7, reflecting a 2.9% increase from the previous year, indicating stable and quality improvement in marine development Economic and Livelihood Development - The economic livelihood index for 2024 is 133.0, up by 3.1% year-on-year, with the national marine GDP surpassing 10 trillion yuan, marking a 5.9% increase from the previous year, showcasing a robust marine economy [1] - The per capita marine seafood availability increased by 0.5 kg, indicating improved livelihood security [1] Technological Innovation - The technology innovation index for 2024 is 135.2, reflecting a 2.6% increase year-on-year, supported by significant investments in marine technology innovation [1] - Key technological breakthroughs include the commissioning of the domestically designed deep-sea drilling vessel "Dream" and the successful sea trial of the deep-sea mining vehicle "Explorer II" [1] Ecological Environment - The ecological environment index for 2024 is 126.6, with a 2.4% increase from the previous year, and 83.7% of nearshore waters rated as good quality [2] - Over 400 km of coastline and more than 31,000 hectares of coastal wetlands have been restored since the 14th Five-Year Plan, indicating ongoing marine ecological protection efforts [2] Resource Utilization - The resource utilization index for 2024 is 128.2, up by 2.8% year-on-year, with a 15.6% increase in newly utilized marine areas [2] - Offshore wind power generation increased by nearly 30%, and seawater desalination capacity grew by 13.2%, enhancing marine energy supply capabilities [2] Openness and International Trade - The openness index for 2024 is 128.7, reflecting a 3.0% increase, with total marine import and export volume rising by 1.9% [3] - Trade with countries along the Belt and Road Initiative increased by 6.3%, and foreign investment in coastal areas accounted for about 80% of the national total [3] Comprehensive Management - The comprehensive management index for 2024 is 121.6, showing a 3.3% increase, with 315 marine disaster warnings issued [3] - The number of effective marine-related standards increased by 14.8%, and participation in national marine international conferences rose by 23.0%, indicating enhanced international cooperation [3]

近日，在福建省武平县中赤镇中赤村农民街地质灾害治理项目现场，工人们正有序进行混凝土浇筑、钢 筋绑扎等作业，现场一片繁忙。项目现场管理人员介绍："目前挡墙、框架梁、锚杆等护坡工程已全部 完成，总进度达95%，正在抓紧推进排水沟等附属设施的收尾工作。" 据了解，2024年6月16日，武平县遭遇特大暴雨袭击，多个乡镇出现山体滑坡、道路中断、河水猛涨、 农田被淹等险情，严重威胁人民群众的生命财产安全。灾情发生后，武平局迅速响应，先后组织实施两 批次15个地灾治理项目，全力推进灾后重建工作。截至目前，已有5个项目获得中央和省级补助资金 1611万元，正在加紧施工建设，项目全面完成后，将惠及中赤、下坝等乡镇75户366人。 武平局地灾防治部门相关负责人表示，下一步，将继续立足部门职能，扎实做好地灾治理项目的监督管 理，督促施工单位加大人员和机械投入，在保证安全和质量的前提下，加快推进项目施工，全面排查和 消除灾害隐患点，提升地灾防御能力。 从"6·16"特大暴雨灾害发生时的"心惊胆战"，到地灾治理项目临近竣工的"心里踏实"，村民表示："实施 了这个治理工程，以后下雨也能睡个安稳觉了！"这份安心源于武平县自然资源局近年来积 ...

Core Viewpoint - The recent notification issued by Guizhou Provincial Natural Resources Department and the State Taxation Administration of Guizhou aims to enhance the management of mining rights transfer revenue collection, ensuring the protection of both state ownership of mineral resources and the legitimate rights of mining rights holders [1][2]. Group 1: Information System Development - The notification emphasizes the acceleration of information system construction, promoting the interconnection of data between the "Golden Tax Phase III Tax Management System," "Guizhou Provincial Electronic Taxation Bureau," and the "Guizhou Provincial Mining Rights Transfer Revenue System" to improve data-driven fee management capabilities [1]. - It calls for the timely transmission of mining rights transfer contract information, including the names of mining rights holders, mining site names, and payment amounts, to tax authorities to ensure data quality and real-time sharing of management information [1][2]. Group 2: Verification and Feedback Mechanisms - Tax authorities are required to conduct consistency verification of fee source information against mining rights transfer contracts and other relevant documents, addressing any discrepancies with the natural resources department [2]. - The tax department must promptly relay collected payment data and outstanding payment information back to the natural resources department, ensuring accurate updates in cases of transfer or changes in mining rights [2]. Group 3: Accountability and Compliance - The notification mandates that tax authorities collect mining rights transfer revenue in accordance with legal regulations, ensuring that funds are allocated to the correct budget categories without unauthorized adjustments [2]. - It highlights the importance of establishing dedicated personnel for communication between natural resources and tax departments to enhance accountability and ensure a closed-loop management of revenue collection information [2].

本次联合调查由海洋三所与缅甸丹老大学共同执行，重点对位于仰光沿海和丹老沿海的海洋综合观 测站预选站位开展了实地考察。联合调查组由海洋、地质及工程等多领域科研人员组成，对7个预选站 位的地基稳定性、周边水文环境条件及观测视野开阔度等关键指标进行了综合评估，最终确定2处站 址。为后续海洋观测站的建设、数据共享与应用奠定了基础。 代表团还在当地开展合作交流，与德林达依省首席部长开展会谈；在缅甸丹老大学，与海洋科研工 作者们聚焦缅甸近海灾害预警技术难题，共商联合观测网络建设，并开展海洋观测仪器使用方法培训； 在当地规模最大的中学开展海洋灾害科普讲座；在当地大型海产养殖公司，就水产养殖技术、海洋生态 保护的协同发展开展交流。一系列的活动为后续双方在海洋防灾、生态保护与可持续养殖等领域的合 作，勾勒出清晰的实施路径。 8月21日至29日，自然资源部第三海洋研究所派出代表团赴缅甸，执行中缅海岸带联合调查与海洋 综合观测站选址踏勘任务。 缅甸丹老大学作为该国海洋科研的重要机构，与海洋三所有着长期坚实的合作基础，双方多次开展 联合研究及近海调查航次，并于2022年签署合作谅解备忘录。此次活动受到了缅甸国家广播电视台妙瓦 底电视 ...

近日，我国"深海浮式平台天然气处理装备研发与产业化"项目取得突破，攻克深海浮式平台天然气脱水难题。该装备已从实验室走向应用，在国内外深 海气田绽放光彩。 在南海，全球首座10万吨级深水半潜式生产储油平台"深海一号"上，该装备成功"上岗"，为开发我国首个1500米深水自营大气田——南海陵水17-2气田 提供关键技术支撑，已累计生产天然气超10亿立方米。打破国外浮式平台天然气处理技术的垄断，填补了国内技术空白，该装备成为国内首创的深海浮式平 台天然气TEG脱水处理装备。 天然气处理装备应用于"深海一号"平台。珠海巨涛供图 南海海域蕴藏着丰富的天然气资源，而想要将这些"宝藏"安全高效地开采上岸，天然气脱水处理是重要环节。以往，浮式平台天然气处理技术被国外垄 断，国内缺乏自主装备，技术受制于人。如今，在"深海浮式平台天然气处理装备研发与产业化"项目的支持下，珠海巨涛海洋石油服务有限公司打破这一局 面。项目团队将陆地常用的三甘醇脱水（TEG）技术应用于深海浮式平台天然气处理，然而，这并不是简单的"生搬硬套"，相比陆地上，海上浮式平台天然 气脱水装置需要破解海上晃动带来的一系列难题。 据项目团队介绍，深海浮式平台天然气处 ...