《海域使用权立体分层设权技术规范》在全国率先提出了海域使用权立体分层设权宗海界定、宗海 图编绘、海域使用论证、不动产登记等综合性技术规范。该标准将有效指导江苏省开展海域使用权立体 分层设权工作，对江苏省海洋空间资源布局调整与优化、海域资源配置、节约集约用海、海洋保护等工 作起到技术指导作用，对全国海域立体分层设权工作具有示范意义。 近日，江苏省发布并实施《海洋工程装备产品分类与代码》（DB32/T5186-2025）和《海域使用权 立体分层设权技术规范》（DB32/T5184-2025）两项海洋标准。 两项海洋标准进一步规范了当前海洋工程装备产业统计监测以及海域使用分层设权工作，填补了江 苏省相关标准领域的空白，标志着江苏省在推动海洋标准化建设方面迈出了关键一步，为海洋经济统计 监测和海域使用管理提供了有力支撑。两项标准均由江苏省海洋经济监测评估中心（江苏省海域使用动 态监视监测中心）牵头起草编制。 据悉，《海洋工程装备产品分类与代码》是我国海工装备统计领域首个专门针对产品分类与代码的 地方标准，将在海洋工程装备产品统计监测、海洋工程装备产品类别划分、海洋工程装备企业判定、海 洋工程装备产业统计核算等领域发挥 ...

Core Viewpoint - The establishment of the Beihai Marine Resource Survey Data Management and Application Platform marks a significant step towards the high-quality development of marine affairs in Beihai, driven by digitalization and information technology [1]. Group 1: Digital Infrastructure Development - The platform is part of a three-year action plan aimed at building a data framework for marine resource management in Beihai, enhancing the modernization of marine governance through digital means [1]. - Over the past two years, the Beihai Survey Center has made steady progress in constructing the platform's digital infrastructure, improving the interconnectivity and shared utilization of digital resources [1]. Group 2: Data Management Transformation - Current marine resource survey data is stored and managed in isolation, leading to high redundancy and poor consistency, making cross-project sharing and knowledge accumulation difficult [3]. - The platform integrates various types of marine resource survey data using a hybrid database system, enabling visualization and statistical analysis to enhance decision-making capabilities [3]. Group 3: Integrated Management Approach - The platform aims to transition from isolated marine data management to an integrated "land-sea" approach, utilizing technologies like geographic information systems and virtual simulation [5]. - A three-dimensional integrated scene has been developed, combining data from various sources and platforms, facilitating a unified representation of marine and terrestrial environments [5]. Group 4: Intelligent Management Solutions - The platform automates the management of marine resource survey data, allowing for rapid querying, analysis, and visualization, thus improving operational efficiency [8]. - Decision-support modules within the platform assist in various regulatory tasks, such as site selection and resource monitoring, by integrating multiple constraints and generating actionable insights [8]. Group 5: Future Development Plans - The Beihai Survey Center plans to further develop an integrated three-dimensional scene that encompasses various environments, while also incorporating artificial intelligence to enhance marine resource management [9].