面对高质量发展的时代命题，如果科技创新仅停留在单点突破，无异于"手捧零散的珍珠，却串不成项链"。自然资源工作关乎国土安全、粮食安全与生 态安全，每一个领域都呼唤系统化的科技支撑，哪一项任务又能容忍技术成果"各自为战"？ 破局之道，在于改革。2023年起，湖南省自然资源厅推出一系列"组合拳"——印发《关于进一步改进科技工作的意见》及五项配套办法，坚持以成果为 导向，围绕创新平台建设、科技项目管理、激励机制优化等关键环节推出12条"硬举措"，构建起"一意见五办法"的科技创新制度体系，彻底扭转了科研"指 挥棒"的方向。 "现在我们搞科研，不再是闭门钻研技术，而是带着系统思维出发、朝着整体应用迈进。"曹里说。如今，他的团队在项目启动之初就开展全链条、一体 化设计，从数据质量提升、核心技术攻关、监测体系建设，到标准构建、专利布局与成果转化，每个环节环环相扣、无缝衔接。这一转变，推动科技成果告 别"碎片化"，实现了从"解决单个问题"向"构建系统方案"的跨越。"科研的终点，不再是一纸技术报告，而是能够真正落地应用的完整体系。"曹里说。 湘江奔涌，潮起云飞。在科技创新的时代大潮中，湖南自然资源系统以制度为帆、人才为桨、平台为 ...

中国北斗应用场景在非洲多国落地 中新网武汉11月20日电 (记者 梁婷)"作为中国首个面向全球提供公共服务的空间基础设施，北斗相关应 用在越来越多非洲国家落地，产生了显著的社会和经济效益。"武汉大学科学技术发展研究院院长姜卫 平20日在武汉表示。 来源：中国新闻网 编辑：郭晋嘉 广告等商务合作，请点击这里 2025中非创新合作与发展论坛当天在武汉开幕。来自中国与非洲国家的专家学者、企业代表相聚武汉， 分享科技赋能非洲现代化的典型案例，探索高质量创新合作路径。 据了解，北斗卫星导航系统是全球唯一一个同时提供星座标准服务、天基广域增强、天基精密单点增 强、地基增强PNT(定位、导航、授时)服务的全球卫星导航系统。 数据显示，截至2023年底，北斗系统已加入民航、海事、移动通信、搜救等10余个国际组织相关标准。 姜卫平表示，多项支持北斗应用的国际标准相继发布，对北斗系统规模应用的国际化发展意义重大。 "中国的北斗产品、技术和服务得到国际138个国家用户认可，在全球市场中的应用模式更加丰富，领域 不断拓展。"他介绍说，卫星导航系统作为全球性公共资源，多系统兼容与互操作已成为发展趋势。北 斗系统的星基增强、地基增强、短 ...

Core Insights - The China State Construction Engineering Corporation (CSCEC) has successfully reached a significant milestone in the construction of the China Overseas Suzhou Super Tower project, with the main tower structure officially entering the above-ground construction phase after breaking through the "zero elevation" mark [1] Group 1: Project Overview - The Suzhou Super Tower project is set to become a new urban landmark, integrating high-end office spaces, hotel-style apartments, apartment hotels, and commercial facilities, thereby serving as a key driver for the enhancement of Suzhou's urban capabilities and regional economic development [1] - The project team faced multiple challenges during the construction of the basement structure, particularly in the use of C80 high-strength concrete, which is being utilized for the first time in Suzhou by CSCEC [1] Group 2: Technical Innovations - To ensure the main tower rises straight from a complex foundation pit of 30.5 meters deep, the project team employed CSCEC's Beidou high-precision positioning technology, achieving a construction plane error within 2 millimeters and a height measurement accuracy of one in 150,000 [2] - The project team introduced intelligent equipment and an information management platform to enhance construction management, including the use of laser leveling robots and finishing robots to improve quality and efficiency [3] Group 3: Safety and Management - A comprehensive safety management system was established using the "Xingxuan" project management system and smart helmets equipped with chips for real-time positioning, trajectory tracking, and safety monitoring, promoting a more digital and refined project management approach [3] - The successful completion of the main tower's breakthrough at "zero elevation" lays a solid foundation for the future landmark, which will add a new and vibrant "city card" to Suzhou and the Yangtze River Delta region [3]

Core Insights - The report released by the China Satellite Navigation and Positioning Association indicates a strong growth trend in China's BeiDou industry in 2023, with a steady increase in the comprehensive index and expanding application penetration across multiple fields [1] Industry Overview - The comprehensive index for China's BeiDou industry is projected to reach 1579 points by 2025, reflecting a year-on-year increase of 10.34%. Compared to 2020, indices related to marketization, industrialization, and internationalization have all seen significant growth, exceeding 60% [1] Application and Innovation - The report highlights innovative applications of BeiDou technology, such as the digital installation of large components in the Chengdu-Deyang railway project, showcasing the use of high-precision positioning technology for a "real-life 3D puzzle" assembly [1] Market Value - The overall output value of the satellite navigation and positioning service industry, centered around BeiDou, is expected to reach 575.8 billion RMB in 2024, representing a year-on-year growth of 7.39% [1]