摘要
2023年8月8日上午,中国工程院院士、中国数字地下空间与工程研究领域领军人物、同济大学特聘教授朱合华接受《上海国土资源》期刊的专访。朱院士围绕城市地质数字化转型面临的机遇和挑战发表了深刻见解。城市高质量发展需求正从外延式转向内涵式发展。在城市建设由地上向地下空间发展、注重品质和内涵的背景下,地质工作则应由“广”向“深”、由“有”向“优”发展。服务韧性城市和绿色低碳发展为城市地质数字化和智慧化转型带来了机遇。城市地质数字化转型的重要定位应为地下空间、资源开发和城市规划建设提供数字化、标准化的地质信息和模型支撑和构建开放共享的地质数字化平台。
On the morning of August 8,2023,ZHU Hehua,Academician of the Chinese Academy of Engineering,a leader in the field of digital underground space and engineering research in China,and specially-appointed professor of Tongji University,accepted an interview with the journal of Shanghai Land&Resources.Academician Zhu delivered profound insights on the opportunities and challenges facing the digital transformation of urban geology.The demand for high-quality urban development is shifting from the extension type to the connotative type.Under the background of the development of urban construction from above-ground space to underground space,paying attention to quality and connotation,geological work should be developed from“wide”to“deep”and from“abundant”to“excellent”.Serving resilient cities and green and low-carbon development bring opportunities for digitization and smart transformation of urban geology.The important positioning of the digital transformation of urban geology should provide digital and standardized geological information and model support for underground space,resource development and urban planning and construction,and build an open and shared geological digitization platform.“Difficult to collect data”,“difficult to extract information”and“difficult to form knowledge”are the bottlenecks facing the digital transformation of urban geology.Starting from the process of acquiring and using geological information,forming the digital enabling paradigm of geological engineering of collection,transmission,processing,expression,analysis and service is the path to break through the bottleneck.New geological sensing technology and equipment,intelligent extraction of geological information,and crossintegration of geotechnical and underground engineering majors are the breakthrough direction of urban geological digital transformation.In this context,land subsidence prevention and control of Shanghai city needs to achieve digital transformation through the construction of multi-perspect
出处
《上海国土资源》
2023年第4期1-4,共4页
Shanghai Land & Resources
关键词
城市地质
数字化转型
数字赋能
韧性城市
地下空间
地面沉降
院士访谈
urban geology
digital transformation
digital enabling paradigm
urban resilience
urban underground space
land subsidence
interview with academician
