摘要
本文深入探讨了ArcGIS在气象业务中的多元应用。通过详细阐述ArcGIS在气象数据管理、数据可视化、空间分析以及灾害管理等方面的具体运用,展现了该软件在提升气象数据处理效率、增强数据可视化效果、深入挖掘气象数据价值以及优化气象灾害管理方面的显著优势。文章首先介绍了ArcGIS在气象数据管理中的应用,包括数据采集、整合、存储、质量控制、查询更新及数据共享等方面。随后,文章讨论了ArcGIS在气象数据可视化中的重要作用,如数据导入、空间插值、可视化效果展示及结果输出等。在气象空间分析方面,ArcGIS提供了丰富的工具和功能,有助于研究人员深入挖掘气象数据的内在规律和趋势。最后,文章强调了ArcGIS在气象灾害管理中的关键作用,包括灾害风险评估、监测预警、应急响应及灾后重建等方面。通过ArcGIS的综合应用,气象部门能够更高效地处理和分析气象数据,为相关部门和公众提供更优质的气象服务和决策支持。
This article delves into the diverse applications of ArcGIS in meteorological operations. By elaborating on the specific uses of ArcGIS in meteorological data management, data visualization, spatial analysis, and disaster management, it demonstrates the software’s significant advantages in improving the efficiency of meteorological data processing, enhancing data visualization effects, deeply mining the value of meteorological data, and optimizing meteorological disaster management. The article first introduces the application of ArcGIS in meteorological data management, including data collection, integration, storage, quality control, query updating, and data sharing. Subsequently, the article discusses the important role of ArcGIS in the visualization of meteorological data, such as data import, spatial interpolation, visualization effect display, and result output. In terms of meteorological spatial analysis, ArcGIS provides rich tools and functions to help researchers deeply explore the inherent laws and trends of meteorological data. Finally, the article emphasizes the key role of ArcGIS in meteorological disaster management, including disaster risk assessment, monitoring and early warning, emergency response, and post-disaster reconstruction. Through the integrated application of ArcGIS, meteorological departments can process and analyze meteorological data more efficiently, providing better meteorological services and decision support for relevant departments and the public.
出处
《气候变化研究快报》
2024年第4期951-957,共7页
Climate Change Research Letters
