Research on hydrogeological conditions based on ArcGIS-taking Yongding River's ecological water supplement as an example

Qiaohui Wang, Guohua Chen, Yingzhen Huang, Qi Wang, Lili Cao
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Abstract

With the progress of digitization and the continuous development of GIS, it is convenient for us to better understand, manage and coordinate the geographical information display in engineering application from all levels. This paper introduces the extraction and conversion of geological survey, deep well data and long-term groundwater level monitoring data with ArcGIS mapping technology in the study of hydrogeological conditions in the western part of Beijing, and the standardized drawing of the extracted and transformed data and graphic information. The display and characterization of regional geographic information, analysis of groundwater influencing factors and local fine research are realized, which provides support for research work. By comparing with Sufer and AutoCAD, advantages of ArcGIS software are as follows: 1) It supports multiple data formats and has strong linkage with other software. 2) Rich drawing commands. 3) It has powerful data editing function.
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基于arcgis的水文地质条件研究——以永定河生态补水为例
随着数字化的推进和GIS技术的不断发展,便于我们从各个层面更好地理解、管理和协调工程应用中的地理信息显示。本文介绍了在北京西部水文地质条件研究中,利用ArcGIS成图技术对地质调查、深井数据和长期地下水位监测数据进行提取和转换,并对提取和转换后的数据和图形信息进行标准化制图。实现了区域地理信息的显示与表征、地下水影响因素分析和局部精细研究,为研究工作提供了支撑。与Sufer和AutoCAD相比,ArcGIS软件的优势在于:1)支持多种数据格式,与其他软件具有较强的关联性。2)丰富的绘图命令。3)具有强大的数据编辑功能。
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