Author(s)

Zhang Tinghao

Corresponding Author

Zhang Tinghao

Abstract

As technology progresses rapidly, China's geological surveying and mapping engineering projects are attaining greater completeness in their operational procedures, accompanied by an expansion in the variety of technical approaches utilized. The integration of cutting-edge methodologies, including Global Positioning System (GPS), Geographic Information System (GIS), and remote sensing, has transformed surveying and mapping processes. These advancements not only ensure superior quality but also address shortcomings in traditional geological engineering surveying and mapping. Specifically, the introduction of geographic information technology for surveying and mapping has emerged as a pivotal solution to traditional challenges, enhancing both work efficiency and the accuracy of results. This technology not only streamlines the surveying and mapping workflow but also bolsters data processing and analysis capabilities. By facilitating high-precision measurements and swift data processing, it captures real-time dynamic changes in the geological environment, providing crucial data for geological surveying and mapping projects. Furthermore, it facilitates data sharing and integration, advancing geological exploration in a scientific and systematic manner. This article delves into the application of geographic information technology in geological surveying and mapping engineering.

Keywords

Surveying and mapping geographic information technology; Geological mapping engineering; application