eo -Informationsystem,GIS有时又称为“地学信息系统”或“资源与环境信息系统”。
GIS (Geographic information system or geo-information system, GIS) is sometimes referred to as "geo-information system" or "Resources and Environment information system."
它在地学制图、GIS和一切空间信息系统中具有广阔的应用前景。
It is proposed to be used in geoscientific mapping, GIS and any space information system.
本文讨论分析目前GIS技术在地学环境领域应用的现状和特点，并探讨了基于GIS技术的地球化学信息系统的开发方式。
This paper has discussed actuality and character of the application of GIS technology in geo-environment domain, quested for developing ways of geochemistry information system based on GIS technology.
地理信息系统(GIS)的地学分析与计算机地图制图(CAC)是地理空间数据应用不可分割的两个方面。
The analytic function of GIS and the cartographic function of Computer assisted cartography (CAC) are two aspects of geographic spatial data application.
虚拟现实技术在创建和体验虚拟世界中的优势可以弥补地理信息系统对地学数据的感知和体验上的不足。
Virtual Reality has the advantage of apperceiving and experiencing geographic data, which makes up the deficiency of GIS.
研究结果表明，将传统的解释方法与数理统计方法及地理信息系统技术相结合，是综合多源地学信息进行矿产资源预测的有效途径。
Study results show that it is the effective way for metallogenic prognosis that traditional explanation method is combined with mathematical statistics and GIS.
研究结果表明，将传统的解释方法与数理统计方法及地理信息系统技术相结合，是综合多源地学信息进行矿产资源预测的有效途径。
Study results show that it is the effective way for metallogenic prognosis that traditional explanation method is combined with mathematical statistics and GIS.
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