1.
Studies on Wetland Resource and Protection of Nan Dagang Area Basing on the GIS and RS Technology;
基于GIS和RS技术对南大港湿地资源和保护研究
2.
The Application of GIS and RS Technology in Dynamic Monitoring of Land Use;
GIS和RS技术在土地利用动态监测中的应用
3.
General Assessment of the Land Potential Productivity of Hills and Mountains Area Based on RS and GIS Technology;
基于GIS和RS技术的低山丘陵区土地生产力综合评价
4.
GIS and RS Supported Evaluation of Cultivated Land Productivity--In Qingzhou City of Shandong Province;
基于GIS和RS技术的耕地地力评价研究——以山东省青州市为例
5.
The Sensitivity Assessment of Vegetation under the Condition of Land Desertification Stress in Ejina Banner of Inner Mongolia Using GIS and RS Technologies;
运用GIS和RS技术评价内蒙古额济纳旗沙漠化胁迫下植被敏感性
6.
The Change of Land Use and Its Progress in Lanzhou Based on GIS and RS;
基于GIS和RS技术评价兰州市土地利用状况及变化过程
7.
Application of GIS and RS in evaluating sedimentation in the main stem Jinsha River
GIS和RS技术在金沙江干流泥沙淤积强度预测评价中的应用研究
8.
Analysis of land use change and its tendency based on GIS & RS in Jintai and Weibin Districts of Baoji city
基于GIS和RS技术宝鸡市金渭两区土地利用变化及趋势分析
9.
Application of RS and GIS to Urban Green Land Management;
RS和GIS技术在城市绿地管理中的应用
10.
Application of RS and GIS Technology in the Earthquake Disaster
RS和GIS技术在地震灾害中的应用
11.
A Study on the Key Techniques to Grade Township Land Supported by RS and GIS;
RS和GIS支持下城镇土地定级关键性技术研究
12.
Research on the Realization Technique of Military Electronic Sand Table Based on RS and GIS
基于RS和GIS的作战电子沙盘实现技术研究
13.
Research on technologies of land use dynamic monitoring and its application based on RS and GIS
基于RS和GIS的土地利用动态监测技术及应用
14.
The Research on the Evolution of Zabuye Saline Lake Based on RS and GIS Technology;
基于RS，GIS技术的扎布耶湖泊演化研究
15.
RS and GIS in the Management of Land Resources;
RS与GIS技术在土地资源管理中的应用
16.
Materials Flow Surveillance and ManagementBased on GPS/GIS/RS Integrated Technologies;
基于GPS/GIS/RS集成技术的物流监控管理
17.
The Impact of GIS Affecting the Extraction of Pictorial Information of RS;
GIS技术对RS图像信息提取的影响
18.
Research of Decision-making System for Returning Farmland to Forest or Grassland by RS and GIS Technology in Loess Hill and Gully Area;
RS和GIS技术支持下的黄土丘陵沟壑区退耕还林还草决策系统研究