1.
Using River Terrace Deformation to Study Lintong-Chang an Fault;
结合河流阶地变形探讨临潼—长安断裂的活动性
2.
TERRACE EVIDENCE OF RIVER SYSTEM CHANGE IN THE UPPER REACHES OF CHANGJIANG RIVER
长江上游水系变迁的河流阶地证据
3.
Piedmont river terraces formation of the western Kunlun, China and their tectonic significance
西昆仑山前河流阶地的形成及其构造意义
4.
Studies on Tectonic Deformation of the Yellow River Terrace in Lanzhou Based on High-resolution GPS Surveying;
兰州黄河阶地高精度GPS测量与构造变形研究
5.
The Genesis of the upper Weihe River Terraces and Geomorphology Evolution;
渭河上游河流阶地的成因与地貌演化
6.
The Studies on Fluvial Terraces in Eastern Lanzhou Region during the Last 1, 240 ka;
兰州东部地区1，240ka以来的河流阶地研究
7.
Experimental Research on Deformation of Alluvial Flat Soft Ground along Yiluo River;
伊洛河河滩相软土地基变形试验研究
8.
Rapid urbanization is already transforming the Yellow River region.
快速的城市化建设已经改变了黄河流域地区的形象。
9.
A RS/GIS-based Study of Changes in Land Use Patterns and their Fractal Analysis in the Pingtong River Watershed
基于RS/GIS的平通河流域土地利用格局变化及其分形分析
10.
Formation and Development of Temple Based Unit in Hehuang River Valley during Ming and Qing Dynasty;
明清时期河湟流域寺族的形成与演变
11.
Formation of the Anjihai River Terraces at the North Tianshan Piedmont, Xinjiang, and Significance
北天山山前安集海河阶地形成的时代及意义
12.
An Investigation on Thermoluminescence Dating of the Step Terrace Sediments of Guangdong Coastal Rivers
广东沿海河流阶地沉积物热释光年龄测定研究
13.
Land-use/land-cover changes in the Yellow River basin;
黄河流域的土地利用和土地覆盖变化
14.
The characteristics of flood disaster evolution in the Weihe River valley are analyzed.
分析了渭河流域洪水灾害的环流形势演变特征。
15.
Effect of lateral inflow on main flow characteristics and river bed deformation
旁侧入流对绕体流动与河床冲淤变形的影响
16.
All these characters form unique river-valley landforms of the three parallel rivers.
形成了独具特色的“三江并流”河谷地貌。
17.
Digital Terrain Analysis of Malian River Basin Based on DEM;
基于DEM的马莲河流域数字地形分析
18.
The Treating on Screen for Water-level in the Underwater Topography Survey
河流水下地形测量中水位的图上处理