1.
Multifractal arithmethic for watershed topographic feature
流域地貌形态特征多重分形算法研究
2.
Landform morphological factors and their impact on environment of the Sangong River Basin;
三工河流域地貌形态要素及其对环境的影响
3.
Research on Fractal Characters of Geomorphology and Space-Scale Conversion in Typical Watershed on the Loess Plateau;
黄土高原典型流域地貌形态分形特征与空间尺度转换研究
4.
Study on Relationship between Watershed Topography and Sediment Yield by Rainfall Erosion in Loess Area;
黄土地区流域地貌形态与降雨侵蚀产沙关系研究
5.
Study on Watershed Geomorphologic Characteristics and Quantitative Based DEM and Sediment Yield Modeling
基于DEM的流域地貌形态特征量化及侵蚀产沙模型研究
6.
GEOGRAPHIC INFORMATION PROCESSING AND PHYSIOGNOMY MORPHOLOGICAL CHARACTER ANALYSIS OF LANCANG RIVER BASIN
澜沧江流域地理信息处理与地貌形态特征分析
7.
The Coupling Relationship Between the Sediment Yield from Rainfall Erosion and the Topographic Feature of the Watershed;
流域降雨侵蚀产沙与地貌形态特征耦合关系研究
8.
The Fractal,Entropy and Geomorphological Meaning of Karst Drainage Basins
喀斯特流域水系分形、熵及其地貌意义
9.
Research on Coupling Characteristics between Soil Erosion and Topographic Fractal Feature of Taihu Lake Basin
太湖流域水土流失与地貌分形耦合特征研究
10.
Categorization of karst landform on the basis of landform factor eigenvalue
基于地形因子特征值的喀斯特流域地貌类型判别
11.
A Study of the Geomorphologic Forms Classification Based on Relief
基于地形起伏度的地貌形态划分研究
12.
A New Method for Rainfall Runoff Simulation Based On Dynamic Digital Terrain Model
基于动态数字地形模型的流域产汇流模拟方法
13.
Effect of Physiognomy Factor on the Ecological Suitability Classification of Urban Construction--A Case Study of Liuyanghe Watershed;
地貌在城市建设用地生态适宜性分区中影响研究——以浏阳河流域为例
14.
Geomorphic Characteristics of Northern Tianshan Mountains Based on DEM Data
基于DEM数据的北天山地貌形态分析
15.
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。
16.
The Characteristics of Landforms and the Exploitation and Utilization of Landscapes in the Drainage Basin of Yufu River in Shandong Province
山东玉符河流域地貌基本特征及其地貌景观开发利用
17.
Study on Extracting Method of Geomorphological Form Characters from Digital Geomorphology with 1:1000000 in Heihe Region of China;
中国1：100万数字地貌（黑河幅）地貌形态特征提取方法研究
18.
Preliminary Study of the Geomorphology of Keriya River Valley on Northern Margin of West Kunlun Mountains;
西昆仑山北缘克里雅河流域地貌的初步研究