1.
The Calculation of Alongshore Silt Discharge Rates and Evolution Development in the Eastcoast of Laizhou Bay
莱州湾东岸沿岸输沙率及冲淤演化动态分析
2.
REMOTE SENSING QUANTITATIVE INVERSION RESEARCH OF THE SILT TIDAL FLAT ELEVATION AND DEPOSITION AND EROSION-CHONGMING DONGTAN AS THE EXAMPLE
淤泥质潮滩高程及冲淤变化遥感定量反演方法研究——以长江口崇明东滩为例
3.
Seabed evolution prediction and application on muddy coast under action of tidal current
潮流作用下淤泥质海床冲淤演变预测及应用
4.
Analysis of Recent Evolution of Yangtze Estuary Based on GIS;
基于GIS的长江河口近期冲淤演变分析
5.
Study on Dynamical Sedimentation and Erosion-deposition Evolution of Yellow River Delta;
黄河三角洲动力沉积及冲淤演变研究
6.
The Investigation about the Relation between Lake Evolution and Vegetation Distribution of Muping Lake;
目平湖冲淤演变与植被分布关系研究
7.
Retrieval and Analysis of Elevation at Mudflat Using Remote Sensing;
长江口淤泥质潮滩高程遥感定量反演及冲淤演变分析
8.
Analysis on Channel Deposition-Scouring Based on GIS;
基于GIS技术的泥沙冲淤及河床演变分析
9.
Study of Topography Evolution Process in Nanhuizui Tideland and Adjacent Seabed;
南汇嘴岸滩及邻近海床冲淤演变过程研究
10.
Study on the Evolution of River Bed Scour and Siltation in the Reservoirs of Rubber Dams in Chan-Ba Ecological District;
浐灞河生态区橡胶坝库区泥沙冲淤演变研究
11.
Application of GIS Technologies in Analysis on Channel Scouring and Siltation;
GIS在河道冲淤及河床演变分析中的应用
12.
Study on Alluvion and Erosion of Modern Yellow River Delta with Remote Sensing Data;
现代黄河三角洲冲淤演变规律与遥感应用研究
13.
Analysis of recent erosion and siltation at Nianyutao harbor area of Wuhan waterway
武汉河段鲇鱼套港区近期冲淤演变分析
14.
Analysis on hydrographical environment and seabed morphological processes characteristics in Taizhou Bay
台州湾海域水文泥沙环境及海床冲淤演变分析
15.
The study of scouring and silting evolution of radiative sand ridge filed of the South Yellow Sea in support of DEM
基于DEM的南黄海辐射沙脊群冲淤演变初步研究
16.
Erosion and Sedimentation in Sanmenxia Reservoir in Recent Years;
三门峡水库近期河道冲淤变化及其原因
17.
Study on Spacial-Temporal Evolution of Erosion/Deposition of Yellow River Delta and Trend Forecast;
黄河三角洲冲淤时空变化特征及发展趋势预测
18.
Analysis on Relation Between the Sedimentation Variation of the Lower Reaches of the Weihe River and the Tongguan Altitude;
渭河下游冲淤变化与潼关高程的关系分析