1.
Seabed morphological evolution in Minjiang Estuary in recent one hundred years based on GIS tools
GIS支持下近百年来闽江口海底地形地貌演变
2.
Landform Evolution of Silty Beach under Coastal Engineering Impacts;
工程影响下的细沙粉沙质岸滩地貌演变
3.
The landform evolution of Xianyang since the end of Qin Dynasty contains two aspects,the northward moving of the Weihe River bed and the changing of the edge slope of Xianyang tableland.
秦末以来,秦都咸阳地貌演变包括渭河河道北移和咸阳原边坡地貌变化两个方面。
4.
THE APPLICATION OF COMPUTER IN RESEARCH OF RIVER BED AND LANDFORMS--COMPUTE THE SILTATION CONTENT AND LANDFORM MAP DRAWING
河床地貌演变研究的计算机方法——河床冲淤计算和地形图绘制
5.
The Characteristic of Surface Microrelief Changes and Erosion Response of Red Soils during Rainfall
降雨过程中红壤地表微地貌演变特征及侵蚀响应
6.
A Study on the Urban Landform Evolution and Its Effects on Urban Flood-Prevention in Jinan City;
济南市城市地貌演变及其对排水防洪的影响研究
7.
Morphological Evolution in recent years and waterway regulation of the sandbar area in the Modaomen Estuary
磨刀门拦门沙区域近期地貌演变和航道整治研究
8.
Advances in morphodynamic modeling of tidal inlet systems
潮汐通道系统动力地貌演变的数值模拟研究进展
9.
At the foot of the mountain, limpid water of the lake follows the wavy terrain and becomes a serene river flowing east.
山脚下，清澈的湖水随山形地貌演变为一条宁静舒缓的河流，宛转而东去。
10.
Aeolian Geomorphology and Environmental Evolution Around Puruogangri Ice Field, Tibetan Plateau
普若岗日冰原毗邻地区风沙地貌及其环境演变
11.
Influence of Geomorphologic Processes on Formation and Evolution of the Oases in the Tarim Basin,Xinjiang;
塔里木盆地地貌过程对绿洲形成演变的影响
12.
The Hydro-geomophology and Development of the Rocky Bay Type Tidal Channel;
基岩海湾潮汐通道动力地貌及其发育演变
13.
The Evolutionary Process of the Landform and Soil Erosion during Historical Period in Loess Plateau;
黄土高原历史时期地貌与土壤侵蚀演变研究
14.
AFT dating of detrital apatites from the Yarlung Zangbo Great Canyon:Implications for its distinct geomorphological evolution
雅鲁藏布江中下游流域地貌差异演化的岩屑磷灰石裂变径迹证据
15.
Grain-size Characteristics and Geomorphology Evolution in Late Cenozoic Era Sediments,Changjiang Estuary
长江口区晚新生代沉积物粒度特征和沉积地貌环境演变
16.
The Control of the Multiple Geomorphologic Breaks on Evolution of Gravity Flow Dynamics in Deep-Water Environment
深水环境多级地貌坡折控制下的重力流动力学的演变
17.
The landscape is radically changed.
地貌发生根本变化。
18.
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