多期卫星遥感数据与图像清晰地反映了易贡滑坡的演变及其地貌形态特征。
The evolution and Geomorphologic morphological characteristics of Yigong Landslide were clearly identified through multi-temporal satellite remote sensed data and images.
山地城市与平原城市比较，在地形地貌、空间形态和景观格局等方面表现出了独特的分形美学特征。
In contrast with plain cities, mountainous cities represent particular characteristics of fractal aesthetics in urban landform, spatial form and landscape organization, etc.
桂林喀斯特是世界峰林和峰丛喀斯特景观的典型代表地之一，其代表了地球上一种独特的地貌形态和自然地理特征，具有同时态系统演化的特点；
Guilin karst is a typical landscape in the world with peak forest plain and peak clusters depression, a unique landform style, geographical feature and systematic evolution feature of synchronism.
黄土残塬区的沟道由于地质地貌基础及土壤侵蚀强度的不同而具有不同的形态特征。
Gullies located in the remained loess area have different formation features due to the different foundations of geology and geomorphology and intensity of soil erosion.
本研究主要以山顶点为切入点，分析地形特征点在不同地貌形态中的分布规律。
This study takes the surface peak as a breakthrough, in order to analysis the distributing of the terrain feature points in different topographic forms.
地貌形态及其空间分异特征直观地揭示了地表构造变形以及各种地表过程的相互作用。
The landform and its spatial differentiation characteristic intuitively reveal the interactions of surface structure, distortion and different kinds of terrain process as well.
地貌的形成是一个漫长的系统过程，其形态可以看成是表征其特征的各种地形信息因子复合在一起的复杂函数。
Types of geomorphology forming is a systematic process, and the form can be seemed as a function compounding different topographic factors.
既是对黄土高原地貌形态图谱三维立体特征的充分概括，又是三维形式建模表达的参考和依据。
Thus, Geo-Info-TUPU plus 3D visualization technology will be a very appropriate method to effectively express the landscape features of Loess Plateau.
地貌学是研究整个地表形态或某一个地区地表起伏形态特征、成因、发育规律、分布和改造利用的科学。
Geomorphology is a science which aims at the characteristic, the cause, the evolution law, the distributing and utilization for the whole or part of earth surface.
地貌学是研究整个地表形态或某一个地区地表起伏形态特征、成因、发育规律、分布和改造利用的科学。
Geomorphology is a science which aims at the characteristic, the cause, the evolution law, the distributing and utilization for the whole or part of earth surface.
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