利用信息量理论，建立了典型地区滑坡侵蚀定量评价模型。
The model of quantitatively evaluating slide erosion is founded according to the information quantity theory.
利用信息量理论对典型区域滑坡侵蚀进行定量评价研究等。
Finally, the regional slide erosion is quantitatively evaluated by method of information quantity theory.
滑坡侵蚀是重力侵蚀的主要类型之一，是黄土高原陡坡侵蚀产沙和沟道侵蚀产沙的主要来源。
Slide erosion, the main resource of gully sediment yield, is one of the most important types of gravity erosion.
在地质调查及边坡岩体结构分析的基础上，对滑坡侵蚀的地质背景及工程地质条件进行了详细的研究。
On the basis of geological exploration and rock structure analysis of the slope, the geological background and engineering conditions were researched especially.
以切层滑坡侵蚀实例，以西马峪滑坡侵蚀体为研究对象，定性分析了西马峪滑坡侵蚀体的形成与变形破坏特征。
Based on a case study of the incision terrain at Ximayu, landslide erosion, forming characteristics, deformation and destruction characteristics are qualitatively analyzed.
岸坡侵蚀是土地侵蚀的一个类型。它进一步又可划分为岸坡崩塌、滑坡侵蚀，岸坡塌陷侵蚀，岸坡沟谷侵蚀和岸坡洪水侵蚀。
Bank erosion is a type of land erosion. It can be divided into bank toppling and landslide erosion, bank subsidence erosion, bank gully erosion and bank flood erosion.
时间过去，河流侵蚀碎片，但我们仍然能看到在支流峡谷中出来的滑坡沉积物和三角洲沉积物中湖泊的证据。
Over time the river eroded out the debris, but we still see evidence of the lake in the landslide deposits as well as delta deposits coming out of the tributary valleys. The O.S.L..
罗伊·赛德尔是京都大学（KyotoUniversity）“防灾研究所（Disaster PreventionResearch Institute）”教授，也是国际公认的滑坡和侵蚀方面的研究专家。
Roy Sidle is a professor at the Disaster Prevention Research Institute, Kyoto University, and is internationally recognized for his research on erosion and landslides.
随后的山体滑坡及其它块体移动又造成了头向侵蚀与河流袭夺，种种的这些都倾向于加深、扩展干旱环境中的峡谷。
Subsequent landslides and other mobile block caused the first to capture and river erosion, all kinds of these tend to deepen, expand arid canyon environment.
滑坡是土坡重力侵蚀破坏的主要形式，在目前的工程实践中，土坡稳定性分析最常用的方法是圆弧条分法。
Landslide is the main failure form of earth slope under gravity erosion. In engineering practice, the circle sliced method is popularly used in slope stability assessment.
最后，对该滑坡滑动后可能造成的灾害程度及侵蚀量进行评估。
Finally, the possible disaster degree and erosion amount after it's sliding are evaluated.
矿区地质灾害既普遍又严重，主要类型有：地震、活动断裂、滑坡、地面裂陷、泥石流及土壤侵蚀等。
Main disasters in the region include earthquake, active faulting, landslide, fissure and sinking, debris flow and soil erosion.
矿区地质灾害既普遍又严重，主要类型有：地震、活动断裂、滑坡、地面裂陷、泥石流及土壤侵蚀等。
Main disasters in the region include earthquake, active faulting, landslide, fissure and sinking, debris flow and soil erosion.
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