在地球上，移动的构造板块是一个主要的地质元素，对整个地表的动态变化至关重要，对吗？
Here on Earth, moving tectonic plates are a major geological element, just crucial for the whole surface dynamic, right?
地质研究显示，尽管色丹岛已经历了多个海啸，但扮演地表塑造工作的更有可能是风雨和地质构造。
Geologic studies indicate that it has been battered by multiple tsunamis, although wind, rain, and tectonic forces likely play a greater role in shaping the surface.
很多自然因素改变着地球的地表形态和地质构造，如地震、火山、飓风、雨水等。
Lots of natural factors change the face &structure of the earth like earthquakes, volcanoes, hurricans, rain etc. Such changes give birth to new lands, rivers mountains , rocks &stones.
以地表地质和勘探地震资料为基础，对洛阳盆地的负反转构造进行了研究。
The negative inverted structure in Luoyang basin is studied on the basis of geological data and prospecting seismic data.
直接从起伏地表开始的叠前深度偏移方法是对付复杂地表和复杂地质构造成像的有效手段。
Pre stack depth migration which starts directly from undulating earth surface turns out to be a valid way to deal with irregular topography and complex geologic structures.
根据地表下埋深10米断层的探地雷达和地震映像探测资料，讨论了超浅层地质构造的探测方法。
Based on the detection data of geological radar and seismic map for the underground faults at the 10 m depth, this paper discusses the detecting means for the super-shallow geological structures.
用物理模拟方法研究隐伏地质异常地表间接显示机理，探讨隐伏线性构造在水平挤压条件下的表面特征。
The authors research the mechanism of indirected display on surface caused by buried geological anomaly at first, on the basis of physical simulated tests.
在复杂地表条件和复杂地质构造条件下，地震资料处理的关键主要表现为静校正和成像，而这两者均与速度模型有关。
The key of seismic data processing mainly lies in static corrections and imaging and both of them are relative to velocity model in complex near-surface and underground geologic structural conditions.
在地表地质调查并结合钻井资料分析的基础上，主要通过地震剖面的精细地质解释，对阿尔金断裂东段的构造变形特征进行了系统分析。
Based on the seismic profile interpretation as well as ground survey and well data, the paper presented structural deformation features of the eastern sector of Altun fault.
通过野外地表地质调查，建立了浙江省宁波市大榭岛地下储油罐区地表构造模型；
After the surface geology investigation, the surface tectonic model of the site is set up in the paper.
科学家们表示，该地区的地震研究也因为频繁的塌方而受阻，塌方掩埋了很多地质构造证据，比如地表的裂纹或暴露的山脊。
Seismic research in the area is hindered by frequent landslides, which cover up much of the visible tectonic evidence, such as rifts in the ground or exposed ridges, scientists say.
科学家们表示，该地区的地震研究也因为频繁的塌方而受阻，塌方掩埋了很多地质构造证据，比如地表的裂纹或暴露的山脊。
Seismic research in the area is hindered by frequent landslides, which cover up much of the visible tectonic evidence, such as rifts in the ground or exposed ridges, scientists say.
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