Abstract
Because of the complex surface and subsurface conditions, as well as the poor shooting and receiving conditions encountered in 3D seismic acquisition in mountainous areas, it is difficult to use the data acquired with low signal-to-noise ratio for static correction and imaging of steeply dipping underground structures. This paper develops a suite of techniques that is suitable for data acquisition in complex mountainous areas. In the proposed method, the spatial sampling interval and the layout are determined from existing seismic profiles, and satellite remote sensing data are also used. A combination of seismic sources is used in the survey and optimal static correction methods are also investigated.
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