Seismic geomorphology, the extraction of geomorphic insights using predominantly three-
dimensional seismic data, is a rapidly evolving discipline that facilitates the study of the …

With the advent of widely available 3D seismic data, numerous workflows focused on
extracting subsurface stratigraphic information have been developed. We present here tools …

The proliferation of three‐dimensional (3D) seismic technology is one of the most exciting
developments in the Earth Sciences over the past century. 3D reflection seismic data …

Abstract 3D seismic data can play a vital role in hydrocarbon exploration and development
especially with regard to mitigating risk associated with presence of reservoir, source, and …

Time slices and horizon slices have been utilized to extract stratigraphic information from a 3-
D seismic data set in order to develop techniques for imaging elements of depositional …

New 3-D seismic interpretation techniques such as spectral decomposition and coherency
have been shown to enhance interpretation of stratigraphic features in Tertiary, poorly …

Depositional environments can be predicted from seismic data through an orderly approach
to the interpretation of seismic reflections. One keystone to this approach is an …

This paper summarizes how three-dimensional (3-D) seismic technology is being used,
primarily in the petroleum industry, to define subsurface structure, stratigraphy and rock …

Seismic interpretation apparently is becoming primarily a geologic rather than a geophysical
skill. This observation has been true from the moment seismic reflection data were displayed …

Seismic modeling techniques are attempts to mathematically and geometrically represent
subsurface geology and to depict the seismic response of that geology to a propagating …