Seismic coherence is of the essence for seismic interpretation as it highlights seismic
discontinuity features caused by the deposition process, reservoir boundaries, tectonic …

Along with horizon picking, fault identification and interpretation is one of the key
components for successful seismic data interpretation. Significant effort has been invested in …

Improving the accuracy and completeness of subtle discontinuities in noisy seismic data is
useful for mapping faults, fractures, unconformities, and stratigraphic edges. We have …

Seismic coherence is commonly used to delineate structural and stratigraphic
discontinuities. We generally use full-bandwidth seismic data to calculate coherence …

Faults are natural tectonic events as planar features along which rock units are moved. The
patterns of these planes on seismic sections include linear or curvilinear features that are …

The coherence attribute is a powerful tool to delineate structural boundaries and
discontinuity features, such as faults, channels, and karst collapse. Multispectral coherence …

Seismic attributes provide an efficient tool for fault identification and delineation in seismic
data. Coherence followed by smoothing, sharpening, and skeletonization have significantly …

Fracture prediction is an important and active area of research for oil and gas exploration in
fractured unconventional reservoirs. Traditional seismic fracture prediction techniques come …

Abstract Knowledge of fault geometry plays an important role in reservoir modeling and
characterization. Seismic attributes, such as volumetric dip, coherence, and curvature …

Transfer zones—a feature where deformational strain is transferred from one fault system to
another—play an important role in controlling fluid migration in the subsurface. More …