A seismic attribute is a quantitative measure of a seismic characteristic of interest. Analysis
of attributes has been integral to reflection seismic interpretation since the 1930s when …

Introduction A seismic attribute is any measure of seismic data that helps us visually
enhance or quantify features of interpretation interest. A good seismic attribute is either …

One of the most accepted geologic models is the relation between reflector curvature and
the presence of open and closed fractures. Such fractures, as well as other small …

Much of seismic stratigraphy is based on the morphology of seismic textures. The
identification of reflector terminations and subtle changes in dip and azimuth allows us to …

The identification of small scale faults (SSFs) and fractures provides an improved
understanding of geologic structural features and can be exploited for future drilling …

In 3D seismic interpretation, curvature is a popular attribute that depicts the geometry of
seismic reflectors and has been widely used to detect faults in the subsurface; however, it …

V olumetric attributes computed from 3D seismic data are powerful tools in the prediction of
fractures and other stratigraphic features. Geologic structures often exhibit curvature of …

To better understand the quality of the heterogeneous reservoir and gas accumulation in
tight sandstone reservoirs, it is necessary to reveal the internal relationship between the …

Seismic attributes have come a long way since their introduction in the early 1970s and
have become an integral part of seismic interpretation projects. Today, they are being used …

Fault analysis plays an important role in determining the location of potential CO2 storage
sites in which long-term storage feasibility is critical. The presence of faults and fracture …