Seismic imaging is the most common tool to detect subsurface structures in continental and
marine settings. Despite technological advancement, seismic analysis of carbonates is still …

The diffractive component of the wavefield is often treated as noise during traditional
preprocessing workflows. However, it possesses valuable information for imaging faults …

Diffractions in the seismic data are associated with the small-scale subsurface structures,
thus their separation and imaging are helpful in characterizing the underground …

Present studies focus the depositional and diagenetic processes controlling porosity of the
middle to upper Miocene carbonates in Central Luconia, Malaysia. Secondary porosity has …

In petroliferous basins, integration of regional and local tectonics along with well data is
used to understand the generation of geo-pressured variations in different lithological units …

Seismic diffractions encoding subsurface small-scale geologic structures have great
potential for high-resolution imaging of subwavelength information. Diffraction separation …

Instead of dismissing seismic diffractions as interfering noise and ignoring or suppressing
them, they can be used to identify small geological discontinuities such as faults, dykes, and …

Carbon capture and storage (CCS) is a key technology that directly removes industry driven
CO2 to achieve carbon neutrality. In the process of CCS, it is necessary to monitor whether …

The link between sequence stratigraphy and diagenetic alterations is quite familiar for the
last two decades in different types of reservoir rocks. Understanding the lithologic …

The Indonesian government has initiated a program for Ina Tsunami Early Warning System
by the development of sea level monitoring systems including a Cable-Based Tsunameter …