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

Seismic facies and lithofacies analysis, once considered a breakthrough in exploration
applications, is currently a dynamic field because of the addition of several new concepts …

Because of their effectiveness in identifying geologic features, seismic attributes are usually
used as input to machine learning (ML) models for facies classification. Typically, too many …

Seismic reflection utilizes sound waves transmitted into the subsurface, reflected at rock
boundaries, and recorded at the surface. Interpretation of their travel times and amplitudes …

Abstract The lower Eocene Willwood Formation of the Bighorn Basin, Wyoming, USA, is an
alluvial succession with a sand content varying around 25%. It has been studied intensively …

Featured Application This article demonstrates the use of a type of semi-supervised learning
to automatically de-tected geological features in seismic data. Abstract A geological …

The lithostratigraphic plays in the Dongfang area of the Yinggehai Basin at the northern
margin of the South China Sea consist of a Neogene multistage, thinly bedded, channel …

The morphological characteristics of a submarine channel system, within buried intra-slope
mini-basins in the offshore Niger Delta have been investigated on 3D seismic data. The …

The Danish subsurface has the potential to store significant amounts of CO2 by having
porous siliciclastic reservoirs at depths below 800 m (where pressure and temperature allow …

The advancement of multiattribute analysis techniques has significantly improved the ability
to capture subtle geologic information that is not easily detected on the original seismic. The …