Fluid escape pipes were first documented from 3D seismic data over a decade ago, and
have subsequently been identified in many petroliferous basins worldwide. They are …

Ubiquitous observations of channelised fluid flow in the form of pipes or chimney-like
features in sedimentary sequences provide strong evidence for significant transient …

Despite salt being regarded as an extremely efficient, low‐permeability hydraulic seal, an
increasing number of cross‐evaporite fluid escape features have been documented in salt …

The identification of natural gas hydrates and shallow free gas in sedimentary basins is
critical for understanding the organic carbon cycle dynamics in the shallow geosphere, as …

The first deployment of the P-Cable™ high-resolution 3D (HR3D) seismic acquisition system
in the Gulf of Mexico has provided unprecedented resolution of depositional, architectural …

We present a seismic-and well-based interpretation of a large leakage zone above the
Scarborough gas field, Exmouth plateau, North West shelf of Australia. This leakage zone …

Hydrocarbon plumbing systems have been extensively documented in the past two decades
using high‐resolution 3D seismic data, exploiting the ability of seismic imaging techniques …

The exact interpretation of structure of the Earth is essential to avoid drilling of dry holes or
locating hydrocarbon reservoirs in faulty regions. The economic approaches are required to …

We describe a spectrum of seismic high-amplitude anomalies from the Great South and
Canterbury Basins (offshore New Zealand) that have many characteristics that make them …

Submarine methane-rich gas hydrates in ocean sediments are a potential atmospheric
greenhouse gas and energy source. It is considered that microbial methane is generally …