The shallow sediments along the Indian continental margin are good hosts for gas hydrates,
and the methane within gas hydrates has been prognosticated as more than 1500 times of …

In the petroleum industry, advances in technology are required for cost-effective production
in key reservoir exploration areas and oil-well production management to increase yield and …

Seafloor features, seismic amplitude anomaly, geophysical attributes, and chemosynthetic
community are different in the methane seepage areas of Taixinan Basin, South China Sea …

Most of the hydrate assessment methods are developed based on relating the elastic
properties to the hydrate saturation via establishment of robust and calibrated rock physics …

Supplies of conventional natural gas and oil are declining fast worldwide, and therefore
new, unconventional forms of energy resources are needed to meet the ever-increasing …

Abstract Hikurangi margin, New Zealand, the shallowest subduction zone on Earth is the
unique place to study the slow slip creep-like deformation and seafloor failure, and their …

We present high-resolution resistivity imaging of gas hydrate pipe-like structures, as derived
from marine controlled-source electromagnetic (CSEM) inversions that combine towed and …

We show that direct estimates of the permeability of hydrate‐bearing geological formations
are possible from remote measurements of shear wave velocity (Vs) and attenuation (Qs …

A reservoir of gas hydrates filling fractures was discovered in the Krishna–Godavari (KG)
Basin during the Indian National Gas Hydrate Program (NGHP) Expedition 01 at site …

Abstract The Indian National Gas Hydrate Program Expedition-01 in 2006 has discovered
gas hydrate in the Mahanadi offshore basin along the eastern Indian margin. However, well …