A knowledge of hydrate morphology is essential for assessing its resource potential,
understanding its formation, and determining optimum strategies for exploitation. Previous …

Here we report the discovery of cold-seep ecosystem and shallow methane hydrates (2–3
mbsf) associated with methane gas flares in the water column from the Indian EEZ for the …

Seismic amplitude versus offset (AVO) analysis was performed on the multichannel seismic
data in the vicinity of Site NGHP-01-10, where thick fracture-filled gas hydrate is reported, to …

Drilling/coring activities during NGHP-Expeditions 01 and 02 discovered significant gas
hydrate deposits in the Krishna-Godavari (KG) basin, a proven petroliferous basin located …

To delineate the occurrences of gas hydrates and free gas in the Krishna-Godavari (KG)
basin, Bay of Bengal, we used 3D seismic data to construct a velocity model of high spatial …

The occurrence of gas hydrate in shallow marine sediments causes an increase of seismic
velocity compared to that of water saturated host sediments. This increase of velocity …

Abstract During NGHP-Expedition-01, well logs were obtained for gas hydrate exploration in
Krishna–Godavari (KG) offshore basin. These logs coupled with a suitable rock physics …

The Mannar basin, located between India and Sri Lanka, is poorly explored for hydrocarbon
compared to other petroliferous basins in the Indian offshore. 2D multichannel seismic data …

The Gulf of Mexico Hydrates Research Consortium selected the Mississippi Canyon Lease
Block 118 (MC118) as a multi-sensor, multi-discipline seafloor observatory for gas hydrate …

The environment is seriously threatened by the methane emitted as permafrost melts.
Studying deposits of natural gas hydrates that include methane is therefore important. This …