The Blake Ridge region lies on the passive margin of southeastern North America and
contains a large amount of methane gas hydrate. The methane and methane gas hydrate …

We present a mechanistic model for the distribution of methane clathrate in marine
sediments, and use it to predict the sensitivity of the steady-state methane inventory to …

Certain gases can combine with water to form solids—gas hydrates—that are stable at high
pressures and low temperatures1, 2. Conditions appropriate for gas-hydrate formation exist …

The geologic setting of the formerly glaciated mid-Norwegian continental margin exerts
specific controls on the formation of a bottom-simulating reflector (BSR) and the inferred …

Abstract Ground Penetrating Radar (GPR) has been evolving as a reliable Nondestructive
tool for structural concrete inspections. Leveraging Electromagnetic waves enables the …

Three classes of bottom simulating reflectors (BSR) cross-cut the post-breakup sediments of
the mid-Norwegian margin. The first class is caused by free gas at the base of the pressure …

By harnessing both hypothetical, synthetic basin and gas hydrate (GH) system models and
real‐world models of well‐studied salt diapir‐associated GH sites at Green Canyon (Gulf of …

Palaeoceanographic data have been used to suggest that methane hydrates play a
significant role in global climate change. The mechanism by which methane is released …

Gas hydrate in continental margins is commonly indicated by a prominent bottom-simulating
seismic reflector (BSR) that occurs a few hundred metres below the seabed. The BSR marks …

Analysis of P wave velocities of an ocean‐bottom cable (OBC) data set demonstrates the
existence of gas hydrates and free gas on the northern flank of the Storegga Slide. The …