Large national programs in the United States and several Asian countries have defined and
characterised their marine methane hydrate occurrences in some detail, but European …

Gas hydrates and deep-sea cold seeps are of interest to industry and academia for several
reasons, including their implications for offshore geohazards and unconventional resources …

With the depletion of conventional oil reservoirs and concerns about the increasing carbon
footprint of coal, natural gas is poised to play a much bigger role in sustainable economic …

The geological factors controlling gas release from Arctic deep-water gas reservoirs through
seabed methane seeps are poorly constrained. This is partly due to limited data on the …

Sub-sea Arctic methane and gas hydrate reservoirs are expected to be severely impacted by
ocean temperature increase and sea-level rise. Our understanding of the gas emission …

The world's modernistic energy mix necessitates a clean and low carbon energy fuel. In this
regard, the hydrocarbon sector is recognizing the ultimate potential of natural gas hydrates …

Marine sediments host large amounts of methane (CH4), which is a potent greenhouse gas.
Quantitative estimates for methane release from marine sediments are scarce, and a poorly …

Fluid-escape structures within sedimentary basins permit pressure-driven focused fluid flow
through inter-connected faults, fractures and sediment. Seismically-imaged chimneys are …

We analyse reflection seismic profiles across the outer accretionary wedge at the
convergent New Zealand Hikurangi margin. We identify several, in some case stacked …

Widespread seafloor methane venting has been reported in many regions of the world
oceans in the past decade. Identifying and quantifying where and how much methane is …