Germany / United States / Netherlands / Svalbard and Jan Mayen / United Kingdom / UK / / /
Event
Environmental Issue / /
Facility
Waterfront Campus / University of Southampton / National Oceanography Centre / /
IndustryTerm
free methane gas transport / gas hydrate dissociation front / gas hydrate layer / gas hydrate systems / gas hydrate / shallow gas-escape features / gas phases / gas composition / online version / oceanic gas hydrate dissociation / gas hydrate stability zone / free gas / gas hydrate zone / methane gas escaping / methane gas / gas saturation / gas hydrate system / free methane gas / gas hydrates / gas samples / irreducible gas saturation / constrained gas hydrate system / gas hydrate dissociation / potent greenhouse gas / water-gas-hydrate systems / geological media / active gas hydrate dissociation area / /
American Geophysical Union / Helmholtz Centre for Ocean Research / Natural Environment Research Council / UK Department of Energy / University of Southampton / National Oceanography Centre / /
Person
Matt Hornbach / Franz Josef Land / Novaya Zemlya / Lawrence Berkeley Natl / Dev / Héctor Marín-Moreno / Reagan / E. Thatcher / /
GEOPHYSICAL RESEARCH LETTERS, VOL. 40, 5159–5163, doi:grl.50985, 2013 The response of methane hydrate beneath the seabed offshore Svalbard to ocean warming during the next three centuries Héctor Marín-Moreno