Texas A&M University / University of Victoria / Adams Building / University of Washington / University Street / /
IndustryTerm
fault systems / gas hydrate stability moves / gas-hydrate concentrations / alternate site / sediment gas geochemistry / gas hydrate concentration / studied site / methane gas hydrate / cold-vent site / high gas-hydrate concentrations / Web Links / gas-hydrate formation / free gas / near-surface gas-hydrate occurrences / gas hydrate samples / gas hydrate content / void gas / void gas ratios / pore-space gas-hydrate concentration / Gas-hydrate-rich layers / interstitial gas bubble barriers / gas-hydrate formation history capturing / gas advection rates / gas-hydrate accumulation / observed gas hydrate / fth site / gas hydrate / hydrocarbon gas / gas migration conduits / gas migration / gas-hydrate occurrence / gas migrating / seismic imaging / Infrared imaging / westernmost site / prominent hydrocarbon gas / inferred gas-hydrate concentrations / temperature tool / marine gas hydrate / gas hydrate formation / in situ gas-hydrate formation / gas hydrate occurrence / free gas phase / high-resistivity gas-hydrate intervals / gas hydrates / shallow gas-hydrate occurrences / predominant hydrocarbon gas / gas-hydrate concentration estimates / lower estimated gas hydrate concentrations / /
NaturalFeature
Vancouver Island / /
Organization
University of Washington / Department of Earth and Planetary Sciences / University of Victoria / Texas A&M University / General Services Administration / Denver Federal Center / /
Person
Michael Riedel / Solem / Timothy S. Collett / Mitchell J. Malone / Y. Hashimoto / V / H. Kitajima / Chapman / A. Mitchell J. Malone / /
Science Reports Stages of Gas-Hydrate Evolution on the Northern Cascadia Margin by Michael Riedel, Timothy S. Collett, Mitchell J. Malone, and the IODP Expedition 311 Scientists