Scholl, David W. et al. (2009): Why hydrate-linked velocity-amplitude anomaly structures are common in the Bering Sea Basin; a hypothesis

Leg/Site/Hole:
DSDP 19
DSDP 19 184
DSDP 19 185
DSDP 19 188
DSDP 19 190
Identifier:
2013-026444
georefid
Creator:
Scholl, David W.
U. S. Geological Survey, Menlo Park, CA, United States
author
Barth, Ginger A.
Hydrate Energy International, United States
author
Childs, Jonathan R.
University of South Carolina, United States
author
Identification:
Why hydrate-linked velocity-amplitude anomaly structures are common in the Bering Sea Basin; a hypothesis
2009
In: Collett, T. (editor), Johnson, A. (editor), Knapp, C. (editor), Boswell, R. (editor), Natural gas hydrates; energy resource potential and associated geologic hazards
American Association of Petroleum Geologists, Tulsa, OK, United States
89
29-31, 308-323
English
Serial
Coverage:Geographic coordinates:
North:65.3000
West:162.0000East: -157.3000
South:51.3000
Economic geology, geology of energy sources; Applied geophysics; abyssal plains; acoustical methods; Aleutian Basin; algae; aliphatic hydrocarbons; alkanes; amplitude; back-arc basins; basins; Bering Sea; boreholes; Bowers Basin; Bowers Ridge; Cenozoic; clastic rocks; clastic sediments; cristobalite; Deep Sea Drilling Project; diagenesis; diatoms; DSDP Site 184; DSDP Site 185; DSDP Site 188; DSDP Site 190; elastic waves; fractures; framework silicates; gas hydrates; geophysical methods; geophysical profiles; geophysical surveys; glacial environment; glaciomarine environment; heat flow; hydrates; hydrocarbons; Komandorski Basin; Leg 19; marine environment; methane; microfossils; Miocene; mounds; natural gas; Neogene; North Pacific; Northwest Pacific; ocean floors; ooze; opal; opal-A; opal-CT; organic compounds; Pacific Ocean; permeability; petroleum; planktonic taxa; Plantae; Pliocene; Quaternary; reflection; sedimentary rocks; sedimentation; sedimentation rates; sediments; seismic attributes; seismic methods; seismic profiles; shale; silica minerals; silicates; siliceous composition; siliciclastics; source rocks; surveys; Tertiary; thermal conductivity; total organic carbon; tridymite; turbidite; velocity; West Pacific;
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