Tobin, Harold J. and Moore, J. Casey (1997): Variations in ultrasonic velocity and density with pore pressure in the decollement zone, northern Barbados Ridge accretionary prism
Leg/Site/Hole:
Related Expeditions:
ODP 156
Identifier:
ID:
1998-073967
Type:
georefid
ID:
10.2973/odp.proc.sr.156.018.1997
Type:
doi
Creator:
Name:
Tobin, Harold J.
Affiliation:
Stanford University, Geophysics Department, Stanford, CA, United States
Role:
author
Name:
Moore, J. Casey
Affiliation:
University of Tsukuba, Tsukuba, Japan
Role:
author
Identification:
Title:
Variations in ultrasonic velocity and density with pore pressure in the decollement zone, northern Barbados Ridge accretionary prism
Year:
1997
Source:
In: Shipley, Thomas H., Ogawa, Yujiro, Blum, Peter, Ashi, Juichiro, Brueckmann, Warner, Filice, Frank, Fisher, Andrew T., Goldberg, David, Henry, Pierre, Housen, Bernard, Jurado, Maria-Jose, Kastner, Miriam, Labaume, Pierre, Laier, Troels, Leitch, Evan C., Maltman, Alex J., Meyer, Audrey, Moore, Gregory F., Moore, J. Casey, Peacock, Sheila, Rabaute, Alain, Steiger, Torsten H., Tobin, Harold J., Underwood, Michael B., Xu, Yan, Yin, Hezhu, Zheng, Yan, Zwart, Gretchen, Miller, Christine M. (editor), Proceedings of the Ocean Drilling Program, scientific results, Northern Barbados Ridge; covering Leg 156 of the cruises of the drilling vessel JOIDES Resolution, Bridgetown, Barbados, to Bridgetown, Barbados, sites 947-949, 24 May-24 July 1994
Publisher:
Texas A & M University, Ocean Drilling Program, College Station, TX, United States
Volume:
156
Issue:
Pages:
125-135
Abstract:
Language:
English
Genre:
Serial
Rights:
URL:
Coverage: Geographic coordinates: North:15.3200 West:-58.4600 East:
-58.4000 South:15.3200
Keywords: Applied geophysics; accretionary wedges; Atlantic Ocean; Barbados Ridge; body waves; boundary conditions; decollement; density; elastic waves; fluid pressure; geophysical methods; impedance; Leg 156; North Atlantic; Ocean Drilling Program; P-waves; permeability; pore pressure; reflection methods; seismic methods; seismic waves; three-dimensional models; ultrasonic methods;
.