SECTION 1: SEDIMENTOLOGY
Chapter 1: Grain-size analysis and distribution in Cascadia Margin sediments, northeastern Pacific; p. 3-31.
A. Camerlenghi, R.G. Lucchi, and R.G. Rothwell
Chapter 2: Coarse fraction minerals of sands in Cascadia Margin sediments; p. 33-43.
N.P. Chamov and I.O. Murdmaa
SECTION 2: MICROPALEONTOLOGY
Chapter 3: Radiolarians from the Cascadia Margin, Leg 146; p. 47-61.
J.-P. Caulet
Chapter 4: Neogene diatom biostratigraphy of Site 892, Cascadia Margin; p. 63-77.
E. Fourtanier
Chapter 5: Foraminiferal biofacies, paleoenvironments, and biostratigraphy of Neogene-Quaternary sediments, Cascadia Margin; p. 79-113.
S.D. Zellers
SECTION 3: DIAGENETIC DEPOSITS
Chapter 6: Diagenetic carbonates from Cascadia Margin: textures, chemical compositions, and oxygen and carbon stable isotope signatures; p. 117-136.
A. Kopf, J.C. Sample, P. Bauer, J.H. Behrmann, and H. Erlenkeuser
Chapter 7: Isotope geochemistry of syntectonic carbonate cements and veins from the Oregon Margin: implications for the hydrogeologic evolution of the accretionary wedge; p. 137-148.
J.C. Sample and A. Kopf
SECTION 4: GAS HYDRATES
Chapter 8: Gas hydrate and sediment gas composition, Hole 892A; p. 151-161.
M. Hovland, D. Lysne, and M. Whiticar
Chapter 9: Seismic studies of methane gas hydrate, offshore Vancouver Island; p. 163-174.
G.D. Spence, T.A. Minshull, and C. Fink
Chapter 10: Relation between pore fluid chemistry and gas hydrates associated with bottom-simulating
M. Kastner, K.A. Kvenvolden, M.J. Whiticar, A. Camerlenghi, and T.D. Lorenson
SECTION 5: MICROSTRUCTURES AND FABRICS
Chapter 11: CT scan analysis of sediments from Leg 146; p. 191-199.
J. Ashi
Chapter 12: Microstructures in accreted sediments of the Cascadia Margin; p. 201-216.
B. Clennell and A. Maltman
Chapter 13: Microstructural analysis of Sites 891 and 892: implications for deformation processes at the frontal thrust and an out-of-sequence thrust; p. 217-232.
P.A. Teas, H.J. Tobin, and P.E. García
Chapter 14: Magnetic anisotropy fabrics from the Cascadia accretionary prism; p. 233-254.
B.A. Housen and T. Sato
SECTION 6: PHYSICAL PROPERTIES AND HYDROGEOLOGY
Chapter 15: Dewatering of sediments along the Cascadia Margin: evidence from geotechnical properties; p. 257-274.
P. Hempel
Chapter 16: Permeability and stress history of sediment from the Cascadia Margin; p. 275-280.
K. Moran, W.G.D. Gray, and C.A. Jarrett
Chapter 17: The variation of the hydraulic conductivity structure of an overpressured thrust zone with effective stress; p. 281-289.
K.M. Brown
Chapter 18: In situ permeability tests at Site 892: characteristics of a hydrogeologically active fault zone
E.J. Screaton, B. Carson, and G.P. Lennon
Chapter 19: Long-term observations of pressure and temperature in Hole 892B,
E.E. Davis, K. Becker, K. Wang, and B. Carson
Chapter 20: Log-based porosity of ODP sites on the Cascadia accretionary prism; p. 313-335.
R.D. Jarrard, M.E. MacKay, G.K. Westbrook, and E.J. Screaton
Chapter 21: Seismic velocities at Site 891 from a vertical seismic profile experiment; p. 337-348.
G.F. Moore, J. Dellinger, M.E. MacKay, and H. Hoskins
Chapter 22: Laboratory measurement of velocity vs. effective stress in thrust faults of the Oregon accretionary prism: implications for fault zone overpressure; p. 349-358.
H.J. Tobin, J.C. Moore, and G.F. Moore
Chapter 23: Frontal thrust, Oregon accretionary prism: geometry, physical properties, and fluid pressure;
J.C. Moore, K. Moran, M.E. MacKay, and H. Tobin
SECTION 7: SYNTHESES
Chapter 24: Siliceous microfossil stratigraphic synthesis of Site 892, Cascadia Margin; p. 369-374.
E. Fourtanier and J.-P. Caulet
Chapter 25: Geochemical evidence for fluid flow and diagenesis at the Cascadia convergent margin; p. 375-384.
M. Kastner, J.C. Sample, M.J. Whiticar, M. Hovland, B.A. Cragg, and J.R. Parkes
Chapter 26: Organic geochemistry of gases, fluids, and hydrates at the Cascadia accretionary margin; p. 385-397.
M.J. Whiticar, M. Hovland, M. Kastner, and J.C. Sample
Chapter 27: The impact of fluid and gas venting on bacterial populations and processes in sediments from the Cascadia Margin accretionary system (Sites 888-892) and the geochemical consequences; p. 399-411.
B.A. Cragg, R.J. Parkes, J.C. Fry, A.J. Weightman, P.A. Rochelle, J.R. Maxwell, M. Kastner, M. Hovland, M.J. Whiticar, and J.C. Sample
Chapter 28: Modern fluid flow in the Cascadia accretionary wedge: a synthesis; p. 413-421.
B. Carson and G.K. Westbrook
SECTION 8: DATA REPORTS
Chapter 29: Data Report: Provenance analysis of Quaternary sands and sandstones from Cascadia Margin;
J.H. Behrmann, P. Bauer, and A. Kopf
Chapter 30: Data Report: Chemical and isotopic compositions of pore fluids in sediments of the Cascadia accretionary complex; p. 431-438.
M. Kastner and H. Elderfield
Chapter 31: Data Report: Molecular and stable isotope analyses of sorbed and free hydrocarbon gases of Leg 146, Cascadia and Oregon Margins; p. 439-449.
M.J. Whiticar and M. Hovland
Chapter 32: Data Report: Anisotropy of magnetic susceptibility of a set of samples from the Cascadia Margin; p. 451-453.
W.H. Owens
SECTION 9: REPRINT
Chapter 33: Origin of bottom-simulating reflectors: geophysical evidence from the Cascadia accretionary prism; p. 457-460.
M.E. MacKay, R.D. Jarrard, G.K. Westbrook, R.D. Hyndman, and Shipboard Scientific Party of Ocean Drilling Program Leg 146
(Reprinted by permission from Geology, 22:459-462, 1994.
Chapter 34: Technical notes and additions to: origin of bottom-simulating reflectors: geophysical evidence from the Cascadia accretionary prism; p. 461-463.
M.E. MacKay, R.D. Jarrard, G.K. Westbrook, R.D. Hyndman, and Shipboard Scientific Party of Ocean Drilling Program Leg 146
SECTION 10: INDEX
Index; p. 467-477.
BACK-POCKET MATERIALS
Seismic reflection line through Hole 892B.
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