Search SEDIS

Data setsPublicationsExpeditionsThesaurus
Anywhere in publication:
Please enable Javascript to show the map!
Project/Expedition/Site/Hole:
Geographic Region:
Geographic coverage:
Windrose
Temporal coverage:
Start date: 
End date: 
Number of results per page:

419 Publications found! (Query time: 0.001 s)Download as CSV fileDownload as KML file

<< PREV | 1 | 2 | 3 | 4 | 5 | NEXT >>

Score Exp/Site/HoleYearAuthor/TitleFull text
100%131
131-808
196
196-808
2001Park, Jin-Oh; Tsuru, Tetsuro et al.: AVO analysis along the Nankai Trough decollement
90%1962004Bangs, Nathan L.; Shipley, Thomas H. et al.: Evolution of the Nankai Trough decollement from the trench into the seismogenic zone; inferences from three-dimensional seismic reflection imaging
89%2003Morgan, Julia K.; Ask, Maria V. S.: Overpressures and lithification state of underthrust sediments along the Nankai accretionary margin; implications for decollement evolution
84%156
156-947
156-948
156-949
2001Deng, Xinhua; Underwood, Michael B.: Abundance of smectite and the location of a plate-boundary fault, Barbados accretionary prism
79%190
190-1173
196
196-1173
2008Ask, Maria V. S.; Morgan, Julia K.: Projection of mechanical properties from shallow to greater depths
78%78
78-542
110
1990Wuthrich, Dennis R.; Screaton, Elizabeth J. et al.: Fluid flow within the Barbados Ridge complex; Part II, Permeability estimates and numerical simulations of flow velocities and pore pressuresdownload
77%170
170-1039
170-1040
170-1043
2001Tobin, Harold; Vannucchi, Paola et al.: Structure, inferred mechanical properties, and implications for fluid transport in the decollement zone, Costa Rica convergent margin
77%156
156-948
1996Tobin, Harold J.; Moore, J. Casey: Using core properties and seismic reflectivity to estimate pore pressure in an active decollement fault
75%1311992Byrne, Tim; Maltman, Alex J. et al.: Evolution of the Nankai Trough deformation front; evidence for pervasive fluid flow and a presently sealed decollement
75%1311993Pickering, K. T.: Is the decollement in Nankai accretionary prism localized at a lithological change? New evidence from rare earth elements, and other geochemical data
75%131
131-808
196
196-808
1993Pickering, Kevin T.: Mobility and source of rare earth elements in the decollement at ODP Site 808, Nankai accretionary prism
75%1101993Ogawa, Yujiro: Destruction and dissolution of radiolarian tests in relation to the present and ancient decollement zones, Barbados accretionary complex, Ocean Drilling Program Leg 110
75%1561994Housen, Bernard A.; Labaume, Pierre et al.: Strain decoupling across the Barbados accretionary prism decollement indicated by anisotropy of magnetic susceptibility
75%1561996Ogawa, Y.; Takizawa, S.: Decollement zone of the Barbados accretionary prism; SEM, TEM and thin section study of the scaly cleaved radiolarian-rich clayey sediments
75%110
156
156-948
1994Fisher, A. T.; Zwart, G.: Permeability and fluid pressure along the decollement of the Barbados accretionary complex; the first in-situ measurements
75%1561998Takizawa, Shigeru; Ogawa, Yujiro: Dilatant clayey microstructure in the Barbados decollement zone
75%170
205
2005Vannucchi, P.; Leoni, L. et al.: Dynamic interaction between pore fluids and faulting along the Costa Rica decollement (ODP Legs 170 and 205)
75%1902007Skarbek, R. M.; Saffer, D. M.: Pore pressure development in sub-decollement sediments in subduction zones; insights from laboratory data and numerical modeling
75%156
156-948
1997Zhao, Zhiyong; Moore, G. F.: Physical properties of the decollement zone under the northern Barbados accretionary prism; insights from seismic inversion
75%1994Tobin, H.: Fluid pressure and fault zone dilation in the decollement, Barbados accretionary prism; experimental results
75%18
18-180
1999Murdock, James N.: Oceanward propagation of the blind decollement beneath the Kodiak Shelf, offshore of Kodiak Island, Alaska, Part III
75%2003Tobin, Harold J.; Kimura, Gaku: Structure, physical properties, and geophysical sensing of convergent margin decollement zones; the past decade of ocean drilling and the IODP future
73%190
190-1173
196
196-1173
2003Zscheile, Gene; Moore, J. Casey et al.: Diagenetic phase boundary at the Nankai Trough, SW Japan; relationship to the decollement/proto-decollement
71%110
156
1996Laier, Troels: Mixing of methane and sulphate due to fluids flow in the Barbados accretionary prism
71%110
156
1996Deng, Xinhua; Underwood, Michael B.: Influence of clay mineralogy on location of the decollement zone, Barbados accretionary complex
66%131
131-808
132
196
196-808
1993Moore, Gregory F.; Shipley, T. H.: Character of the decollement in the Leg 131 area, Nankai Troughdownload
65%190
190-1174
314
314-C0004
316
316-C0004
2011Ikari, Matt J.; Saffer, Demian M.: Comparison of frictional strength and velocity dependence between fault zones in the Nankai accretionary complexdownload
64%1996Saffer, Demian M.; Bekins, Barbara A.: Hydrogeologic modeling of a low chloride anomaly in the Nankai accretionary complex; evidence for transient fluid flow along a decollement fault
64%1561996Maltman, Alex J.; Bolton, Alistair J.: Dynamic permeability, consolidation and deformation structures in accretionary prism sediments
63%171A1997Stauffer, Philip: Coupled deformation and fluid flow in the toe of the Barbados accretionary prism
63%1101989Leonard, J.; Taylor, E.: Sediment accretion at the Barbados fore-arc; consolidation, permeability and physical properties
63%156
156-949
1999Peacock, Sheila; Hayward, Nathan et al.: Seismic evidence for overpressure and fluid migration within the Barbados accretionary complex
63%1999Saffer, Demian Michael: Hydrogeology of subduction zones; flow pathways and fluid budgets
63%1998Fryer, Patricia: Survey of along-strike variability in forearcs of the Mariana/Izu-Bonin convergent margin system
63%2001Tobin, Harold J.: Fault structure, mechanics, and hydrogeology of accretionary prism decollement zones revisited
63%1998Wallace, Glen; Moore, J. Casey: Quantification of densification mechanisms in a plate boundary fault, northern Barbados accretionary prism
61%1101990Mascle, Alain; Moore, J. Casey: ODP Leg 110; tectonic and hydrologic synthesisdownload
60%110
110-671
110-672
110-673
110-674
1987Expulsion of fluids from depth along a subduction-zone decollement horizon
60%156
156-948
156-949
2000Screaton, Elizabeth; Carson, Bobb et al.: Permeability of a decollement zone; results from a two-well experiment in the Barbados accretionary complexdownload
60%78
78-541
1982Moore, J. Casey; Biju-Duval, B. et al.: Thrust faulting and decollement development at the deformation front of the Barbados Ridge complex
60%156
156-949
1996Screaton, E. J.; Fisher, A. T. et al.: Hydrogeologic characteristics of the decollement in the Barbados Ridge accretionary complex; implications for fluid migration
60%31
87
131
131-808
132
196
196-808
1990Karig, D. E.; Moran, K.: A dynamically sealed decollement; Nankai Prism
60%156
156-948
1995Moore, J. Casey; Moore, G. et al.: Hydrofracturing and seismic imaging of the decollement zone, northern Barbados Ridge
60%156
156-948
156-949
1995Kastner, M.; Zheng, Y.: Isotope and trace metal compositions of the pore fluids across the decollement zone at the northern Barbados accretionary prism; implications for fluid source and flow
60%110
110-671
1993Shipley, T. H.; Moore, G. F. et al.: Seismically inferred spatial pattern of fluid content of the northern Barbados Ridge decollement; implications for fluid migration and fault strength
60%190
190-1173
196
196-1173
2003Ujiie, Kohtaro; Hisamitsu, Toshio et al.: Deformation and fluid pressure variation during initiation and evolution of the plate boundary decollement zone in the Nankai accretionary prismdownload
60%110
156
1996Bangs, Nathan L.; Shipley, Thomas H. et al.: Elevated fluid pressure and fault zone dilation inferred from seismic models of the northern Barbados Ridge decollementdownload
60%156
156-948
2003Peacock, Sheila: Thin layer tuned reflections from an anisotropic decollement zonedownload
60%110
131
156
190
196
2003Henry, P.; Bourlange, Sylvain: Fluid pressure transients and mechanical coupling in decollement zones
60%131
131-808
196
196-808
2004Morgan, Julia K.; Ask, Maria V. S.: Consolidation state and strength of underthrust sediments and evolution of the decollement at the Nankai accretionary margin; results of uniaxial reconsolidation experimentsdownload
60%131
131-808
190
190-1174
196
196-808
2000Housen, Bernard A.; Dean, Allison: Magnetic fabrics and paleomagnetism of two active decollement zones
60%156
156-947
156-948
1995Tobin, Harold: Seismic impedance variations of the decollement zone, North Barbados Ridge accretionary prism; pore pressure effects
60%190
190-1175
190-1178
2000Henry, Pierre; Jouniaux, Laurence et al.: Anisotropy of electrical conductivity in Nankai Trough sediments and ductile strain associated with decollement propagation
60%110
110-672
171A
171A-1044
2000Screaton, Elizabeth; Ge, Shemin: Anomalously high porosities in the proto-decollement zone of the Barbados accretionary complex; do they indicate overpressures?download
60%131
131-808
190
190-1173
190-1174
196
196-808
196-1173
2002Flemings, P. B.: Overpressures above the decollement at Nankai; ODP Sites 808 and 1174
60%170
170-1040
170-1043
1997Tobin, H.; Vannucchi, P. et al.: Structure and inferred mechanical properties of the decollement zone, Costa Rica convergent margin
60%171A1999Bangs, Nathan L. B.; Shipley, Thomas H. et al.: Fluid accumulation and channeling along the northern Barbados Ridge decollement thrustdownload
60%190
190-1173
190-1174
196
196-1173
2005Moran, K.; O'Regan, M.: Nankai stress history and implications for an overpressured decollement
60%131
131-808
190
190-1174
196
196-808
2009Skarbek, Robert M.; Saffer, Demian M.: Pore pressure development beneath the decollement at the Nankai subduction zone; implications for plate boundary fault strength and sediment dewateringdownload
60%1997Moore, J. C.; Klaus, A. et al.: Origin and evolution of the decollement zone of the northern Barbados accretionary prism
60%171A
171A-1045
1997Bangs, N. L.; Shipley, T. H. et al.: Differential consolidation and fluid pathway development along the Barbados Ridge decollement; influences from seismic reflections and ODP Leg 171A logs
60%190
190-1173
196
196-1173
2011Raimbourg, Hugues; Ujiie, Kohtaro et al.: The role of compaction contrasts in sediments in decollement initiation in an accretionary prism
60%170
170-1040
170-1043
205
205-1254
205-1255
2004Vannucchi, Paola: Meso and microstructural evolution of localized failure in the active Costa Rica decollement zone; shear and fluid interaction
60%171A
171A-1045
1997Moore, J. Casey; Klaus, Adam et al.: Decollement zone of the northern Barbados accretionary prism; stratigraphic inheritance, shear dewatering, and arrested consolidation
58%110
110-671
110-672
1990Screaton, Elizabeth J.; Wuthrich, Dennis R. et al.: Fluid flow within the Barbados Ridge complex; Part I, Dewatering within the toe of the prismdownload
56%110
110-671
110-672
110-673
110-674
110-675
110-676
1988Mascle, Alain; Moore, J. Casey et al.: Synthesis of shipboard results; Leg 110 transect of the northern Barbados Ridgedownload
55%131
131-808
190
190-1173
196
196-808
196-1173
2006Mikada, Hitoshi; Ienaga, Masanori et al.: Current research status and meaning of fluid pressure monitoring at the Nankai Trough
53%171A2000Stauffer, Philip: Modeling stress and flow in the toe region of an accretionary prism
53%1461994Tobin, H. J.; Moore, J. C. et al.: Seismic velocity at an indicator of high fluid pressure in thrust faults of the Oregon accretionary prism; laboratory and modeling results
53%1101987Fisher, Andrew T.; Hounslow, Mark W.: Heat flow through the toe of the Barbados accretionary complex; implications for sediment dewatering
53%156
156-948
1996Leitch, Evan C.: ODP Leg 156; a third probe into the Barbados accretionary prism
53%1986Karig, Daniel E.: Physical properties and mechanical state of accreted sediments in the Nankai Trough, Southwest Japan Arc
53%1902000Screaton, Elizabeth J.; Saffer, Demian M. et al.: Dewatering of underthrust sediments in the Nankai accretionary complex; results from Ocean Drilling Program Leg 190
53%1702000Kopf, A.; Deyhle, A. et al.: Evidence for deep fluid circulation and gas hydrate dissociation using boron and boron isotopes of pore fluids in forearc sediments from Costa Rica (ODP Leg 170)
53%1702000Deyhle, A.; Kopf, A. et al.: Fluid processes and gas hydrate dissociation as a response to forearc uplift
53%2000Henry, Pierre: Fluid flow at the toe of the Barbados accretionary wedge constrained by thermal, chemical, and hydrogeologic observations and modelsdownload
53%1101989Leonard, John N.; Taylor, Elliott et al.: Lithologic control on the physical properties of sediment and the development of accretionary prisms
53%1101989Behrmann, J. H.; Prior, D. J.: Mudstone microfabrics, deformation mechanisms and fluids in the Lesser Antilles Forearc
53%1101989Lallemant, S. J.; Henry, P. et al.: Near-surface fluid flow paths at the toe of the Barbados accretionary prism (ODP Leg 110 area)
53%1561993Shipley, Tom; Moore, Casey et al.: Northern Barbados Ridge fluid flow to be monitored
53%1962003Mikada, Hitoshi; Henry, Pierre et al.: On physical properties acquired in ODP logging and possible future extensions in log interpretation; Leg 196 Nankai seismogenic zone drilling
53%1561995Shipley, Thomas H.; Ogawa, Yujiro et al.: Barbados Ridge accretionary prism
53%122
122-763
1991Lorenzo, Juan Manuel: Investigations into the development of continent-ocean transform boundaries
53%1561994Yin, Hezhu; Goldberg, David: How much is fluid pressure responsible for +/-seismic reflections in the accretionary prism of the northern Barbados Ridge?
53%1101989Fisher, Andrew T.; Hounslow, Mark W.: Transient fluid flow through the toe of the Barbados accretionary complex; constraints from ODP Leg 110 heat flow studies and simple models
53%131
131-808
132
196
196-808
1990Accretion; ODP at the leading edge
53%1701997Saffer, Demian; Silver, Eli et al.: Consolidation, pore fluid pressures, and implications for dewatering pathways of subducted sediments, offshore Costa Rica
53%1311990Taira, A.: Tectonics and hydrogeology of the Nankai accretionary margin; an overview
53%170
171A
1998Saito, Saneatsu; Goldberg, David: Physical and hydrologic properties in the Costa Rica and Barbados subduction zones; estimates from ODP downhole logging
53%2003Ohara, Yasuhiko; Okino, Kyoko et al.: Drilling the largest oceanic detachment in the world; the Godzilla Mullion in the Parece Vela Rift
53%156
156-948
1995Tobin, Harold James: Prediction and effects of fluid pressure in active accretionary prism fault systems
53%1101989Tribble, Jane S.; Yeh, Hsueh-Wen: Clay diagenesis in the Barbados accretionary complex; implications for hydrology and subduction dynamics
53%1701996Bangs, N. L.; McIntosh, K. et al.: Predictions from seismic modeling of physical properties and fluid effects at plate-boundary faults to be drilled offshore Costa Rica and within the Barbados Ridge
53%2010Ask, M. V. S.; Morgan, J. K.: Projection of mechanical properties from shallow to greater depths seaward of the Nankai accretionary prism
53%170
205
2008Vannucchi, Paola: Shallow decollements and outer wedges in subduction EQ cycles
53%1101988Tribble, Jane Schoonmaker: Diagenesis of smectite in an accretionary complex; implications for the hydrology and dynamics of the subduction process
53%1992Moore, G. F.; Moore, J. C. et al.: The Ocean Drilling Program probes accretionary prisms
53%1962000Becker, Keir; Mikada, Hitoshi et al.: Leg 196 advanced CORKS for long-term hydrological and seismological studies at the Nankai Trough
53%2042005Lu, Z.; Fehn, U. et al.: Long distance migration of fluids in the Cascadia margin; evidence from iodine isotopic composition
53%1101992Lallemant, Siegfried; Henry, Pierre et al.: Shallow detachment of the toe of accretionary wedges and associated surface deformation (Barbados & Nankai accretionary prisms)

<< PREV | 1 | 2 | 3 | 4 | 5 | NEXT >>