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1094 Publications found! (Query time: 0.001 s) – Download as CSV file – Download as KML file

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Score ↓Exp/Site/HoleYearAuthor/TitleFull text
100%1101989Leonard, J.; Taylor, E.: Sediment accretion at the Barbados fore-arc; consolidation, permeability and physical properties
83%1981Honza, E.: Subduction and accretion in the Japan Trench
83%1988von Huene, Roland; Miller, J.: Erosion and accretion along the southern Peru margin, 12 degrees S
83%1979Bryan, Wilfred B.: Episodic extrusion and collapse; a model for crustal accretion at a slow-spreading ridge
83%1993Bourgois, J.: La fosse d'Amerique centrale; convergence, accretion, erosion tectonique The Middle America Trench; convergence, accretion, tectonic erosion
83%1101990Brueckmann, Warner: Stress induced modification of sediment mass physical properties during accretion; a reconstructional approach
83%1151989Greenough, John D.; Fryar, Brian J.: Evidence for mantle noble metal heterogeneity from ODP Leg 115 Indian Ocean basalts; implications for late stage meteoritic accretion of the Earth
83%661980Moore, J. C.; Watkins, J. S.: Progressive accretion, tectonic truncation, and subduction, Middle America Trench, southern Mexico; results from Leg 66 DSDP
83%1997Tighe, Stacey; Pockalny, Robert A. et al.: Axial volcanoes and their eruptive centers; fundamental units of accretion along the East Pacific Rise
83%153
153-923		2005Coogan, L. A.: Cooling rate constraints on accretion of the lower oceanic crust
83%2008Ildefonse, Benoit: Oceanic core complexes and crustal accretion at slow-spreading ridges; indications from IODP expeditions 304-305 and previous ocean drilling results
83%1902002Sunderland, E. Blanche; Morgan, Julia K.: Changes in clay mineral preferred orientations during progressive sediment accretion in the Nankai accretionary prism
82%1988Wackler, Jeri Dea: Microstructures and fabrics of sediments from the Lesser Antilles accretionary complex
82%1982Gartner, Stefan: Subducting plate margins
82%130
130-806		2001Farley, Kenneth A.: Extraterrestrial helium in seafloor sediments; identification, characteristics, and accretion rate over geologic time
79%56
56-434
170
170-1040		2002Morris, J.; Valentine, R. et al.: (super 10) Be imaging of sediment accretion and subduction along the Northeast Japan and Costa Rica convergent margins
71%1986Howell, David G.; Murray, Richard W.: A budget for continental growth and denudation
71%1996Pearce, J. A.: Mantle dynamics and crustal accretion above subduction zones; evidence from western Pacific drilling
71%146
146-892		1995Screaton, Elizabeth J.: Investigation of fluid sources and movement at the Cascadia margin
71%1983Kitchell, Jennifer A.; Hoffman, Antoni: A test of evolutionary models; survivorship and accretion analysis of species extinction and origination
71%1986Von-Huene, R.: To accrete or not accrete, that is the question
71%1998Saffer, Demian M.; Bekins, Barbara A.: Episodic fluid flow in the Nankai accretionary complex; timescale, geochemistry, flow rates, and fluid budget
71%1987Mascle, Alan: New deep sea drilling in the Caribbean
71%1101987In the Lesser Antilles; Accretionary complex penetrated, defined
71%1996Anonymous: Seismic images of Mesozoic-aged oceanic crust of the South Atlantic
67%841982Aubouin, J.; Von Huene, Roland et al.: Subduction without accretion along the Middle America Trench off Guatemala (DSDP Leg 84)
67%1981Watkins, J. S.; Moore, J. C. et al.: Accretion, underplating, subduction and tectonic evolution, Middle America Trench, southern Mexico; results from DSDP Leg 66
67%129
129-801
144
185
185-801		2003Pockalny, Robert A.; Larson, Roger L.: Implications for crustal accretion at fast spreading ridges from observations in Jurassic oceanic crust in the western Pacificdownload
67%118
118-735
176
176-735		2003Hosford, Allegra; Tivey, Maurice et al.: Crustal magnetization and accretion at the Southwest Indian Ridge near the Atlantis II fracture zone, 0-25 Madownload
67%2005Clift, Peter D.; Chan, Lui-Heung et al.: Pulsed subduction accretion and tectonic erosion reconstructed since 2.5 Ma from the tephra record offshore Costa Ricadownload
67%1411994Kopf, A.; Behrmann, J. H.: Massenbilanzierung tektonischer Akkretion und Subduktionserosion am aktiven Kontinentalrand Suedchiles, Chile-Tripelpunkt Mass balance of tectonic accretion and subductional erosion at an active continental margin, southern Chile, Chile Margin Triple Junction
67%67
84		1984Azema, J.; Biju-Duval, B. et al.: Subduction et orogenese; le prisme d'accretion de la Barbade et l'absence d'accretion le long de la fosse d'Amerique Centrale; deux processus prouves et non exclusifs d'un phenomene crustal general, la subduction Subduction and orogeny; the Barbados accretionary prism and the absence of accretion along Middle America Trench; two shallow tectonic responses to subduction
67%118
118-735
176
176-735		1998Hertogen, Jan: Accretion of oceanic layer 3 at the very-slow spreading SW Indian Ridge, Ocean Drilling Program Hole 735B
67%170
170-1039
170-1043		1997Valentine, R. B.; Morris, J. D. et al.: Sediment subduction, accretion, underplating, arc volcanism along the margin of Costa Rica; constraints from Ba, Zn, Ni, and (super 10) Be concentrations
67%118
118-735
176
176-735
179
179-1105		2009Baines, A. Graham; Cheadle, Michael J. et al.: SHRIMP Pb/U zircon ages constrain gabbroic crustal accretion at Atlantis Bank on the ultraslow-spreading Southwest Indian Ridge
67%118
118-735
176
176-735		2006Baines, G.; Cheadle, M. J. et al.: U-Pb dating reveals rapid accretion of gabbroic crust at the ultraslow-spreading Southwest Indian Ridge
67%661979Moore, J. C.; Watkins, J. S. et al.: Progressive accretion and imbricate thrusting, Middle America Trench, southern Mexico; results from Leg 66 DSDP
67%661979Moore, J. C.; Watkins, J. S. et al.: Progressive accretion in the Middle America Trench, southern Mexico
67%206
206-1256
309
309-U1256
312
312-U1256		2009Pollock, Meagen A.; Klein, Emily M. et al.: Compositions of dikes and lavas from the Pito Deep Rift; implications for crustal accretion at superfast spreading centersdownload
67%130
130-806		1998Patierson, D. B.; Farley, K. A.: Extraterrestrial (super 3) He in seafloor sediments; evidence for correlated 100 kyr periodicity in the accretion rate of interplanetary dust, orbital parameters, and Quaternary climate
67%118
118-735
176
176-735		1998Dick, Henry J. B.; Natland, James H. et al.: Accretion of the lower ocean crust
67%3102008Camoin, G.; Seard, C. et al.: Reef accretion during the post-glacial sea-level rise at Tahiti (French Polynesia); I.O.D.P. #310 Expedition "Tahiti sea level"
61%135
135-834
135-835		2003Martinez, Fernando; Taylor, Brian: Controls on back-arc crustal accretion; insights from the Lau, Manus and Mariana Basins
61%69
69-504
70
70-504
83
83-504
92
92-504
111
111-504
137
137-504
140
140-504
148
148-504		2002Kurnosov, V. B.: Veshchestvennyye preobrazovaniya porod okeanicheskoy kory i ikh rol' v protsesse vertikal'noy akkretsii Material transformations of oceanic crust rocks and their value in vertical accretion processes
61%18
19
19-186
19-187		1984McCarthy, Jill; Stevenson, Andrew J. et al.: Speculations on the petroleum geology of the accretionary body; an example from the central Aleutians
59%1983Moore, J. Casey; Lundberg, N.: Macro- to microfabrics of modern convergent margins
59%1994Miller, D. J.; Christensen, N. I.: Seismic signature of an island arc; a new model of seismic stratigraphy of the Kohistan accreted terrane
59%1982Lundberg, Neil; Moore, J. Casey: Brittle versus ductile forearc areas; synthesis of macroscopic structural features from DSDP cores
59%1982Kyte, Frank T.; Wasson, John T.: Geochemical constraints on the nature of large accretionary events
59%78
78-541
78-542		1985Langseth, Marcus G.; Westbrook, Graham et al.: Geothermal anomalies near the deformation front of the Barbados accretionary complex
59%1986Honza, E.; Murakami, F.: Accretion in the Nankai Trough
59%1987Draper, Grenville: Site group 1; Cayman Trough, Site group 2; Central Caribbean Crust, Site group 3; Accretionary complexes associated with a magmatic underthrusting
59%181987Shi, Yaolin; Wang, Chi-yuen et al.: Thermal structures in the accretionary prism off the Pacific Coast of North America
59%841982Aubouin, J.; Von Huene, Roland et al.: Leg 84 of the Deep Sea Drilling Project; subduction without accretion; Middle America Trench off Guatemala
59%1121996Schillhorn, Thies; Kukowski, Nina: Numerische 3D-FD Modellierungen zum Fluid- und Waermetransport im Akkretionskomplex vor Peru bei 9 Grad Sued Numerical 3D-FD models of fluid transport in an accretionary complex in Peru at 9 degrees south
59%1101989Leonard, John N.; Taylor, Elliott et al.: Lithologic control on the physical properties of sediment and the development of accretionary prisms
59%120
120-747		1993Jones, G.; Sano, H. et al.: Nature and tectonic setting of accreted basalts from the Mino Terrane, central Japan
59%1996Anonymous: 3D seismic reflection studies on the Pacific active continental margin of Costa Rica
59%1311991Zhang, Jiaxiang: Mechanical compaction and the brittle-ductile transition in porous rocks; geological implications for accretionary wedge aseismicity
59%1994You, Chen-Feng: Lithium, beryllium, and boron isotope geochemistry; implications for fluid processes in convergent margins
59%601981Lundberg, N.: Development of forearcs of intraoceanic subduction zones
59%1981Coulbourn, W. T.: Geologic structure and sedimentation along the convergent margins of Guatemala and Peru-Chile at the Arica Bight
59%1991Moore, J. Casey; Taira, Asahiko et al.: Ocean drilling and accretionary processes
59%661980McMillen, K. J.: Bathymetric and vertical tectonic history of the southern Mexico active margin; DSDP Leg 66
59%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
59%1990Weinrebe, W.; Flueh, E. R. et al.: A deep reflection line across the Middle-American Trench, offshore Guatemala
59%131
131-808
132
196
196-808		1990Accretion; ODP at the leading edge
59%1981von Huene, Roland; Uyeda, S.: A summary of results from the IPOD transects across the Japan, Mariana, and Middle-America convergent margins
59%571981von Huene, Roland; Arthur, M. et al.: Ambiguity in interpretation of seismic data from modern convergent margins; an example from the IPOD Japan Trench transect
59%661980Watkins, Joel S.; Moore, J. Casey: Sediment budget in the vicinity of the DSDP Leg 66 transect, Middle America Trench, southern Mexico
59%1990von Huene, Roland: Structure of the Andean convergent margin and some implications for hydrocarbon resources
59%1991Lund, Steve P.; Bottjer, David J.: Paleomagnetic evidence for microplate tectonic development of Southern and Baja California
59%1101989Brueckmann, W.: Porosity modeling and stress evaluation in the Barbados Ridge Accretionary Complex
59%1988Behrmann, J. H.: Projekte geowissenschaftlicher Forschung in der Karibik in den neunziger Jahren im Rahmen des Ocean Drilling Program Geological research projects in the Caribbean region in the 90's within the framework of the Ocean Drilling Program
59%1121996von Huene, R.; Pecher, I. A. et al.: Development of the accretionary prism along Peru and material flux after subduction of Nazca Ridgedownload
59%1101989Tribble, Jane S.; Yeh, Hsueh-Wen: Clay diagenesis in the Barbados accretionary complex; implications for hydrology and subduction dynamics
59%1985Bray, C. J.; Karig, D. E.: Porosity of sediments in accretionary prisms and some implications for dewatering processesdownload
59%3142008Tobin, H. J.; Kinoshita, M.: State of stress in the Nankai Trough accretionary complex and implications for the seismogenic cycle; results from 3D seismic data and IODP Expedition 314
59%1341992Collot, J. Y.; Greene, H. G. et al.: Tectonique collisionnelle le long de la zone de subduction des Nouvelles-Hebrides; resultats des forages du Leg ODP 134 Collision tectonics along the New Hebrides subduction zone; results of ODP Leg 134
59%170
170-1042		1999Meschede, Martin; Zweigel, Peter et al.: Subsidence and extension at a convergent plate margin; evidence for subduction erosion off Costa Rica
59%1986Barbier, F.; Duverge, J. et al.: Structure profonde de la marge Nord-Gascogne; implications sur le mecanisme de rifting et de formation de la marge continentale Deep structure of the northern Gascony margin; implications for rifting mechanism and genesis of the margin
59%1986Moore, J. Casey; Lundberg, Neil: Tectonic overview of Deep Sea Drilling Project transects of forearcs
59%2001Stauffer, Philip H.; Bekins, Barbara A.: Modeling consolidation and dewatering near the toe of the northern Barbados accretionary complexdownload
59%1251990Pearce, Julian; Murton, Bramley J. et al.: Eocene crustal accretion in the western Pacific; evidence from ODP Leg 125
59%1461994MacKay, Mary Elizabeth: Structural evolution of the Oregon accretionary prism
59%118
118-735
176
176-735		2006Baines, A. Graham: Geodynamic investigation of ultra-slow spreading oceanic lithosphere; Atlantis Bank and vicinity, SW Indian Ridge
59%1461994Tobin, Harold J.; Moore, J. Casey et al.: Estimating fluid pressure in the frontal thrust of the Oregon accretionary prism from velocity vs. effective stress measurements and fault reflectivity
59%1983Moore, J. Casey; Lundberg, Neil: Variations in forearc ductility; consequences for the stratigraphic record
59%1997Deng, Xinhua: Fine-grained sediments in Barbados accretionary complex; mineralogy, sedimentation, diagenesis, geochemistry, and fault mechanisms
59%45
45-395
78
78-395		2001Bartetzko, Anne; Pezard, Philippe et al.: Volcanic stratigraphy of DSDP/ODP Hole 395A; an interpretation using well-logging data
59%2002Moore, Casey; Silver, Eli: Fluid flow in accreting and eroding convergent margins
59%94
94-607		2001Muller, Richard A.: Glacial cycles and interplanetary dust
59%1461995Whiticar, Michael J.; Hovland, Martin: Relationship of hydrocarbon gases to hydrates in the Cascadia and Oregon accretionary margins
59%118
118-735
176
176-735
209
209-1270
209-1275		2007John, Barbara; Cheadle, Michael et al.: Ocean zircons! Constraints on spreading rates, cooling and faulting histories, and modes of crustal accretion
59%1461994Cochrane, Guy R.; Moore, J. Casey et al.: Fault control of dewatering of sediments at the toe of the Cascadia accretionary prism from seismic velocities
59%146
146-891		1994Moore, J. Casey; Moran, Kate et al.: Fluid pressure estimates from the frontal thrust, Oregon accretionary prism
59%1994Cambray, H.; Cadet, J. P.: Ash layers in deep-sea sediments as tracers of a global synchronism of arc volcanic activity around Pacific Ocean
59%130
130-806		1998Karner, Daniel B.; Asaro, Frank et al.: The Pleistocene-Holocene transition; the role of extraterrestrial accretion
58%78
78-541
78-542
78-543		1981Biju-Duval, B.; Casey Moore, J. et al.: Premiers resultats des forages IPOD implantes lors de la croisiere 78A du Glomar Challenger au nord-est de la ride de la Barbade (arc des Petites Antilles); tectonique frontale d'un prisme d'accretion First results from boreholes drilled by the Glomar Challenger on IPOD Leg 78A, northeast of the Barbados Ridge, Lesser Antilles; frontal tectonics of an accretion prism
58%30
30-288
30-289
33
33-317
130
130-803
130-807		1996Ito, G.; Clift, P.: Evidence for multi-staged accretion of the Manihiki and Ontong Java plateaus from their vertical tectonic histories

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