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Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
100% | | 1995 | Taylor, Brian (ed.); Natland, James (ed.): Active margins and marginal basins of the western Pacific | |
94% | | 1980 | Ocean Margin Drilling Program | |
83% | | 1981 | Aubouin, J.; Blanchet, R.: Subduction and tectonics; discussion on the results of the IPOD Program in active margins | |
83% | 125 | 1995 | Maekawa, Hirokazu; Fryer, Patricia et al.: Incipient blueschist-facies metamorphism in the active subduction zone beneath the Mariana Forearc | |
82% | | 1980 | Ocean Margin Drilling Program; preliminary science program; June 1980 | |
82% | | 1986 | Stel, Jan H.: Oceaanboringen; Verleden en toekomst Oceanic boreholes; past and future | |
71% | | 1986 | Batiza, Rodey; Watts, A. B.: Scientific seamount drilling | |
71% | | 2000 | Piper, David J. W.: Future sedimentological applications of ODP-type drilling | |
71% | | 1984 | Sharas'kin, A. Ya.: Problemy evolyutsii aktivnykh okrain v svete dannykh glubokovodnogo bureniya Evolution of active margins in light of deep-sea drilling data | |
71% | | 1984 | Pautot, Guy: Les moyens et les programmes de l'oceanologie geologique Means and programs in geologic oceanography | |
67% | | 1987 | Westbrook, G. K.; Barker, Leslie et al.: Active margins and accretionary tectonics panel report | |
67% | 57 57-438 57-439 | 1980 | Le Mut, Claudine: L'exoscopie des quartz; contribution a l'etude des marges actives dans le cadre d'I.P.O.D.; une approche sedimentologique sur deux sites de la fosse du Japon, campagne N (super o) 57 du Glomar Challenger Exoscopy of quartz; contribution to the IPOD study of active margins; sedimentology of two sites in the Japan Trench; Glomar Challenger Leg 57 | |
67% | 56 60 60-452 66 | 1984 | Blanchet, Rene: Les marges actives des oceans Active margins of the oceans | |
59% | | 1983 | Lundberg, Neil: Deformational styles in active margins; upper slope extension and lower slope shortening seen in DSDP cores | |
59% | | 1981 | von Huene, Roland: Review of early results from drilling of the IPOD-1 active margin transects across the Japan, Mariana, and Middle-America convergent margins | |
59% | | 1982 | Aubouin, J.; Bourgois, J. et al.: La marge pacifique du Guatemala; un modele de marge extensive en domaine convergent The Pacific margin of Guatemala; a model of an extension margin in a convergent domain | |
59% | 170 | 2000 | Ruppel, C.; Kinoshita, M.: Fluid, methane, and energy flux in an active margin gas hydrate province, offshore Costa Rica | |
59% | | 1993 | Bourgois, J.: La fosse d'Amerique centrale; convergence, accretion, erosion tectonique The Middle America Trench; convergence, accretion, tectonic erosion | |
59% | | 1995 | Clift, Peter D.: Volcaniclastic sedimentation and volcanism during the rifting of western Pacific backarc basins | |
59% | 112 | 1996 | Schillhorn, T.; Kukowski, N.: 3D modeling mass and heat flow in the Peruvian subduction zone at 9 degrees S | |
59% | | 1996 | Anonymous: 3D seismic reflection studies on the Pacific active continental margin of Costa Rica | |
59% | | 1991 | Larter, R. D.; Barker, P. F.: Neogene interaction of tectonic and glacial processes at the Pacific margin of the Antarctic Peninsula | |
59% | 112 | 1990 | Bourgois, Jacques; Huchon, P. et al.: Tectonics of the Peru active margin | |
59% | 60 | 1980 | Blanchet, R.: Tectonique sur la marge active des Mariannes, dans le Pacifique occidental Tectonics of the Mariana active margin, in the western Pacific | |
59% | | 1995 | Martin, Jonathan B.; Kastner, Miriam et al.: Origins of saline fluids at convergent margins | |
59% | 170 | 1996 | Bangs, 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 | |
59% | | 1986 | Mascle, A.; Biju-Duval, B. et al.: Growth of accretionary prisms tectonic processes from Caribbean examples | |
59% | | 2007 | Haacke, R. Ross; Westbrook, Graham K. et al.: Gas hydrate, fluid flow and free gas; formation of the bottom-simulating reflector | |
59% | | 2010 | Moe, K.; Sanada, Y. et al.: Overview of the extensive logging use in the scientific ocean drilling's most challenging project, Nankai Trough Seismogenic Zone Experiment (NanTroSEIZE) | |
59% | 96 | 1988 | Shanmugam, G.; Moiola, R. J. et al.: Comparison of turbidite facies associations in modern passive-margin Mississippi Fan with ancient active-margin fans | |
59% | | 1981 | Kelts, Kerry; Arthur, Michael A.: Turbidites after ten years of deep-sea drilling; wringing out the mop? | |
59% | 112 112-683 | 2004 | Kukowski, N.; Hampel, A. et al.: Varying rates and modes of subduction erosion along the Peruvian margin | |
59% | 164 | 1998 | Hesse, Reinhard; Frape, Shaun et al.: Gas-hydrate drilling at Blake Ridge (ODP Leg 164); how much methane is there? | |
59% | | 2010 | Larsen, H. C.: Integrated Ocean Drilling Program; status of activities, past, present and future | |
59% | 160 | 1996 | Robertson, A. H. F.: Collision-related crustal processes in the E Mediterranean Sea | |
59% | 160 160-969 | 1996 | Robertson, Alastair: Collision-related sedimentary and tectonic processes in the E. Mediterranean Sea | |
59% | 112 | 2002 | Hampel, Andrea: The migration history of the Nazca Ridge along the Peruvian active margin; a re-evaluation | |
59% | | 2000 | Scholl, David William; von Huene, Roland: The tectonic process of subduction erosion and the selective removal of middle and lower crustal rocks at convergent margins | |
59% | | 1991 | Nechaev, Victor P.: Evolution of the Philippine and Japan seas from the clastic sediment record | |
59% | | 2000 | Winterer, Edward L.: Scientific ocean drilling, from AMSOC to COMPOST | |
47% | 112 | 1987 | Suess, E.; Von Huene, Roland et al.: Histoire geologique de la marge continentale du Perou. Deformations tectoniques liees a la convergence et upwellings cotiers; resultats de la campagne du Leg 112 O.D.P. Plate convergence and coastal upwelling; a history of the Peru continental margin from ODP Leg 112 results | |
47% | | 1986 | Lundberg, Neil; Moore, J. Casey: Macroscopic structural features in Deep Sea Drilling Project cores from forearc regions | |
47% | 125 125-778 125-779 125-780 195 195-1200 195-1201 | 2004 | Savov, Ivan Petrov: Petrology and geochemistry of subduction-related rocks from the Mariana arc-basin system | |
47% | 184 | 2004 | Wu Nengyou; Huang Yongyang et al.: Prospect and indicative characteristics of gas hydrate in the northern continental slope of the South China Sea | |
47% | 146 146-891 146-892 | 1996 | Sample, J. C.: Isotopic evidence from authigenic carbonates for rapid, upward fluid flow in accretionary wedges | |
47% | 67 84 | 1984 | Bourgois, J.; Glacon, G. et al.: Paleoprofondeurs des depots de pente du mur interne de la fosse d'Amerique Centrale; un essai a partir de l'etude des Foraminiferes planctoniques (leg 84 du N/O Glomar-Challenger, Ocean Pacifique Est Equatorial) Sediment paleodepths of the landward slope of the Middle America Trench off Guatemala; a tentative model based on the study of the planktonic foraminifera; Leg 84 of the R/V Glomar-Challenger, East Equatorial Pacific Ocean | |
47% | 6 31 58 60 125 126 | 1995 | Hall, Robert; Fuller, Michael et al.: The Philippine Sea Plate; magnetism and reconstructions | |
47% | 31 56 57 58 86 87 124 127 128 | 1995 | Cambray, Herve; Pubellier, Manuel et al.: Volcanic activity recorded in deep-sea sediments and the geodynamic evolution of western Pacific island arcs | |
47% | 126 | 1995 | Taylor, Rex N.; Marlow, Michael S. et al.: Intrusive volcanic rocks in western Pacific forearcs | |
47% | 160 160-967 | 1996 | Mart, Y.; Robertson, A. H. F.: Eratosthenes Seamount and its Cretaceous tectonic setting; results of ODP Leg 160 | |
47% | 124 125 126 127 128 134 | 1995 | Arculus, R. J.; Gill, J. B. et al.: Geochemical evolution of arc systems in the western Pacific; the ash and turbidite record recovered by drilling | |
47% | 124 127 | 1995 | Rangin, Claude; Silver, Eli A. et al.: Closure of western Pacific marginal basins; rupture of the oceanic crust and the emplacement of ophiolites | |
47% | | 1995 | Hickey-Vargas, Rosemary; Hergt, Janet M. et al.: The Indian Ocean-type isotopic signature in western Pacific marginal basins; origin and significance | |
47% | 135 | 1995 | Hawkins, James W.: Evolution of the Lau Basin; insights from ODP Leg 135 | |
47% | 170 205 | 2003 | Cardace, Dawn; Morris, Julie D. et al.: Implications of smectite subduction at the Costa Rican convergent margin | |
47% | 112 | 2004 | Hampel, Andrea; Kukowski, Nina et al.: Ridge subduction at an erosive margin; the collision zone of the Nazca Ridge in southern Peru | download |
47% | 146 146-889 164 164-997 | 2003 | Davie, Matthew K.; Buffett, Bruce A.: Sources of methane for marine gas hydrate; inferences from a comparison of observations and numerical models | |
47% | 56 57 60 66 67 67-494 84 84-567 87 | 1986 | Hesse, Reinhard: Subduction effects on modern trench slopes; review of DSDP results | |
47% | 67 84 | 1986 | Aubouin, J.; Bourgois, J. et al.: Two types of active margins; convergent-compressional margins and convergent-extensional margins | |
47% | 204 204-1245 | 2005 | Lu, Zunli; Fehn, Udo et al.: Pore water iodine concentrations and (super 129) I/I ratios of the Hydrate Ridge (ODP 204); implication for the origin of gas hydrates | |
47% | 141 | 1994 | Kopf, 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 | |
47% | 60 125 | 1995 | Fryer, Patricia; Mottl, Michael et al.: Serpentine bodies in the forearcs of western Pacific convergent margins; origin and associated fluids | |
47% | 84 170 | 2007 | McIntosh, Kirk D.; Silver, Eli A. et al.: The Nicaragua convergent margin; seismic reflection imaging of the source of a tsunami earthquake | |
47% | 67 84 | 1984 | Azema, 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 | |
47% | 170 170-1039 170-1040 | 1998 | Wagner, Jason L.; Griffin, J. R. et al.: Composition and stratigraphy of volcanic ashes at a convergent margin, Ocean Drilling Program Leg 170, Costa Rica | |
47% | 125 129 170 170-1039 185 185-1149 205 | 2003 | Li, Long; Sadofsky, Seth J. et al.: Carbon and nitrogen input fluxes in subducting sediments at the Izu-Bonin and Central America convergent margins | |
47% | 131 131-808 132 196 196-808 | 2001 | Brown, Kevin M.; Saffer, Demian M. et al.: Smectite diagenesis, pore-water freshening, and fluid flow at the toe of the Nankai wedge | |
47% | 156 168 | 2002 | Fisher, A. T.: The dynamics and significance of fluids within the seafloor | |
47% | 141 | 1993 | Behrmann, Jan H.; Lewis, Stephen D. et al.: Subduktion eines aktiven ozeanischen Spreizungsrueckens; Ergebnisse von Leg 141 des Ocean Drilling Program vor der Kueste von Suedchile Subduction at an active oceanic ridge; results from ODP Leg 141 off the coast of southern Chile | |
47% | | 2006 | Hensen, Christian; Brueckmann, Warner et al.: IODP; modes of fluid expulsion and its significance for forearc dewatering; IODP drilling proposal 633 to decipher deep fluid processes at an erosive convergent margin | |
47% | | 1995 | Bloomer, Sherman H.; Taylor, Brian et al.: Early arc volcanism and the ophiolite problem; a perspective from drilling in the western Pacific | |
47% | 131 131-808 164 164-997 190 196 196-808 | 2005 | Hesse, R.: Chlorine stable isotopes from passive and active continental margins as tracers of advective fluid flow | |
47% | | 1995 | Torres, Marta E.; Marsaglia, Kathleen M. et al.: Sediment diagenesis in western Pacific basins | |
47% | | 1995 | Underwood, Michael B.; Ballance, Peter F. et al.: Sedimentation in forearc basins, trenches, and collision zones of the western Pacific; a summary of results from the Ocean Drilling Program | |
47% | 124 126 127 128 135 | 1995 | Marsaglia, Kathleen M.; Boggs, Sam, Jr. et al.: Sedimentation in western Pacific backarc basins; new insights from Recent ODP drilling | |
47% | 186 186-1150 186-1151 | 2002 | Deyhle, Annette; Kopf, Achim: Strong B enrichment and anomalous delta (super 11) B in pore fluids from the Japan Trench forearc | |
41% | 314 314-C0001 315 315-C0001 315-C0002 316 316-C0004 316-C0006 316-C0007 | 2008 | Kopf, A.; Tobin, H. et al.: The Nankai Trough Seismogenic Zone Experiment (NanTroSEIZE); Stage 1A drilling results and future perspectives | |
41% | 202 202-1232 | 2008 | Blumberg, S.; Lamy, Frank et al.: Turbiditic trench deposits at the South-Chilean active margin; a Pleistocene-Holocene record of climate and tectonics | download |
41% | 170 170-1039 170-1040 205 205-1253 205-1254 205-1255 | 2005 | Solomon, E.; Kastner, M. et al.: Progressive barite distillation at the Costa Rica convergent margin; implications for Ba contribution to the arc volcanoes | |
41% | 311 311-U1325 311-U1326 311-U1327 311-U1329 | 2009 | Pohlman, J. W.; Kaneko, M. et al.: Methane sources and production in the northern Cascadia margin gas hydrate system | |
41% | 164 164-994 164-996 164-997 170 170-1041 | 1998 | Lorenson, Thomas D.; Kvenvolden, Keith A. et al.: Comparison of gas hydrate composition from the Middle America Trench and Blake Ridge | |
41% | | 2010 | Dreyer, B. M.; Morris, J. D. et al.: Incorporation of subducted slab-derived sediment and fluid in arc magmas; B-Be- (super 10) Be-epsilon Nd systematics of the Kurile convergent margin, Russia | |
41% | 314 314-C0001 314-C0004 314-C0006 315 315-C0001 316 316-C0004 316-C0006 316-C0008 322 | 2010 | Stipp, Michael; Kitamura, Yujin et al.: Geotechnical experiments indicate deformation partitioning in the soft sediments of the Nankai accretionary prism (NEXT-NanTroSEIZE) | |
35% | 190 190-1173 190-1174 190-1177 196 196-1173 | 2006 | Horsfield, B.; Schenk, H. J. et al.: Living microbial ecosystems within the active zone of catagenesis; implications for feeding the deep biosphere | download |
35% | 60 60-453 60-454 60-456 60-458 60-459 | 1981 | El Azzouzi, M'hammed: Geochimie comparee de quelques elements hygromagmaphiles dans des roches volcaniques de contextes geodynamiques varies; Leg 60 du Glomar Challenger; bassin marginal et arc des Mariannes; volcanisme intraplaque de la chaine des Puys, Massif Central francais Comparative geochemistry of some hygromagmaphilic elements in volcanic rocks of varied geodynamic origins; Leg 60 of Glomar Challenger; Mariannas Arc and marginal basin; intraplate volcanism and Chain des Puys, French Central Massif | |
35% | 170 170-1039 170-1040 170-1041 170-1042 | 2003 | Lutz, Ruediger; Littke, Ralf: 2D numerical modelling of hydrocarbon generation at an active continental margin; Costa Rica | download |
35% | 135 135-840 135-841 | 2006 | Draut, Amy E.; Clift, Peter D.: Sedimentary processes in modern and ancient oceanic arc settings; evidence from the Jurassic Talkeetna Formation of Alaska and the Mariana and Tonga arcs, Western Pacific | |
35% | 47 103 149 173 210 | 2012 | Soares, Duarte M.; Alves, Tiago M. et al.: The breakup sequence and associated lithospheric breakup surface; their significance in the context of rifted continental margins (west Iberia and Newfoundland margins, North Atlantic) | |
31% | 87 87-582 87-583 87-584 | 1986 | Coulbourn, William T.: Introduction and summary of active-margin drilling in the Nankai Trough and Japan Trench, Deep Sea Drilling Project Leg 87 | download |
31% | 87 87-582 87-583 87-584 | 1986 | Kagami, Hideo; Karig, Daniel E. et al.: Initial reports of the Deep Sea Drilling Project; covering Leg 87A of the cruises of the drilling vessel Glomar Challenger, Yokohama, Japan, to Yokohama, Japan, June-July, 1982, and Leg 87B from Yokohama, Japan, to Hakodate, Japan, July-August, 1982 | download |
29% | 204 204-1244 204-1245 204-1247 204-1249 204-1250 204-1251 | 2003 | Milkov, Alexei V.; Claypool, George E. et al.: In situ methane concentrations at Hydrate Ridge, offshore Oregon; new constraints on the global gas hydrate inventory from an active margin | |
29% | 155 155-936 155-941 | 2011 | Nelson, C. Hans; Escutia, Carlota et al.: Interplay of mass-transport and turbidite-system deposits in different active tectonic and passive continental margin settings; external and local controlling factors | |
29% | 15 15-146 15-149 15-150 | 2011 | Kroehler, Margaret E.; Mann, Paul et al.: Late Cretaceous-Miocene diachronous onset of backthrusting along the south Caribbean deformed belt and its importance for understanding processes of arc collision and crustal growth | download |
29% | 202 202-1235 | 2013 | Scholz, Florian; Hensen, Christian et al.: Submarine weathering of silicate minerals and the extent of pore water freshening at active continental margins | |
24% | 67 84 | 1985 | Aubouin, Jean; Bourgois, Jacques et al.: Guatemala margin; a model of convergent extensional margin? | download |
23% | 87 87-582 87-583 87-584 | 1986 | Coulbourn, William T.: Sedimentologic summary, Nankai Trough sites 582 and 583, and Japan Trench Site 584 | download |
21% | 112 | 1990 | Hill, Philip R.; Marsters, Janice C.: Controls on physical properties of Peru continental margin sediments and their relationship to deformation styles | download |
21% | 131 131-808 132 196 196-808 | 1993 | Moran, Kate; Brueckmann, Warner et al.: In-situ stress conditions at Nankai Trough, Site 808 | download |
20% | 112 | 1990 | Kemp, Alan E. S.: Fluid flow in "vein structures" in Peru forearc basins; evidence from back-scattered electron microscope studies | download |
18% | | 1984 | Ngokwey, Kombe: Numerical modeling of sediment deformation linked to subduction; mechanical model and comparison with Barbados Ridge complex | download |
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