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| Score | Exp/Site/Hole ↑ | Year | Author/Title | Full text |
|---|
| 93% | | 1998 | Scholl, David W.; von Huene, Roland: New geophysical and geological studies support higher, but comparable, rates of both arc growth and crustal recycling at subduction zones | |
| 93% | | 1979 | Uyeda, S.: Subduction zones; facts, ideas, and speculations | |
| 93% | | 2003 | Meschede, Martin: The Costa Rica convergent margin; a textbook example for the process of subduction erosion | |
| 93% | | 2007 | Yamada, Y.; Matsuoka, T.: Submarine landslides in subduction zones; insights from analogue and numerical models | |
| 89% | | 1981 | Aubouin, Jean; Blanchet, Rene: Subduction and tectonics | |
| 77% | | 1980 | Matsuzawa, A.; Tamano, T. et al.: Structure of the Japan Trench subduction zone, from multi-channel seismic-reflection records | |
| 77% | | 2003 | Jarrard, Richard D.: Subduction fluxes of water, carbon dioxide, chlorine, and potassium | download |
| 77% | | 2007 | Kodolanyi, J.; Spandler, C. et al.: Geochemistry of ocean-floor serpentinites; implications for subduction zone inventory | |
| 77% | | 2010 | Tobin, H. J.; Kinoshita, Masa: NanTroSEIZE; sampling and monitoring plate boundary fault processes of the Nankai subduction zone | |
| 77% | | 2005 | Davis, E. E.; Becker, K.: Fluid pressure, sediment compressibility, and secular and transient strain in subduction prisms; results from ODP CORK borehole hydrologic observatories | |
| 77% | | 1984 | von Huene, Roland: Structural diversity along modern convergent margins and the role of overpressured pore fluids in subduction zones | |
| 77% | | 2011 | Pecher, I. A.; Henrys, S. A. et al.: Constraints on temperatures at the subduction interface from BSR depth | |
| 77% | | 2011 | Reyners, M. E.; Eberhart-Phillips, D. et al.: The Hikurangi margin; subducting an old subduction zone sideways | |
| 77% | | 2013 | Kendrick, Mark A.; Honda, Masahiko et al.: Subduction zone fluxes of halogens and noble gases in seafloor and forearc serpentinites | |
| 77% | | 2011 | Mataracioglu, Mehmet Onur; Magnani, Maria Beatrice et al.: Investigation of collisional styles of the Caribbean large igneous province (CLIP) vs. normal oceanic crust using seismic reflection profiles | |
| 76% | | 1983 | Kobayashi, Kazuo: Cycles of subduction and Cenozoic arc activity in the northwestern Pacific margin | |
| 76% | | 1996 | Pearce, J. A.: Mantle dynamics and crustal accretion above subduction zones; evidence from western Pacific drilling | |
| 76% | | 1997 | von Huene, Roland: The Japan Trench margin and subduction erosion | |
| 76% | | 1999 | Saffer, Demian Michael: Hydrogeology of subduction zones; flow pathways and fluid budgets | |
| 76% | | 1994 | Lallemand, S. E.: Possible interaction between mantle dynamics and high rates of arc's consumption in East Asia | |
| 76% | | 2005 | Saffer, D. M.; McKiernan, A. W.: Constraints on pore pressure in subduction zones from geotechnical tests and physical properties data | |
| 76% | | 2003 | Kimura, Gaku; Tobin, Harold: Why is the subduction zone drilling a key to understanding our planet? | |
| 76% | | 2009 | Kopf, A.; Tobin, H. et al.: Subduction mega-earthquakes and other geohazards; IODP NanTroSEIZE as a type example for complex scientific drilling | |
| 76% | | 2009 | Spinelli, G. A.; Harris, R. N.: Thermal effects of seamount subduction on the Nankai margin | |
| 76% | | 2011 | Babaie, Hassan A.: Modeling geodynamic processes with ontologies | |
| 72% | | 2000 | Marsaglia, Kathleen M.: Triple junction migration as reflected in the detrital modes of associated sand and sandstone | |
| 72% | | 2012 | Henry, P.; Kanamatsu, T. et al.: NanTroSEIZE Stage 2: Subduction Inputs 2 and Heat Flow | |
| 67% | | 2011 | Spinelli, G. A.; Harris, R. N.: Thermal effects of hydrothermal circulation and seamount subduction; temperatures in the Nankai Trough Seismogenic Zone Experiment transect, Japan | download |
| 66% | | 2003 | Sdrolias, M.; Mueller, R. Dietmar et al.: Tectonic evolution of the Southwest Pacific using constraints from backarc basins | |
| 66% | | 2005 | Saffer, Demian M.; Underwood, Michael B. et al.: Smectite transformation in the Nankai Trough; effects on subduction zone mechanics and hydrogeology | |
| 63% | | 1981 | Honza, E.: Subduction and accretion in the Japan Trench | |
| 63% | | 1981 | Aubouin, J.; Blanchet, R.: Subduction and tectonics; discussion on the results of the IPOD Program in active margins | |
| 63% | | 1998 | Ganguly, N.; Spence, G. D. et al.: Heat flow variations from bottom simulating reflectors on the Cascadia Margin | |
| 63% | | 2006 | Tobin, H.; Kinoshita, M. et al.: NanTroSEIZE; IODP's first complex drilling project | |
| 63% | | 1994 | You, Chen-Feng: Lithium, beryllium, and boron isotope geochemistry; implications for fluid processes in convergent margins | |
| 63% | | 2003 | Voelker, David; Meschede, Martin: Eingrenzung der Randbedingungen der tektonischen Erosion durch Finite Elemente Modellierung am Fall der Nicoya-Halbinsel (noerdliches Costa Rica) Containment of the boundary conditions of tectonic erosion using finite element modelling; the case of Nicoya Peninsula, northern Costa Rica | |
| 63% | | 1988 | Staudacher, Thomas; Allegre, Claude J.: Recycling of oceanic crust and sediments; the noble gas subduction barrier | |
| 63% | | 2004 | Peacock, Simon M.: Insight into the hydrogeology and alteration of oceanic lithosphere based on subduction zones and arc volcanism | |
| 63% | | 2004 | Niitsuma, Nobuaki: Classification of plate motions and tectonic response on the sedimentary sequences drilled from forearc basin along the Japan Trench | |
| 63% | | 2007 | Marone, Chris; Saffer, Demian M.: Fault friction and the upper transition from seismic to aseismic faulting | |
| 63% | | 2009 | Ludden, John: Subduction fluxes through geologic time | |
| 63% | | 1999 | Wallace, Paul J.; Carmichael, Ian S. E.: Quaternary volcanism near the Valley of Mexico; implications or subduction zone magmatism and the effects of crustal thickness variations on primitive magma compositions | |
| 63% | | 1996 | Rea, David K.; Ruff, Larry J.: Composition and mass flux of sediment entering the world's subduction zones; implications for global sediment budgets, great earthquakes, and volcanism | |
| 63% | | 1983 | Hurst, Richard W.: Volcanogenesis contemporaneous with mid-ocean ridge subduction and translation | |
| 63% | | 2002 | Tobin, H. J.; Kimura, G. et al.: Drilling and instrumenting a subduction zone megathrust; the proposed Nankai Trough seismogenic zone borehole observatory | |
| 63% | | 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 | |
| 63% | | 2001 | Scholl, David W.; von Huene, Roland: Subduction erosion removal of lower crustal rocks at convergent margins; a contribution to the felsification of continental crust | |
| 63% | | 1993 | Plank, Terry; Langmuir, Charles H.: Tracing trace elements from sediment input to volcanic output at subduction zones | |
| 63% | | 2002 | Plank, Terry: Subduction factory input and output | |
| 63% | | 2009 | Screaton, E.; Ge, S. et al.: Simulation of pore pressure response to fault slip in the NanTroSEIZE region of the Nankai subduction zone | |
| 63% | | 2011 | Heise, W.; Caldwell, T. G. et al.: Electromagnetic image of the Hikurangi subduction interface, Raukumara Peninsula, New Zealand | |
| 63% | | 2011 | Marsaglia, K. M.; Mortimer, N. et al.: The Raukumara Peninsula, a mass transport dominated forearc since late Oligocene subduction inception? | |
| 63% | | 2011 | Wilson, K. J.; Cochran, U. A. et al.: The search for prehistoric subduction earthquakes along the Hikurangi margin, New Zealand | |
| 63% | | 1981 | Anderson, Roger N.: Surprises from the Glomar Challenger | |
| 63% | | 1982 | MacGregor, Ian: Geological evolution of ocean crust | |
| 63% | | 1982 | Gartner, Stefan: Subducting plate margins | |
| 63% | | 1986 | Bilodeau, William L.: Introduction | |
| 63% | | 2004 | Stern, Robert J.: Subduction initiation; spontaneous and induced | download |
| 63% | | 2007 | Cyranoski, David: Ocean drilling; in the zone | |
| 62% | | 1982 | Leggett, J. K.; Casey, D. M.: The Southern Uplands accretionary prism; implications for controls on structural development of subduction complexes | |
| 62% | | 2003 | Seno, Tetsuzo: Drilling the seismogenic zone; some paradoxes | |
| 62% | | 1995 | Lebrun, J. F.; Karner, G. D. et al.: Flexural coupling between the over- and under-riding plates of the Puysegur subduction system | |
| 62% | | 2000 | Collins, Alan S.; Kryza, Ryszard et al.: Macrofabric fingerprints of Late Devonian-Early Carboniferous subduction in the Polish Variscides, the Kaczawa Complex, Sudetes | |
| 62% | | 2005 | Schwarz, Winfried H.; Trieloff, M. et al.: Subduction of solar-type noble gases from extraterrestrial dust; constraints from high-pressure low-temperature metamorphic deep-sea sediments | |
| 62% | | 1999 | Verzhbitskii, E. V.; Kaz'min, V. G.: Geothermal regime and specific features of the tectonic evolution of the western Mediterranean basins | |
| 62% | | 2010 | Scholl, David E.; Ryan, Holly et al.: Rapid forearc basin subsidence and bordering splay fault systems may identify nucleation areas of high-magnitude earthquakes and tsunamis; the example of the Atka forearc basin sector of the Aleutian subduction zone | |
| 60% | | 2004 | Barnes, Jaime D.; Sharp, Zachary D.: Chlorine stable isotopic composition of serpentinites | |
| 60% | | 2011 | Hammond, K. A. T.; Wallace, L. M. et al.: IODP workshop on Using ocean drilling to unlock the secrets of slow slip events; workshop programme and abstracts | |
| 54% | | 2012 | Fulton, Patrick M.; Harris, Robert N.: Thermal considerations in inferring frictional heating from vitrinite reflectance and implications for shallow coseismic slip within the Nankai subduction zone | |
| 54% | | 1986 | Howell, David G.; Murray, Richard W.: A budget for continental growth and denudation | |
| 54% | | 1987 | Hsu, Kenneth J.: The geology of ocean floor | |
| 54% | | 1986 | Bilodeau, William L. (ed.): Plate tectonics and petrologic suites | |
| 54% | | 1992 | Taylor, R. N.; Nesbitt, R. W.: A geochemical transect of the Izu-Bonin arc-trench system | |
| 54% | | 1992 | Bekins, Barbara A.; Dreiss, Shirley J.: A simplified analysis of parameters controlling dewatering in accretionary prisms | |
| 54% | | 1979 | Hall, J. M.: A model for the structural state of the upper half kilometer of North Atlantic Ocean layer 1 | |
| 54% | | 1993 | Robertson, A. H. F.: Overview of the neotectonic evolution of the Mediterranean; insights to be gained from Deep Sea Drilling | |
| 54% | | 1995 | Underwood, Michael B.; Moore, Gregory F.: Trenches and trench-slope basins | |
| 54% | | 1991 | Meschede, Martin; Krammer, Anton: Tiefseebohrung in der Kollisionszone; Anfaenge der Gebirgsbildung erforscht Deep-sea drilling at collision zones; origins of mountain building | |
| 54% | | 1987 | Hall, Stuart A.: Potential ODP drilling sites in the Caribbean | |
| 54% | | 1987 | Larue, D. K.: Proposal to study the Puerto Rico Trench | |
| 54% | | 1987 | Waggoner, Guy: Proposed drilling sites in the Caribbean Sea | |
| 54% | | 1980 | Curray, J. R.: The IPOD Programme on passive continental margins | |
| 54% | | 1980 | Closs, H.: Grosstektonische Prozesse im Bereich der Ozeane und Kontinente Large-scale tectonic processes in the oceans and on the continents | |
| 54% | | 1996 | Eckhardt, J. D.; Stueben, D. et al.: Drilling in the Tyrrhenian Sea? The Quaternary igneous seafloor and hydrothermal deposits | |
| 54% | | 2003 | Atwater, Tanya: When the plate tectonic revolution met western North America | |
| 54% | | 1986 | Von-Huene, R.: To accrete or not accrete, that is the question | |
| 54% | | 1998 | Saffer, Demian M.; Bekins, Barbara A.: Episodic fluid flow in the Nankai accretionary complex; timescale, geochemistry, flow rates, and fluid budget | |
| 54% | | 1994 | Scholl, David W.; Plank, Terry et al.: SUBCON; Scientific drilling and crustal recycling | |
| 54% | | 2001 | Smoot, N. Christian: Ocean Survey Program (OSP) bathymetry history; jousting with tectonic windmills | |
| 54% | | 2006 | Kopf, Achim J.: IODP; NanTroSEIZE; the Nankai Trough Seismogenic Zone Experiment, a complex drilling proposal within IODP | |
| 54% | | 1997 | Goldberg, Dave: Detection of in situ physical properties using logging-while-drilling | |
| 54% | | 1996 | Yuan, Tianson: Seismic studies of the northern Cascadia accretionary prism; sediment consolidation and gas hydrates | |
| 54% | | 1994 | Symonds, P. A.: Earth deformation; the role for the Ocean Drilling Program (ODP) | |
| 54% | | 2012 | Wallace, Laura M.; Silver, Eli A. et al.: IODP workshop on using ocean drilling to unlock the secrets of slow slip events | download |
| 51% | | 1996 | Bloomer, Sherman H.; Wright, D. et al.: Geology of the Tonga Forearc; a supra-subduction zone ophiolite | |
| 51% | | 1995 | Hyndman, R. D.: The Lithoprobe corridor across the Vancouver Island continental margin; the structural and tectonic consequences of subduction | |
| 51% | | 1991 | Saboda, Kristine L.: Petrology of ultramafic rocks from Conical Seamount based on Alvin Submersible and Ocean Drilling Program studies | |
| 51% | | 1981 | Watkins, J. S.; Moore, J. C. et al.: Accretion, underplating, subduction and tectonic evolution, Middle America Trench, southern Mexico; results from DSDP Leg 66 | |
| 51% | | 2010 | Kinoshita, Masa; Saffer, Demian et al.: Progress report and future perspective on IODP NanTroSEIZE drilling | |
| 51% | | 1982 | Anonymous: Abtauchen des Atlantikbodens unter die karibische Platte am Antillenbogen; Glomar Challenger, Fahrt 78 A Bottom subduction of the Atlantic under Caribbean Plate, Antilles Arc; Glomar Challenger, Leg 78 A | |
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