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Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
100% | | 2001 | Gillis, Kathryn M.: Nature and origin of the oceanic lithosphere; some insights from past ocean drilling and plans for the future | |
97% | | 2006 | Spadea, Piera (ed.); Montanini, Alessandra (ed.): Modern and fossil oceanic lithosphere | |
97% | | 2004 | Peacock, Simon M.: Insight into the hydrogeology and alteration of oceanic lithosphere based on subduction zones and arc volcanism | |
97% | | 2000 | Gillis, Kathryn M.: Creation and evolution of the oceanic lithosphere; contributions from ocean drilling | |
97% | 118 118-735 176 176-735 | 2006 | Baines, A. Graham: Geodynamic investigation of ultra-slow spreading oceanic lithosphere; Atlantis Bank and vicinity, SW Indian Ridge | |
97% | | 2002 | Pearce, Julian: The oceanic lithosphere | |
97% | | 1996 | Larsen, H. C.; Duncan, R. A. et al.: The SE Greenland continent-ocean transition; a record of plume impact, lithosphere thinning and final breakup | |
96% | 22 22-215 22-218 116 | 2001 | Krishna, K. S.; Bull, J. M. et al.: Evidence for multiphase folding of the central Indian Ocean lithosphere | |
95% | | 1992 | Malpas, John: Contribution of ocean drilling to the understanding of processes of ocean lithosphere formation and ageing | |
95% | | 1999 | Romanowicz, Barbara: Towards permanent ocean bottom geophysical observatories; the conquest of the oceans | |
95% | | 2000 | Jackson, H. R.: Arctic Ocean drilling | |
95% | | 1997 | Malpas, John G.; Robinson, Paul T.: The origin and evolution of oceanic lithosphere | |
95% | | 2002 | Strand, Kari; Ehlers, Carl et al.: Earth dynamics and environmental change are the headlines in the IODP, the successor to the successful ODP | |
95% | | 2003 | Whitmarsh, Bob: Rupturing continents exposed mantle rocks | |
95% | | 1997 | Nansen Arctic Drilling; implementation plan | |
95% | | 2008 | Liu, S.: Geodynamics of continental lithospheric rupturing; progress and challenge | |
89% | 103 103-639 149 149-898 173 173-1070 | 2007 | Reston, T. J.: The formation of non-volcanic rifted margins by the progressive extension of the lithosphere; the example of the west Iberian margin | |
84% | | 2008 | Morishita, Tomoaki; Nakamura, Kentaro et al.: Elemental mobilizations during hydrothermal alteration of oceanic lithosphere | |
79% | 173 | 2000 | Abe, Natsue: Petrochemistry of the passive continental margin peridotite from Iberia abyssal plain (ODP Leg 173) | |
79% | 91 | 1986 | Shearer, Peter Marston; Orcutt, John A.: Compressional and shear wave anisotropy in the oceanic lithosphere; the Ngendei seismic refraction experiment | |
79% | 35 | 1993 | Galushkin, Yu. I.; Dubinin, Ye. P. et al.: Printsipy chislennogo analiza termicheskoy evolyutsii litosfery i osadochnykh basseynov passivnykh kontinental'nykh okrain razlichnykh geodimamicheskikh tipov Principles of numerical analysis of thermal evolution of the lithosphere and sedimentary basins of passive continental margins of various geodynamic types | |
79% | | 1984 | Zverev, S. M.; Yaroshevskaya, G. A. et al.: DSS data on the crustal and subcrustal lithosphere structure on the Angola Basin | |
79% | | 2003 | Ohara, Yasuhiko; Okino, Kyoko et al.: Drilling the largest oceanic detachment in the world; the Godzilla Mullion in the Parece Vela Rift | |
79% | 168 | 1995 | Chapman, David; Davis, Earl et al.: Fluid flow in young crust targeted for study | |
79% | 189 189-1172 | 2003 | Exon, Neville F.; Hill, Peter: The nature of the East Tasman Plateau; a continental fragment southeast of Tasmania | |
79% | 206 206-1256 | 2003 | Hallenborg, Eric Christian: The structure of mature oceanic crust; tectonic features revealed in superfast-spread Cocos Plate by multichannel seismic grids and swath bathymetry | |
79% | 168 | 2004 | Harris, Robert N.; Chapman, David S.: Deep-seated oceanic heat flux, heat deficits, and hydrothermal circulation | |
79% | | 2007 | Kodolanyi, J.; Spandler, C. et al.: Geochemistry of ocean-floor serpentinites; implications for subduction zone inventory | |
79% | | 2006 | Dick, Henry J. B.; Natland, James H. et al.: Past and future impact of deep drilling in the oceanic crust and mantle | |
79% | 209 209-1274 | 2004 | Suhr, G.; Paulick, H.: Upper mantle geochemistry at peridotites of Site 1274 (ODP Leg 209); relation to melt-rock reaction and processes at the base of the lithosphere | |
79% | | 2009 | Blackman, Donna K.; Canales, Juan Pablo et al.: Geophysical signatures of oceanic core complexes | |
79% | | 2009 | Teagle, Damon A. H.; Abe, Natsue et al.: Melting, magma, fluids and life; challenges for the the next generation of scientific ocean drilling into the oceanic lithosphere; workshop report | |
79% | | 2002 | Arndt, Nicholas; Weis, Dominique: Oceanic plateaus as windows to the Earth's interior; an ODP success story | |
79% | | 1999 | Shen Jianzhong: Research priorities and drilling goals of ocean drilling program | |
79% | 161 | 1998 | Tandon, Kush: A study of models and controls for basin formation during continental collision; 1, Australian lithosphere along Banda Orogen (Indonesia); and 2, Alboran Sea basin (western Mediterranean) | |
79% | | 1988 | Hsu, Kenneth J.: The geology of the ocean floor | |
79% | 209 209-1274 | 2004 | Suhr, Guenter: Small scale mantle heterogeneity as observed in a 10 M section of peridotite (Site 1274, ODP Leg 209); relation to melt-rock reaction | |
79% | 206 206-1256 | 2004 | Alt, Jeffrey C.: The oceanic lithosphere; results from recent deep ocean drilling | |
79% | | 2006 | Engstrom, Anna; Skelton, Alasdair et al.: Simulated drilling profiles from a magma-poor margin on land | |
79% | 163 | 1995 | Larsen, H. C.; Brooks, C. K. et al.: Continental extension and Tertiary opening of the North Atlantic; multi-disciplinary investigations of the east margin of Greenland | |
79% | | 2005 | Grimes, C. B.; John, B. E. et al.: Widespread occurrence of zircon in slow- and ultraslow spreading ocean crust; a tool for studying ocean lithospheric processes | |
79% | | 2002 | Plank, Terry: Subduction factory input and output | |
79% | 147 | 1995 | Arai, Shoji: Oceanic lithosphere and ophiolites; their similarities and differences | |
78% | | 1981 | Harrison, Christopher G. A.: Magnetism of the oceanic crust | |
78% | 69 69-504 70 70-504 83 83-504 92 92-504 111 111-504 137 137-504 140 140-504 148 148-504 | 2003 | Honnorez, Jose: Hydrothermal alteration vs. ocean-floor metamorphism; a comparison between two case histories, the TAG hydrothermal mound (Mid-Atlantic Ridge) vs. DSDP/ODP Hole 504B (Equatorial East Pacific) | |
77% | | 2000 | Guo Zhaojie: Extensional deformation of the ophiolite and spreading structures of paleo-oceanic crust | |
77% | 304 304-U1309 305 305-U1309 | 2010 | Drouin, Marion; Ildefonse, Benoit et al.: A microstructural imprint of melt impregnation in slow spreading lithosphere; olivine-rich troctolites from the Atlantis Massif, Mid-Atlantic Ridge, 30 degrees N, IODP Hole U1309D | download |
77% | 109 109-670 147 147-894 147-895 153 153-920 | 2003 | Humphris, Susan E.: Seafloor hydrothermal systems and the alteration of oceanic lithosphere; new perspectives and future directions for scientific ocean drilling | |
75% | 74 74-525 | 2006 | Class, Cornelia; Le Roex, Anton P.: Continental material in the shallow oceanic mantle; how does it get there? | |
73% | 116 | 1990 | Karner, Garry D.; Weissel, Jeffrey K.: Compressional deformation of oceanic lithosphere in the central Indian Ocean; why it is where it is | download |
68% | 183 183-1136 183-1137 183-1138 183-1139 183-1140 183-1141 183-1142 | 2002 | Neal, C. R.; Mahoney, J. J. et al.: Mantle sources and the highly variable role of continental lithosphere in basalt petrogenesis of the Kerguelen Plateau and Broken Ridge LIP; results from ODP Leg 183 | |
68% | 153 153-920 | 2003 | Lee, Cin-Ty Aeolus; Brandon, Alan D. et al.: Vanadium in peridotites as a proxy for paleo-fO (sub 2) during partial melting; prospects, limitations, and implications | download |
68% | 118 118-735 176 176-735 | 2005 | Schwartz, Joshua J.; John, Barbara E. et al.: Dating the growth of oceanic crust at a slow-spreading ridge | download |
68% | | 2012 | Moulin, Maryline; Aslanian, Daniel et al.: Kinematic keys of the Santos-Namibe basins | |
67% | | 1983 | Kobayashi, Kazuo: Cycles of subduction and Cenozoic arc activity in the northwestern Pacific margin | |
67% | | 1981 | Kennett, James P.: Marine tephrochronology | |
67% | | 1981 | Barron, Eric J.; Whitman, Jill M.: Oceanic sediments in space and time | |
67% | | 1981 | Savin, Samuel M.; Yeh, Hsueh-Wen: Stable isotopes in ocean sediments | |
67% | | 1986 | Batiza, Rodey; Watts, A. B.: Scientific seamount drilling | |
67% | | 1996 | Ristedt, H. (ed.); Beiersdorf, Helmut et al.: First Eurocolloquium of the Ocean Drilling Program | |
67% | 145 | 2000 | Gladenkov, A. Y.: North Pacific Cenozoic diatom zonation towards the next millennium; modern state and prospects of detailization | |
67% | | 1987 | Hsu, Kenneth J.: The geology of ocean floor | |
67% | | 1992 | Taylor, R. N.; Nesbitt, R. W.: A geochemical transect of the Izu-Bonin arc-trench system | |
67% | | 1987 | Speed, Robert C.: Background and introduction to Caribbean tectonic evolution | |
67% | 81 | 1983 | Keene, J. B.: Sedimentary facies on a passive margin; Rockall Plateau, DSDP Leg 81 | |
67% | | 1981 | Douglas, Robert; Woodruff, Fay: Deep-sea benthic foraminifera | |
67% | | 1990 | Childers, V. A.; Weissel, Jeffrey K.: ODP drilling results from the Indian Ocean constrain flexural models of lithospheric deformation | |
67% | | 1981 | Emiliani, Cesare: A new global geology | |
67% | | 1987 | Anonymous: Report of the Second conference on Scientific Ocean Drilling (COSOD II) | |
67% | | 1984 | Bogdanov, N. A.; Neprochnov, Yuri P.: Geology of the Bering Sea deep basins | |
67% | | 1988 | Worthington, P. F.: Scientific benefits of downhole measurements in the Ocean Drilling Program | |
67% | | 1996 | Eckhardt, J. D.; Stueben, D. et al.: Drilling in the Tyrrhenian Sea? The Quaternary igneous seafloor and hydrothermal deposits | |
67% | | 1990 | Pushcharovskiy, Yu. M.; Kazanskiy, V. I. et al.: Programma "Glubinnyye geosfery" "Plutonic Geospheres" Program | |
67% | | 1992 | Litvinov, E. M.: Neodnorodnosti vtorogo sloya okeanicheskoy kory Heterogeneity of the second layer of the oceanic crust | |
67% | | 1977 | Detrick, R. S.; Sclater, J. G. et al.: The subsidence of aseismic ridges | |
67% | | 2010 | Mueller, R. Dietmar: Sedimentary basins feeling the heat from below | download |
67% | | 1998 | Johnson, Leonard: The Nansen Arctic Drilling Program | |
67% | | 1984 | Corliss, B. C.: The Eocene/Oligocene event in the deep-sea | |
67% | | 1984 | Shackleton, N. J.: The Plio-Pleistocene oceans | |
67% | 200 | 2003 | Paul, Heather J.; Gillis, Kathryn M.: Constraining the extent and duration of low temperature alteration in Pacific Ocean crust | |
67% | | 1999 | Pisias, Nicklas G. (ed.); Delaney, Margaret L. (ed.): COMPLEX; conference on multiple platform exploration of the ocean | |
67% | | 2001 | Winterer, Edward L.: The oldest biogenous pelagic sediments above Mesozoic oceanic basement; a review | |
67% | | 1990 | Brett, Robin: International programs in the solid Earth sciences and the U. S. role | |
67% | | 2004 | Strand, Kari: IODP investigates the solid Earth's cycles and global environmental change | |
67% | | 2008 | Zhang Hui; Zhang Xiaoxi: In-depth research of geology is inseparable from the support of advanced drilling technology | |
67% | | 1993 | Seibold, Eugen: Warum in der Tiefsee bohren? Why drill in the deep sea? | |
67% | 60 60-458 60-459 125 126 | 1998 | Stern, Robert J.; Smoot, N. Christian: A bathymetric overview of the Mariana Forearc | |
63% | | 1984 | Klootwijk, Chris T.: A review of Indian Phanerozoic palaeomagnetism; implications for the India-Asia collision | |
63% | | 1999 | Busetti, Martina; Spadini, Giacomo et al.: Kinematic modelling of the West Antarctic Rift system, Ross Sea, Antarctica | |
63% | 147 147-895 153 153-920 | 1999 | Rehkaemper, Mark; Halliday, A. N. et al.: Non-chondritic platinum-group element ratios in oceanic mantle lithosphere; petrogenetic signature of melt percolation? | |
63% | 37 45 82 169 | 2000 | Bougault, Henri; Barriga, F. et al.: Hydrothermal activity involving ultramafics along the Mid-Atlantic Ridge | |
63% | 15 15-151 15-152 | 2000 | Hauff, F.; Hoernle, K. et al.: Large volume recycling of oceanic lithosphere over short time scales: geochemical constraints from the Caribbean Large Igneous Province | |
63% | 173 173-1070 210 210-1277 | 2006 | Muentener, Othmar: Mantle domain boundaries in nascent oceanic crust; examples from the southern North Atlantic and the "fossil" Piemont Ligurian ocean | |
63% | 10 10-90 10-91 | 1993 | Nagihara, S.; Sclater, J. G. et al.: Heat flow in the western abyssal plain of the Gulf of Mexico; implications for thermal evolution of the old oceanic lithosphere | |
63% | 81 104 152 163 | 1997 | Saunders, Andrew D.; Fitton, J. Godfrey: Contribution of the Iceland Plume to Palaeogene rifting and volcanism in the N Atlantic | |
63% | 153 153-920 153-921 153-922 153-923 | 1995 | Barling, J.; Hertogen, Jan et al.: Geochemistry of Layer 3 of the oceanic lithosphere; ODP Leg 153 Mid-Atlantic Ridge near the Kane fracture zone | |
63% | 139 139-857 139-858 169 169-857 169-858 | 2003 | Fisher, Andrew: Subseafloor "rivers" of fluid and heat | |
63% | | 2004 | Alt, Jeffrey C.: Alteration of the upper oceanic crust; mineralogy, chemistry, and processes | |
63% | 206 206-1256 | 2003 | Wilson, Douglas S.; Teagle, D. A. et al.: First results from Hole 1256D; a new ocean-crust reference hole drilled in fast-spread crust during ODP Leg 206 | |
63% | 168 168-1026 | 2003 | Fisher, A. T.; Davis, E. E. et al.: Hydrothermal recharge and discharge across 50 km guided by seamounts on a young ridge flank | |
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