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| Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
|---|
| 100% | 92 | 1983 | Deep-Sea Drilling Project Leg 92, Advection in the East Pacific | |
| 100% | 92 | 1984 | Knuttle, Stephen: Calcareous nannofossil biostratigraphy of the central East Pacific Rise, DSDP Leg 92; evidence for downshore transport of sediments | |
| 100% | | 1990 | Crane, Kathleen: East Pacific Rise thermal atlas reveals cool surprise | |
| 86% | 9
9-83
138 | 1998 | Gurvich, E. G.: History of hydrothermal activity at the East Pacific Rise between 5 degrees S and 12 degrees N for the past 18 My | |
| 83% | 65
65-483 | 1981 | Barker, Steven E.: Mineral chemistry and crystallization history of basalts from holes 483, 483B, and 485A, DSDP Leg 65, East Pacific Rise, Gulf of California | |
| 83% | 54 | 1981 | Clauer, N.; Vidal, P.: Pb and Sr isotopic compositions of hydrothermal deposits from East Pacific Rise and Galapagos Ridge | |
| 83% | 16 | 1974 | Bukry, D.; Dinkelman, M. G. et al.: Biostratigraphy of the equatorial East Pacific Rise | |
| 83% | 54 | 1983 | Anonymous: Litologiya i mineralogiya pliotsen-pleystotsenovykh otlozheniy zapadnoy chasti Vostochno-Tikhookeanskogo podnyatiya (rejs 54 j) Lithology and mineralogy of Plio-Pleistocene formations of western East Pacific Rise, Leg 54 | |
| 83% | 54 | 1979 | Dmitriyev, Yu. I.: Peculiarities in composition and crystallization of the East Pacific Rise basalts | |
| 83% | 54 | 1977 | Hekinian, R.; Rosendahl, B. R. et al.: In the East Pacific, Glomar Challenger completes 54th cruise | |
| 83% | 91 | 1982 | Hobart, M. A.; Abbott, D. H. et al.: Detailed geothermal surveys on the East Pacific Rise at 19 degrees S | |
| 83% | | 1980 | Stoffa, P. L.; Buhl, P. et al.: Mantle reflections beneath the crestal zone of the East Pacific Rise from multi-channel seismic data | |
| 83% | | 1976 | McClain, J. S.; Lewis, B. T. R. et al.: An IPOD site survey of the East Pacific Rise in the Gulf of California | |
| 83% | 147
147-895 | 1996 | Edwards, Stephen J.; Malpas, John: Melt-peridotite interactions in shallow mantle at the East Pacific Rise; evidence from ODP Site 895 (Hess Deep) | |
| 83% | 139 | 1993 | Marchig, V.; Boni, M.: Massive sulfides from Middle Valley (Ocean Drilling Program, Leg 139 "sedimented ridges"); mineral and chemical composition and comparison with massive sulfides from the southern part of the East Pacific Rise | |
| 83% | 54 | 1978 | Hekinian, R.; Rosendahl, B. R.: Preliminary results of DSDP Leg 54 | |
| 83% | 54 | 1978 | Henry, M.; Dorman, L. M. et al.: Seismic refraction results from an ocean bottom seismograph array near the East Pacific Rise | |
| 83% | 124 | 1991 | Storms, Michael A.; Batiza, Rodey: Ocean Drilling Program, Leg 142 Engineering and Scientific Prospectus; East Pacific Rise | |
| 83% | | 1980 | McClain, J. S.; Lewis, B. T. R.: A seismic experiment at the axis of the East Pacific Rise | |
| 83% | 54 | 1980 | Rosendahl, B.; Warren, N.: Velocity-density systematics of basalts from the East Pacific; correlation to iron content, and comparison to Mid-Atlantic Ridge basalts | |
| 83% | 37
37-334 | 1993 | Girardeau, Jacques; Francheteau, Jean: Plagioclase-wehrlites and peridotites on the East Pacific Rise (Hess Deep) and the Mid-Atlantic Ridge (DSDP Site 334); evidence for magma percolation in the oceanic upper mantle | |
| 83% | 147 | 1995 | Stamoudi, C.; Mevel, C.: High temperature serpentinization of oceanic mantle at the fast spreading East Pacific Rise | |
| 83% | 139 | 1995 | Marchig, V.; Dietrich, P.: Hydrothermal activity in Middle Valley (East Pacific Rise 48N, Leg 139, ODP); chemical redistribution between sediment, igneous rocks and massive sulfides | |
| 83% | 142 | 1992 | Batiza, Rodey; Storms, Michael A. et al.: Ocean Drilling Program; Leg 142; preliminary report; East Pacific Rise | |
| 83% | 92
92-598 | 1986 | Ruhlin, Douglas E.; Owen, Robert M.: The rare earth element geochemistry of hydrothermal sediments from the East Pacific Rise; examination of a seawater scavenging mechanism | |
| 83% | 142
142-864 | 1994 | Brophy, James G.: One-atmosphere melting study of N-MORB from ODP Leg 142, Site 864A; implications for fractionation processes beneath the East Pacific Rise (EPR) at 930'N | |
| 83% | 5 | 1972 | Dymond, J. R.; Corliss, J. B. et al.: Chemical, isotopic and mineralogical study of deep sea drilling and East Pacific Rise metalliferous sediments | |
| 83% | | 1996 | Hooft, Emilie E. E.; Schouten, Hans et al.: Constraining crustal emplacement processes from the variation in seismic layer 2A thickness at the East Pacific Rise | |
| 83% | 54
54-422 | 1983 | Dmitriyev, Yu. I.; Solovova, I. P.: Zakonomernosti kristallizatsii bazal'tov Vostochno-Tikhookeanskogo podnyatiya po petrograficheskim i eksperimental'nym dannym Crystallization mechanisms of basalts of the East Pacific Rise according to petrographic and experimental data | |
| 83% | 92
92-598 | 1984 | Ruhlin, Douglas E.; Owen, Robert M.: The REE geochemistry of hydrothermal sediments from the East Pacific Rise | |
| 83% | 142 | 1991 | Purdy, G. M.; Christeson, G. L. et al.: Upper crustal structure of the East-Pacific Rise from ocean bottom refraction experiments; interpretation and placement of a deep drill hole | |
| 83% | | 1984 | Zolotarev, B. P.: Sravnitel'naya petrokhimicheskaya kharakteristika bazal'tov Sredinno-Atlanticheskogo khrebta i Vostochno-Tikhookeanskogo podnyatiya Petrochemical comparison of basalts from the Mid-Atlantic Ridge and the East Pacific Rise | |
| 83% | | 1997 | Tighe, Stacey; Pockalny, Robert A. et al.: Axial volcanoes and their eruptive centers; fundamental units of accretion along the East Pacific Rise | |
| 83% | | 1983 | Bratt, S. R.; Purdy, G. Michael: Structure and variability of the layer 2 - layer 3 transition zone on the flanks of the East Pacific Rise in the ROSE area | |
| 83% | | 1983 | Cole, T. G.; Shaw, H. F.: The nature and origin of authigenic smectites in some Recent marine sediments | |
| 82% | | 1993 | Macdonald, Ken C.; Scheirer, Daniel S. et al.: It's only topography; part 2 | |
| 82% | 147 | 1993 | Offset drilling pierces the Hess Deep rift valley | |
| 82% | 34 | 1974 | Yeats, R. S.: Leg 34, Deep Sea Drilling Project; a preliminary report | |
| 82% | | 1990 | Haymon, Rachel; Fornari, Dan: ARGO system reveals EPR (9 degrees -10 degrees N) to be hot stuff | |
| 82% | | 1984 | Newmark, Robin L.; Zoback, Mark D. et al.: Determination of in-situ stress directions in the crust; DSDP Hole 597C | |
| 82% | | 1973 | Shih, Chi-yu; Ridley, W. Ian: Ba and REE abundances in basalts from leg 9 of the Deep Sea Drilling Project | |
| 82% | | 1995 | Johnston, Joel Edward: Physical properties of rocks; shale anisotropy and basalt seismic velocities | |
| 82% | | 1996 | Maybury, Caroline A.: Crevice foraminifera from abyssal South East Pacific manganese nodules | |
| 82% | | 1990 | Austin, J. A., Jr.: ODP plans for ridge-crest drilling | |
| 82% | | 2007 | Teagle, Damon: Heavy metal meets hard rock | |
| 82% | | 2003 | Lundstrom, C.: A proposal for drilling to the base of a Lamont Seamount at 9 degrees 50 N EPR | |
| 82% | | 1997 | Johnston, Joel E.; Christensen, Nikolas I.: Seismic properties of layer 2 basalts | |
| 82% | | 1993 | Dick, Henry J. B.: A new mandate for deep-ocean drilling | |
| 82% | | 1971 | Heath, G. Ross: Preliminary results of JOIDES deep sea drilling project leg 16 in the eastern equatorial Pacific | |
| 77% | 54 | 1983 | Krasheninnikov, V. A.; Kazarina, G. Kh. et al.: Stratigrafiya pliotsenovykh i chetvertichnykh osadkov Vostochno-Tikhookeanskogo khrebta i Galapagosskoy spredingovoy zony po planktonnym mikroorganizmam Pliocene and Quaternary stratigraphy of the East Pacific Rise and Galapagos spreading zone using planktonic taxa | |
| 68% | 61 | 1983 | Timofeyev, P. P.; Koporulin, V. I. et al.: Litologiya, mineralogiya i geokhimiya melovykh gialoklastitov (rejs 61-j) Lithology, mineralogy and geochemistry of Cretaceous hyaloclastites, Leg 61 | |
| 68% | 62 | 1983 | Anonymous: Litologiya, mineralogiya i organicheskoye veshchestvo mezozoysko-kaynozoyskikh otlozheniy rayonov vozvyshennosti Khessa i severozapadnoy chasti gor Markus-Nekker (reys 62-y) Lithology, mineralogy and organic matter of Meso-Cenozoic formations in the Hess Ridge region and northwestern region of submarine mountains in the Central Pacific; Leg 62 | |
| 68% | 62 | 1983 | Timofeyev, P. P.; Koporulin, V. I.: Litologo-fatsial'naya kharakteristika mezozoyskikh i kaynozoyskikh otlozheniy vozvyshennosti Khessa Meso-Cenozoic lithofacies of Hess Ridge | |
| 68% | 54 | 1983 | Timofeyev, P. P.; Rengarten, N. V.: Litologo-fatsial'noye izucheniye pliotsen-pleystotsenovykh otlozheniy Lithofacies of Plio-Pleistocene formations | |
| 68% | 62 | 1983 | Timofeyev, P. P.; Rengarten, N. V. et al.: Litologo-geneticheskaya kharakteristika kaynozoysko-mezozoyskikh otlozheniy rayona severo-zapada gor Markus-Nekker Lithologic-genetic characteristics of Meso-Cenozoic formations of northwest submarine mountains in the Central Pacific | |
| 68% | 62 | 1983 | Timofeyev, P. P.; Bogolyubova, L. I.: Melovyye sapropelevyye otlozheniya gor Markus-Nekker i vozvyshennosti Khessa Cretaceous sapropel of submarine mountains of the central Pacific and Hess Ridge | |
| 68% | | 1988 | Maruyama, S.; Liou, J. G.: Ocean-floor metamorphism at different tectonic settings; a review on the DSDP drilling projects | |
| 68% | 9 | 1970 | Hays, J. D.; Cook, H. E. et al.: Deep Sea Drilling Project; Leg 9 | |
| 68% | | 1985 | Francis, T. J. G.: Resistivity measurements of an ocean floor sulphide mineral deposit from the submersible Cyana | |
| 68% | 92 | 1985 | Owen, Robert M.; Rea, David K.: Sea-floor hydrothermal activity links climate to tectonics; the Eocene carbon dioxide greenhouse | |
| 68% | 68
69
70 | 1982 | Geothermal regimes of the Costa Rica Rift, East Pacific, investigated by drilling, DSDP-IPOD legs 68, 69, and 70 | |
| 68% | | 2000 | Natland, James H.: Origin and importance of granite in the ocean crust | |
| 68% | 91 | 1982 | Leinen, M.: Late Pleistocene hydrothermal sedimentation at DSDP Leg 91 "hydrogeology" sites | |
| 68% | 62 | 1983 | Timofeyev, P. P.; Rateyev, M. A. et al.: Glinistyye mineraly mezozoyskikh i kanozoyskikh otlozheniy gor Markus-Nekker i vozvyshennosti Khessa Clay minerals of Meso-Cenozoic rocks in the submarine mountains of Central Pacific and Hess Ridge | |
| 68% | 92 | 1984 | Leinen, Margaret; Rea, D. K.: Hydrogeologic studies in the Southwest Pacific; preliminary results of DSDP leg 92 | |
| 68% | 92
92-600 | 1986 | Kastner, Miriam; Gieskes, Joris M. et al.: Carbonate recrystallization in basal sediments; evidence for convective fluid flow on a ridge flank | |
| 68% | 70 | 1982 | Lalou, C.; Brichet, E. et al.: Chronologie et evolution des depots hydrothermaux des Galapagos (DSDP Leg 70) Chronology and evolution of hydrothermal deposits of the Galapagos, DSDP Leg 70 | |
| 68% | 34
34-319
34-321 | 1974 | Fein, Charles D.: Geochemistry of basalts from holes 319A and 321 from Leg 34 of the Deep Sea Drilling Project | |
| 68% | | 1973 | Dymond, Jack; Corliss, John B. et al.: Origin of Metalliferous Sediments from the Pacific Ocean | |
| 68% | 138 | 2004 | Meynadier, L.; Valet, J.: Oxygen isotopic stratigraphy and geomagnetic field intensity | |
| 68% | | 1979 | Macdougall, J. D.; Finkel, R. C. et al.: Isotopic evidence for uranium exchange during low-temperature alteration of oceanic basalt | |
| 68% | 147
147-894 | 1993 | Manning, C. E.: High-temperature gabbro metamorphism at Hess Deep and the root zones of EPR hydrothermal systems | |
| 68% | 147 | 1993 | Gillis, K. M.: Hydrothermal evolution of EPR lower crust exposed at Hess Deep | |
| 68% | 45
49
58 | 1993 | Furuta, Toshio: Magnetic properties and ferromagnetic mineralogy of oceanic basalts | |
| 68% | | 1991 | Sawlan, Michael G.: Magmatic evolution of the Gulf of California rift | |
| 68% | 147 | 1994 | Lecuyer, C.; Reynard, B.: High-temperature diffusion of seawater and mechanism of interaction with gabbroic rocks at Hess Deep rift valley, Leg 147 | |
| 68% | 54 | 1979 | Thompson, R. N.; Humphris, Susan E.: Magma migration away from a spreading axis within ocean crust | |
| 68% | | 1979 | Leinen, M.; Stakes, D.: Metal accumulation rates in the central equatorial Pacific during Cenozoic time | |
| 68% | 54
54-424 | 1981 | Bonnot-Courtois, Chantal: Distribution des terres rares dans les depots hydrothermaux de la zone FAMOUS et des Galapagos; comparaison avec les sediments metalliferes Distribution of rare earths in hydrothermal deposits from the FAMOUS and Galapagos areas; comparison with metalliferous sediments | |
| 68% | 117 | 1991 | Hermelin, J. Otto R.: Pleurostomella concava; a new benthic foraminifer in Oligocene and Miocene sediments from the Pacific and Indian oceans | |
| 68% | 147 | 1995 | Deloule, E.; Mevel, C.: Implications of high delta D values measured in lower oceanic crust gabbros | |
| 68% | 138 | 1997 | Spivack, Arthur J.; You, Chen-Feng: Boron isotopic geochemistry of carbonates and pore waters, Ocean Drilling Program Site 851 | |
| 68% | 85
85-574 | 1989 | Laguros, George A.; Shipley, Thomas H.: Quantitative estimate of resedimentation in the pelagic sequence of the Equatorial Pacific | |
| 68% | 92
92-598 | 1988 | Olivarez, A. M.; Owen, Robert M.: Rare earth element scavenging by hydrothermal precipitates | |
| 68% | 54 | 1983 | Rateyev, M. A.; Timofeyev, P. P. et al.: Mineraly glinistoy fraktsii pliotsen-pleystotsenovykh otlozheniy Minerals of the clay fraction of Plio-Pleistocene sediments | |
| 68% | 59
61 | 1983 | Ozima, M.; Zashu, S.: Noble gases in submarine pillow volcanic glasses | |
| 68% | | 1985 | Kastner, Miriam; Jine-Yu-Hu et al.: Pliocene convective flow through sediments on the western flank of the EPR, DSDP Hole 600C | |
| 68% | 147 | 1992 | Gillis, Kathryn; Mevel, Catherine et al.: Ocean Drilling Program; Leg 147 Scientific Prospectus; Hess Deep rift valley | |
| 68% | 102
109
111
118 | 1988 | Detrick, R. S.: Crustal drilling in ODP; past, present and future | |
| 68% | | 2005 | Coffin, Millard F.: Expeditions to drill Atlantic, Gulf of Mexico, and Pacific sites | |
| 68% | 147
147-895 | 1994 | Allan, J. F.: Melt impregnation of Hess Deep peridotites; constraints from spinel petrogenesis | |
| 68% | | 1979 | Corliss, J.; Gordon, L. I. et al.: Some implications of heat/mass ratios in Galapagos Rift hydrothermal fluids for models of sea water-rock interaction and the formation of oceanic crust | |
| 68% | | 2001 | Lutz, Richard A.; Shank, Timothy M. et al.: Life after death in the deep sea | |
| 68% | 54
54-424 | 1987 | Varnavas, S. P.: Marine barite in sediments from Deep Sea Drilling Project sites 424 and 424A (Galapagos hydrothermal mounds field) | |
| 68% | 206
206-1256
309
309-U1256
312
312-U1256 | 2009 | Tominaga, Masako: M-anomaly analyses and their implications for the architecture of the upper oceanic crust | |
| 68% | | 1991 | Ness, Gordon E.; Lyle, Mitchell W.: A seismo-tectonic map of the Gulf and Peninsular Province of the Californias | |
| 68% | 147
153 | 1996 | Cannat, M.; Mevel, C. L. et al.: Contrasted magma-mantle relationships at fast and slow spreading ridges; results from ODP Legs 147 and 153 | |
| 68% | 147 | 1996 | Frueh-Green, G. L.; Grobety, B. et al.: Control on hydrothermal alteration at a fast-spreading ridge (Hess Deep, Leg 147) | |
| 68% | 199 | 2002 | Rea, David K.; Wilson, Paul A. et al.: The CCD of the Paleogene tropical Pacific; results of ODP Leg 199 | |
| 68% | | 1997 | Allan, James F.; Simkin, T.: Fernandina Volcano; mineralogical and petrological constraints on the nature of the Galapagos Plume | |
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