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| Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
|---|
| 58% | 69
69-504
69-504B
70
70-504
70-504B
83
83-504
83-504B
92
92-504
92-504B | 1984 | Kempton, Pamela Dara: Alkalic basalts from the Geronimo volcanic field; petrologic and geochemical data bearing on their petrogenesis; petrography, petrology and geochemistry of xenoliths and megacrysts from the Geronimo volcanic field, southeastern Arizona; and an interpretation of contrasting nucleation and growth histories from the petrographic analysis of pillow and dike chilled margins, Hole 504B, DSDP Leg 83 | |
| 58% | 1
2
3
4
5
6 | 1974 | Rees, A. I.; Frederick, D.: The magnetic fabric of samples from the Deep Sea Drilling Project, Legs I-VI | |
| 58% | 105
105-647 | 1989 | Clarke, D. B.; Cameron, B. I. et al.: Petrology and geochemistry of basalts from ODP Leg 105, Hole 647A, Labrador Sea and the Davis Strait area | |
| 58% | | 1991 | Cox, Keith G.; Dick, Henry J. B. et al.: Petrology, geochemistry, and dating of large igneous provinces; disciplinary working group report | |
| 58% | | 1993 | Grammer, G. Michael; Ginsburg, Robert N. et al.: Rapid growth rates of syndepositional marine aragonite cements in steep marginal slope deposits, Bahamas and Belize | |
| 58% | 38
38-345
38-350 | 1977 | Nilsen, T. H.; Bartow, J. A. et al.: New occurrences of dish structure in the stratigraphic record | |
| 58% | 193 | 2002 | Paul, Heather: Petrology and lithogeochemistry of volcanic rocks hosting seafloor hot springs systems in the Manus Basin, southwestern Pacific Ocean | |
| 58% | 9
9-77
9-79
9-80
9-82
9-83
9-84 | 1973 | Rhodes, J. M.: Major and trace element chemistry of basalts from Leg 9 of the Deep Sea Drilling Project | |
| 58% | 165 | 2003 | Lundin, B. Scott; Sigurdsson, Haraldur et al.: Petrology of Tertiary ignimbrite province in Central America | |
| 58% | | 1990 | Hyndman, R. D.; Davis, E. E.: Hydrate bottom simulating reflectors, distributed fluid expulsion from accretionary prisms, and ODP geochemistry | |
| 58% | | 1981 | Rapeyev, A. K.; Pecherskiy, D. M. et al.: Magnetic and mineralogical study of alterations in titanomagnetites from oceanic basalts | |
| 58% | | 1981 | Savin, Samuel M.; Yeh, Hsueh-Wen: Stable isotopes in ocean sediments | |
| 58% | | 1979 | Spooner, E. T. C.: Ophiolitic rocks and evidence for hydrothermal convection of sea water within crust | |
| 58% | 19 | 1979 | Hein, J. R.; O'Neil, J. R. et al.: Origin of authigenic carbonates in sediment from the deep Bering Sea | |
| 58% | | 1982 | Timofeev, P. P.; Eremeev, V. V. et al.: Evolution of sedimentary mantle in the Atlantic Ocean | |
| 58% | | 1982 | Wright, Audrey; Heath, Ross et al.: Glomar Challenger at the Cretaceous-Tertiary boundary | |
| 58% | | 1977 | Mallik, T. K.: Indian Ocean sediments as revealed by deep sea drilling; a preliminary study | |
| 58% | | 1994 | Cambray, H.; Cadet, J. P.: Testing global synchronism in peri-Pacific arc volcanism | |
| 58% | | 1982 | Kitchell, Jennifer A.; Clark, David L.: Late Cretaceous-Paleogene paleogeography and paleocirculation; evidence of north polar upwelling | |
| 58% | | 1982 | Maillot, Henri: Les Paleoenvironnements de l'Atlantique sud; apport de la geochimie sedimentaire Paleoenvironments of the South Atlantic; sedimentary geochemistry's contribution | |
| 58% | | 1973 | Lowrie, William; Loevlie, Reidar et al.: The magnetic properties of Deep Sea Drilling Project basalts from the Atlantic Ocean | |
| 58% | | 1996 | Snow, J. E.: Os-Nd isotopic systematics of the MORB mantle | |
| 58% | 9 | 1974 | Donaldson, C. H.: Calculated diffusion coefficients and the growth rate of olivine | |
| 58% | 29 | 1974 | Kennett, James P.: Deep-sea drilling in the roaring 40s | |
| 58% | | 1976 | Nesteroff, W. D.; Corbieres, G.: Mineralogie, geochimie et origine de quelques "argiles rouges" des grands fonds Mineralogy, geochemistry and origin of some red clays of great depth | |
| 58% | | 1990 | Alt, J. C.: Crustal alteration from the perspective of ocean drilling | |
| 58% | | 1990 | Gibson, Ian L.; Saunders, Andy: Distinguishing lavas and sills in submarine sequences | |
| 58% | | 2000 | Piper, David J. W.: Future sedimentological applications of ODP-type drilling | |
| 58% | | 1992 | Taylor, R. N.; Nesbitt, R. W.: A geochemical transect of the Izu-Bonin arc-trench system | |
| 58% | | 1973 | Salisbury, Matthew H.; Christensen, Nikolas I.: Progressive Weathering of Submarine Basalt with Age; Further Evidence of Sea-Floor Spreading | |
| 58% | | 1973 | Greenwood, Robert: Silica diagenesis in pelagic sediments; some results from the Deep Sea Drilling Project | |
| 58% | | 1991 | Barker, P. F.; Pudsey, C. J. et al.: The record of global change in circum-Antarctic marine sediments | |
| 58% | 121 | 1989 | Smith, Guy M.; Gee, Jeffrey S. et al.: Magnetic petrology of seamount basalts from Ninetyeast Ridge | |
| 58% | | 1989 | Rothe, P.: Mineral composition of sedimentary formations in the North Atlantic Ocean | |
| 58% | | 1982 | Elderfield, H.; Gieskes, J. M.: Sr isotopes in interstitial waters of marine sediments from Deep Sea Drilling Project cores | |
| 58% | | 1978 | Castle, J. W.: Comparative sedimentology of some modern Pacific trenches and the Caples Group (Permo-Triassic?), New Zealand | |
| 58% | | 1979 | Levitan, M. A.: Certain aspects of postdepositional alterations in oceanic sediments (based on deep-water drilling results) | |
| 58% | | 1993 | Crawford, A. J.; Varne, R. et al.: Mantle reservoirs and magmatism associated with Australia-Antarctic rifting | |
| 58% | | 1983 | Blechschmidt, Gretchen Louise: Paleoenvironmental characteristics of Paleocene sedimentation in the deep sea as evidenced by calcareous nannofossils | |
| 58% | | 1983 | Kurnosow, W. B.; Choodkiewicz, I. W. et al.: Przeobrazenia hydrotermalne bazaltow w oceanie na podstawie danych z wiercen gebokowodnych oraz badan eksperymentalnych Hydrothermal alterations of ocean basalts based on the deep-sea drilling core data and experimental modelling | |
| 58% | | 1974 | Lowrie, W.: Oceanic Basalt Magnetic Properties and the Vine and Matthews Hypothesis | |
| 58% | | 1974 | Berger, W. H.; Winterer, E. L.: Plate stratigraphy and the fluctuating carbonate line | |
| 58% | 17 | 1974 | Shih, C.: Rare earth geochemistry of basaltic rocks from Leg 17 of the Deep Sea Drilling Project | |
| 58% | | 1974 | Pautot, Guy; Le Pichon, Xavier: Resultats scientifiques du programme JOIDES The JOIDES Program scientific results | |
| 58% | | 1970 | Adams, James W., Jr.: Glomar challenger continues its exciting mission | |
| 58% | | 1970 | Donnelly, Thomas W.: History of circum-Caribbean volcanic activity; results of Leg XV, Deep Sea Drilling Project | |
| 58% | | 1970 | Bader, Richard G.: Initial reports of the Deep Sea Drilling Project, volume IV | |
| 58% | 30 | 1974 | Andrews, J. E.: Leg 30; Deep Sea Drilling Project; Southwest Pacific structures | |
| 58% | 34 | 1974 | Hart, Stanley R.: Leg 34; oceanic basalt and the Nazca Plate | |
| 58% | | 1979 | Matveyenkov, V. V.; Baranov, B. V.: Magmaticheskiye porody khrebta Makkuori (yugo-zapadnaya chast' Tikhogo okeana) Magmatic rocks from the Macquarie Ridge, Southwest Pacific | |
| 58% | | 1993 | Baker, Earl W.; Louda, J. W.: Aspects of porphyrin diagenesis | |
| 58% | | 1985 | Ekdale, A. A.: Trace fossils and Mid-Cretaceous anoxic events in the Atlantic Ocean | |
| 58% | | 1973 | Ade-Hall, J. M.; Kitazawa, K.: A quantitative assessment of supposed differences between the palaeomagnetic properties of oceanic submarine and subaerial basalts | |
| 58% | | 1986 | Yamamoto, Satoshi: Correlation between iron and magnesium and its significance on the distribution of heavy metals in deep-sea cherts | |
| 58% | | 1986 | Rindsberg, Andrew Kinney: Distribution and preservation of biogenic sedimentary structures in the deep sea | |
| 58% | | 1978 | Stoffers, P.; Mueller, G.: Shallow water Black Sea carbonates, DSDP Leg 42 B | |
| 58% | | 1981 | Corliss, B. H.: Deep-sea benthonic foraminiferal faunal turnover near the Eocene/Oligocene boundary | |
| 58% | | 1984 | Musich, Lillian F.: Sediment smear slides; preparation and handling | |
| 58% | | 1979 | Ronov, A. B.; Khain, V. Ye. et al.: Sravnitel'naya otsenka intensivnosti vulkanizma na kontinentakh i v okeanakh Relative intensities of volcanism in continents and oceans | |
| 58% | 37 | 1979 | Andrews, A. J.: The process of oxidative diagenesis in Layer 2 basalts, DSDP Leg 37 | |
| 58% | | 1984 | Callen, Roger A.: Clays of the palygorskite-sepiolite group; depositional environment, age and distribution | |
| 58% | | 1977 | Glover, E. D.: Cathodoluminescence, iron and manganese content, and the early diagenesis of carbonates | |
| 58% | 24 | 1973 | Thiede, J.: Homogeneous hemipelagic and pelagic sediments of the Gulf of Aden and northwestern Indian Ocean; preservation and deposition of some main components | |
| 58% | | 1981 | Alt, J. C.; Honnorez, J. J.: A model for the aging of upper oceanic layer 2 at low temperature | |
| 58% | | 1984 | Nishitani, Tadashi: Electron microprobe and thermomagnetic analysis of basalt samples from Hole 597C | |
| 58% | | 1984 | Bogdanov, N. A. (ed.); Pushcharovskiy, Yu. M. (ed.): Geologiya dna okeanov po dannym glubokovodnogo bureniya Geology of the ocean floor based on deep-sea drilling data | |
| 58% | | 1995 | Ingram, B. Lynn: High-resolution dating of deep-sea clays using Sr isotopes in fossil fish teeth | |
| 58% | | 1989 | ten Haven, H. L.; Rohmer, M. et al.: Tetrahymanol, the most likely precursor of gammacerane, occurs ubiquitously in marine sediments | |
| 58% | 37 | 1977 | Puchelt, H.; Emmermann, R.: REE characteristics of ocean floor basalts from the MAR 37 degrees N (Leg 37 DSDP) | |
| 58% | 92 | 1984 | Knuttle, Stephen: Calcareous nannofossil biostratigraphy of the central East Pacific Rise, DSDP Leg 92; evidence for downshore transport of sediments | |
| 58% | | 1987 | Dilli, K.: Clay mineral studies in the Somali Basin; prospects for hydrocarbons | |
| 58% | 18 | 1972 | Kulm, L. D.: Results of leg XVIII DSDP | |
| 58% | | 1999 | Bruns, P. (ed.); Hass, H. C. (ed.): On the determination of sediment accumulation rates | |
| 58% | | 1977 | Tucholke, B. E.; Mountain, G. S.: Depositional patterns and depositional environment of Cretaceous black clays in the western North Atlantic | |
| 58% | | 1977 | Nesterova, M. P.; Shcherbakov, F. A. et al.: Glinistyye mineraly kaynozoyskikh otlozheniy Islandskoy kotloviny (severnaya Atlantika) Clay minerals of Cenozoic sediments in the Iceland Basin, North Atlantic | |
| 58% | | 1989 | Erzinger, J.: Chemical alteration of the oceanic crust | |
| 58% | | 1990 | Schlanger, Seymour O.: Rejuvenescent mid-plate volcanism; a synthesis | |
| 58% | | 1992 | Nishimura, Akira; Murakami, Fumitoshi: Arc volcanism control on sedimentation of the rift basins of the Izu-Bonin Arc, western Pacific | |
| 58% | | 1992 | Malyarenko, A. N.; S'edin, V. T.: Basaltoid magmatism of the Obruchev Elevation | |
| 58% | | 1985 | Packer, Bonnie Marcia: Provenance and petrology of Deep Sea Drilling Project sands and sandstones from the Japan and Mariana forearc and backarc regions | |
| 58% | 138 | 1992 | Hovan, S. A.: Neogene history of eolian flux and particle size from the eastern Equatorial Pacific Ocean | |
| 58% | | 1983 | Tagiri, Michio: A preliminary study on the distribution of detrital graphite in DSDP materials and ancient sedimentary basins | |
| 58% | 34 | 1975 | Hart, S. R.: Deep Sea Drilling Project Leg 34 basalts and ocean ridge basalts; a geochemical comparison | |
| 58% | | 1975 | Schrank, Joseph A.: Formation of Red Sea lithified layers as studied by cathodoluminescence; Deep-Sea Drilling Project Leg 23B | |
| 58% | | 1986 | Meyers, Philip A.; Arthur, Michael A.: In Denver; Black shales in ocean targeted for drilling | |
| 58% | | 2004 | Hollamby, Jennifer; Musgrave, Robert: A rock-magnetic investigation of bacterially mediated iron sulfide diagenesis associated with gas hydrate-bearing deep marine sediments | |
| 58% | | 2007 | Teagle, Damon: Heavy metal meets hard rock | |
| 58% | | 1978 | Keene, J. B.: Deep-sea sediment and the chert problem | |
| 58% | | 1984 | Minoura, Koji; Nakaya, Shu: Origin of radiolarian bedded cherts; Part II | |
| 58% | | 1986 | Von-Huene, R.: To accrete or not accrete, that is the question | |
| 58% | 198 | 2005 | Fontilea, Kristin: A petrological and geochemical study of Cretaceous siliceous rocks from the Shatsky Rise | |
| 58% | | 1999 | Brumsack, Hans-Juergen; Wehausen, Rolf: A geochemical record of precession-induced cyclic eastern Mediterranean sedimentation; implications for northern Sahara humidity during the Pliocene | |
| 58% | | 1998 | Maltman, Alex J.: Deformation structures from the toes of active accretionary prisms | |
| 58% | | 1994 | Murray, Richard W.: Chemical criteria to identify the depositional environment of chert; general principles and applications | |
| 58% | 49 | 1991 | Ogishima, Tomoko; Kinoshita, Hajimu: Alteration of ferromagnetic constituents of oceanic basalt under pressurized hydrothermal liquids in laboratory | |
| 58% | | 2002 | Glass, B. P.: Upper Eocene impact ejecta/spherule layers in marine sediments | |
| 58% | 138
154 | 2003 | Lisiecki, Lorraine E.: A new automated technique for the construction of more accurate composite depth scales and an analysis of core deformation in different sediment types | |
| 58% | | 1992 | Murray, Richard W.: Identifying depositional environments of chert using chemical techniques; an overview of general principles and a synthesis of 45 published results | |
| 58% | | 1992 | Coffin, Millard F.: LIPs and ODP | |
| 58% | | 1999 | Vaas, Ruediger: Fragment einer kosmischen Bombe Fragment of a cosmic bomb | |
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