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Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
100% | 185 | 2000 | Pletsch, T.; Urbat, M. et al.: Veraenderung globaler Umweltfaktoren und Zyklizitaet in Tiefsee-Sedimenten des westlichen Pazifik von der Kreide bis heute Changes in global environmental factors and cyclicity of deep-sea sedimentation of the West Pacific from the Cretaceous to the present | |
100% | 22 22-215 | 1978 | Demidenko, Ye. L.; Popov, V. P.: Some features of deep-sea sedimentation in the western part of the Indian Ocean central basin | |
85% | 96 | 1983 | On the Mississippi Fan | |
85% | | 1994 | Ramsay, A. T. S.; Sykes, T. J. S. et al.: Sedimentary hiatuses as indicators of fluctuating oceanic water masses; a new model | |
85% | | 1986 | Howell, David G.; Murray, Richard W.: A budget for continental growth and denudation | |
85% | | 1987 | Keller, G.; Herbert, T. et al.: Global distribution of late Paleogene hiatuses; with Suppl. Data 87-12 | |
85% | | 1994 | Thiede, Jorn: The challenge of high-latitude deep sea drilling | |
85% | | 1982 | Kitchell, Jennifer A.; Clark, David L.: Late Cretaceous-Paleogene paleogeography and paleocirculation; evidence of north polar upwelling | |
85% | | 1989 | Hobert, Linda A.; Wetzel, A.: On the relationship between silica and carbonate diagenesis in deep sea sediments | |
85% | | 1985 | Rea, David K.; Leinen, Margaret: Neogene history of the calcite compensation depth and lysocline in the South Pacific Ocean | |
85% | | 1991 | Canfield, Donald E.: Sulfate reduction in deep-sea sediments | |
85% | | 1982 | Donnelly, Thomas W.: Worldwide continental denudation and climatic deterioration during the late Tertiary; evidence from deep-sea sediments | |
85% | | 2003 | Fisk, Martin R.: Ocean Drilling Program contributions to the understanding of the deep subsurface biosphere | |
85% | | 1984 | Nelson, C. Hans: Modern fan stratigraphy | |
80% | | 1983 | Keller, Gerta; Barron, John A.: Paleoceanographic implications of Miocene deep-sea hiatuses | |
71% | 13 | 1981 | Thiede, J.: Reworking in upper Mesozoic and Cenozoic central Pacific deep-sea sediments | |
71% | | 1983 | Maillot, H.: Les paleoenvironnements de l'Atlantique Sud; Apport de la geochimie sedimentaire Paleoenvironment of the South Atlantic; sedimentary geochemistry | |
71% | 90 90-591 | 1985 | Takeuchi, Akira; Saeki, Rumi: Electron spin resonance (ESR) signals of pelagic sediments in the southern Pacific | |
71% | 155 | 1994 | Cisowski, S. M.; Hall, F. R.: Ultra-high resolution records of the Lake Mungo Excursion and the Blake Event from ODP Leg 155 cores drilled in the Amazon Fan | |
71% | 154 | 1994 | Hagelberg, Teresa King; deMenocal, Peter et al.: Variations in terrigenous sedimentation on the Ceara Rise, western Equatorial Atlantic as inferred from core and log data integration | |
71% | | 1982 | Saltzman, E. S.; Barron, Eric J.: Deep circulation in the Late Cretaceous; oxygen isotope paleotemperatures from Inoceramus remains in D.S.D.P. cores | |
71% | 38 48 49 | 1980 | Timofeev, P. P.; Rengarten, N. V. et al.: On history of Meso-Cenozoic sedimentation and geological development of the north-eastern part of the Atlantic Ocean | |
71% | | 1986 | DePaolo, D. J.; Richter, F. M.: Numerical models of Sr isotopic redistribution in deep-sea carbonate sediments during diagenesis | |
71% | | 1986 | Stein, Ruediger: Organic carbon and sedimentation rate; further evidence for anoxic deep-water conditions in the Cenomanian/Turonian Atlantic Ocean | |
71% | 105 105-646 | 1986 | Jarrard, R. D.: Milankovich cycles in downhole logs from ODP Site 646, Labrador Sea | |
71% | 201 | 2004 | Schippers, Axel; Neretin, Lev N. et al.: Quantification of Archaea and bacteria in marine deep sediments using CARD-FISH and real-time PCR | |
71% | 154 | 1996 | Bickert, T.; Franz, S. O. et al.: Late Neogene carbonate deposition in the western Equatorial Atlantic; relation to productivity, dissolution, and dilution | |
71% | 159 | 1996 | Mascle, J.; Lohmann, P. et al.: Leg ODP 159 on the Cote d'Ivoire-Ghana margin; transform margin evolution | |
71% | | 1992 | Rea, David K.: Delivery of Himalayan sediment to the northern Indian Ocean and its relation to global climate, sea level, uplift, and seawater strontium | |
71% | 155 | 1995 | Hazelton, Happy: The use of grain size analysis in determining sediment transport of the Amazon deep-sea fan | |
71% | 115 115-707 | 1995 | Sykes, T. J. S.; Ramsay, A. T. S.: Calculation of mass accumulation rates in the absence of density or porosity measurements | |
71% | 94 94-607 | 1995 | Farley, K. A.; Patterson, D. B.: A 100-kyr periodicity in the flux of extraterrestrial (super 3) He to the sea floor | |
71% | | 1986 | Ehrmann, W. U.; Thiede, J.: Correlation of terrigenous and biogenic sediment fluxes in the North Atlantic Ocean during the past 150 my | |
71% | | 1986 | Von Rad, U.; Sarti, M.: Early Cretaceous "events" in the evolution of the eastern and western North Atlantic continental margins | |
71% | 85 85-574 | 1987 | Laguros, George Andrew: Seismic-stratigraphic analysis of sedimentation processes in pelagic carbonate sequences of the Equatorial Pacific; Deep Sea Drilling Project Site 574 | |
71% | 45 | 1980 | Varentsov, I. M.: The metalliferous sediments of North Atlantic; geochemistry, features of formation | |
71% | 96 | 1984 | Kohl, Barry: Foraminiferal biostratigraphy of Mississippi Fan/drill sites (Leg 96) | |
71% | 155 | 1995 | Nanayama, Futoshi: Growth pattern of the Amazon deep-sea fan by glacio-eustatic sea-level changes; results of the ODP Leg 155 | |
71% | 129 | 1991 | Alt, Jeffrey C.; Burdett, James W.: Sulfur in Pacific deep-sea sediments, ODP Leg 129; implications for cycling of sediment in subduction zones | |
71% | 85 85-574 | 1989 | Laguros, George A.; Shipley, Thomas H.: Quantitative estimate of resedimentation in the pelagic sequence of the Equatorial Pacific | |
71% | 25 | 1983 | Khvorova, I. V.; Serova, V. V. et al.: Influence of river discharge on deep sea sedimentation (with special reference to the central depression of the Indian Ocean) | |
71% | | 1982 | Schroeder, E.: Ueber einige Ergebnisse des Tiefseebohrprojekts und ihre Bedeutung fuer den mobilismus Some results of Deep Sea Drilling Project and significance for mobilism | |
71% | | 1986 | Thiede, Jorn; Ehrmann, Werner U.: Late Mesozoic and Cenozoic sediment flux to the central North Atlantic Ocean | |
71% | | 2003 | deMenocal, Peter: Linking African climate change to human evolution | |
71% | | 1982 | von Huene, Roland; Langseth, Marcus G. et al.: A summary of Cenozoic tectonic history along the IPOD Japan Trench transect | |
71% | 116 | 1992 | Einsele, Gerhard; Wetzel, Andreas: The Himalayas-Bengal deep-sea fan denudation-accumulation system; a new evaluation | |
71% | | 2010 | De, Soma; Gupta, Anil K.: Deep-sea faunal provinces and their inferred environments in the Indian Ocean based on distribution of Recent benthic Foraminifera | |
71% | 177 | 2005 | Latimer, J. C.; Filippelli, G. M. et al.: Glacial/interglacial terrigenous provenance in the southeastern Atlantic Ocean | |
71% | 171A | 1997 | Screaton, Elizabeth; Ge, Shemin: Overpressures in front of the northern Barbados accretionary complex; the role of sedimentation | |
71% | 86 | 1986 | Schoonmaker, J. E.; MacKenzie, F. T. et al.: The effect of diagenesis on compressional velocity; depth gradients in clay-rich deep sea sediments | |
71% | 172 | 1998 | Lund, Steve P.; Acton, Gary et al.: Geomagnetic field excursions occurred often during the last million years | |
71% | | 2005 | Perez Cruz, G.: Seismic amplitude extraction techniques for the recognition of deepwater sediment dispersal patterns in the western Gulf of Mexico | |
71% | | 1987 | Keller, Gerta; Barron, John A.: Paleodepth distribution of Neogene deep-sea hiatuses | download |
71% | 155 155-934 | 1996 | Nanayama, F.; Tokuhashi, S.: Amazon deep-sea fan; an example of sedimentation of a large mud-rich fan | |
71% | | 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 | |
71% | 199 | 2002 | Lyle, Mitchell W.; Wilson, Paul A.: The Eocene and Oligocene Pacific equatorial region from ODP Leg 199 drilling | |
71% | 145 145-882 | 1997 | Prueher, Libby M.; Rea, David K.: Mass accumulation rates of volcanic ash from ODP Site 882 | |
71% | | 2002 | Miller, Kenneth G.; Kominz, M. A. et al.: Antarctic ice evolution viewed from NJ and the deep sea | |
71% | 155 | 1994 | Burns, S. J.: Pore-water geochemistry and early diagenesis of Amazon Fan sediments, Leg 155 ODP | |
71% | 172 | 2001 | Bianchi, G. G.; Vautravers, M. et al.: Deep flow variability under apparently stable North Atlantic deep water production during the last interglacial of the subtropical NW Atlantic | download |
71% | | 1984 | Klein, George de Vries; Lee, Y. I.: A preliminary assessment of geodynamic controls on depositional systems and sandstone diagenesis in back-arc basins, western Pacific Ocean | |
71% | | 1990 | Bohrmann, G.: Junge Porzellanite aus antarktischen Tiefseesedimenten und ihre Beziehung zur Chertgenese Young porcellanite from Antarctic deep sea sediments and their relationship to chert genesis | |
71% | | 1996 | Koerner, U.; Heider, F.: Rock magnetism of Cenozoic deep-sea sediments; relationship to sediment source, diagenetic processes, and sediment lithology | |
71% | 38 38-336 | 1991 | Krawczyk, C.; Theilen, F.: Sedimentary structures of the northern flank of the Iceland-Faeroer Ridge | |
71% | 113 113-690 | 1995 | Schrag, Daniel P.; DePaolo, Donald J. et al.: Reconstructing past sea surface temperatures; correcting for diagenesis of bulk marine carbon | |
71% | 178 | 2000 | Moerz, T.; Domack, E. W. et al.: Seismostratigraphy and core seismic correlations on the Holocene basinfill of Palmer Deep, Antarctic Peninsula (ODP Leg 178) | |
71% | 154 | 1994 | Curry, William B.; Shackleton, Nicholas J. et al.: Ceara Rise | |
71% | 145 | 1995 | Rea, David K.; Basov, Ivan A.: North Pacific paleoceanography; results of ODP Leg 145 | |
71% | 201 | 2012 | Lomstein, Bente A.; Langerhuus, Alice T. et al.: Endospore abundance, microbial growth and necromass turnover in deep sub-seafloor sediment | |
60% | 208 208-1264 208-1266 208-1267 | 2012 | Muehlbauer, Robert; Kelly, Daniel Clay: Deep-sea carbonate sedimentation in the southeastern Atlantic during the middle-to-late Miocene transition | |
57% | 22 26 27 | 1983 | Dominik, J.; Stoffers, P. et al.: Clay mineralogy and occurrence of palygorskite in deep-sea sediments from the eastern Indian Ocean; collected during D.S.D.P. legs 22, 26 and 27 | |
57% | 62 69 | 1983 | Hein, James R.; Karl, S. M.: Comparisons between open-ocean and continental margin chert sequences | |
57% | 7 7-62 7-65 9 9-77 | 1981 | Moody, Judith B.; Worsley, Thomas R. et al.: Long-term phosphorus flux to deep-sea sediments | |
57% | 92 92-599 | 1985 | Knuettel, Stephen; Rea, David K. et al.: Downslope transport of metalliferous sediments along the East Pacific Rise during the late Miocene | |
57% | 5 5-35 | 1994 | Normark, William R.; Gutmacher, Christina E. et al.: Sediment fill of Escanaba Trough | |
57% | 20 20-199 89 89-585 | 1986 | Whitman, Jill M.: Sedimentation and subsidence history of the East Mariana Basin, western Pacific | |
57% | 66 | 1982 | Moore, J. Casey; Watkins, Joel S. et al.: Geology and tectonic evolution of a juvenile accretionary terrane along a truncated convergent margin; synthesis of results from Leg 66 of the Deep Sea Drilling Project, southern Mexico | |
57% | 135 135-841 | 1996 | Clift, P. D.; MacLeod, C. J. et al.: Forearc sedimentation, subduction erosion and the effect of seamount collisions in the Tonga Arc | |
57% | 78 78-541 78-542 | 1985 | Shi, Yaolin; Wang, Chi-Yuen: High pore pressure generation in sediments in front of the Barbados Ridge | download |
57% | 72 72-518 | 1987 | Tiwari, R. K.: Higher-order eccentricity cycles of the middle and late Miocene climatic variations | |
57% | 90 90-594 | 1988 | Black, Kerry P.; Nelson, Campbell S. et al.: A spectral analysis procedure for dating Quaternary deep-sea cores and its application to a high-resolution Brunhes record from the Southwest Pacific | |
57% | 51 51-417 52 52-417 | 2000 | Hofmann, P.; Ricken, W. et al.: Geochemical signature and related climatic-oceanographic processes; the proposed "Oceanic Anoxic Event 1B (lower Albian)" at site 417D, North Atlantic Ocean, testing the fertility hypothesis | |
57% | 162 162-983 162-984 | 2000 | Bianchi, G. G.; McCave, I. N.: Hydrography and sedimentation under the deep western boundary current on Bjorn and Gardar Drifts, Iceland Basin | |
57% | 105 105-646 105-647 | 1986 | Arthur, Michael A.; Srivastava, S.: Cenozoic history of bottom-current activity and drift sedimentation in the Labrador Sea; results of ODP Leg 105 | |
57% | 172 172-1062 | 2002 | Flood, Roger D.; Giosan, Liviu: Migration history of a fine-grained abyssal sediment wave on the Bahama Outer Ridge | |
57% | 19 19-191 | 1990 | Gladenkov, A. Yu.: Geology of the western Bering Sea region; Chapter 2, Oligocene and Neogene of the Commander Basin and its rim | |
57% | | 1986 | Chamley, H.: Continental and marine paleoenvironments reflected by West Pacific clay sedimentation | |
57% | 14 14-141 | 1986 | Stein, R.; Bleil, U.: Deep-water circulation in the Northeast Atlantic and climatic changes during the late Neogene (DSDP Site 141) | |
57% | 42 42-372 48 48-400 | 1981 | Auffret, G. A.; Sichler, B. et al.: Deep-sea sediments texture and magnetic fabric, indicators of bottom currents regime | |
57% | | 1984 | Sugisaki, Ryuichi: Relation between chemical composition and sedimentation rate of Pacific ocean-floor sediments deposited since the Middle Cretaceous; basic evidence for chemical constraints on depositional environments of ancient sediments | |
57% | 87 131 | 1990 | Moore, G. F.; Shipley, Thomas H. et al.: Structure of the Nankai Trough accretionary zone from multichannel seismic reflection data | download |
57% | 93 93-603 95 95-603 | 1989 | Meyers, Philip A.: Sources and deposition of organic matter in Cretaceous passive margin deep-sea sediments; a synthesis of organic geochemical studies from Deep Sea Drilling Project Site 603, outer Hatteras Rise | |
57% | 177 177-1089 | 2003 | Mortyn, P. Graham; Charles, Christopher D. et al.: Deep sea sedimentary analogs for the Vostok ice core | download |
57% | 154 154-925 154-926 | 1999 | Harris, Sara E.; Mix, Alan C.: Pleistocene precipitation balance in the Amazon Basin recorded in deep sea sediments | |
57% | 70 70-509 | 1983 | Lalou, Claude; Brichet, Evelyne et al.: Hydrothermal manganese oxide deposits from Galapagos mounds, DSDP Leg 70, Hole 509B and "Alvin" dives 729 and 721 | |
57% | 108 | 1986 | Ruddiman, W. F.; Sarnthein, M. et al.: L'enregistrement des paleocirculations et des paleoclimats dans les depots neogenes de l'Atlantique Est subtropical et equatorial; apports du Leg O.D.P. 108 (Ocean Drilling program) Neogene paleocirculation and paleoclimate record of O.D.P. Leg 108; tropical and subtropical East Atlantic | |
57% | 207 207-1257 | 2004 | Erbacher, Jochen; Mosher, David et al.: Drilling probes past carbon cycle perturbations on the Demerara Rise | |
57% | 190 201 204 | 2004 | Zink, Klaus-Gerhard; Mangelsdorf, Kai et al.: Molecular life markers for subsurface microbial ecosystems | |
57% | 57 | 1981 | Chamley, H.; Cadet, J. P.: Tectonique, volcanisme, morphologies et climats cenozoiques au large du Japon, d'apres la sedimentation argileuse marine Tectonics, volcanism, morphology and Cenozoic climate off Japan, as determined from marine clay sedimentation | |
57% | 146 146-893 | 2005 | Nicholson, C.; Sorlien, C. C. et al.: Extending the high-resolution global climate record in Santa Barbara Basin; developing the predictive 3D model for core site locations | |
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