Search SEDIS
3274 Publications found! (Query time: 0.012 s)
– Download as CSV file
– Download as KML file
<< PREV | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | NEXT >>
| Score | Exp/Site/Hole ↑ | Year | Author/Title | Full text |
|---|
| 77% | | 1981 | Sloan, James L., II: Organic carbon accumulation in the world ocean | |
| 77% | | 1994 | Raymo, M. E.: The Himalayas, organic carbon burial, and climate in the Miocene | download |
| 77% | | 1982 | Arthur, M. A.; Scholle, Peter A.: Calculations of global rate of burial of Cretaceous organic carbon and oceanic stable carbon as an aid to source-rock studies | |
| 77% | | 1985 | Arthur, Michael A.; Dean, Walter A. et al.: Anomalous (super 13) C enrichment in modern marine organic carbon | |
| 77% | | 1982 | Ibach, Lynne E. Johnson: Relationship between sedimentation rate and total organic carbon content in ancient marine sediments | |
| 64% | | 1981 | Degens, Egon T.: Rate of denudation in Black Sea source area | |
| 64% | | 1986 | Stein, Ruediger; Rullkoetter, Juergen et al.: Accumulation of organic-carbon-rich sediments in the Late Jurassic and Cretaceous Atlantic Ocean; a synthesis | |
| 64% | | 1986 | Stein, Ruediger: Organic carbon and sedimentation rate; further evidence for anoxic deep-water conditions in the Cenomanian/Turonian Atlantic Ocean | |
| 64% | | 1982 | Sloan, James L., II; Miskell, Kimberlee, J.: The history of organic carbon and opaline silica accumulation in the world ocean | |
| 64% | | 1992 | Meyers, Philip A.: Changes in organic carbon stable isotope ratios across the K/T boundary; global or local control? | |
| 64% | | 1993 | Paropkari, Anil L.; Mascarenhas, Antonio et al.: Hydrocarbon prospects of the western continental slope of India as indicated by surficial enrichment of organic carbon | |
| 64% | | 1983 | Arthur, Michael A.; Dean, Walter E.: Paleoceanographic models for Cretaceous organic carbon deposition | |
| 64% | | 1983 | Negus-De Wys, Jane; Kroopnick, P. M.: Percent total organic carbon versus Miocene time at DSDP sites | |
| 64% | | 1998 | Vetrov, A. A.; Romankevich, E. A. et al.: Organic carbon distribution in sedimentary cover of the Pacific and Indian oceans | |
| 64% | | 2008 | Wagner, Thomas; Stronach, Nick et al.: Understanding ocean redox and formation of organic carbon rich sediments from the shelf to deep oceans and their significance for the deep biosphere | |
| 64% | | 1988 | Stein, R.: Deposition of organic carbon-rich sediments in narrow marine basins and open-marine upwelling environments; new results from the Ocean Drilling Program | |
| 64% | | 2001 | Kuijpers, Marcel Martinus Maria: Mechanisms and biogeochemical implications of the Mid-Cretaceous global organic carbon burial events | |
| 64% | | 2005 | Fehn, Udo; Snyder, G. T. et al.: The marine iodine system as a proxy for global deposition of organic carbon | |
| 54% | | 1970 | Vallier, Tracy L.: Carbon carbonate results, Chapter 15 | download |
| 54% | | 1985 | Arthur, M. A.; Meyers, P. A.: Report of the JOI-USSAC workshop on Cretaceous black shales | |
| 54% | | 1985 | Akiyama, Masahiko: Increasing rate of sedimentation with the geologic history | |
| 54% | | 1980 | Baker, Earl W.; Louda, J. William: Organic geochemistry; highlights in the Deep-Sea Drilling Project | |
| 54% | | 1976 | Hunt, J. M.: Light hydrocarbons in deep sea sediments | |
| 54% | | 1986 | Kvenvolden, Keith A.; McDonald, Thomas J.: Organic geochemistry on the JOIDES resolution; an assay | |
| 54% | | 1983 | von der Dick, Hans: Organisch-geochemische und kohlenpetrographische Untersuchungen an kuestennahen Sedimenten. (Ein Beitrag zum "Deep Sea Drilling Project") Organic geochemistry and coal petrography in sediments near the coast; a contribution to Deep Sea Drilling Project | |
| 54% | | 1986 | Rindsberg, Andrew Kinney: Distribution and preservation of biogenic sedimentary structures in the deep sea | |
| 54% | | 1980 | Barnes, Ross O.: Anoxic methane consumption in marine sediments; some problems with current geochemical models | |
| 54% | | 1984 | Schlanger, Seymour O.; Arthur, M. A.: Cretaceous organic carbon-rich strata in the world ocean; a Deep Sea Drilling contribution to Mesozoic paleoceanography | |
| 54% | | 1980 | Ibach, Lynne E. Johnson: The relationship between sedimentation rate and total organic carbon content in ancient marine sediments | |
| 54% | | 1984 | Webb, D. J.; Morris, R. J.: DSDP Site 258; evidence for Recent nutrient-rich upwelling off Western Australia | |
| 54% | | 1991 | Canfield, Donald E.: Sulfate reduction in deep-sea sediments | |
| 54% | | 1977 | Geodekyan, A. A.; Trotsyuk, V. Ya. et al.: Geochemical premises to oil and gas formation beneath the sea and the ocean bed | |
| 54% | | 1989 | Stein, R.; Rullkoetter, J. et al.: Changes in paleoenvironments in the Atlantic Ocean during Cretaceous times; results from black shales studies | |
| 54% | | 1975 | McIver, R. D.: Hydrocarbon occurrences from JOIDES Deep Sea Drilling Project | |
| 54% | | 1991 | Stein, R.: Accumulation of organic carbon in marine sediments: results from the Deep Sea Drilling Project/Ocean Drilling Program (DSDP/ODP) | |
| 54% | | 2009 | Kallmeyer, J.; Pockalny, R. et al.: Quantifying global subseafloor microbial abundance; method and implications | |
| 51% | | 1999 | Holbourn, A.; Kuhnt, Wolfgang et al.: Palaeoenvironments and palaeobiogeography of the Late Cretaceous Casamance transect (Senegal, NW Africa); distribution patterns of benthic Foraminifera, organic carbon and terrigenous flux | |
| 48% | | 1970 | Carbon carbonate results, (Chapter) 9 | download |
| 47% | | 2000 | Miller, Kenneth G.; Wright, J. D. et al.: Abrupt, transient climatic and carbon extraction events associated with the Cenomanian/Turonian boundary (OAE2), Bass River, NJ | |
| 45% | | 1979 | Thierstein, H. R.: Paleoceanographic implications of organic carbon and carbonate distribution in Mesozoic deepsea sediments | |
| 45% | | 1986 | Farrimond, P.; Eglinton, G. et al.: Alkenones in Cretaceous black shales, Blake-Bahama Basin, western North Atlantic | |
| 45% | | 1982 | Cita, M. B.; Grignani, D.: Nature and origin of late Neogene Mediterranean sapropels | |
| 45% | | 1982 | Meyers, Philip A.; Kawka, Orest E. et al.: Organic geochemical comparison of Cretaceous green claystones and black shales from the South Atlantic seabed | |
| 45% | | 1986 | Herbin, J. P.; Montadert, L. et al.: Organic-rich sedimentation at the Cenomanian-Turonian boundary in oceanic and coastal basins in the North Atlantic and Tethys | |
| 45% | | 1986 | Herbin, J. P.; Magniez-Jannin, F. et al.: Mesozoic organic rich sediments in the South Atlantic; distribution in time and space | |
| 45% | | 1990 | Morse, John W.; Emeis, Kay C.: Controls on C/S ratios in hemipelagic upwelling sediments | |
| 45% | | 1984 | Bair, John; Hart, George F.: Palynology of some Lower Cretaceous sediments from the Malvinas area, South Atlantic | |
| 45% | | 2006 | Robinson, S. A.; Clarke, L. J. et al.: Oceanic anoxic events in the Early Cretaceous Pacific Ocean; unique records from the Calera Limestone of Central California | |
| 45% | | 2002 | Jahn, Britta: Mid to late Pleistocene variations of marine productivity in and terrigenous input to the Southeast Atlantic | |
| 45% | | 1983 | Dean, Walter E.; Arthur, Michael A.: Relationships between amount and type of organic matter and isotopic and chemical compositions of Cretaceous black shales | |
| 45% | | 1993 | Suits, Neil S.; Arthur, Michael A. et al.: C-S-Fe systematics in Peru margin muds | |
| 45% | | 1984 | Anastasakis, George C.; Stanley, Daniel Jean: Sapropels and organic-rich variants in the Mediterranean; sequence development and classification | |
| 45% | | 1998 | Delaney, M. L.: Phosphorus accumulation in marine sediments and the oceanic phosphorus cycle | download |
| 45% | | 2003 | Kurtz, A. C.; Kump, L. R. et al.: Early Cenozoic decoupling of the global carbon and sulfur cycles | download |
| 45% | | 1987 | Emeis, K. C.: Cretaceous black shales of the South Atlantic Ocean; the role and origin of recycled organic matter | |
| 45% | | 1980 | Yemel'yanov, Ye. M.; Trimonis, E. S. et al.: Geokhimicheskiye issledovaniya pozdnekaynozoyskikh otlozheniy Geochemical studies of upper Cenozoic deposits | |
| 45% | | 1999 | Kaminski, M. A.; Kuhnt, Wolfgang et al.: The evolution and paleobiogeography of abyssal agglutinated Foraminifera since the Early Cretaceous; a tale of four faunas | |
| 45% | | 1983 | Eglinton, G.; Brassell, S. C. et al.: The role of organic geochemistry in the Deep Sea Drilling Project (DSDP/IPOD) | |
| 45% | | 1999 | Kemp, Alan E. S.; Pearce, Richard B. et al.: The role of mat-forming diatoms in the formation of Mediterranean sapropels | |
| 45% | | 1997 | Jung, M.; Ilmberger, J. et al.: Why some Mediterranean sapropels survived burn-down (and others did not) | |
| 45% | | 1998 | Sinninghe Damste, Jaap S.; Koester, Juergen: A euxinic southern North Atlantic Ocean during the Cenomanian/Turonian oceanic anoxic event | |
| 45% | | 1992 | Duan, W.; Raiswell, R. et al.: Geochemical characteristic of organic C, pyrite S and reactive Fe and environmental control on sediment in North Japan Sea basin | |
| 45% | | 1992 | Brumsack, H. J.: Geochemistry of Cretaceous black shale from the Cenomanian/Turonian boundary event; paleoenvironment of deposition and time limitations | |
| 45% | | 1997 | Hofmann, P.; Ricken, Werner et al.: Processes controlling the accumulation of organic matter in high frequency sedimentary cycles of Albian age in the North Atlantic Ocean | |
| 45% | | 1999 | Premoli Silva, Isabella; Sliter, William V.: Cretaceous paleoceanography; evidence from planktonic foraminiferal evolution | |
| 45% | | 2009 | Slomp, C. P.; Kraal, P. et al.: Reconstructing phosphorus and carbon cycling during Cretaceous oceanic anoxic events; why we need modern analogues | |
| 45% | | 1990 | Heinze, P. M.: Kohlenstoffisotopen-Verhaeltnisse benthischer Foraminiferen aus der Sauerstoffminimum-Zone vor Peru (ODP Leg 112) Carbon isotope relationships of the benthonic foraminifers from the oxygen minimum zone of Peru, ODP Leg 112 | |
| 45% | | 1982 | Cool, Thomas E.: Sedimentological evidence concerning the paleoceanography of the Cretaceous western North Atlantic Ocean | |
| 45% | | 1994 | Lichtfouse, Eric; Rullkoetter, Juergen: Accelerated transformation of organic matter below the silica transition zone in immature sediments from the Japan Sea | |
| 45% | | 1997 | Lueckge, Andreas: Ablagerung und Fruehdiagenese organischen Materials in marinen Hochproduktivitaetsgebieten Deposit and early diagenesis of organic materials in highly productive marine environments | |
| 45% | | 1983 | Waples, Douglas W.: Reappraisal of anoxia and organic richness, with emphasis on Cretaceous of North Atlantic | |
| 45% | | 2008 | Moran, Kathryn; Backman, Jan et al.: A dynamic Cenozoic Arctic Ocean | |
| 38% | | 1998 | Dean, Walter E.; Arthur, Michael A.: Geochemical expressions of cyclic Neocomian carbonate sequences in the North Atlantic | |
| 38% | | 1999 | Dean, Walter E.; Arthur, Michael A.: Sensitivity of the North Atlantic Basin to cyclic climatic forcing during the Early Cretaceous | |
| 36% | | 1990 | Kuhnt, Wolfgang; Herbin, Jean Paul et al.: Distribution of Cenomanian-Turonian organic facies in the western Mediterranean and along the adjacent Atlantic margin | |
| 36% | | 1986 | Dean, Walter E.; Arthur, Michael A. et al.: Depletion of (super 13) C in Cretaceous marine organic matter; source, diagenetic, or environmental signal? | |
| 36% | | 1986 | Rullkoetter, J.; Mukhopadhyay, P. K. et al.: Facies and diagenesis of organic matter in deep sea sediments from the Blake Outer Ridge and the Blake Bahama Basin, western North Atlantic | |
| 36% | | 2001 | Thiede, Joern; Schaefer, Priska et al.: Present and past oceanographic controls of sediment formation in North Atlantic-Arctic gateway (a critical appraisal of SFB 313 scientific results) | |
| 36% | | 2008 | Mohtadi, Mahyar; Rossel, Pamela et al.: Deglacial pattern of circulation and marine productivity in the upwelling region off central-south Chile | |
| 36% | | 2005 | Brinkhuis, H.; Schouten, S. et al.: A giant Arctic freshwater pond at the end of the early Eocene; implications for ocean heat transport and carbon cycling | |
| 36% | | 1994 | Moers, M. E. C.; de Leeuw, J. W. et al.: Origin and diagenesis of carbohydrates in ancient sediments | |
| 36% | | 1988 | Soh, Wonn; Ishizuka, T. et al.: Where does the organic material of the deep-sea Nankai Trough sediments come from? | |
| 36% | | 2000 | Emeis, Kay-Christian; Struck, Ulrich et al.: Temperature and salinity variations of Mediterranean Sea surface waters over the last 16,000 years from records of planktonic stable oxygen isotopes and alkenone unsaturation ratios | |
| 36% | | 2005 | Finkel, Zoe V.; Katz, Miriam E. et al.: Climatically driven macroevolutionary patterns in the size of marine diatoms over the Cenozoic | |
| 36% | | 2008 | Francois, L.; Lefebvre, V. et al.: Modelling the middle Miocene excursion in the (super 13) C isotopic composition of deep seawater | |
| 32% | | 1990 | Hill, Peter J.; Coulbourn, William T. et al.: Manihiki Plateau; results of recent resource-oriented shipboard investigations and discovery of a major ?mud volcano complex | |
| 32% | | 2007 | Cohen, Anthony S.; Coe, Angela L. et al.: The late Palaeocene-early Eocene and Toarcian (Early Jurassic) carbon isotope excursions; a comparison of their time scales, associated environmental changes, causes and consequences | |
| 31% | | 1992 | Rullkoetter, Juergen; Littke, Ralf et al.: Petrography and geochemistry of organic matter in Triassic and Cretaceous deep-sea sediments from the Wombat and Exmouth plateaus and nearby abyssal plains off Northwest Australia | download |
| 31% | | 1970 | Pimm, A. C.: Carbon carbonate results, leg 4, Chapter 13 | download |
| 28% | | 1984 | Hinz, Karl; Winterer, Edward L. et al.: Site 545 | download |
| 28% | | 1978 | Erdman, J. G.; Schorno, K. S.: Geochemistry of carbon; Deep Sea Drilling Project, legs 42A and 42B | download |
| 27% | | 2000 | Olsson, Richard K.; Miller, K. G. et al.: Mid-Cretaceous sequences, carbon extraction, and sea-level histories | |
| 27% | | 2005 | Tipple, Brett J.; Pagani, Mark: A biomarker record of the Paleogene evolution and expansion of C4 plants | |
| 27% | | 1998 | Sugarman, P. J.; Olsson, R. K. et al.: Geochemical signature and paleoecological changes associated with the Cenomanian/Turonian anoxic event, Bass River, New Jersey, ODP Leg 174AX | |
| 27% | | 2001 | Hill, P. J.; Moore, A. M. G. et al.: Sedimentary basins and structural framework of the South Tasman Rise and East Tasman Plateau | |
| 25% | | 1977 | Bode, Gerald W.: Grain size and carbon/carbonate analyses, Leg 37 | download |
| 23% | | 2010 | Palike, Heiko; Nishi, Hiroshi et al.: Proceedings of the Integrated Ocean Drilling Program; Pacific Equatorial Age Transect; Expeditions 320 and 321 of the riserless drilling platform from and to Honolulu, Hawaii (USA); Sites U1331-U1336, 5 march-4 May 2009; and Honolulu, Hawaii (USA), to San Diego, California (USA); Sites U1337-U1338,; 4 May-22 June 2009 | |
| 22% | | 2009 | Fischer, Jan P.; Ferdelman, Timothy G. et al.: Oxygen penetration deep into the sediment of the South Pacific Gyre | download |
| 22% | | 1970 | Weser, Oscar E.: Lithologic summary, Chapter 30 | download |
| 20% | | 1997 | Pak, Dorothy; Miller, Kenneth G. et al.: Global significance of an isotopic record from the New Jersey coastal plain; linkage between the shelf and deep sea in the late Paleocene to early Eocene | download |
<< PREV | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | NEXT >>