Search SEDIS
7203 Publications found! (Query time: 0.001 s)
– Download as CSV file
– Download as KML file
<< PREV | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | NEXT >>
Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
52% | 130 | 1990 | Musgrave, Robert; Tarduno, John A. et al.: Post-depositional reduction of magnetite in Plio-Pleistocene carbonate oozes from the Equatorial Pacific (ODP Leg 130) and its paleomagnetic implications | |
52% | | 1983 | Gieskes, J. M.; Elderfield, H.: (super 87) Sr/ (super 86) Sr strontium in DSDP interstitial waters; carbonate diagenesis and alteration of volcanic matter | |
52% | 29 | 1975 | Erdman, J. G.; Schorno, K. S. et al.: Geochemistry of carbon and sulfur; DSDP Leg 29 | |
52% | 133 166 194 | 2003 | Eberli, Gregor P.; Isern, A. R. et al.: The faithful record of synchrony and amplitude of Neogene sea level variability in carbonate depositional environments from ODP legs 133, 166, and 194 | |
52% | 115 | 2004 | Reuning, Lars; Reijmer, John J. G. et al.: Diagenetic cycles in the sedimentary record; governed by primary environmental signals? | |
52% | 89 89-585 | 1988 | Lisitsyna, N. A.; Isaeva, A. B. et al.: Carbonate-phosphate rocks of submarine seamounts of the eastern Mariana Basin (Pacific Ocean) | |
52% | | 1978 | Berger, W. H.; Mayer, L. A.: Deep-sea carbonates; acoustic reflectors and lysocline fluctuations | |
52% | 202 202-1241 | 2008 | Lalicata, J. J.; Lea, D. W.: Carbonate dissolution in the eastern Equatorial Pacific during the Pleistocene; a preliminary study from ODP Site 1241 | |
52% | 74 74-525 115 115-716 133 133-817 166 166-1006 182 182-1126 | 2008 | Swart, Peter K.: Global synchronous changes in the carbon isotopic composition of carbonate sediments unrelated to changes in the global carbon cycle | |
52% | 75 75-532 | 1984 | Diester-Haass, L.; Meyers, P. A.: Paleoceanographic implications of carbonate dissolution cycles in Pleistocene sediments from DSDP Site 532, Walvis Ridge | |
52% | | 1986 | Gieskes, J. M.; Elderfield, H. et al.: Strontium and its isotopic composition in interstitial waters of marine carbonate sediments | |
52% | 103 | 1986 | Jansa, L. F.; Williamson, M. A.: The Grand Banks-Galicia Bank connection, preliminary results of ODP Leg 103 | |
52% | 194 | 2005 | Baechle, Gregor T.; Weger, R. et al.: Pore structure effects on elastic moduli-porosity relationships in carbonate rocks | |
52% | 130 | 1994 | Berger, W. H.; Stax, R.: Neogene carbonate stratigraphy of Ontong Java Plateau (western Equatorial Pacific); three unexpected findings | |
52% | 177 177-1090 | 2010 | Bohaty, S. M.; Palike, Heiko: Late Eocene-early Oligocene carbonate accumulation in the subantarctic South Atlantic; evidence for orbitally-paced fluctuations in regional lysocline depth | |
52% | 194 | 2001 | Wood, Jason; Delius, Heike et al.: Leg 194; Neogene carbonate platforms of the Marion Plateau, NE Australia | |
52% | 115 | 1990 | Cullen, James L.: Variations in carbonate production and preservation in the Equatorial Indian Ocean; late Pliocene to Recent | |
52% | 101 | 1987 | Harwood, Gill M.: Macro-pore development with marine pore fluids; evidence from Neogene Bahamian carbonate slope sediments | |
52% | 182 | 2000 | James, Noel P.: Death of a myth; drilling a cool-water carbonate platform margin in the Great Australian Bight | |
52% | | 1991 | Roof, Steven R.; Mullins, Henry T. et al.: Climatic forcing of cyclic carbonate sedimentation during the last 5.4 million years along the West Florida continental margin | |
52% | 168 168-1026 | 1998 | Monnin, Christophe; Buatier, Martine: Calcium carbonate stability in oceanic ridge flank sediments | |
52% | 115 115-709 | 1999 | Naidu, Pothuri Divakar; Malmgren, Bjorn A.: Quaternary carbonate record from the equatorial Indian Ocean and its relationship with productivity changes | |
52% | 143 144 | 1996 | Jenkyns, H. C.; Wilson, P. A. et al.: Comparative chemostratigraphy of Cretaceous Pacific guyots | |
52% | 182 | 1997 | Feary, David A.; James, Noel P. et al.: Southern Ocean paleoceanography and cool-water carbonate platform processes (sea level, facies, diagenesis, hydrology); ODP Leg 182 scientific objectives in the Great Australian Bight | |
52% | 38 38-342 | 2001 | Mork, M. B. E.; Leith, D. A. et al.: Origin of carbonate-cemented beds on the Naglfar Dome, Voring Basin, Norwegian Sea | |
52% | 307 | 2005 | Henriet, J. P.; Ferdelman, T. et al.: Atlantic carbonate mound drilling; challenges ahead | |
52% | 307 | 2005 | Henriet, J. P.; Foubert, A. et al.: Atlantic carbonate mound drilling; challenges ahead, from Porcupine to the Morocco margin | |
52% | 133 | 1992 | Davies, Peter J.; McKenzie, Judith A.: Leg 133 drilling off Northeast Australia | |
52% | 68 | 1980 | Gardner, J. V.; Prell, W. L.: Detailed carbonate stratigraphies for the late Neogene from the Caribbean and eastern Equatorial Pacific; DSDP LEG 68 - HPC | |
52% | 75 75-532 | 1983 | Gardner, James V.; Dean, Walter E.: Upper Cenozoic carbonate cycles and the history of upwelling on Walvis Ridge, South Atlantic Ocean | |
52% | 79 79-547 | 1991 | Dromart, G.: Slope microbial biostromes as evidence of marine flooding maxima in Jurassic carbonate sequences stratigraphy | |
52% | | 1988 | Davies, P. J.; Symonds, P. A. et al.: The evolution of the carbonate platforms in Northeast Australia; the goal of the Ocean Drilling Program | |
52% | 108 | 1989 | Mienert, J.; Bloemendal, Jan: A comparison of acoustic and rock-magnetic properties of Equatorial Atlantic deep-sea sediments; paleoceanographic implications | |
52% | 108 108-663 | 1997 | Rath, S.; Wagner, Thomas et al.: Quaternary eolian flux and carbonate dissolution in the equatorial South Atlantic (ODP Site 663); reconstruction from grain size parameters and their size spectra composition | |
52% | 143 144 | 2001 | Flood, P. G.: The "Darwin point" of Pacific Ocean atolls and guyots; a reappraisal | |
52% | 159 | 1997 | Pletsch, Thomas; Wagner, Thomas et al.: Sedimentary dynamics along an opening oceanic gateway; the Cretaceous Equatorial Atlantic (ODP Leg 159) | |
52% | 194 | 2006 | Anonymous: Introduction; Leg 194 postcruise research bibliography | download |
52% | 2 3 | 1979 | Violanti, D.; Premoli Silva, I. et al.: Quantitative characterization of carbonate dissolution facies of the Atlantic Tertiary sediments; an attempt | |
52% | | 1996 | Isern, A. R.; McKenzie, J. A. et al.: The role of sea-surface temperature as a control on carbonate platform development in the western Coral Sea | |
52% | 130 | 1997 | Berger, W. H.; Lind, I. L.: Abundance of color bands in Neogene carbonate sediments on Ontong Java Plateau; a proxy for sedimentation rate? | |
52% | 22 22-214 22-217 | 1975 | Brenneke, J. C.: Stable isotope studies of the lithification and diagenesis of carbonate sediments from the Ninetyeast Ridge | |
52% | 138 138-847 | 1992 | Murray, David W.; Farrell, John W.: Calcium carbonate and opal sedimentation in the eastern Equatorial Pacific during the past 3 million years | |
52% | 166 166-1006 166-1007 | 2008 | Turpin, Melanie; Emmanuel, Laurent et al.: Nature and origin of carbonate particles along a transect on the western margin of Great Bahama Bank (middle Miocene); sedimentary processes and depositional model | |
52% | 133 | 1995 | Betzler, C.; Brachert, T. C. et al.: Record of climatic change in neritic carbonates; examples of turnovers in Cenozoic depositional systems | |
52% | | 2002 | Groeger, Matthias: Deep-water circulation in the western Equatorial Atlantic; inferences from carbonate preservation studies and silt grain-size analysis | |
52% | 182 189 194 | 2003 | Fuller, Mike D.: On the magnetostratigraphy of ODP carbonate Legs 182, 189 and 194 around southern and eastern Australia | |
52% | 307 | 2008 | Kano, Akihiro: Early evolution of coral reefs inferred from the results of drilling study of a deep-sea carbonate mound | |
52% | 307 307-U1317 | 2009 | Rueggeberg, A.; Liebetrau, V. et al.: Environmental control on cold-water carbonate mounds development | |
52% | 320 321 | 2010 | Gussone, Nikolaus; Teichert, Barbara M. A. et al.: Fluctuations of the oceanic Ca-isotope budget and environmental changes during highly dynamic transitions of the Cenozoic | |
52% | 166 166-1005 166-1006 | 2012 | Oehlert, Amanda M.; Lamb-Wozniak, Kathryn A. et al.: The stable carbon isotopic composition of organic material in platform derived sediments; implications for reconstructing the global carbon cycle | |
52% | 17 17-166 | 2013 | Eberli, Gregor P.: The uncertainties involved in extracting amplitude and frequency of orbitally driven sea-level fluctuations from shallow-water carbonate cycles | |
52% | 58 58-443 58-446 | 1980 | Nisterenko, G. V.; Bannikova, L. A. et al.: Temperature of formation and isotopic composition of carbon and oxygen of carbonate veins in basalts, Deep Sea Drilling Project sites 443 and 446 | download |
52% | 173 | 2000 | Hopkinson, L. J.; Dee, S. et al.: Moving reactive interfaces and fractal carbonate replacement patterns in serpentinites; evidence from the southern Iberia abyssal plain | |
52% | 113 113-689 113-690 120 120-747 120-748 120-749 120-751 | 1993 | Rack, Frank R.; Bryant, William R. et al.: Microfabric and physical properties of deep-sea high latitude carbonate oozes | |
52% | 101 101-626 101-627 | 1985 | Schlager, Wolfgang; Austin, J. et al.: Ocean Drilling Program; rise and fall of carbonate platforms in the Bahamas | |
52% | | 1996 | Azambuja Filho, N. C.; Azevedo, R. L. M.: Cyclostratigraphy and stable isotopes in the Oligocene-Miocene succession of the Campos Basin, Brazil | |
52% | | 1986 | Feazel, Charles T.: If chalk could talk; a sea story over 100 million years old | |
52% | 138 138-846 201 201-1226 | 2007 | Bekins, Barbara A.; Spivack, Arthur J. et al.: Dissolution of biogenic ooze over basement edifices in the Equatorial Pacific with implications for hydrothermal ventilation of the oceanic crust | |
52% | 113 113-690 | 2005 | Stoll, Heather M.: Limited range of interspecific vital effects in coccolith stable isotopic records during the Paleocene-Eocene Thermal Maximum | download |
52% | 182 182-1130 182-1132 | 2000 | Drexler, Tina M.; Brooks, Gregg R. et al.: Cyclic deposition in a cool-water carbonate slope setting; Great Australian Bight | |
52% | 194 | 2007 | Ehrenberg, S. N.: Whole core versus plugs; scale dependence of porosity and permeability measurements in platform carbonates | |
52% | | 1999 | Olson, Hilary C.; Gary, Anthony: Integrated approaches to studying sea-level changes; examples from the Gulf of Mexico and the New Jersey margin using IPS software | |
52% | 117 117-727 117-728 | 1997 | Takahashi, Kyoma; Oba, Tadamichi et al.: Quaternary change of productivity and carbonate dissolution process in coastal upwelling region, western Arabian Sea | |
52% | | 2002 | Swart, Peter: Recrystallization and carbon isotopic composition of pore waters associated with the diagenesis of periplatform sediments | |
52% | 76 76-534 77 77-535 | 1995 | Giraud, Fabienne: Recherche des periodicites astronomiques et des fluctuations du niveau marin a partir de l'etude du signal carbonate des series pelagiques alternantes; application au Cretace inferieur du Sud-Est de la France (Bassin Vocontien), de l'Atlantique central (site 534 DSDP) et du Golfe du Mexique (site 535 DSDP) Research on astronomic periodicity and sea-level fluctuations using the carbonate signal of alternating pelagic series; application to Lower Cretaceous from southeastern France, Vocontian Basin, from central Atlantic, DSDP Site 534, and from the Gulf of Mexico, DSDP Site 535 | |
52% | 32 32-305 130 130-806 199 199-1218 | 2006 | Lear, Caroline H.; Rosenthal, Yair: Benthic foraminiferal Li/Ca; insights into Cenozoic seawater carbonate saturation state | |
52% | | 1993 | Hagelberg, Teresa King: Variability of late Neogene eastern Equatorial Pacific carbonate sedimentation and global ice volume on timescales from 10,000 years to 1 million years | |
51% | 148 148-896 | 1996 | Tartarotti, Paola; Vanko, David A. et al.: Crack-seal veins in upper layer 2 in Hole 896A | download |
51% | 55 55-430 55-431 55-433 | 1980 | Greene, H. Gary; Clague, David A. et al.: Seismic stratigraphy and vertical tectonics of the Emperor Seamounts, DSDP Leg 55 | download |
51% | 22 22-216 22-217 | 1985 | Sankaran, A. V.; Nambi, K. S. V. et al.: Implications of diagenesis for the TL dating of the oceanic carbonate sediments in the northern Indian Ocean | |
51% | 96 96-615 | 1986 | Doyle, Larry J.; Bourrouilh, Robert: Carbonate megaturbidites; examples from Gulf of Mexico and French Pyrenees | |
51% | 120 120-747 | 1999 | Mutti, Maria; Bernoulli, Daniel et al.: Lower and middle Miocene carbonate facies in the central Mediterranean; the impact of paleoceanography on sequence stratigraphy | |
51% | 133 133-811 133-824 133-825 | 1992 | Brachert, Thomas C.; Betzler, Christian: Climatic control on shallow water carbonate systems, NE-Australia (ODP-Leg 133) | |
51% | 307 307-U1317 307-U1318 | 2011 | Mangelsdorf, Kai; Zink, Klaus G. et al.: Microbial lipid markers within and adjacent to Challenger Mound in the Belgica carbonate mound province, Porcupine Basin, offshore Ireland (IODP Expedition 307) | |
51% | 143 143-866 | 1996 | Flood, P. G.; Fagerstrom, J. A. et al.: Interpretation of the origin of massive replacive dolomite within atolls and submerged carbonate platforms; strontium isotopic signature ODP Hole 866A, Resolution Guyot, Mid-Pacific Mountains | |
51% | 166 166-1006 | 2002 | Williams, Trevor; Kroon, Dick et al.: Middle and upper Miocene cyclostratigraphy of downhole logs and short- to long-term astronomical cycles in carbonate production of the Great Bahama Bank | |
51% | 133 | 1991 | Davies, P. J.; McKenzie, J. A.: Horizontal and vertical interactions; key to the evolution of the Cainozoic carbonate platforms of northeast Australia; Leg 133 results | |
51% | 119 119-737 | 1993 | Burckle, Lloyd H.; Rudolph, Stacey et al.: Evidence for an early Pliocene cold event in the southern oceans | |
51% | 16 16-158 | 1980 | Dunn, Dean A.; Moore, T. C., Jr. et al.: An apparent "atlantic-type" carbonate stratigraphy in the late Miocene equatorial Pacific Ocean | |
51% | 113 113-689 113-690 120 120-747 120-751 | 1990 | Rack, Frank R.; Bryant, William R.: Microfabric and physical properties of deep-sea high latitude carbonate oozes | |
51% | 93 93-603 95 95-603 | 1993 | O'Brien, David K.; Manghnani, Murli H. et al.: Preferred orientation and velocity anisotropy in marine clay-bearing calcareous sediments | |
51% | 154 | 1997 | Murray, D. W.; Peterson, L. C.: Biogenic carbonate production and preservation changes between 5 and 10 Ma from the Ceara Rise, western Equatorial Atlantic | |
51% | 23 23-219 | 1989 | Dolan, James F.: Eustatic and tectonic controls on deposition of hybrid siliciclastic/carbonate basinal cycles; discussion with examples | |
51% | 145 145-881 145-882 145-884 191 191-1179 | 2004 | Findlay, Duncan J.; McCarthy, Francine M. G. et al.: A terrestrial source for anomalous calcium carbonate preservation in the abyssal western North Pacific | |
51% | 177 177-1089 | 2004 | Flores, Jose-Abel; Filippelli, Gabriel M. et al.: Calcareous nannofossils, calcium carbonate production and sediment geochemistry in the Southern Ocean during Isotope Stages 9 to 13 | |
51% | 175 175-1079 | 2004 | Baumann, Karl-Heinz; Boeckel, Babette et al.: Coccolith contribution to South Atlantic carbonate sedimentation | |
51% | 113 113-690 | 2004 | Kelly, D. C.; Zachos, J. C. et al.: Revisiting ODP Site 690 to assess the responses of marine carbonate chemistry to the Paleocene-Eocene Thermal Maximum | |
51% | 165 165-1000 | 1999 | Duncan, David S.; Hine, Albert C. et al.: Tectonic controls on carbonate sequence formation in an active strike-slip setting; Serranilla Basin, northern Nicaragua Rise | |
51% | 199 | 2010 | Palike, Heiko; Lyle, M. W. et al.: Carbonate fluxes to the eastern Equatorial Pacific during the Eocene; using the GENIE earth system model to investigate carbonate accumulation event mechanisms and dynamics revealed by the Pacific Equatorial Age Transect (PEAT) | |
51% | 144 | 1998 | Camoin, G. F.; Arnaud-Vanneau, A. et al.: Development and demise of mid-oceanic carbonate platforms, Wodejebato Guyot (NW Pacific) | |
51% | 165 165-999 165-1000 | 1998 | Mutti, Maria: Early to middle Miocene carbonate chemostratigraphy and compositional changes of shelf-derived turbidites from ODP Leg 165, Site 1000, northern Nicaraguan Rise and Site 999, Colombian Basin | |
51% | 115 115-715 115-716 | 1991 | Aubert, O.; Droxler, A. W.: Cenozoic evolution of the Maldives carbonate system (equatorial Indian Ocean) | |
51% | 130 130-807 | 1990 | Wilkins, Roy H.; Urmos, J.: The nature of the ooze-chalk-limestone transition in marine carbonates; evidence from the Ontong-Java Plateau, ODP Leg 130 | |
51% | 166 166-1005 | 1998 | de Mol, B.; Westphal, H. et al.: Correlation between geophysical and sedimentological properties in ODP Leg 166, Site 1005A | |
51% | | 2005 | Foubert, A.; Maignien, L. et al.: Carbonate mounds in a seep province on the Moroccan margin; a prime target for ocean drilling (IODP 673 pre-proposal) | |
51% | 166 166-1005 166-1009 | 1999 | Henderson, Gideon M.; Slowey, Niall C. et al.: Fluid flow through carbonate platforms; constraints from (super 234) U/ (super 238) U and Cl (super -) in Bahamas pore-waters | |
51% | 30 30-289 | 1980 | Manghnani, Murli H.; Schlanger, Seymour O. et al.: Elastic properties related to depth of burial, strontium content and age, and diagenetic stage in pelagic carbonate sediments | |
51% | 27 27-259 | 2007 | Hancock, Haidi J. L.; Dickens, Gerald R. et al.: Reappraisal of early Paleogene CCD curves; foraminiferal assemblages and stable carbon isotopes across the carbonate facies of Perth abyssal plain | |
51% | 166 166-1006 | 2002 | Reuning, L.; Bauch, T. et al.: Are sea-level and paleoceanographic changes equal players controlling carbonate platform development? | |
51% | 120 121 121-752 121-753 121-754 121-755 | 1991 | Driscoll, Neal W.; Weissel, Jeffrey K. et al.: Stratigraphic response of a carbonate platform to relative sea level changes; Broken Ridge, Southeast Indian Ocean | |
<< PREV | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | NEXT >>