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Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
42% | 114 114-704 | 1988 | Hodell, D. A.; Mueller, D. W. et al.: Mode, variability, and frequency of a near-continuous late Neogene carbonate and stable isotopic record from the subantarctic South Atlantic; ODP Site 704 | |
42% | 89 89-586 101 101-626 | 1988 | Fulthorpe, Craig Stephen: Paleoceanographic and tectonic controls on Neogene carbonate deposition in shelf, slope and pelagic settings | |
42% | 100 100-625 | 1988 | Roof, Steven R.; Mullins, Henry T.: Plio-Pleistocene cyclic carbonate sedimentation, northeastern Gulf of Mexico; a 5.4 million year climatic record | |
42% | | 1969 | Charm, W. B.; Nesteroff, W. D. et al.: Detailed stratigraphic description of the JOIDES cores on the continental margin off Florida | |
42% | 95 95-613 | 1992 | Wilkens, Roy H.; Cheng, C. H. et al.: Evaluation and prediction of shear wave velocities in calcareous marine sediment and rocks | download |
42% | 166 | 1996 | Anselmetti, F. S.; Eberli, G. P. et al.: From the Great Bahama Bank into the Straits of Florida; a margin architecture controlled by sea level fluctuations and ocean currents | |
42% | 73 | 1984 | Bode, Gerald W.: Appendix I; Carbon and carbonate analyses | |
42% | | 1968 | Weaver, Charles E.: Mineral facies in the Tertiary of the continental shelf and Blake Plateau | |
42% | | 1986 | Sarnthein, Michael; Ruddiman, W. et al.: ODP-Leg 108; investigating the development of Neogene climates and oceanic circulation in the low-latitude eastern Atlantic | |
42% | 166 166-1003 166-1007 | 2000 | Frank, Tracy D.; Bernet, Karin: Isotopic signature of burial diagenesis and primary lithological contrasts in periplatform carbonates (Miocene, Great Bahama Bank) | |
42% | 121 121-756 121-757 121-758 | 1992 | Brummer, G. J. A.; van Eijden, A. J. M.: "Blue-ocean" paleoproductivity estimates from pelagic carbonate mass accumulation rates | |
42% | 30 30-289 89 89-586 | 1989 | Fulthorpe, Craig Stephen; Schlanger, Seymour O. et al.: In situ acoustic properties of pelagic carbonate sediments on the Ontong Java Plateau | download |
42% | 307 307-U1317 | 2011 | Raddatz, Jacek; Rueggeberg, Andres et al.: Paleoenvironmental reconstruction of Challenger Mound initiation in the Porcupine Seabight, NE Atlantic | |
42% | 19 19-184 19-185 | 1979 | Underwood, M. B.; Vallier, T. L. et al.: Grain size, mineralogy, carbon/carbonate content, and age of Miocene and Pliocene samples from dredge hauls, DSDP Hole 184B and 185, and the Sandy River Well, southern Bering Sea continental margin and Alaska Peninsula | |
42% | 182 182-1126 182-1128 182-1131 182-1134 | 2002 | Basov, I. A.: Nakopleniye karbonatov v kholodnykh vodakh (182-y reys "DZhOIDES Rezolyushn") Carbonate accumulation in cold water; 182 JOIDES Resolution expedition | |
42% | | 1994 | Martinez R., J. Ignacio: Late Pleistocene carbonate dissolution patterns in the Tasman Sea | |
42% | | 1993 | McNeill, Donald F.; Kirschvink, Joseph L.: Early dolomitization of platform carbonates and the preservation of magnetic polarity | download |
42% | 144 144-877 | 1993 | Opdyke, B. N.; Wilson, P. A.: Geochemical constraints on Late Cretaceous tropical surface water temperature and chemistry based on relatively pristine carbonate from Leg 144, Site 877A, Wodejebato Guyot | |
42% | 30 30-288 30-289 33 33-316 | 1985 | Kim, Dae-Choul; Manghnani, Murli H. et al.: The role of diagenesis in the development of physical properties of deep-sea carbonate sediments | |
42% | 165 165-998 165-1000 | 1998 | Cunningham, Andrew David: Neogene evolution of the Pedro Channel carbonate system, northern Nicaragua Rise | |
42% | 159 159-958 | 1998 | Lindblom, Sten: Organic carbon and nitrogen variations at Site 958, off West Africa on the continental slope | download |
42% | 143 143-866 | 1998 | Flood, P. G.: Origin of white sucrosic dolomite within shallow-water limestones, ODP Hole 866A, Resolution Guyot, Mid-Pacific Mountains; strontium isotopic evidence for the role of sea water in dolomitization | |
42% | 143 144 | 1992 | Jansa, L. F.; Haggerty, J. A. et al.: Preliminary results of drilling reef-bearing guyots and atolls in western Pacific | |
42% | 68 68-502 | 1996 | Schwartz, J. P.; Droxler, A. W.: The mid-Brunhes carbonate dissolution interval; links between maximum NADW production, AAIW flux into the Caribbean, and the Stage 11 carbonate "crash" | |
42% | 75 75-532 86 86-576 | 1993 | Lavoie, Dawn L.; Bryant, William R.: Permeability characteristics of slope and deep-water carbonates from a microfabric perspective | |
42% | 75 75-532 | 1987 | Diester-Haass, L.; Rothe, P.: Plio-Pleistocene sedimentation on the Walvis Ridge, Southeast Atlantic (DSDP Leg 75, Site 532); influence of surface currents, carbonate dissolution and climate | |
42% | 154 | 1997 | Curry, William B.; Cullen, James L.: Carbonate production and dissolution in the western Equatorial Atlantic during the last 1 M.Y. | |
42% | 138 138-850 | 1997 | Schroeder, J. O.; Murray, R. W. et al.: Barium in Equatorial Pacific carbonate sediment; terrigenous, oxide, and biogenic associations | download |
42% | 130 130-806 130-807 | 1997 | Frazer, L. Neil; Sun, Xinhua et al.: Changes in attenuation with depth in an ocean carbonate section; Ocean Drilling Program sites 806 and 807, Ontong Java Plateau | |
42% | 130 130-804 130-806 | 1998 | Andersson, Carin: Pliocene calcium carbonate sedimentation patterns of the Ontong Java Plateau; ODP sites 804 and 806 | |
42% | 165 165-998 165-999 | 1998 | Droxler, A. W.; Cunningham, A. D. et al.: Linkage between carbonate bank foundering (northern Nicaragua Rise), late middle Miocene establishment of the Caribbean Current, and the initiation of NADW production | |
42% | 166 166-1006 | 1999 | Kroon, D.; Rendle, R. H. et al.: Orbitally induced cyclicity patterns of late Cenozoic Great Bahama Bank platform production | |
42% | 40 40-362 75 75-532 | 1987 | Meyers, P. A.; Diester-Haass, L.: Carbonate dissolution cycles in sediments from DSDP sites 362 and 532, Walvis Ridge continental terrace | |
42% | 9 9-77 16 16-158 | 1979 | Dunn, D. A.; Moore, T. C., Jr.: Late Miocene calcium carbonate stratigraphy of the equatorial Pacific | |
42% | 159 | 1996 | Lohmann, Kyger C.; Marcano, Maria: Petrographic & geochemical evolution of Upper Cretaceous reefal, peri-platform limestones, Ivorian-Ghana Basin ODP Leg 159; implications for uplift and burial history of the marginal ridge | |
42% | | 1996 | Meggers, Helge: Pliozaen-quartaere Karbonatsedimentation und Palaeozeanographie des Nordatlantiks und des Europaeischen Nordmeeres; Hinweise aus planktischen Foraminiferengemeinschaften Pliocene-Quaternary carbonate sedimentation and paleoceanography of the North Atlantic and the European North Sea; indications from planktonic foraminiferal assemblages | |
42% | 36 36-327 36-330 | 1975 | Constans, R. E.; Wise, S. W., Jr.: Fluctuations in the carbonate compensation depth recorded in deep sea cores [abstr.]: | |
42% | 182 182-1127 182-1129 | 2003 | Saxena, Sabine; Betzler, Christian: Genetic sequence stratigraphy of cool water slope carbonates (Pleistocene Eucla shelf, southern Australia) | |
42% | | 2003 | Amore, O. F.; Bonardi, G. et al.: Il progresso delle conoscenze sui depositi miocenici dell'Appennino centro-meridionale a partire dai lavori di Selli del 1957 e del 1962 Miocene stratigraphic units of the Central and Southern Apennines, Italy, after Selli's work of 1957 and 1962 | |
42% | 8 8-70 85 85-575 199 | 2003 | Mitchell, Neil C.; Lyle, Mitchell W. et al.: Lower Miocene to present stratigraphy of the Equatorial Pacific sediment bulge and carbonate dissolution anomalies | download |
42% | 208 | 2004 | Schellenberg, S. A.; Nielsen, J. L. et al.: Cenozoic variations in the South Atlantic carbonate saturation profile; insights from the Walvis depth-transect (ODP Leg 208) | |
42% | 175 175-1085 175-1086 175-1087 | 2004 | Diester-Haass, L.; Meyers, P. A. et al.: Carbonate crash and biogenic bloom in the late Miocene; evidence from ODP Sites 1085, 1086, and 1087 in the Cape Basin, Southeast Atlantic Ocean | download |
42% | 113 113-690 198 198-1209 | 2010 | Gibbs, Samantha J.; Stoll, Heather M. et al.: Ocean acidification and surface water carbonate production across the Paleocene-Eocene Thermal Maximum | |
42% | 39 72 113 171B 198 198-1209 208 208-1262 | 2010 | Thomas, D. J.; Woodard, S. C. et al.: Orbitally-paced carbonate dissolution during the Paleocene | |
42% | 199 199-1218 199-1219 | 2010 | Edgar, K. M.; Palike, Heiko et al.: Reconstructing ocean carbonate compensation depth variability in the Oligocene and early Miocene | |
42% | | 2001 | Mauffret, Alain; Leroy, Sylvie et al.: Prolonged magmatic and tectonic development of the Caribbean igneous province revealed by a diving submersible survey | |
42% | 30 30-288 30-289 | 1982 | Elderfield, Henry; Gieskes, Joris M. et al.: (super 87) Sr/ (super 88) Sr and (super 18) O/ (super 16) O ratios, interstitial water chemistry and diagenesis in deep-sea carbonate sediments of the Ontong Java Plateau | |
42% | 143 144 | 1999 | Jenkyns, Hugh C.; Wilson, Paul A.: Stratigraphy, paleoceanography, and evolution of Cretaceous Pacific guyots; relics from a greenhouse Earth | |
42% | 164 164-994 164-995 164-996 164-997 | 2000 | Naehr, Thomas H.; Rodriguez, Nancy M. et al.: Methane-derived authigenic carbonates associated with gas hydrate decomposition and fluid venting above the Blake Ridge Diapir | |
42% | 96 96-619 | 1984 | Williams, Douglas F.; Kohl, Barry et al.: Oxygen isotope and carbonate stratigraphies of the Pygmy Basin, Site 619, DSDP Leg 96, Gulf of Mexico | |
42% | 310 310-M0005 | 2010 | Iryu, Yasufumi; Takahashi, Yasunari et al.: Sealevel history recorded in the Pleistocene carbonate sequence in IODP Hole 310-M0005D, off Tahiti | |
42% | 130 130-807 | 2007 | Fantle, M. S.; DePaolo, Donald J.: Constraining reaction rates in marine carbonate sediments using reactive transport modeling; investigating the effects of diagenesis on Sr, Ca, and Mg | |
42% | 101 166 | 1998 | Caspard, Emmanuel; Brosse, Etienne P. et al.: Geochemical simulation of dolomitization in platform carbonate reservoirs | |
42% | 162 162-984 | 1998 | O'Connell, Suzanne; Venherm, Claudia et al.: Glacial/interglacial sedimentological changes during the mid-Pleistocene at Bjorn Drift, ODP Site 984, Leg 162 | |
42% | 199 199-1218 | 2005 | Coxall, Helen K.; Wilson, Paul A. et al.: Rapid stepwise onset of Antarctic glaciation and deeper calcite compensation in the Pacific Ocean | |
42% | 177 177-1089 177-1090 | 2005 | Zylberberg, D. R.; Goldstein, S. L. et al.: Relationships between deep ocean circulation and carbonate preservation in the South Atlantic | |
42% | 30 30-288 30-289 | 1975 | Klein, George D.: Resedimented pelagic carbonate and volcanic sediments from DSDP sites 288 and 289, Ontong-Java Plateau, western equatorial Pacific | |
42% | 150 150-903 | 1998 | Vecsei, A.; van der Smissen, J. H.: Early carbonate diagenesis in slope sequences and at their boundaries, Cenozoic, offshore New Jersey (ODP Leg 150) | |
42% | 185 185-1149 | 2007 | Foubert, Anneleen; van Rooij, David et al.: X-ray imagery and physical core logging as a proxy of the content of sediment cores in cold-water coral mound provinces; a case study from Porcupine Seabight, SW of Ireland | |
42% | 85 85-573 114 114-704 138 | 1994 | Bloomer, S. F.; Mayer, L. A.: Connecting the seismic stratigraphy of the eastern Equatorial Pacific to the carbonate stratigraphy of the central Equatorial Pacific and the Southern Ocean | |
42% | 101 101-633 166 166-1006 | 2005 | Schwarz, J.; Steinke, S. et al.: Mid-Pleistocene changes in the composition of periplatform sands of the Great Bahama Bank margins | |
42% | | 1996 | Feary, David A.; James, Noel P. et al.: Cenozoic cool-water carbonates of the Great Australian Bight; an ODP proposal to decipher the record of Southern Ocean evolution, sealevel, paleoclimate, and biogenic production | |
42% | 175 175-1085 175-1087 177 177-1092 | 2002 | Westerhold, T.; Bickert, T.: The middle to late Miocene carbonate crash in the Southeast Atlantic; link to nutrient fluxes and ocean circulation | |
42% | 194 194-1193 | 2002 | John, Cedric M.; Mustacciu, Gabriele et al.: The platform to slope transition of the Marion Plateau (ODP Leg 194, northeastern Australia); perspectives gained from mineralogy and facies analysis | |
42% | 93 93-603 95 95-603 | 2002 | Bornemann, Andre; Mutterlose, Joerg: The role of calcareous nannofossils in pelagic carbonate production during the Tithonian to Hauterivian interval | |
42% | 307 | 2003 | Henriet, Jean-Pierre; Guidard, S. et al.: Carbonate mounds as a possible example for microbial activity in geological processes | |
42% | 165 165-1001 | 1998 | D'Hondt, S.; King, J. W. et al.: Recovery of carbonate accumulation after the Cretaceous/Paleogene impact | |
42% | 21 21-210 30 30-288 30-289 | 1980 | Mulholland, Phillip; Manghnani, Murli H. et al.: Geoacoustic modeling of deep-sea carbonate sediments | |
42% | 30 30-288 | 1983 | Kim, Dae-Choul; Katahara, Keith W. et al.: Velocity and attenuation anisotropy in deep-sea carbonate sediments | download |
42% | 143 144 | 1998 | Wilson, Paul A.; Jenkyns, Hugh C. et al.: The paradox of drowned carbonate platforms and the origin of Cretaceous Pacific guyots | |
42% | 63 63-473 85 85-572 | 1984 | Prell, W. L.: The evolution of stable isotope and carbonate patterns in the Pliocene of the Equatorial Pacific | |
42% | 143 143-866 143-867 143-868 | 1993 | Strasser, A.: Small-scale shallow-water carbonate sequences (Barremian to Albian) from Resolution Guyot, western Mid-Pacific Mountains; first results from ODP Leg 143 | |
42% | 117 117-722 121 121-758 | 1993 | Bassinot, Franck C.: Sonostratigraphy of tropical Indian Ocean giant piston cores; toward a rapid and high-resolution tool for tracking dissolution cycles in Pleistocene carbonate sediments | |
42% | 182 182-1129 182-1131 182-1132 | 2001 | Holbourn, Ann; Kuhnt, Wolfgang et al.: Late Pleistocene paleo-oceanography of a cool-water carbonate margin; the Great Australian Bight | |
42% | 115 115-714 | 1999 | Spero, Howard J.; Bijma, Jelle et al.: Deconvolving glacial ocean carbonate chemistry from the planktonic Foraminifera carbon isotope record | |
42% | 307 307-U1316 307-U1317 | 2005 | Huvenne, Veerle Ann Ida; Cragg, Barry A.: Drilling recent deep-water coral banks; Expedition 307, Porcupine Basin carbonate mounds | |
42% | 307 | 2010 | Hebbeln, Dierk; Dorschel, Boris et al.: Growth and erosion; the long-term history of recent carbonate mounds from the Irish margin | |
42% | 166 166-1003 166-1005 166-1006 166-1007 | 2001 | Isern, A. R.; Anselmetti, F.: The influence of carbonate platform morphology and sea level on fifth-order petrophysical cyclicity in slope and basin sediments adjacent to the Great Bahama Bank | |
42% | 175 175-1085 175-1087 | 2001 | Westerhold, Thomas; Bickert, Torsten et al.: The middle to late Miocene carbonate crash in the eastern South Atlantic; link to nutrient fluxes and ocean circulation | |
42% | 154 154-927 165 165-999 | 2001 | Groeger, M.; Henrich, R.: Tiefenwasserzirkulation im pliozaen-quartaeren Atlantik; Hinweise aus Karbonaterhaltungsstudien und Siltkorngroessenverteilungen Deep water circulation in the Pliocene-Quaternary Atlantic; evidence from carbonate preservation studies and silt grain size distributions | |
42% | 175 175-1085 177 177-1092 | 2006 | Krammer, R.; Baumann, Karl-Heinz et al.: IODP; calcareous nannofossils in the SE Atlantic during the middle to late Miocene; coccolithophorid carbonate budgets and fine-fraction stable isotopes | |
42% | 303 303-U1302 303-U1303 | 2006 | Romero, O. E.: IODP; detrital carbonate (Heinrich-type) layers during glacial stages of the Bruhnes chromozone at IODP Site 1302/03 (North Atlantic, off Newfoundland) | |
42% | 307 | 2006 | Mangelsdorf, Kai; Zink, Klaus G. et al.: IODP; indication for deep microbial populations in sediments below the Challenger carbonate mound in the Porcupine Basin, offshore Ireland (IODP Leg 307) | |
42% | 154 154-927 154-928 | 2006 | Preiss-Daimler, Inga; Henrich, Ruediger: IODP; the Miocene carbonate crash; first results from carbonate budgets and silt grain size analysis (ODP Sites 927, 928) | |
42% | 307 | 2006 | Titschack, Juergen; Foubert, A. et al.: IODP; X-ray computer tomography and image analyses as tool for coral quantification and identification in cold-water coral mounds (Challenger Mound, Porcupine Seabight, IODP Expedition 307) | |
42% | 72 72-516 90 90-588 94 94-608 | 2002 | Ennyu, Atsuhito; Arthur, Michael A. et al.: Fine-fraction carbonate stable isotopes as indicators of seasonal shallow mixed-layer paleohydrography | |
42% | 175 175-1085 175-1087 | 2004 | Kastanja, Mia Maria; Henrich, Ruediger: The middle to late Miocene carbonate crash event at ODP sites 1085 and 1087, SE Atlantic; implications from terrigenous supply | |
42% | 166 166-1006 | 2004 | Reuning, Lars; Reijmer, John J. G. et al.: The semiannual cycle in sea surface temperature (SST) as modern analog for the generation of semiprecession cycles in the early Pliocene | |
42% | 146 146-889 | 2005 | Conly, A. G.; Scott, S. D. et al.: Mineralogy and stable isotope compositions of carbonate and sulphide minerals of carbonate crusts associated with gas hydrate-forming cold vents from the NE Pacific | |
42% | 138 138-844 138-851 | 2003 | You Chen-Feng; Chan, L. H. et al.: Seawater intrusion through the oceanic crust and carbonate sediment in the Equatorial Pacific; lithium abundance and isotopic evidence | download |
42% | 177 177-1089 | 2002 | Flores, Jose-Abel; Sierro, Francisco Javier et al.: Sea-surface dynamics and calcium carbonate production during MIS9 to 13 in the Southern Ocean; relationship between geochemistry and the calcareous nannofossil record | |
42% | 166 166-1006 | 2002 | Reuning, L.; Bauch, T. et al.: Semi-precession cycles at the slope of the early Pliocene Great Bahama Bank | |
42% | 186 186-1150 186-1151 | 2009 | Ijiri, Akira; Tsunogai, Urumu et al.: Enrichment of adsorbed methane in authigenic carbonate concretions of the Japan Trench | |
42% | 208 208-1262 208-1263 208-1266 | 2010 | Kelly, Daniel C.; Nielsen, Tina M. J. et al.: Spatiotemporal patterns of carbonate sedimentation in the South Atlantic; implications for carbon cycling during the Paleocene-Eocene Thermal Maximum | |
42% | 307 307-U1317 | 2010 | Thierens, Mieke; Titschack, J. et al.: The 2.6 Ma depositional sequence from the Challenger cold-water coral carbonate mound (IODP Exp. 307); sediment contributors and hydrodynamic palaeo-environments | |
42% | 40 40-364 | 1984 | Hussler, G.; Connan, J. et al.: Novel families of tetra- and hexacyclic aromatic hopanoids predominant in carbonate rocks and crude oils | |
42% | 11 11-98 11-99 11-100 11-101 11-105 | 1975 | Brenneke, J. C.; Anderson, T. F.: Stable isotopic studies of Leg XI carbonates; implications for diagenesis and lithification in the deep sea | |
42% | 208 | 2004 | Zachos, J. C.; Roehl, U. et al.: Extreme acidification of the deep sea at the Paleocene-Eocene boundary; new constraints from Ocean Drilling Program Leg 208 | |
42% | 138 138-846 | 2008 | Kim, G. Y.; Wilkens, R. H. et al.: In situ correction of porosity and velocity of pelagic carbonate sediments in the eastern Equatorial Pacific (Sites 846 and 850, ODP Leg 138) | |
42% | 108 108-668 | 2008 | Hoenisch, Baerbel; Yu, J. et al.: Pleistocene records of marine carbonate chemistry | |
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