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Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
100% | 138 154 162 | 1997 | Ranganathan, Jai: Optical methods for determining calcium carbonate concentrations within Ocean Drilling Program sediment cores | |
89% | | 1974 | Berger, W. H.; Winterer, E. L.: Plate stratigraphy and the fluctuating carbonate line | |
86% | 184 184-1143 | 2003 | Liu Zhifei; Xu Jian et al.: Calcium carbonate pump during Quaternary glacial cycles in the South China Sea | |
83% | 184 184-1148 | 2002 | Chen Xiaoliang; Zhao Quanhong et al.: Variations in carbonate content since the Miocene and paleoenvironmental implications at ODP Site 1148, northern South China Sea | |
82% | | 2003 | Belopolsky, Andrei; Droxler, Andre: Imaging Tertiary carbonate system, the Maldives, Indian Ocean; insights into carbonate sequence interpretation | |
80% | 208 | 2004 | Schellenberg, Stephen A.; Nielsen, Jennifer L.: Cenozoic variations in the South Atlantic carbonate saturation profile; insights from the Walvis Ridge depth-transect of ODP Leg 208 | download |
80% | 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 | |
77% | 120 120-751 | 1992 | Howard, William R.: Data report; Carbonate sedimentation during the Miocene and Pliocene on the southern Kerguelen Plateau (Site 751) | download |
77% | | 1970 | Bukry, David; King, Stanley A. et al.: Geological significance of coccoliths in fine-grained carbonate bands of postglacial Black Sea sediments | |
77% | | 2000 | Belopolsky, Andrei Victorovich: Tectonic and eustatic controls on the evolution of the Maldive carbonate platform | |
77% | | 1980 | Worsley, T. R.; Davies, T. A.: Deep sea carbonate accumulation, land/sea ratios, and paleoclimate | |
77% | | 2004 | Saxena, Sabine; Gottwald, Eckehard: Gefriertrocknung und Haertung unverfestigter pleistozaener Karbnatsande zur Duennschliffherstellung Freeze-drying and hardening of unconsolidated Pleistocene carbonate sands for thin section production | |
77% | | 1970 | Carbon carbonate results, (Chapter) 9 | download |
74% | | 1979 | Thierstein, H. R.: Paleoceanographic implications of organic carbon and carbonate distribution in Mesozoic deepsea sediments | |
74% | | 1986 | Thunell, Robert C.; Corliss, Bruce H.: Late Eocene-early Oligocene carbonate sedimentation in the deep sea | |
74% | 307 | 2005 | Williams, T.; Kano, A. et al.: Preliminary results from IODP Expedition 307, Porcupine Basin carbonate mounds | |
74% | | 1997 | Betzler, Christian: Ecological controls on geometries of carbonate platforms; Miocene / Pliocene shallow-water microfaunas and carbonate biofacies from the Queensland Plateau (NE Australia) | |
73% | 25 | 1974 | Girdley, W. A.: Appendix III; carbon and carbonate analyses, Leg 25 | download |
73% | 194 | 2002 | Isern, Alexandra R.; Anselmetti, Flavio S. et al.: Sea-level magnitudes recorded by continental margin sequences on the Marion Plateau, northeast Australia; ODP Leg 194 | |
73% | | 1986 | Lilje, Anneliese: Quantitative estimates of compaction in the calcareous ooze, chalk, limestone sequence | |
73% | 144 144-871 | 2011 | Robinson, Stuart A.: Shallow-water carbonate record of the Paleocene-Eocene Thermal Maximum from a Pacific Ocean guyot | |
73% | 166 | 2001 | Grammer, G. Michael; Harris, Paul M. et al.: Carbonate platforms; exploration- and production-scale insight from modern analogs in the Bahamas | |
73% | 184 184-1146 184-1148 | 2006 | Xiong Yan; Zhong Guangfa et al.: Inversion of stratal carbonate content using seismic data | |
73% | 208 208-1265 | 2006 | Tuo Shouting; Liu Zhifei et al.: The earliest Oligocene glacial maximum; records from ODP Site 1265, South Atlantic | |
72% | 307 | 2008 | Wheeler, A. J.; Freiwald, A. et al.: The CARBONATE project; mid-latitude carbonate systems; complete sequences from cold-water coral carbonate mounds in the Northeast Atlantic | |
72% | | 2003 | Wright, Kirsten V.: A numerical model of diffusion limited dissolution from deep Atlantic carbonate sediment | |
70% | 138 154 162 | 1997 | Ranganathan, Jai V.; O'Connell, Suzanne et al.: An improved grayscale analysis method for estimating calcium carbonate content in deep sea cores | |
68% | 194 | 2007 | Fabricius, Ida L.; Baechle, Gregor et al.: Estimating permeability of carbonate rocks from porosity and V (sub p) /V (sub s) | |
68% | 181 181-1120 | 2005 | Khim, B. K.; Lee, Y. J.: Abrupt increase of calcium carbonate contents in the Campbell Plateau (SW Pacific Ocean) during the deglaciation | |
67% | 1 1-1 1-2 1-3 1-4 1-5 1-6 1-7 | 1969 | Carbon carbonate results | download |
67% | 138 | 1995 | Dadey, Kathleen A.; Lyle, Mitchell: Development of a high-resolution calcium carbonate stratigraphy from logging data | download |
67% | 181 | 2004 | Millwood, Lynn D.; Hawkins, D. L., Jr. et al.: Utilizing color reflectance analysis as a carbonate concentration proxy | download |
66% | 85 85-571 85-572 85-573 85-574 85-575 | 1991 | Herbert, Timothy D.; Mayer, Larry A.: Long climatic time series from sediment physical property measurements | |
66% | 165 165-999 | 1999 | Shearer, Michelle C.; Droxler, Andre W.: Intense mid-Brunhes carbonate dissolution in Caribbean Quaternary sediments; neritic carbonate golden age and maximum NADW production | |
66% | 115 115-716 | 1991 | Baker, P. A.; Malone, M. J.: Geochemistry of periplatform carbonate sediments | |
66% | 175 175-1085 | 2004 | Krammer, Regina; Baumann, Karl-Heinz et al.: "Carbonate-Crash" im Miozaen; Coccolithen als wichtige Karbonat-Produzenten "Carbonate crash" in the Miocene; coccoliths as important carbonate producers | |
66% | 166 166-1003 166-1004 166-1005 166-1007 | 1999 | Betzler, Christian; Reijmer, John J. G. et al.: Sedimentary patterns and geometries of the Bahamian outer carbonate ramp (Miocene-lower Pliocene, Great Bahama Bank) | |
66% | 166 166-1003 | 2003 | Eberli, Gregor P.; Baechle, Gregor T. et al.: Factors controlling elastic properties in carbonate sediments and rocks | |
66% | 194 | 2006 | Kindler, Pascal; Ruchonnet, Cyril et al.: The southern Marion Platform (Marion Plateau, NE Australia) during the early Pliocene; a lowstand-producing, temperate-water carbonate factory | |
66% | 184 184-1143 | 2003 | Huang Wei; Liu Zhifei et al.: Searching for physical indicators of carbonate content in deep-sea sediments | |
65% | 82 | 1985 | Start, Gordon G.: Carbonate and coarse fraction records of the Pleistocene interval in the North Atlantic, hydraulic piston corer Hole 558A | download |
65% | 181 181-1121 | 2004 | Hancock, H. J. L.; Dickens, Gerald R.: Carbonate concentrations of Paleogene sediment at Hole 1121B, Campbell Drift | download |
64% | 101 115 | 1988 | Droxler, A. W.; Peterson, L. C.: Late Cenozoic periplatform carbonate ooze; a record of variations of sea level and (possibly) of carbonate saturation level in the offbank carbonate input | |
64% | 92 92-600 | 1986 | Kastner, Miriam; Gieskes, Joris M. et al.: Carbonate recrystallization in basal sediments; evidence for convective fluid flow on a ridge flank | |
64% | | 1986 | Zachos, J. C.; Arthur, M. A.: Paleoceanography of the Cretaceous/Tertiary boundary event; inferences from stable isotopic and other data | download |
64% | 166 | 1999 | Rendle, R. H.; Reijmer, J. J. G. et al.: Mineralogy and sedimentology of the Pleistocene to Recent on the leeward margin of Great Bahama Bank (ODP-Leg 166) | |
64% | 198 198-1208 | 2006 | Robinson, Stuart A.; Jenkyns, Hugh C.: Opal and carbonate data from the Miocene to lower Pliocene, Site 1208 (central high, Shatsky Rise) | download |
64% | 17 | 1973 | Bode, G. W.: Appendix II; Carbon and carbonate analyses, Leg 17 | |
64% | | 1981 | Garrison, Robert E.: Diagenesis of oceanic carbonate sediments; a review of the DSDP perspective | |
64% | 48 48-400 48-400A 48-401 48-401 | 1977 | Crockett, J. A.: Carbonate diagenesis in holes 400A and 401, Deep Sea Drilling Project, The bay of Biscay | |
64% | | 1973 | Gartner, Stefan; Johnson, David et al.: Episodic carbonate sedimentation below the carbonate compensation depth in the eastern Indian Ocean | |
64% | 110 | 1991 | Vrolijk, Peter; Sheppard, Simon M. F.: Syntectonic carbonate veins from the Barbados accretionary prism (ODP Leg 110); record of palaeohydrology | |
64% | | 1987 | Droxler, Andre W.: Cenozoic evolution of small detached carbonate banks and their deep periplatform surroundings in the tectonically active setting of the Nicaragua Rise | |
64% | 307 | 2008 | Thierens, Mieke; Stuut, J. B. et al.: Drilling a NE Atlantic continental margin cold-water coral carbonate mound; evaluating the hydrodynamic and environmental conditions during Challenger Mound development (IODP Exp. 307) | |
64% | | 1999 | Huber, Robert: Carbonate sedimentation in the northern North Atlantic since the late Pliocene | |
64% | 130 | 1994 | Urmos, Jozef: Diagenetic and physical properties of pelagic carbonate sediments; ODP Leg 130, Ontong Java Plateau | |
64% | | 1990 | Dolan, James F.: Eustatic, volcanic, and tectonic controls on redeposition of shallow-water carbonate; a reanalysis of Pacific DSDP examples | |
64% | 122 | 1990 | Roehl, U.; Von Rad, U.: The Upper Triassic carbonate platform off NW Australia (ODP Leg 122); Tethyan facies and diagenetic evolution | |
64% | 90 | 1988 | Baker, Paul A.; Bloomer, Sherman H.: The origin of celestite in deep-sea carbonate sediments | |
64% | 198 | 2002 | Brill, Amanda; Bralower, Timothy J. et al.: Evidence for carbonate compensation depth shoaling at the Paleocene-Eocene thermal maximum on Shatsky Rise, ODP Leg 198 | |
64% | 143 144 | 1995 | Wilson, Paul; Elderfield, Harry et al.: Constraints on the paradox of carbonate platform drowning; the origin of Cretaceous guyots | |
64% | 208 | 2007 | Ridgwell, Andy: Interpreting transient carbonate compensation depth changes by marine sediment core modeling | download |
64% | | 1994 | Haddad, Geoffrey Allen: Calcium carbonate dissolution patterns at intermediate water depths of the tropical oceans during the Quaternary | |
64% | 166 | 2002 | Reijmer, John J. G. (ed.): Carbonate margin development (Bahama Transect, ODP Leg 166) | |
63% | | 1999 | Gruetzner, Jens; Mienert, Juergen: Physical property changes as a monitor of pelagic carbonate diagenesis; an empirically derived diagenetic model for Atlantic Ocean basins | |
63% | 307 | 2006 | Russell, Mark I.; Frank, Tracy D.: Diagenesis of a modern deep-water carbonate mound; Challenger Mound, Porcupine Basin | |
63% | 162 | 1999 | O'Connell, Suzanne; Venherm, Claudia: Evidence for short cooling intervals during early interglacials in the mid-Pleistocene | |
63% | | 1983 | Dunn, Dean A.: Carbonate dissolution events in the Miocene Pacific Ocean | |
63% | | 1981 | Davies, Thomas A.; Worsley, Thomas R.: Paleoenvironment implications of oceanic carbonate sedimentation rates | |
63% | | 1994 | Gmur, D.: Wykorzystanie kalpionelli w biostratygrafii pelagicznych facji weglanowich prowincji tetydzkiej Using calpionellids in biostratigraphy of pelagic carbonate facies of the Tethyan Province | |
63% | | 1974 | Van Andel, Tjeerd H.; Moore, T. C., Jr.: Cenozoic Calcium Carbonate Distribution and Calcite Compensation Depth in the Central Equatorial Pacific Ocean | |
63% | | 1989 | Hobert, Linda A.; Wetzel, A.: On the relationship between silica and carbonate diagenesis in deep sea sediments | |
63% | 133 | 1991 | ODP Leg 133 Northeast Australian margin; a chronicle of carbonate platform development | |
63% | | 1990 | Bone, Y.; James, N. P.: Cenozoic cool-water limestones - the Eucla Basin: a major portion of the southern Australian margin | |
63% | | 2003 | De Carlo, Eric H.: Trace elements in interstitial waters; from carbonate to siliceous environments | |
63% | 101 | 2008 | Reijmer, John J. G.; Palmieri, Pauline et al.: Carbonate turbidites and debris flows; sea-level variations versus tectonic processes | |
63% | 115 | 1987 | ODP Leg 115; Indian Ocean hotspot volcanism and the Neogene carbonate budget | |
63% | 166 | 1998 | Arai, Kohsaku; Sato, Tokiyuki: Carbonate sediments of the Bahama Platform | |
63% | 168 | 1999 | Yatabe, Autumn P.: Geochemistry of secondary carbonate minerals in basalts altered at low temperatures from the eastern flank of the Juan de Fuca Ridge | |
63% | | 1980 | Thiede, J.; Agdestein, T. et al.: Depth distribution of calcareous sediments in the Mesozoic and Cenozoic North Atlantic Ocean | |
63% | 138 138-846 165 165-998 165-999 202 202-1241 | 2009 | Newkirk, Derrick R.; Martin, Ellen E.: Circulation through the Central American Seaway during the Miocene carbonate crash | |
63% | | 2010 | Breuker, A.; Schippers, A.: Improvement of methods for the quantification of microorganisms in oligotrophic carbonate rich marine sediments of North Pond | |
63% | 166 | 2010 | Herrmann, Achim D.; Wasylenki, Laura E. et al.: Uranium isotopic compositions of carbonate sediments as a potential redox proxy | |
62% | 165 | 2000 | Roth, Joy M.; Droxler, Andre W. et al.: The Caribbean carbonate crash at the middle to late Miocene transition; linkage to the establishment of the modern global ocean conveyor | download |
62% | 41 41-370 | 1977 | Lancelot, Y.; Seibold, E. et al.: Site 370; deep basin off Morocco | download |
61% | 172 | 2001 | Giosan, Liviu; Flood, Roger D. et al.: High-resolution carbonate content estimated from diffuse spectral reflectance for Leg 172 sites | download |
61% | 162 162-984 175 175-1082 | 2011 | Turchyn, Alexandra V.; DePaolo, Donald J.: Calcium isotope evidence for suppression of carbonate dissolution in carbonate-bearing organic-rich sediments | |
61% | 68 68-502 68-503 | 1982 | Gardner, James V.: High-resolution carbonate and organic-carbon stratigraphies for the late Neogene and Quaternary from the western Caribbean and eastern Equatorial Pacific | download |
60% | 204 | 2005 | Teichert, Barbara M. A.; Bohrmann, Gerhard: Composition of authigenic carbonates in sediments of the Cascadia accretionary prism, ODP Leg 204 | download |
60% | 6 | 1971 | Pimm, Anthony C.: Carbon carbonate results | download |
59% | 124 124-768 124-769 | 1991 | Linsley, Braddock K.: Carbonate sedimentation in the Sulu Sea linked to the onset of Northern Hemisphere glaciation, 2.4 MA | download |
59% | 87 87-582 87-583 | 1983 | Stein, C. L.; Smith, A. J.: Carbonate nodules from the Nankai Trough, Japan | |
59% | 122 | 1991 | Roehl, U.; Dumont, T. et al.: The Upper Triassic carbonate platform off NW Australia (ODP Leg 122); Tethyan facies at the NE Gondwanan margin | |
59% | 115 115-716 | 1989 | Malone, M. J.; Baker, P. A. et al.: Diagenesis of periplatform carbonate sediments, ODP Site 716; Maldives Archipelago, Indian Ocean | |
59% | 143 143-865 | 1992 | Winterer, E. L.: Preliminary results from drilling on drowned Early Cretaceous carbonate platforms, Mid-Pacific Mountains (ODP Leg 143) | |
59% | 143 144 | 1995 | Jansa, L. F.: Carbonate platforms, guyots drowning linked to changes in asthenosphere and paleoceanography; Equatorial Pacific | |
59% | 41 41-366 | 1981 | Dean, Walter E.; Gardner, James V. et al.: Tertiary carbonate-dissolution cycles on the Sierra Leone Rise, eastern equatorial Atlantic Ocean | |
59% | 166 | 1999 | Reijmer, J. J. G.; Betzler, C. et al.: The interplay of Bahamian carbonate platform development and paleoceanographic changes | |
59% | 307 307-U1316 307-U1318 | 2008 | Titschack, Juergen; Thierens, M. et al.: Carbonate budget and growth of cold-water coral mounds; implications from Challenger Mound (IODP Exp. 307, modern carbonate mounds; Porcupine Drilling) | |
59% | 166 166-1006 166-1007 | 2002 | Karpoff, Anne Marie; Destrigneville, Christine et al.: Phyllosilicates and zeolite assemblages in the carbonate periplatform of the Great Bahama Bank; origin and relation to diagenetic processes (ODP Leg 166, Sites 1006 and 1007) | |
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