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Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
100% | 72 | 1985 | Williams, D. F.; Thunell, R. C. et al.: Synthesis of Late Cretaceous, Tertiary, and Quaternary stable isotope records of the South Atlantic based on Leg 72 DSDP core material | |
80% | 72 72-517 | 1981 | Leonard, Kathy A.; Williams, Douglas F. et al.: Pliocene stable isotopic records from Leg 72, DSDP sites 516A and 517 | |
80% | 72 72-516 72-517 | 1981 | Williams, Douglas F.; Healy-Williams, Nancy et al.: Stable carbon and oxygen isotope records from DSDP Leg 72, South Atlantic | |
71% | 72 72-517 | 1981 | Leonard, Kathy: Oxygen and carbon isotope stratigraphy of the South Atlantic Ocean for the Pliocene Epoch | |
71% | 72 72-515 | 1982 | Johnson, D. A.; Rasmussen, K. A. et al.: Late Pleistocene deposition of bioclastic turbidites and contourites in the Brazil Basin | |
71% | 72 72-516 | 1988 | Wei, Wuchang: Heliolithus bukryi; a new Paleocene calcareous nannofossil | |
71% | 38 39 43 44 72 | 1989 | Emelyanov, E. M.; Trimonis, E. S. et al.: New Mesozoic and Cenozoic patholithological and geochemical maps and Atlantic development | |
71% | 72 72-516 | 1989 | Wei, Wuchang; Wise, Sherwood W., Jr.: Paleogene calcareous nannofossil magnetobiochronology; results from South Atlantic DSDP Site 516 | |
71% | 72 72-516 | 1995 | Boltovskoy, E.; Watanabe, S. et al.: Benthic foraminifers from DSDP Site 516 (upper Maestrichtian-Quaternary, South Atlantic) | |
71% | 72 75 75-532 | 1989 | Dowsett, Harry J.: Improved dating of the Pliocene of the eastern South Atlantic using graphic correlation; implications for paleobiogeography and paleoceanography | |
71% | 72 72-516 113 | 1989 | Wei, Wuchang: Cenozoic calcareous nannoplankton of the South Atlantic Ocean; biochronology and paleoceanography | |
71% | 72 72-516 | 1992 | D'Hondt, Steven L.; King, John W. et al.: The evolution of Late Cretaceous climatic cycles at South Atlantic DSDP Site 516F | |
71% | 72 72-516 | 1992 | Park, Jeffrey; D'Hondt, Steven L. et al.: Late Cretaceous precessional cycles in double time; evidence from South Atlantic DSDP Site 516F | |
71% | 72 72-516 | 1984 | Haq, Bilal U.; Takayama, Toshiaki: Neogene calcareous nannoplankton datum planes and their calibration to magnetostratigraphy | |
60% | 72 72-515 72-516 72-517 72-518 | 1981 | Barker, Peter F.; Carlson, Richard L. et al.: Deep Sea Drilling Project Leg 72; Southwest Atlantic paleocirculation and Rio Grande Rise tectonics | |
57% | 72 72-515 | 1981 | Gamboa, Luiz A. P.; Buffler, R. B. et al.: Seismic stratigraphy of the Vema Channel and southern portion of the Brazil Basin and oceanographic implications | |
57% | 48 60 62 71 72 75 | 1983 | Brassell, S. C.; Howell, V. J. et al.: Lipid geochemistry of Cretaceous sediments recovered by the Deep Sea Drilling Project | |
57% | 72 72-516 72-518 | 1986 | Barash, M. S.; Blyum, N. S. et al.: Quaternary temperatures and some aspects of sedimentation on the Rio Grande Rise, South Atlantic | |
57% | 72 72-518 | 1987 | Tiwari, R. K.: Higher-order eccentricity cycles of the middle and late Miocene climatic variations | |
57% | 72 72-516 | 1988 | Pujol, C.; Zougari-Jaidi, R.: A propos de l'apparition de Globorotalia crassaformis dans l'Atlantique-sud The appearance of Globorotalia crassoformis in the South Atlantic | |
57% | 72 | 1982 | Renard, M.; Delacotte, O. et al.: Le strontium et les isotopes stables dans les carbonates totaux de quelques sites de l'Atlantique et de la Tethys Strontium and stable isotopes in the total carbonates of some sites in the Atlantic and the Tethys | |
57% | 72 72-517 | 1982 | Vergnaud Grazzini, C.; Pujol, Claude: Oxygen isotope stratigraphy and Quaternary palaeoceanography of Southwest Atlantic (Rio Grande Rise) | |
57% | 72 72-516 74 74-525 75 75-530 | 1988 | Hu, X.; Wang, Y. L. et al.: Geochemistry of sediments on the Rio Grande Rise and the redox evolution of the South Atlantic Ocean | |
57% | 72 72-516 72-517 72-518 | 1985 | Hodell, David A.; Williams, Douglas F. et al.: Late Pliocene reorganization of deep vertical water-mass structure in the western South Atlantic; faunal and isotopic evidence | |
57% | 72 72-516 | 1993 | Park, Jeffrey; D'Hondt, Steven L. et al.: Late Cretaceous precessional cycles in double time; a warm-Earth Milankovitch response | |
57% | 72 72-515 | 1981 | Shor, A.; Jones, G. et al.: Carbonate spikes and displaced components at DSDP Site 515 (Brazil Basin); evidence for Pleistocene fluctuations in AABW flow through Vema Channel? | |
57% | 72 72-516 90 90-588 94 94-608 117 117-730 | 1998 | Pagani, Mark: Miocene atmospheric carbon dioxide concentrations and paleoceanography; constraints from compound-specific carbon-isotope compositions | |
57% | 72 72-516 | 1998 | Pagani, Mark; Arthur, Michael A. et al.: Organic molecular and isotopic evidence for the opening of the Drake Passage | |
57% | 72 72-516 | 1984 | Schaftenaar, Carl H.; Carlson, R. L.: Calcite fabric and acoustic anisotropy in deep-sea carbonates | download |
57% | 72 72-516 | 1999 | Herbert, Timothy D.; Gee, Jeff et al.: Precessional cycles in Upper Cretaceous pelagic sediments of the South Atlantic; long-term patterns from high-frequency climate variations | |
57% | 72 72-516 | 1992 | D'Hondt, Steven L.; King, John W. et al.: Precessional cycles and Late Cretaceous chronostratigraphy at South Atlantic DSDP Site 516F | |
57% | 72 72-517 72-518 | 1983 | Hodell, David A.; Williams, Douglas F. et al.: Fundamental change in deep and intermediate water mass circulation patterns in the western South Atlantic at 3.2 Ma | |
57% | 72 72-516 144 144-871 | 2003 | Doran, Neal Andrew: Macro and microevolutionary patterns in planktonic Foraminifera | |
57% | 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 | |
57% | 72 72-515 | 2004 | Lima, Andrea Franca; Faugeres, Jean-Claude et al.: Sedimentary record of the paleoceanographic events in the Columbia channel-levee system; south Brazilian Basin | |
57% | 72 74 75 | 1984 | Keswani, Sushiel R.; Dunham, Keith W. et al.: Organic geochemistry of late Cenozoic sediments from the subtropical South Atlantic Ocean | |
57% | 15 15-151 72 72-516 | 1991 | Norris, Richard D.; Corfield, Richard M.: Cyclic evolution of depth habitats in the pelagic realm | |
57% | 72 72-516 | 1998 | Dmitrenko, O. B.: Distribution of calcareous nannoplankton of the Rio Grande Rise during the Neogene (the South Atlantic Ocean, Site 516) | |
57% | 72 72-516 74 74-528 113 113-689 119 119-738 | 1991 | Wei, Wuchang; Liu, Li: Biometric study of Prinsius bisulcus-P. martinii and its biochronologic application | |
57% | 72 72-517 81 81-552 107 107-653 | 1991 | Negri, Alessandra; Villa, Diuliana et al.: Morphometric study of Pseudoemiliania lacunosa and its biochronological consequences | |
57% | 72 72-516 | 1994 | Norris, R. D.; Corfield, R. M. et al.: Evolutionary ecology of Globorotalia (Globoconella) (planktic foraminifera) | |
57% | 72 72-515 | 1980 | Johnson, D.; Barker, P. et al.: Early Cenozoic initiation of abyssal circulation in the SW Atlantic; recent results from deep drilling in the Brazil Basin | |
57% | 72 72-516 | 2007 | Henderiks, Jorijntje; Pagani, Mark: Refining ancient carbon dioxide estimates; significance of coccolithophore cell size for alkenone-based pCO (sub 2) records | download |
57% | 72 72-516 | 1994 | Montanari, A.; Swisher, C., III: Radioisotopic calibration of the Paleocene-Eocene bio-magnetostratigraphic sequence at Gubbio (Italy) | |
57% | 72 72-516 | 1987 | Zougary-Jaaidi, R.; Pujol, C.: L'evolution de Globorotalia puncticulata et de Globorotalia crassaformis dans l'Atlantique Sud Evolution of Globorotalia puncticulata and Globorotalia crassaformis in the South Atlantic | |
57% | 72 72-516 122 122-762 | 1999 | Stoll, Heather; Schrag, Daniel: Coccolith Sr/Ca as an indicator of marine paleoproductivity | |
57% | 72 72-516 | 1999 | Dmitrenko, O. B.: Conditions of formation of the Neogene section at Site 516 in the South Atlantic from nannoplankton data | |
57% | 72 72-516 | 2000 | Pagani, Mark; Arthur, Michael A. et al.: Variations in Miocene phytoplankton growth rates in the Southwest Atlantic; evidence for changes in ocean circulation | download |
57% | 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 | |
57% | 72 72-516 90 90-591 130 130-806 | 2004 | Feldman, Andrew Howard: The evolutionary origin and development of the Neogene planktonic foraminiferal Globorotalia (Truncorotalia) subgenus; the mode and tempo of speciation and the origin of coiling direction reversals and dominance | |
57% | 22 22-214 22-216 26 26-253 72 72-516 | 1990 | Dmitrenko, O. B.: Korrelyatsiya chetvertichnykh razrezov glubokovodnykh skvazhin po izvestkovomu nanoplanktonu Correlation of Quaternary sections of deep-water wells from calcareous nannoplankton | |
57% | 72 72-516 85 85-573 | 1997 | Herbert, Timothy D.: A long marine history of carbon cycle modulation by orbital-climatic changes | |
57% | 72 72-515 | 2000 | Alves, R. A.: Seismic stratigraphic structure of the Brazil Basin and sedimentary processes inferred from seismic facies analyses | |
52% | 72 72-515 72-516 | 1983 | Gieskes, Joris M.; Sirocky, Frank X. et al.: Interstitial water studies, Leg 72 | download |
51% | 72 72-515 72-516 72-517 | 1983 | Meyers, Philip A.; Dunham, Keith W.: Organic geochemistry of Quaternary sediments from Deep Sea Drilling Project Leg 72, South Atlantic Ocean | download |
49% | 68 68-502 72 72-516 85 85-573 86 86-577 90 90-590 94 94-606 | 1986 | Dowsett, Harry J.: Application of graphic correlation to Pliocene deep sea Atlantic and Pacific records of planktonic microfossils | |
49% | 27 27-261 61 61-462 72 72-516 89 89-462 | 1986 | Hart, S. R.; Staudigel, H.: Ocean crust vein mineral deposition; Rb/Sr ages, U-Th-Pb geochemistry, and duration of circulation at DSDP sites 261, 262 and 516 | |
49% | 72 72-516 90 90-588 94 94-608 117 117-730 | 2000 | Pagani, Mark; Freeman, Katherine H. et al.: Isotope analyses of molecular and total organic carbon from Miocene sediments | |
49% | 30 30-289 72 72-516 85 85-572 85-573 85-574 90 90-590 90-593 | 1996 | Richter, Frank M.: Models for the coupled Sr-sulfate budget in deep-sea carbonates | |
49% | 72 72-517 82 82-558 90 90-593 111 111-677 114 114-704 124 124-774 | 1993 | de Kaenel, Eric: Morphometric study of Calcidiscus leptoporus and C. macintyrei and its biochronological applications | |
49% | 39 39-356 43 43-384 62 62-465 72 72-516 74 74-525 74-527 80 80-548 | 1993 | Henriksson, Anders S.: Biochronology of the terminal Cretaceous calcareous nannofossil zone of Micula prinsii | |
49% | 71 71-514 72 72-516 72-517 72-518 80 80-548 | 1989 | Turnau, Rene; Ledbetter, Michael T.: Deep circulation changes in the South Atlantic Ocean; response to initiation of Northern Hemisphere glaciation | download |
49% | 72 72-516 | 1984 | Carlson, R. L.; Schaftenaar, Carl Howard et al.: Causes of compressional-wave anisotropy in carbonate-bearing, deep-sea sediments | |
49% | 39 39-357 72 72-516 74 74-528 | 1989 | Herbert, T. D.; Erba, E. et al.: Improvements of Cretaceous geochronology using Earth's orbital pacemaker; status and prospects | |
49% | 39 39-357 72 72-516 74 74-529 | 1995 | Herbert, Timothy D.; Premoli-Silva, Isabella et al.: Orbital chronology of Cretaceous-Paleocene marine sediments | |
49% | 39 39-356 43 43-384 62 62-465 72 72-516 74 74-526 74-527 | 1992 | Widmark, Joen G. V.; Malmgren, Bjorn A.: Biogeography of terminal Cretaceous deep-sea benthic foraminifera from the Atlantic and Pacific oceans | |
49% | 72 72-516 95 95-612 | 2008 | Henderiks, Jorijntje; Pagani, Mark: Coccolithophore cell size and the Paleogene decline in atmospheric CO (sub 2) | download |
49% | 72 72-515 | 1984 | Flood, Roger D.; Shor, Alexander N.: Synthetic seismogram generation from sediment composition data; an initial study in the Southwest Brazil Basin | |
49% | 39 39-356 72 72-516 74 74-525 74-527 | 1997 | Kucera, Michal; Malmgren, Bjorn A.: Southern mid-latitude warming event preceding the Cretaceous-Tertiary boundary; evidence from poleward migration of planktonic foraminiferal morphotypes | |
49% | 39 39-356 43 43-384 72 72-516 74 74-525 74-527 | 1998 | Kucera, Michal; Malmgren, Bjorn A.: Terminal Cretaceous warming event in the mid-latitude South Atlantic Ocean; evidence from poleward migration of Contusotruncana contusa (planktonic Foraminifera) morphotypes | |
49% | 64 64-480 72 172 172-1061 | 2005 | McHargue, L. R.; Donahue, D. J.: Effects of climate and the cosmic ray flux on the (super 10) Be content of marine sediments | download |
49% | 29 29-277 72 72-516 95 95-612 130 130-803 | 2002 | Pagani, M.; Zachos, J. C. et al.: Eocene/Oligocene alkenone-based CO (sub 2) estimates | |
49% | 30 30-289 32 32-305 72 72-516 85 85-575 90 90-590 90-593 | 1993 | Richter, Frank M.; Liang, Yan: The rate and consequences of Sr diagenesis in deep-sea carbonates | |
49% | 72 72-516 94 94-608 113 113-689 113-690 115 115-710 119 119-744 | 1993 | Wei, Wuchang; Peleo-Alampay, Alyssa: Updated Cenozoic nannofossil magnetobiochronology | |
49% | 3 3-22 39 39-357 72 72-516 72-517 72-518 | 2004 | Peive, A. A.; Turko, N. N. et al.: Structural features of the Rio Grande Rise, South Atlantic | |
49% | 72 72-516 | 2012 | Plancq, Julien; Grossi, Vincent et al.: Alkenone producers during late Oligocene-early Miocene revisited | |
45% | 72 72-515 72-516 72-517 72-518 | 1983 | Barker, Peter F.; Johnson, David A. et al.: Initial reports of the Deep Sea Drilling Project covering Leg 72 of the cruises of the drilling vessel Glomar Challenger, Santos, Brazil to Santos, Brazil, February-April, 1980 | download |
45% | 72 | 1983 | Barker, Peter F.; Carlson, Richard L.: Regional tectonic setting of the southwestern Atlantic | download |
43% | 72 72-516 | 1983 | Thompson, Geoffrey; Humphris, Susan E. et al.: Petrology and geochemistry of basaltic rocks from Rio Grande Rise, South Atlantic; Deep Sea Drilling Project Leg 72, Hole 516F | download |
42% | 72 | 1983 | Coulbourn, William T.: Explanatory notes; Deep Sea Drilling Project Leg 72, Brazil Basin-Rio Grande Rise | download |
42% | 68 68-502 72 72-516 75 75-532 85 85-573 86 86-577 89 89-586 90 90-587 90-588 90-590 90-592 94 94-606 | 1988 | Dowsett, Harry James: A biochronological model for correlation of Pliocene marine sequences; application of the graphic correlation method | |
42% | 72 72-516 | 1982 | Carlson, R. L.; Schaftenaar, C. H. et al.: Causes of acoustic anisotropy in calcareous deep-sea sediments | |
42% | 40 40-360 41 41-366 71 71-511 71-513 72 72-516 73 73-522 73-523 113 113-689 | 1989 | Wei, Wuchang: Latitudinal thermal gradient of the middle Eocene/Oligocene South Atlantic Ocean; calcareous nannoplankton evidence | |
42% | 39 39-357 72 72-516 74 74-526 94 94-607 94-610 | 2004 | Hunt, Gene: Phenotypic variation in fossil samples; modeling the consequences of time-averaging | |
42% | 9 9-77 31 31-292 72 72-516 74 74-529 82 82-563 90 90-593 | 1989 | Hess, Jennifer; Stott, Lowell D. et al.: The Oligocene marine microfossil record; age assessments using strontium isotopes | download |
42% | 72 72-516 | 2004 | Eisenach, Adam R.; Kelly, D. Clay: Recurrence of anomalous Braarudosphaera chalks in early Oligocene sequences of the southwestern Atlantic Ocean (DSDP Site 516) | |
42% | 9 9-77 29 29-277 72 72-516 73 73-522 80 80-549 85 85-574 90 90-592 94 94-608 | 1986 | Jenkins, D. Graham: The Eocene-Oligocene boundary in deep sea deposits | |
42% | 39 39-357 72 72-516 74 74-525 74-527 74-528 74-529 | 1999 | Herbert, Timothy D.: Toward a composite orbital chronology for the Late Cretaceous and early Palaeocene GPTS | |
42% | 72 72-516 | 2006 | Eisenach, Adam Richard: Recurrence of enigmatic nannofossil (Braarudosphaera) chalks in the early Oligocene stratigraphy of the Rio Grande Rise, southwestern Atlantic Ocean | |
42% | 39 39-357 72 72-516 74 74-527 113 113-690 122 122-762 | 2004 | Lees, Jackie A.; Bralower, Tim J. et al.: Towards a high-resolution chronostratigraphy for the Upper Cretaceous | |
42% | 48 48-400 72 72-518 74 74-529 82 82-563 85 85-572 85-573 108 108-667 | 1994 | Smart, C. W.; King, S. C. et al.: A benthic foraminiferal proxy of pulsed organic matter paleofluxes | |
40% | 72 72-516 | 1983 | Levitan, M. A.; Stizhov, V. P. et al.: Cherts from the Rio Grande Rise sediments, Deep Sea Drilling Project Leg 72, Hole 516F | download |
40% | 72 72-515 72-516 72-517 72-518 | 1983 | Pujol, Claude; Duprat, J.: Quaternary planktonic foraminifers of the southwestern Atlantic (Rio Grande Rise); Deep Sea Drilling Project Leg 72 | download |
40% | 72 72-515 72-516 | 1983 | de Quadros, Luiz Padilha; Soldan, Ana Lucia et al.: Geochemical analyses of samples from Hole 515B, Vema Channel, and Hole 516F, Rio Grande Rise | download |
39% | 72 72-515 72-517 72-518 | 1983 | Suzyumov, Alexey E.; Hamilton, Norman: Whole-core spinning and detection of reversal boundaries in hydraulic piston cores from the southwestern Atlantic; Leg 72 | download |
39% | 72 | 1983 | Johnson, David A.: Paleocirculation of the southwestern Atlantic | download |
37% | 72 72-516 | 1983 | Gebhard, S. N.; Carlson, Richard L.: Compressional-wave velocities on basalts from the Rio Grande Rise | download |
35% | 51 51-417 52 52-417 52-418 53 53-418 72 72-516 102 102-418 | 1983 | Hart, Stanley R.; Staudigel, Hubert: Age of hydrothermal circulation on the Rio Grande Rise; Deep Sea Drilling Project Site 516 | download |
35% | 72 72-516 73 73-522 73-523 108 108-667 154 154-925 154-926 154-927 154-928 154-929 199 199-1218 | 2009 | Blaj, Teodora; Backman, Jan et al.: Late Eocene to Oligocene preservation history and biochronology of calcareous nannofossils from paleo-equatorial Pacific Ocean sediments | |
35% | 39 39-356 72 72-516 | 2010 | Mohriak, W. U.; Nobrega, M. et al.: Geological and geophysical interpretation of the Rio Grande Rise, south-eastern Brazilian margin; extensional tectonics and rifting of continental and oceanic crusts | |
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