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Score | Exp/Site/Hole ↑ | Year | Author/Title | Full text |
79% | | 1989 | Thomas, Ellen: Development of Cenozoic deep-sea benthic foraminiferal faunas in Antarctic waters | |
66% | | 1993 | Jenkins, D. Graham: Cenozoic southern mid and high latitude biostratigraphy and chronostratigraphy based on planktonic foraminifera | |
66% | | 1990 | Wei, Wuchang; Wise, Sherwood W., Jr.: Synchroneity and diachroneity of Paleogene calcareous nannofossil datums from mid latitudes to high southern latitudes | |
66% | | 2002 | Schumacher, S.; Lazarus, D. B.: Produktivitaetsaenderungen an der Eozaen/Oligozaen Grenze Changes in productivity at the Eocene-Oligocene boundary | |
66% | | 1991 | Schneider, Cynthia E.: Antarctic deep-sea ostracode crisis near the Paleocene-Eocene boundary (57.33 Ma) | |
66% | | 1996 | Watkins, David K.; Wise, Sherwood W., Jr. et al.: Upper Cretaceous calcareous nannofossil biostratigraphy and paleoceanography of the Southern Ocean | |
64% | | 1998 | Bains, Santo; Corfield, Richard M. et al.: Investigating late Palaeocene/early Eocene climate variations and primary productivity reconstructions | |
56% | | 2001 | Joseph, Leah Helen: Late Cretaceous through Cenozoic climate change on Antarctica; a view from the deep sea | |
48% | | 2009 | Jones, Megan H.; Leckie, R. Mark et al.: Teaching about the Paleocene-Eocene Thermal Maximum (PETM); an inquiry-based, data-rich case study in abrupt climate change for a variety of undergraduate settings | |
46% | | 2003 | Petrizzo, Maria Rose: Late Cretaceous planktonic foraminiferal bioevents in the Tethys and in the Southern Ocean record; an overview | |
46% | | 2005 | Villa, Guiliana; Palandri, Silvia et al.: Quaternary calcareous nannofossils from Periantarctic basins; paleoecological and paleoclimatic implications | download |
23% | | 2006 | Scher, Howie D.; Martin, Ellen E.: Timing and climatic consequences of the opening of Drake Passage | download |
6% | | 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 |
5% | | 2003 | Karson, Jeffrey A.: Integrated geological and geophysical investigations of the oceanic crust; analogs for Antarctic investigations | download |
5% | | 2003 | Jarrard, Richard D.: Antarctic drilling, coring, and logging; how and why? | download |
5% | | 1992 | Takemura, Atsushi: Radiolarian Paleogene biostratigraphy in the southern Indian Ocean, Leg 120 | download |
3% | | 2006 | Soeding, Emanuel; Evans, Dan et al.: An overview of IODP scientific publications | download |
3% | | 2004 | Glass, Billy P.: Distal impact ejecta from the Chesapeake Bay impact crater | download |
3% | | 2006 | Lazarus, David: The Micropaleontological Reference Centers network | download |
3% | | 2006 | Curewitz, Daniel; Kuramoto, Shin'ichi et al.: Drilling vessel Chikyu; status, capabilities, and current operations | download |
37% | 3 3-21 74 74-527 | 1998 | Bice, Karen L.: Modeled causes, course and consequences of a Tethyan bottom water plume at the Paleocene/Eocene boundary | |
33% | 6 6-44 113 113-690 199 199-1218 | 2010 | Tipple, Brett J.; Meyers, Stephen R. et al.: Carbon isotope ratio of Cenozoic CO (sub 2) ; a comparative evaluation of available geochemical proxies | |
37% | 6 6-47 86 86-577 113 113-690 | 1993 | Peleo-Alampay, Alyssa; Wei, Wuchang: Nannofossil response to the abrupt warming event near the Paleocene-Eocene boundary; its paleoceanographic and paleoclimatic implications | |
46% | 10 10-94 95 95-612 113 113-689 | 1999 | Pierrard, O.; Robin, E. et al.: Late Eocene Ni-rich spinel from LL44-GPC3 (Central Pacific), ODP Site 689B (Maud Rise, Antarctic), DSDP sites 94 (Gulf of Mexico) and 612 (US East Coast) | |
24% | 10 10-94 15 15-149 95 95-612 113 113-689 150 150-904 | 2000 | Liu, S.; Glass, B. P.: Comparison of the stratigraphic relationship of the upper Eocene couplet of microtektites-microkrystites between holes 689D and 689B | download |
23% | 10 10-95 15 15-150 39 39-356 39-357 62 62-463 71 71-511 113 113-690 171B 171B-1050 | 2011 | Georgescu, Marius Dan: A new type of test wall in the Late Cretaceous (late Santonian-Campanian) heterohelicid planktic Foraminifera | |
12% | 13 13-132 19 19-183 28 28-266 28-274 32 32-310 35 35-323 41 41-366 45 45-396 46 46-396 49 49-410 58 58-445 72 72-516 73 73-521 75 75-532 78 78-541 79 79-546 80 80-548 81 81-552 85 85-573 86 86-579 86-580 89 89-586 90 90-592 93 93-603 94 94-606 94-607 94-608 94-609 94-610 95 95-603 105 105-646 108 108-659 108-661 108-667 110 110-672 111 111-677 113 113-690 113-693 113-695 114 114-699 114-704 117 117-722 119 119-736 119-745 120 120-747 120-748 120-751 124 124-769 130 130-806 138 138-847 138-852 145 145-881 145-883 145-887 151 151-907 151-909 151-911 162 162-907 167 167-1014 167-1021 202 202-1237 | 2010 | Dowsett, Harry J.; Robinson, Marci M. et al.: Mid-Piacenzian mean annual sea surface temperature analysis for data-model comparisons | |
33% | 21 21-208 26 26-257 26-258 28 28-264 36 36-327 71 71-511 113 113-689 113-690 114 114-698 114-700 119 119-738 120 120-747 120-748 120-750 | 1992 | Huber, Brian T.: Upper Cretaceous planktic foraminiferal biozonation for the Austral Realm | |
23% | 22 22-213 48 48-401 74 74-527 80 80-549 113 113-690 143 143-865 165 165-1001 171B 171B-1051 | 2003 | Thomas, Deborah J.; Bralower, Timothy J. et al.: Neodymium isotopic reconstruction of late Paleocene-early Eocene thermohaline circulation | download |
5% | 22 22-214 73 73-524 114 114-698 114-700 114-702 | 1991 | Fenner, Juliane M.: Taxonomy, stratigraphy, and paleoceanographic implications of Paleocene diatoms | download |
39% | 22 22-216 113 113-689 115 115-709 177 177-1090 | 2001 | Liu, Shaobin; Glass, B. P. et al.: Sr and Nd data for upper Eocene spherule layers | |
33% | 22 22-217 74 74-528 113 113-690 122 122-761 | 1993 | Ehrendorfer, Thomas W.: High-resolution investigations into changes of calcareous nannoplankton associations during the last 500 ka of the Cretaceous | |
19% | 24 24-237 36 36-328 40 40-362 48 48-400 74 74-525 81 81-553 93 93-605 112 112-688 113 113-690 114 114-702 120 120-748 121 121-752 149 149-897 198 198-1209 199 199-1220 | 2013 | Arreguin-Rodriguez, Gabriela J.; Alegret, Laia et al.: Glomospira acme during the Paleocene-Eocene Thermal Maximum; response to CaCO (sub 3) dissolution or to ecological forces? | |
5% | 26 26-254 26-255 121 121-752 121-753 121-754 121-755 | 1989 | Peirce, John W.; Weissel, Jeffrey K. et al.: Broken Ridge summary | download |
46% | 30 30-289 90 90-588 94 94-607 113 113-689 | 1994 | Mead, G. A.; Hodell, D. A.: Late Eocene to present strontium isotope stratigraphy; the search for controls | |
66% | 36 71 113 120 | 1989 | Watkins, D. K.; Pospichal, J. J.: Turonian-Maastrichtian nannofossil biostratigraphy and paleoceanography of the Southern Ocean | |
53% | 36 71 113 114 120 | 1991 | Watkins, David K.; Crux, Jason A. et al.: Upper Cretaceous nannofossil biostratigraphy of the Southern Ocean and its palaeobiogeographic implications | |
26% | 36 36-327 36-329 71 71-511 71-512 71-513 113 113-689 113-690 113-693 113-696 114 114-698 114-699 114-700 114-701 114-702 114-703 119 119-737 119-738 120 120-747 120-748 183 183-1135 | 2004 | Dmitrenko, O. B.: Paleoclimatic environment of the Paleogene Southern Ocean by nannofossils | |
28% | 40 40-361 71 71-511 75 75-530 113 113-690 122 122-763 123 123-765 123-766 | 2008 | Thomas, D. J.; Murphy, D. P.: The Nd isotopic composition of Southern Ocean Mid-Late Cretaceous deep waters | |
28% | 40 40-361 71 71-511 75 75-530 113 113-690 122 122-763 123 123-765 123-766 | 2009 | Murphy, D. P.; Thomas, D. J.: Mid-Late Cretaceous Nd isotopic composition of Southern Ocean deep waters | |
28% | 41 41-366 113 113-689 | 2012 | Rabideaux, Nathan; Cramer, Benjamin S. et al.: Opening of circum-Antarctic gateways and the evolution of deepwater circulation at eastern Equatorial Atlantic DSDP Site 366 (40-33 Ma) | |
46% | 48 48-401 86 86-577 113 113-690 114 114-702 | 1991 | Pak, D. K.; Miller, Kenneth G. et al.: Early Paleocene deep and intermediate water sources; evidence from benthic foraminiferal isotopic and faunal changes | |
37% | 48 48-401 113 113-690 198 198-1209 | 2011 | Agnini, Claudia; De Bernardi, Bianca: Absolute abundance, volume calculation and carbonate mass estimation of early Paleogene calcareous nannofossils | |
53% | 49 49-407 86 86-577 | 1990 | Pak, Dorothy K.; Miller, Kenneth G. et al.: Paleocene-Eocene deep-water sources; evidence from the Pacific, Southern, and Atlantic oceans | |
28% | 62 62-465 113 113-690 122 122-761 | 2003 | Quillevere, Frederic; Norris, Richard D.: Ecological development of acarininids (planktonic Foraminifera) and hydrographic evolution of Paleocene surface waters | |
23% | 71 71-512 71-513 72 72-516 73 73-522 73-523 113 113-690 114 114-698 114-699 114-703 119 119-744 120 120-747 120-748 | 1992 | Wei, Wuchang; Wise, Sherwood W., Jr.: Eocene-Oligocene calcareous nannofossil magnetobiochronology of the Southern Ocean | |
33% | 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 | |
28% | 73 73-522 113 113-689 121 121-757 199 199-1218 | 2007 | Lear, Carrie H.: Mg/Ca palaeothermometry; a new window into Cenozoic climate change | |
37% | 73 73-523 113 113-689 171B 171B-1052 | 1999 | Lear, Carrie; Wilson, Paul et al.: Assessing Mg/Ca in benthic Foraminifera as a palaeotemperature proxy for the Cenozoic oceans | |
23% | 73 73-523 113 113-689 114 114-702 115 115-709 115-711 119 119-738 120 120-748 171B 171B-1051 198 198-1209 199 199-1218 199-1219 207 207-1260 208 208-1263 | 2009 | Bohaty, Steven M.; Zachos, James C. et al.: Coupled greenhouse warming and deep-sea acidification in the middle Eocene | download |
39% | 74 74-525 74-527 86 86-577 113 113-689 113-690 | 1992 | Corfield, Richard M.; Cartlidge, Julie E.: Oceanographic and climatic implications of the Palaeocene carbon isotope maximum | |
37% | 74 74-525 113 113-690 | 2009 | Friedrich, Oliver; Herrle, Jens O. et al.: Early Maastrichtian carbon cycle perturbation and cooling event; implications from the South Atlantic Ocean | download |
33% | 74 74-525 86 86-577 113 113-690 | 2008 | Robinson, Nicole; Ravizza, G. et al.: A high-resolution marine osmium isotopic record for the late Maastrichtian; the chemical fingerprints of Deccan volcanism | |
39% | 74 74-527 113 113-690 117 117-730 120 120-750 121 121-752 122 122-761 | 1996 | Pospichal, James J.: Calcareous nannoplankton mass extinction at the Cretaceous/Tertiary boundary; an update | |
53% | 75 75-530 113 113-690 | 1991 | Robert, Christian M.; Chamley, Herve: Development of early Eocene warm climates, as inferred from clay mineral variations in oceanic sediments | |
46% | 80 80-549 80-550 113 113-690 | 1996 | Aubry, Marie-Pierre; Berggren, William A. et al.: The upper Paleocene-lower Eocene stratigraphic record and the Paleocene-Eocene boundary carbon isotope excursion; implications for geochronology | |
19% | 80 80-549 82 82-563 113 113-689 113-690 114 114-699 114-703 119 119-738 119-739 119-740 119-741 119-742 119-743 119-744 120 120-748 177 177-1090 | 2003 | Funakawa, Satoshi: Review of paleoceanographic studies around the Eocene/Oligocene boundary in the Southern Ocean | |
7% | 86 86-577 113 113-690 171B 171B-1051 208 208-1262 | 2010 | Stap, H. Lucy: Palaeoceanographic and biotic response during early Eocene extreme global warming events | download |
5% | 93 93-605 | 1997 | Bybell, Laurel M.; Self-Trail, Jean M.: Late Paleocene and early Eocene calcareous nannofossils from three boreholes in an onshore-offshore transect from New Jersey to the Atlantic continental rise | download |
3% | 95 95-612 150 150-904 | 2004 | Lev, Steven M.: An isotopic and trace element investigation of melt-rock and impact breccia from the Chesapeake Bay impact crater to establish the source of the North American tektite strewn field | download |
3% | 95 95-612 95-613 | 2004 | Palmer-Julson, Amanda: Pre- and post-impact paleoceanographic conditions on the Eocene mid-Atlantic continental margin; evidence from radiolarians | download |
7% | 101 101-628 130 130-803 | 1993 | Leckie, R. Mark; Farnham, Christie et al.: Oligocene planktonic foraminifer biostratigraphy of Hole 803D (Ontong Java Plateau) and Hole 628A (Little Bahama Bank), and comparison with the southern high latitudes | download |
39% | 105 105-647 113 113-689 183 183-1135 | 2008 | Pearson, Paul N.; Burgess, Catherine E.: Foraminifer test preservation and diagenesis; comparison of high latitude Eocene sites | |
33% | 105 105-647 113 113-689 113-690 162 162-982 177 177-1090 | 2009 | Martin, E. E.; Blair, S. W. et al.: Chemical extraction of Nd isotopes from deep-sea sediments for Cenozoic and Cretaceous paleoceanographic studies | |
81% | 113 | 1988 | Kennett, James P.; Stott, Lowell D.: Antarctic Paleogene oxygen isotopic and climatic history, Maud Rise, Weddell Sea | |
79% | 113 | 1987 | In the Weddell Sea, Antarctica; Leg 113 explores climatic changes | |
66% | 113 | 1988 | Hamilton, N.: Late Mesozoic magnetostratigraphy of Maud Rise, ODP Leg 113 | |
66% | 113 | 1988 | Macko, S. A.; Pereira, C. P. G.: Organic isotopic geochemistry and sedimentology of the east-central Weddell Sea region; a paleoenvironmental and climatic interpretation | |
66% | 113 | 1988 | Schandl, Eva S.; Wicks, F. J.: Ice-rafted dropstones from the Weddell Sea, Antarctica | |
66% | 113 119 | 1988 | Kennett, J. P.; Barron, J.: Antarctic ocean drilling; continental glacial development and the evolution of water masses and biota | |
53% | 113 | 1988 | Pereira, C. P. G.; Macko, S. A. et al.: Cenozoic paleoenvironments of the Weddell Sea, Antarctica; ship and shore-based results from ODP Leg 113 | |
46% | 113 | 2004 | Hinz, Karl; Neben, Soenke et al.: A compilation of geophysical data from the Lazarev Sea and the Riiser-Larsen Sea, Antarctica | |
34% | 113 | 1990 | Kennett, James P.; Barker, Peter F.: Latest Cretaceous to Cenozoic climate and oceanographic developments in the Weddell Sea, Antarctica; an ocean-drilling perspective | download |
28% | 113 | 1990 | Robert, Christian M.; Maillot, Henri: Paleoenvironments in the Weddell Sea area and Antarctic climates, as deduced from clay mineral associations and geochemical data, ODP Leg 113 | download |
27% | 113 | 1990 | Thomas, Ellen; Barrera, Enriqueta et al.: Upper Cretaceous-Paleogene stratigraphy of sites 689 and 690, Maud Rise (Antarctica) | download |
22% | 113 | 1990 | Gersonde, Rainer Erich; Abelmann, Andrea et al.: Biostratigraphic synthesis of Neogene siliceous microfossils from the Antarctic Ocean, ODP Leg 113 (Weddell Sea) | download |
21% | 113 | 1990 | Egeberg, Per Kristian; Smalley, P. Craig et al.: Strontium isotope geochemistry of Leg 113 interstitial waters and carbonates | download |
20% | 113 | 1990 | Stott, Lowell D.; Kennett, James P.: The paleoceanographic and paleoclimatic signature of the Cretaceous/Paleogene boundary in the Antarctic; stable isotopic results from ODP Leg 113 | download |
20% | 113 | 1990 | Gersonde, Rainer Erich: Taxonomy and morphostructure of Neogene diatoms from the Southern Ocean, ODP Leg 113 | download |
17% | 113 | 1990 | Spiess, Volkhard: Cenozoic magnetostratigraphy of Leg 113 drill sites, Maud Rise, Weddell Sea, Antarctica | download |
17% | 113 | 1990 | Bryant, William R.; Rack, Frank R.: Consolidation characteristics of Weddell Sea sediments; results of ODP Leg 113 | download |
17% | 113 | 1990 | Egeberg, Per Kristian; Aagaard, Per et al.: Major element and oxygen isotope studies of interstitial waters; ODP Leg 113 | download |
16% | 113 | 1990 | McCartney, Kevin: Siliceous sponge spicules from Ocean Drilling Program Leg 113 | download |
16% | 113 120 | 1992 | Wei, Wuchang: Calcareous nannofossil stratigraphy and reassessment of the Eocene glacial record in subantarctic piston cores of the Southeast Pacific | download |
15% | 113 | 1990 | O'Connell, Suzanne B.: Variations in Upper Cretaceous and Cenozoic calcium carbonate percentages, Maud Rise, Weddell Sea, Antarctica | download |
14% | 113 | 1990 | Egeberg, Per Kristian; Abdullah, Mohamed I.: The diagenetic factors controlling the dissolved organic carbon (DOC) in pore water from deep sea sediments (ODP Leg 113, Weddell Sea) | download |
8% | 113 | 1990 | Lazarus, David B.: Middle Miocene to Recent radiolarians from the Weddell Sea, Antarctica, ODP Leg 113 | download |
8% | 113 | 1990 | McCartney, Kevin; Wise, Sherwood W., Jr.: Cenozoic silicoflagellates and ebridians from ODP Leg 113; biostratigraphy and notes on morphologic variability | download |
100% | 113 113-689 113-690 113-691 113-692 113-693 113-694 113-695 113-696 113-697 | 1990 | Barker, Peter F.; Kennett, James P. et al.: Proceedings of the Ocean Drilling Program, Weddell Sea, Antarctica, covering Leg 113 of the cruises of the Drilling Vessel JOIDES Resolution, Valparaiso, Chile, to East Cove, Falkland Islands, sites 689-697, 25 December 1986-11 March 1987 | download |
81% | 113 113-689 | 1995 | Diester-Haass, L.: Middle Eocene to early Oligocene paleoceanography of the Antarctic Ocean (Maud Rise, ODP Leg 113, Site 689): change from a low to a high productivity ocean | |
66% | 113 113-689 113-690 | 1992 | Rack, Frank Robert: Geotechnical stratigraphy and sedimentary microfabric of Oligocene to late Miocene pelagic sequences in the Southern Ocean; paleoceanographic implications | |
66% | 113 113-689 | 1998 | Glass, B. P.; Koeberl, C.: Spherules from upper Eocene sediments at ODP Hole 689B, Maud Rise, Antarctic | |
64% | 113 113-689 113-690 | 1989 | Thomas, Ellen: Late Eocene-Oligocene faunal changes in deep-sea benthic foraminifera, Maud Rise (Antarctica) | |
64% | 113 113-689 113-690 | 2001 | Florindo, Fabio; Roberts, Andrew P.: A new high-resolution magnetostratigraphy from Eocene-Oligocene sediments, Maud Rise, Weddell Sea, Antarctica | |
64% | 113 113-689 | 2008 | Funakawa, Satoshi; Nishi, Hiroshi: Radiolarian faunal changes during the Eocene-Oligocene transition in the Southern Ocean (Maud Rise, ODP Leg 113, Site 689) and its significance in paleoceanographic change | |
56% | 113 113-689 | 1999 | Vonhof, H. B.; Smit, J.: Late Eocene microkrystites and microtektites at Maud Rise (Ocean Drilling Project Hole 689B; Southern Ocean) suggest a global extension of the approximately 35.5 Ma Pacific impact ejecta strewn field | |
56% | 113 113-689 113-690 | 2000 | Kawahata, Hodaka; Ishizuka, Toshio: Amino acids in interstitial waters from ODP sites 689 and 690 on the Maud Rise, Antarctic Ocean | |
56% | 113 113-689 113-690 119 119-738 | 2010 | Faul, K. L.; Delaney, M. L.: A comparison of early Paleogene export productivity and organic carbon burial flux for Maud Rise, Weddell Sea, and Kerguelen Plateau, south Indian Ocean | |
53% | 113 113-689 113-690 | 1987 | Stott, Lowell D.; Kennett, James P.: Evolution of high latitude Paleogene foraminiferal assemblages and development of Antarctic water masses | |
53% | 113 113-689 | 1990 | Wei, Wuchang; Wise, Sherwood W., Jr.: Correlation of middle Eocene through Oligocene calcareous nanofossil datums with magnetostratigraphy at ODP Site 689 on Maud Rise off East Antarctica | |
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