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Score | Exp/Site/Hole ↑ | Year | Author/Title | Full text |
16% | | 1984 | Nierenberg, W. A.; Peterson, M. N. A.: Design and operation of a wireline pressure core barrel | download |
13% | | 1984 | Hyndman, Roy D.; Langseth, Marcus G. et al.: A review of Deep Sea Drilling Project geothermal measurements through Leg 71 | download |
11% | | 1981 | Schlanger, Seymour O.; Silva, Isabella Premoli: Tectonic, volcanic, and paleogeographic implications of redeposited reef faunas of Late Cretaceous and Tertiary age from the Nauru Basin and the Line Islands | download |
4% | | 2008 | Sagiya, Takeshi: ICDP workshop on borehole monitoring at the Nankai subduction zone; building a land-ocean borehole network to study the seismogenic zone | download |
4% | | 2008 | Neal, Clive R.; Coffin, Millard F. et al.: Investigating large igneous province formation and associated paleoenvironmental events; a white paper for scientific drilling | download |
4% | | 2008 | Myers, Greg: Ultra-deepwater riserless mud circulation with dual gradient drilling | download |
4% | | 2008 | Fulthorpe, Craig S.; Miller, Kenneth G. et al.: Drilling to decipher long-term sea-level changes and effects; a joint Consortium for Ocean Leadership, ICDP, IODP, DOSECC, and Chevron workshops | download |
4% | | 2008 | Lin, Weiren; Yamamoto, Koji et al.: Estimation of minimum principal stress from an extended leak-off test onboard the Chikyu drilling vessel and suggestions for future test procedures | download |
42% | 1 1-2 1-3 7 7-62 7-65 7-66 9 9-77 28 28-266 32 32-310 62 62-463 85 85-572 89 89-586 | 1984 | Chaboudy, Louis R., Jr.: Long-term phosphorus flux to Neogene Antarctic and Pacific deep sea sediments | |
42% | 1 1-4 14 14-144 32 32-305 62 62-463 77 77-540 79 79-547 80 80-551 101 101-627 | 1994 | Sellwood, Bruce W.; Price, Greg D. et al.: Cooler estimates of Cretaceous temperatures | |
28% | 2 2-10 3 3-20 6 6-47 12 12-111 17 17-171 21 21-208 22 22-216 22-217 32 32-305 39 39-356 40 40-363 43 43-384 62 62-465 72 72-516 74 74-525 74-527 80 80-548 93 93-605 113 113-689 114 114-698 114-700 119 119-738 120 120-750 121 121-758 | 1993 | Widmark, Joen G. V.: Biogeographic and paleoecological patterns among benthic foraminifera in the Late Cretaceous deep-sea; paleoceanographic implications | |
31% | 6 6-45 6-46 6-47 6-48 6-49 6-50 6-52 62 62-463 62-464 62-465 62-466 | 1981 | Yamamoto, Satoshi: Metallic trace elements in some chert nodules of Pacific seamounts; a comparative study | download |
42% | 7 7-62 7-65 7-66 9 9-77 28 28-266 32 32-310 62 62-463 85 85-572 89 89-586 | 1984 | Chaboudy, Louis R., Jr.; Moody, Judith B. et al.: Late Neogene phosphorus flux to Antarctic and Pacific deep-sea sediments | |
57% | 10 10-95 62 62-463 | 2010 | Georgescu, M. Dan: Evolutionary classification of the Upper Cretaceous (Turonian-lower Campanian) planktic Foraminifera with incipient meridional ornamentation | |
49% | 10 10-95 15 15-150 62 62-463 | 2007 | Georgescu, Marius Dan: A new planktonic heterohelicid foraminiferal genus from the Upper Cretaceous (Turonian) | |
49% | 10 10-95 15 15-150 62 62-463 | 2011 | Georgescu, Marius D.; Quinney, Ann E. et al.: New data on the taxonomy, evolution and biostratigraphical significance of the Turonian-Coniacian (Late Cretaceous) planktic foraminifer Huberella Georgescu 2007 | |
42% | 10 10-95 15 15-150 62 62-463 71 71-511 171B 171B-1050 171B-1052 | 2009 | Georgescu, Marius D.: Transition from the typological to evolutionary classification of the Cretaceous planktic Foraminifera; case study of Anaticinella Eicher 1973 | |
35% | 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 | |
28% | 10 10-95 12 12-111 15 15-152 32 32-305 39 39-356 39-357 43 43-384 62 62-463 86 86-577 122 122-761 122-762 171A 171A-1049 171B 171B-1050 171B-1052 198 198-1212 | 2008 | Georgescu, M. Dan; Abramovich, Sigal: A new serial Cretaceous planktic foraminifer (family Heterohelicidae Cushman, 1927) from the upper Maastrichtian of the equatorial Central Pacific | |
49% | 12 12-111 15 15-152 43 43-384 44 44-390 62 62-463 93 93-605 | 1996 | Nederbragt, Alexandra J.: Quantitative biogeography of the Late Cretaceous planktonic foraminifera and latitudinal diversity gradients | |
35% | 12 12-111 32 32-305 39 39-356 43 43-384 62 62-463 62-465 74 74-525 113 113-690 120 120-750 122 122-761 | 1999 | Barrera, Enriqueta; Savin, Samuel M.: Evolution of late Campanian-Maastrichtian marine climates and oceans | |
35% | 13 13-125 14 15 15-150 18 18-177 20 20-195 30 30-285 31 31-295 41 41-370 55 55-430 62 62-465 70 70-510 73 73-520 | 1978 | Mukhina, V. V.: Biostratigraficheskiye issledovaniya v subantarkticheskoy oblasti Tikhogo okeana (po diatomeyam i silikoflyagellyatam) A biostratigraphic study in a sub-Antarctic region of the Pacific Ocean; from diatoms and silicoflagellates | |
42% | 14 14-144 41 41-367 62 62-463 93 93-603 95 95-603 | 2004 | Kuypers, Marcel M. M.; van Breugel, Yvonne et al.: N (sub 2) -fixing cyanobacteria supplied nutrient N for Cretaceous oceanic anoxic events | |
57% | 17 17-167 62 62-463 | 1999 | Clarke, Leon; Jenkyns, Hugh: New stable-isotopic evidence for long-term Cretaceous oceanographic and climatic change | |
57% | 17 17-167 62 62-463 | 1987 | Tarduno, John A.; McWilliams, Michael: Cretaceous absolute motion of Pacific oceanic rises; linking the accreted and deep sea records | |
57% | 17 17-167 62 62-463 | 2006 | Walczak, P. S.; Duncan, R. A. et al.: Cretaceous anoxic event 1a linked with submarine plateau volcanism; geochemical evidence from marine sedimentary sections | |
49% | 8 17 17-167 20 20-195 20-196 62 62-463 129 129-801 144 185 185-801 | 1991 | Ogg, Gabi: Early Cretaceous palynomorphs of the Pacific Ocean | |
25% | 17 17-167 20 20-195 20-196 62 62-463 | 1990 | Ogg, Gabi: Early Cretaceous palynomorphs of the western Pacific Ocean | download |
49% | 17 17-171 62 62-465 | 1998 | Widmark, Joen G. V.; Kucera, Michal: New species of the genus Parkiella (Foraminifera) from the Late Cretaceous Central Pacific Ocean; biostratigraphy, biogeography, and the Cretaceous-Palaeogene boundary | |
42% | 17 17-171 32 32-305 32-306 32-310 33 33-317 62 62-463 62-465 62-466 | 1982 | Thiede, Jorn; Dean, W. E. et al.: Oxygen-deficient depositional paleoenvironments in the Mid-Cretaceous tropical and subtropical central Pacific Ocean | |
42% | 17 17-171 62 62-465 | 1997 | Kucera, Michal; Widmark, Joen G. V.: Gradual morphological evolution in a Late Cretaceous deep-sea benthic foraminifer | |
57% | 19 55 62 143 144 | 2007 | Kurnosov, V. B.; Zolotarev, B. P. et al.: Sea water-basalt interaction in the Pacific seamounts; low temperature environments | |
42% | 19 19-192 62 62-464 62-465 145 145-883 145-884 198 198-1208 | 2012 | Hague, Ashley M.; Thomas, Deborah J. et al.: Convection of North Pacific Deep Water during the early Cenozoic | |
35% | 19 19-192 35 35-323 62 62-464 91 91-596 145 145-883 | 2012 | Subt, Cristina; Thomas, Debbie: Pb isotopic composition of Late Cretaceous and early Paleogene Pacific water masses | |
49% | 22 22-213 43 43-384 62 62-465 121 121-758 | 1997 | Berggren, William A.; Norris, Richard D.: Biostratigraphy, phylogeny and systematics of Paleocene trochospiral planktonic Foraminifera | |
42% | 22 22-213 43 43-384 62 62-465 80 80-550 86 86-577 120 120-750 121 121-758 | 1993 | Berggren, William A.; Norris, Richard D.: Origin of the genus Acarinina and revisions to Paleocene biostratigraphy | |
5% | 27 27-261 123 123-765 123-766 | 1992 | Baumgartner, Peter O.: Lower Cretaceous radiolarian biostratigraphy and biogeography off northwestern Australia (ODP sites 765 and 766 and DSDP Site 261), Argo abyssal plain and lower Exmouth Plateau | download |
57% | 30 30-288 33 33-317 62 62-463 | 1987 | Tarduno, John A.; McWilliams, Michael O. et al.: Cretaceous absolute motion of Pacific oceanic rises | |
42% | 30 30-288 30-289 33 33-317 40 40-363 40-364 48 48-400 48-402 62 62-463 79 79-545 | 1988 | Tarduno, John A.: Brief reversals within the Cretaceous normal polarity superchron recorded in Pacific and Atlantic DSDP sediments | |
57% | 31 31-292 32 32-305 32-310 62 62-463 | 1982 | Rea, David K.; Janecek, Thomas R.: Late Cenozoic changes in atmospheric circulation deduced from North Pacific eolian sediments | |
57% | 32 32-305 62 62-463 | 1998 | Price, G. D.; Sellwood, B. W. et al.: Isotopic evidence for palaeotemperatures and depth stratification of Middle Cretaceous planktonic Foraminifera from the Pacific Ocean | |
57% | 32 32-305 62 62-463 77 77-540 | 1994 | Price, Gregory D.; Sellwood, Bruce W. et al.: Mesozoic low latitude sea-surface temperature; evidence for equable climates? | |
57% | 32 32-305 62 62-463 207 207-1257 | 2007 | Friedrich, O.; Norris, R. D. et al.: A Cretaceous benthic foraminiferal stable isotope compilation | |
57% | 32 32-305 62 62-463 207 | 2009 | Friedrich, O.; Norris, R. D. et al.: A Cretaceous benthic Foraminiferal stable isotope compilation; implications for paleoclimate and paleoceanography | |
57% | 32 32-305 62 62-463 207 | 2011 | Friedrich, Oliver; Norris, Richard D. et al.: Evolution of Cretaceous oceans; a 55 million year record of Earth's temperature and carbon cycle | |
49% | 32 32-305 62 62-463 113 113-690 120 120-750 122 122-761 | 1995 | Barrera, Enriqueta: Environmental changes during the early-late Maastrichtian transition | |
49% | 32 32-305 62 62-463 62-465 113 113-689 113-690 122 122-761 | 1995 | Barrera, E.; Savin, S. M. et al.: Global oceanic circulation changes in the mid-Maastrichtian | |
35% | 32 32-305 43 43-384 62 62-463 113 113-690 | 1999 | Morrow, Deborah J.: Use of elemental chemistry of deep-sea sediments as a paleoproductivity indicator in the late Campanian-Maastrichtian age | |
57% | 32 32-310 62 62-463 62-466 | 1980 | Rea, D. K.; Janecek, T. R.: Grain size and accumulation rate of the eolian component of some North Pacific sediments | |
42% | 32 32-310 62 62-464 62-465 62-466 | 1983 | Vallier, Tracy L.; Dean, Walter E. et al.: Geologic evolution of Hess Rise, central North Pacific Ocean | |
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% | 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 | |
42% | 39 39-356 43 43-384 62 62-465 74 74-525 74-527 80 80-548 122 122-761 122-762 | 1996 | Kucera, Michal; Malmgren, Bjorn A.: Latitudinal variation in the planktic foraminifer Contusotruncana contusa in the terminal Cretaceous ocean | |
42% | 39 39-356 43 43-384 62 62-465 74 74-525 74-527 80 80-548 122 122-761 122-762 | 1995 | Kucera, M.; Malmgren, B. A.: Geographical variability of Contusotruncana contusa (planktonic Foraminifera) in the terminal Cretaceous ocean | |
57% | 40 48 62 | 1981 | Sayre, William O.; Hailwood, Ernest A.: The magnetic fabric of some marine sediments from the Atlantic and Pacific oceans | |
42% | 41 41-367 62 62-463 171A 171A-1049 171B | 2003 | Schouten, Stefan; Hopmans, Ellen C. et al.: Extremely high sea-surface temperatures at low latitudes during the Middle Cretaceous as revealed by archaeal membrane lipids | |
57% | 43 43-384 62 62-465 | 1996 | Norris, Richard D.: Symbiosis as an evolutionary innovation in the radiation of Paleocene planktic foraminifera | |
5% | 47 47-398 93 93-603 95 95-603 103 103-638 103-640 103-641 | 1988 | Thurow, Juergen: Cretaceous radiolarians of the North Atlantic Ocean; ODP Leg 103 (sites 638, 640, and 641) and DSDP legs 93 (Site 603) and 47B (Site 398) | download |
7% | 47 47-398 47-398D 93 93-603 93-603B 95 95-603 103 | 1988 | Thurow, Juergen: Diagenetic history of Cretaceous radiolarians, North Atlantic Ocean (ODP Leg 103 and DSDP holes 398D and 603B) | download |
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% | 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 | 1980 | Peterson, M. N. A.; MacTernan, F. C.: Operations resumes, Leg 55 through Leg 70 | |
57% | 55 62 70 73 80 | 1986 | Karpoff, Anne-Marie: Marine alteration processes, authigenesis and early diagenesis in Cenozoic pelagic condensed sequences (DSDP-IPOD legs 55, 62, 70, 73 and 80) | |
57% | 55 55-432 62 62-464 62-465 132 132-810 | 1998 | Smoot, N. Christian: The trans-Pacific Chinook Trough megatrend | |
57% | 58 58-445 62 62-463 124 124-769 | 1998 | Dowsett, Harry J.; Robinson, Marci M.: Application of the modern analog technique (MAT) of sea surface temperature estimation to middle Pliocene North Pacific planktonic Foraminifera assemblages | |
42% | 58 58-445 62 62-463 89 89-586 124 124-769 130 130-806 130-807 | 2007 | Dowsett, Harry: Faunal re-evaluation of mid-Pliocene conditions in the western Equatorial Pacific | |
57% | 59 60 61 62 63 64 65 66 67 68 69 | 1978 | Anonymous: Under the oceans; more drilling planned | |
9% | 60 | 1982 | Kling, Stanley A.: Radiolarians from Mariana Trough and trench region; Deep Sea Drilling Project Leg 60 | download |
57% | 61 61-462 62 89 89-462 | 1979 | Shcheka, S. A.: Bureniye drevney kory Tikhogo okeana Drilling ancient crust of the Pacific Ocean | |
18% | 61 61-462 89 89-462 | 1981 | Jenkyns, Hugh C.; Schlanger, Seymour O.: Significance of plant remains in redeposited Aptian sediments, Hole 462A, Nauru Basin, to Cretaceous oceanic-oxygenation models | download |
18% | 61 61-462 89 89-462 | 1981 | Seifert, Karl E.: Geochemistry of Nauru Basin basalts from the lower portion of Hole 462A, Deep Sea Drilling Project Leg 61 | download |
14% | 61 61-462 89 89-462 89-585 | 1986 | Schaaf, Andre: Radiolaria from Deep Sea Drilling Project Leg 89 | download |
13% | 61 61-462 89 89-462 89-585 89-586 | 1986 | Baltuck, Miriam; Moberly, Ralph et al.: Introduction and explanatory notes, Leg 89 | download |
13% | 61 61-462 89 89-462 89-585 89-586 | 1986 | Moberly, Ralph; Schlanger, Seymour O. et al.: Initial reports of the Deep Sea Drilling Project covering Leg 89 of the cruises of the Drilling Vessel Glomar Challenger, Yokohama, Japan, to Noumea, New Caledonia, October-November, 1982 | download |
9% | 61 61-462 89 89-462 | 1981 | Shcheka, Sergey: Igneous rocks of Deep Sea Drilling Project Leg 61, Nauru Basin | download |
6% | 61 61-462 89 89-462 | 1986 | Moberly, Ralph; Schlanger, Seymour O. et al.: Site 462 | download |
3% | 61 61-462 89 89-462 | 1981 | Site 462; Nauru Basin, western Pacific Ocean, Deep Sea Drilling Project Leg 61 | download |
100% | 62 | 1983 | Anonymous: Litologiya, mineralogiya i organicheskoye veshchestvo mezozoysko-kaynozoyskikh otlozheniy rayonov vozvyshennosti Khessa i severozapadnoy chasti gor Markus-Nekker (reys 62-y) Lithology, mineralogy and organic matter of Meso-Cenozoic formations in the Hess Ridge region and northwestern region of submarine mountains in the Central Pacific; Leg 62 | |
80% | 62 | 1978 | Vallier, T. L.; Thiede, J. et al.: Geologic histories of the Mid-Pacific Mountains and Hess Rise, central North Pacific Ocean; DSDP Leg 62 | |
71% | 62 | 1983 | Timofeyev, P. P.; Koporulin, V. I.: Litologo-fatsial'naya kharakteristika mezozoyskikh i kaynozoyskikh otlozheniy vozvyshennosti Khessa Meso-Cenozoic lithofacies of Hess Ridge | |
71% | 62 | 1983 | Timofeyev, P. P.; Rengarten, N. V. et al.: Litologo-geneticheskaya kharakteristika kaynozoysko-mezozoyskikh otlozheniy rayona severo-zapada gor Markus-Nekker Lithologic-genetic characteristics of Meso-Cenozoic formations of northwest submarine mountains in the Central Pacific | |
71% | 62 | 1983 | Timofeyev, P. P.; Bogolyubova, L. I.: Melovyye sapropelevyye otlozheniya gor Markus-Nekker i vozvyshennosti Khessa Cretaceous sapropel of submarine mountains of the central Pacific and Hess Ridge | |
71% | 62 | 1985 | Pyle, Doug; Hart, Roger: Cosomogenic argon in Mid-Pacific K-T cherts and porcellanite | |
71% | 62 | 1979 | Dean, W. E.; Thiede, J. et al.: Origin of organic-rich limestones of Mid-Cretaceous age, Mid-Pacific Mountains and southern Hess Rise, central North Pacific Ocean | |
71% | 62 | 1984 | Ozima, M.; Takayanagi, M. et al.: Anomalous (super 3) He/ (super 4) He ratio in sediments from Northwest Pacific hiatus region | |
71% | 62 | 1983 | Timofeyev, P. P.; Rateyev, M. A. et al.: Glinistyye mineraly mezozoyskikh i kanozoyskikh otlozheniy gor Markus-Nekker i vozvyshennosti Khessa Clay minerals of Meso-Cenozoic rocks in the submarine mountains of Central Pacific and Hess Ridge | |
71% | 62 171B 185 | 2002 | Tremolada, Fabrizio; Young, Jeremy R.: Volume calculation of Cretaceous calcareous nannofossils | |
57% | 62 69 | 1983 | Hein, James R.; Karl, S. M.: Comparisons between open-ocean and continental margin chert sequences | |
57% | 62 69 | 1992 | Murray, Richard W.; Buchholtz ten Brink, Marilyn R. et al.: Rare earth, major, and trace element composition of Monterey and DSDP chert and associated host sediment; assessing the influence of chemical fractionation during diagenesis | |
35% | 62 | 1981 | Rea, David K.; Vallier, Tracy L. et al.: Geophysical profiles and navigation, Deep Sea Drilling Project Leg 62, central North Pacific Ocean | download |
14% | 62 | 1979 | Thiede, J.; Vallier, T. L. et al.: Middle Cretaceous oxygen-deficient paleoenvironments in Mid-Pacific Mountains and on Hess Rise, central North Pacific Ocean | download |
100% | 62 62-463 | 1981 | Melieres, F.: Etude sedimentaire d'echantillons cretaces en provenance de forages IPOD du Pacifique Central Sedimentological study of Cretaceous samples from IPOD drilling sites in the central Pacific | |
80% | 62 62-463 62-464 62-465 62-466 | 1979 | Vallier, T. L.; Thiede, J. et al.: In the mid-Pacific; Leg 62 probes the paleoenvironments | |
80% | 62 62-463 62-465 62-466 | 1984 | Lazur, Yu. M.; Varentsov, I. M. et al.: Volcanogenic copper and zinc minerals of Early-Cretaceous deposits in the central northwestern Pacific, Deep Sea Drilling Project, Leg 62 | |
71% | 62 62-463 | 1981 | Rea, D. K.; Janecek, T. R.: Late Cretaceous history of eolian deposition in the Mid-Pacific Mountains, central North Pacific Ocean | |
71% | 62 62-463 | 1988 | Tarduno, John A.; Sliter, William V. et al.: Possible late Aptian reversal within the Cretaceous normal polarity superchron from Pacific DSDP sediments | |
71% | 62 62-463 | 2002 | Tremolada, Fabrizio; Erba, Elisabetta: Morphometric analyses of Aptian Assipetra infracretacea and Rucinolithus terebrodentarius nannoliths; implications for taxonomy, biostratigraphy and paleoceanography | |
71% | 62 62-463 | 1992 | Ingram, Bonnye Lynn: Paleoclimatic and paleoceanographic studies of estuarine and marine sediments using strontium isotopes | |
71% | 62 62-463 | 1994 | Erba, Elisabetta: Nannofossils and superplumes; the early Aptian "nannoconid crisis" | download |
71% | 62 62-463 | 2002 | Price, G. D.; Hart, M. B.: Isotopic evidence for Early to Mid-Cretaceous ocean temperature variability | |
65% | 62 62-463 62-464 62-465 62-466 | 1981 | Hein, James R.; Yeh, Hsueh-Wen: Oxygen-isotope composition of chert from the Mid-Pacific Mountains and Hess Rise, Deep Sea Drilling Project Leg 62 | download |
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