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Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
100% | | 2008 | Jansen, Eystein; Kleiven, H. F.: EuroMARC CRP; Atlantic Meridional Overturning Circulation During Interglacials (AMOCINT) | |
95% | | 1986 | Barron, Eric J.: Modeling in paleooceanography | |
94% | 85 | 1987 | Pujos, Annick: Mise en place de la circulation au Pacifique central equatorial et des assemblages des nannofossiles calcaires au Neogene (Leg DSDP 85); II, Influence de l'emersion de l'isthme de Panama, entre 7 et 2 Ma Establishment of Equatorial Pacific water circulation and of calcareous nannofossil assemblages during the Neogene (DSDP Leg 85); II, The uplift of the Isthmus of Panama and its consequences between 7 and 2 Ma | |
89% | | 2006 | Schneider, Birgit; Schmittner, Andreas: Simulating the impact of the Panamanian Seaway closure on ocean circulation, marine productivity and nutrient cycling | |
86% | 108 108-658 | 2004 | Koutavas, Athanasios; Lynch-Stieglitz, Jean: Variability of the marine ITCZ over the eastern Pacific during the past 30,000 years; region perspective and global context | |
83% | 29 | 1974 | Kennett, J. P.: Development of the Circum-Antarctic Current | |
83% | 138 | 1993 | Hovan, S. A.; Rea, D. K.: Late Neogene atmospheric circulation intensity and climate history recorded by eolian deposition in the eastern Equatorial Pacific, ODP Leg 138 | |
83% | | 1982 | Hodell, David A.; Kennett, James P.: Abyssal circulation in the western South Atlantic during the late Miocene and Pliocene | |
83% | | 1987 | Woodruff, Fay; Savin, Samuel M.: Micro-faunal and isotopic evidence for the nature of Miocene deep circulation and watermass formation | |
83% | 168 | 1998 | Davis, Earl; Becker, Keir: Borehole observatories record driving forces for hydrothermal circulation in young oceanic crust | |
83% | | 1973 | Scheibnerova, Viera: Non-tropical Cretaceous foraminifera in Atlantic deep-sea cores and their implications for continental drift and palaeoceanography of the South Atlantic Ocean | |
83% | 162 162-980 | 2002 | Wang, Zhaomin; Mysak, Lawrence A. et al.: Response of the thermohaline circulation to cold climates | download |
83% | 302 | 2009 | Roberts, Christopher D.; LeGrande, Allegra N. et al.: Climate sensitivity to Arctic seaway restriction during the early Paleogene | |
82% | 162 162-984 | 2003 | Federici, Luna; McManus, Jerry F.: Ocean circulation and climate during the Stage 11 interglacial interval | |
82% | | 1979 | Spooner, E. T. C.: Ophiolitic rocks and evidence for hydrothermal convection of sea water within crust | |
82% | | 1974 | Davies, T. A.; Edgar, N. Terence: Some geophysical aspects of deep-sea drilling | |
82% | | 1986 | Rea, David K.; Bloomstine, Maurice K.: Neogene history of the South Pacific tradewinds; evidence for hemispherical asymmetry of atmospheric circulation | |
82% | | 1990 | Boyle, Edward A.: Potential ODP opportunities for studying deepwater circulation changes and rapid global climate change | |
82% | | 1992 | Hay, William W.: Reversals of circulation in the central North Atlantic during the Eocene? | |
82% | 113 113-689 208 208-1262 208-1263 208-1264 | 2006 | Via, Rachael K.; Thomas, Deborah J.: Evolution of Atlantic thermohaline circulation; early Oligocene onset of deep-water production in the North Atlantic | |
82% | | 2002 | Otto-Bliesner, Bette L.; Brady, Esther C. et al.: Late Cretaceous ocean; coupled simulations with the National Center for Atmospheric Research climate system | |
82% | | 2011 | Welsh, Kevin: From greenhouse to icehouse | |
82% | 43 43-386 210 210-1276 | 2012 | Robinson, Stuart A.; Vance, Derek: Widespread and synchronous change in deep-ocean circulation in the North and South Atlantic during the late Cretaceous | |
77% | 181 | 1999 | Carter, Robert; Carter, Lionel et al.: The DWBC sediment drift record from Leg 181; drilling in the Pacific gateway for the global thermohaline circulation | |
77% | 145 145-883 146 146-893 165 165-1002 | 2007 | Sarnthein, Michael; Grootes, Pieter M. et al.: (super 14) C reservoir ages show deglacial changes in ocean currents and carbon cycle | |
77% | 94 94-607 162 162-982 | 1997 | Raymo, M. E.: Thermohaline circulation of the deep North Atlantic in the early Pliocene; no evidence for major changes | |
77% | 25 25-249 | 2011 | Uenzelmann-Neben, G.; Watkeys, M. K. et al.: Palaeoceanographic interpretation of a seismic profile from the southern Mozambique Ridge, southwestern Indian Ocean | |
75% | 130 130-806 138 138-849 | 2005 | McClymont, Erin L.; Rosell-Mele, Antoni: Links between the onset of modern Walker circulation and the mid-Pleistocene climate transition | |
75% | | 2001 | Joseph, Leah Helen: Late Cretaceous through Cenozoic climate change on Antarctica; a view from the deep sea | |
71% | | 1999 | Rea, David K.; Moore, Theodore C., Jr. et al.: Circulation of the Eocene Pacific Ocean | |
68% | 118 | 1990 | Hebert, Rejean; Constantin, Marc et al.: Hydrothermal circulation in the oceanic layer 3; evidences from Leg 118 gabbroic rocks | |
68% | 30 30-289 | 1985 | Romine, Karen; Lombari, Gail A.: Evolution of Pacific circulation in the Miocene; radiolarian evidence from DSDP Site 289 | |
68% | | 1985 | Rea, David K.; Leinen, Margaret et al.: Geologic approach to the long-term history of atmospheric circulation | |
68% | | 1994 | Flower, Benjamin P.; Kennett, James P.: The middle Miocene climatic transition; East Antarctic ice sheet development, deep ocean circulation and global carbon cycling | |
68% | | 1975 | Davies, Thomas A.; Weser, Oscar E. et al.: Unconformities in the sediments of the Indian Ocean | |
68% | | 1976 | Van Andel, T. H.; Heath, G. R. et al.: Cenozoic history of the central equatorial Pacific; a synthesis based on Deep Sea Drilling Project data | |
68% | 34 37 | 1976 | Ellwood, B. B.: Development and utilization of the standardized anisotropy of magnetic susceptibility parameter F (sub x) | |
68% | 189 189-1168 189-1170 189-1171 189-1172 | 2004 | Kennett, James P.; Exon, Neville F.: Paleoceanographic evolution of the Tasmanian Seaway and its climatic implications | |
68% | 155 | 1996 | Maslin, M.: Last glacial equatorial western Atlantic circulation; the Amazon Fan and Heinrich events | |
68% | | 1998 | Anonymous: Massive ocean current may provide clues to global warming | |
68% | | 2002 | Haywood, Alan M.; Valdes, Paul J. et al.: Magnitude of climate variability during middle Pliocene warmth; a palaeoclimate modelling study | |
68% | 110 | 1989 | Faugeres, J. C.; Griboulard, Roger et al.: Diagenetic indurated marine bottoms in the southern part of Barbados wedge; evidence of deep fluid circulation | |
68% | | 1991 | Bray, N. A.; Robles, J. M.: Physical oceanography of the Gulf of California | |
68% | | 1991 | Kheradyar, T.; Ingle, James C., Jr.: Pleistocene surface temperature and circulation within the Sea of Japan | |
68% | 94 94-608 94-610 | 1984 | Thomas, Ellen: Early Miocene deep water circulation in the North Atlantic Ocean | |
68% | 154 | 1999 | Franz, Sven-Oliver: Pliozaene Zeitreihen zur Rekonstruktion der Tiefenwasserzirkulation und der siliziklastischen Amazonasfracht im aequatorialen Westatlantik (Ceara Schwelle, ODP leg 154) Pliocene time scales in the reconstruction of deep-water circulation and the silicoclastic Amazon materials in the equatorial West Atlantic, Ceara Rise, ODP Leg 154 | |
68% | 154 | 1996 | Franz, S. O.; Tiedemann, Ralf: Deep water circulation, chemistry and terrigenous sediment supply in the West Equatorial Atlantic during the Pliocene, 2.6-3.3 Ma and 4.5.-5 Ma (ODP Leg 154, Ceara Rise) | |
68% | | 1992 | Ishman, Scott E.; Dowsett, Harry J.: Pliocene pre-glacial North Atlantic; a coupled sea surface-deep ocean circulation climate response | |
68% | 82 82-563 | 1983 | Miller, Kenneth G.; Fairbanks, Richard G.: Evidence for Oligocene-middle Miocene abyssal circulation changes in the western North Atlantic | |
68% | | 2003 | Becker, Keir; Davis, Earl E.: Twelve years of results from ODP subseafloor CORK hydrogeological observatories | |
68% | 202 | 2004 | Schmittner, A.: Changes in Southeastern Pacific circulation and productivity on tectonic, orbital and millennial timescales in simulations with a global climate model | |
68% | 168 | 2004 | Harris, Robert N.; Chapman, David S.: Deep-seated oceanic heat flux, heat deficits, and hydrothermal circulation | |
68% | 172 | 1999 | Franz, Sven-Oliver; Tiedemann, Ralf: Changes in deep water circulation and current intensities of the DWBC in the NW-Atlantic during marine isotope stages 8 to 10 (250-350 ka) | |
68% | | 2006 | Ravelo, Ana Christina: Walker circulation and global warming; lessons from the geologic past | |
68% | 154 154-925 | 1998 | Billups, Katharina: Early Pliocene climate; a low latitude perspective on high latitude warmth | |
68% | | 1987 | Pujos, A.: Mise en place de la circulation du Pacifique central equatorial et des assemblages des nannofossiles calcaires au Neogene (Leg DSDP 85); I, Influence de la glaciation antarctique, entre 15 et 7 Ma BP Emplacement of circulation in the equatorial Central Pacific and assemblages of Neogene calcareous nannofossils (DSDP Leg 85); I, Influence of Antarctic glaciation between 15 and 7 Ma BP | |
68% | 119 119-745 | 1999 | Joseph, L. H.; Rea, D. K. et al.: Varying Antarctic ice sheet conditions and intensity of deep water circulation at approximately 4 Ma; studies from ODP Site 745, the East Kerguelen Drift | |
68% | | 2000 | Rea, David K.; Moore, Theordore C., Jr. et al.: Atmospheric and oceanic circulation dynamics in the Equatorial Pacific of the Paleogene world | |
68% | | 1998 | Hughen, Konrad A.: Climatic linkages between high-latitude North Atlantic, tropical South America and ocean circulation; evidence from the Cariaco Basin | |
68% | | 1996 | Jenkins, Chris: Circulation strength of a western boundary current through the late Cenozoic (ODP Drilling proposal; East Australian Current) | |
68% | 21 29 | 1973 | Kennett, J. P.: Development of the circum-Antarctic current revealed by deep-sea drilling in the Subantarctic | |
68% | | 1997 | Ruddiman, William F.; Raymo, Maureen E. et al.: The uplift-climate connection; a synthesis | |
68% | 177 | 2002 | Dickmann, B.: Biogene und terrigene Sedimentation im Antarktischen Ozean; Zeugnisse der kaenozoischen Umwelt- und Klimaentwicklung Biogenic and terrigenous sedimentation in the Antarctic Ocean; evidence of Cenozoic environment and climate development | |
68% | 29 29-277 | 1980 | Corliss, Bruce H.: Deep-sea benthonic foraminiferal response to the development of the psychrosphere near the Eocene/Oligocene boundary | |
68% | | 2010 | Masaki, Y.; Kawada, Y. et al.: Hydrothermal circulation regime of the Iheya-North hydrothermal field in the mid-Okinawa Trough inferred from heat flow measurements | |
68% | 178 | 2006 | Guennewig, Petra; Huhn, Katrin et al.: IODP; investigation of current conditions and sediment transport pattern along the Antarctic Peninsula using a numerical ocean circulation model | |
68% | 198 198-1208 198-1209 198-1211 | 2004 | Thomas, Deborah J.: The relationship between Pacific thermohaline circulation and the evolution of early Paleogene climate | |
68% | | 1993 | Wei, Wuchang; Wise, Sherwood W. et al.: Accelerated dispersion of new pelagic taxa associated with cooler climates and more vigorous oceanic circulation | |
68% | 104 105 | 1989 | Kaminski, Michael A.: The use of Cenozoic deep-water agglutinated foraminifera for constraining the onset of thermohaline deep circulation; oceanic gateways in the North Atlantic | |
68% | 104 104-644 | 1996 | Fronval, Torben; Jansen, Eystein: Rapid changes in ocean circulation and heat flux in the Nordic seas during the last interglacial period | |
68% | 168 | 2004 | Hutnak, M.; Fisher, A. T. et al.: Evidence for along-strike hydrothermal circulation within young oceanic crust on the eastern flank of the Endeavour axis, Juan de Fuca Ridge | |
68% | 208 | 2004 | Via, R. K.; Thomas, D. J.: Evolution of North Atlantic thermohaline circulation; from the greenhouse to the icehouse | |
68% | 32 32-310 68 68-503 | 1983 | Janecek, Thomas Raphael: The history of eolian sedimentation and atmospheric circulation during the late Cenozoic | |
68% | 193 | 2002 | Iturrino, Gerardo J.; Bartetzko, Anne: Subsurface fracture patterns in the PACMANUS hydrothermal system identified from downhole measurements and their potential implications for fluid circulation | |
68% | 166 | 2002 | Bergman, Kelly L.; Eberli, Gregor P.: Covariance of Neogene sea-surface temperatures and thermohaline circulation as revealed in paleocurrent features in the Straits of Florida | |
68% | | 2002 | Groeger, Matthias: Deep-water circulation in the western Equatorial Atlantic; inferences from carbonate preservation studies and silt grain-size analysis | |
68% | 162 | 1995 | Jansen, Eystein; Raymo, Maureen et al.: North Atlantic Arctic Gateways II | |
68% | 302 | 2008 | Sakamoto, T.; Iijima, K. et al.: High-resolution sea-ice and ocean circulation history during 18 Ma; upper 200 m core section obtained by IODP Expedition 302 (ACEX) | |
68% | 302 | 2008 | Thompson, B.; Nilsson, J. et al.: Model study on the Arctic Ocean circulation during early Miocene | |
68% | | 2009 | Cope, Jesse T.; Winguth, A. M.: On the sensitivity of ocean circulation to Arctic fresh water input during the Paleocene/Eocene Thermal Maximum | |
68% | 105 306 | 2010 | Uenzelmann-Neben, G.: Eirik Drift; archive of palaeoenvironmental information of climate development and oceanic circulation in the Greenland and Labrador Seas | |
68% | | 2010 | Murphy, Daniel Patrick: Intermediate- to deep-water circulation changes on short and long time scales | |
68% | 157 157-951 159 159-958 166 166-1006 172 172-1062 172-1063 | 2011 | Lutz, Brendan P.: Shifts in North Atlantic planktic foraminifer biogeography and subtropical gyre circulation during the mid-Piacenzian warm period | |
67% | 117 | 1988 | Leg 117 finds mountains, monsoons | |
67% | | 1976 | Hammond, A. L.: Paleoceanography; sea floor clues to earlier environments | |
67% | | 1973 | Rona, P. A.: Worldwide Unconformities in Marine Sediments related to Eustatic Changes of Sea Level | |
67% | | 1980 | Maack, V.: Zur palaeogeographischen Rekonstruktion erdgeschichtlicher Ozeane Paleogeographic reconstruction of ancient oceans | |
67% | | 1987 | Berggren, William A.: Researchers study new currents in old seas | |
67% | 145 145-885 145-886 | 2003 | Cao Junji; Zhang Xiaoye et al.: Variations in dust flux in the Loess Plateau from 6.5 to 2.2 Ma BP; implications for the evolution of the East Asian winter monsoon and Asian aridity | |
67% | 28 28-270 | 1992 | Bartek, Louis R.; Sloan, Lisa Cirbus et al.: Evidence from the Antarctic continental margin of late Paleogene ice sheets; a manifestation of plate reorganization and synchronous changes in atmospheric circulation over the emerging Southern Ocean? | |
67% | | 1991 | Kaiho, Kunio: Global changes of Paleogene aerobic/anaerobic benthic foraminifera and deep-sea circulation | |
67% | 13 13-125 13-132 | 1972 | Longinelli, A.; Cita, M. B.: Isotopic evidence of changes in oceanic circulation | |
67% | 156 | 1995 | Labume, P.; Henry, Pierre et al.: Circulation et surpression de l'eau interstitielle dans le prisme d'accretion nord-Barbade; resultats du Leg ODP 156 Pore-water circulation and overpressure in the northern Barbados accretionary prism; results of ODP Leg 156 | |
67% | 151 151-910 162 162-980 | 2007 | Knies, Jochen; Matthiessen, Jens et al.: Effects of Arctic freshwater forcing on thermohaline circulation during the Pleistocene | |
67% | | 1999 | Frank, Tracy D.; Arthur, Michael A.: Tectonic forcings of Maastrichtian ocean-climate evolution | download |
67% | | 2008 | Mohtadi, Mahyar; Rossel, Pamela et al.: Deglacial pattern of circulation and marine productivity in the upwelling region off central-south Chile | |
67% | 25 25-248 25-249 | 1994 | Ben-Avraham, Zvi; Niemi, Tina M. et al.: Mid-Tertiary changes in deep ocean circulation patterns in the Natal Valley and Transkei Basin, Southwest Indian Ocean | |
67% | 130 130-806 202 202-1239 | 2010 | Etourneau, J.; Schneider, R. et al.: Intensification of the Walker and Hadley atmospheric circulations during the Pliocene-Pleistocene climate transition | |
67% | 68 68-502 68-503 | 1998 | Haug, Gerald H.; Tiedemann, Ralf: Effect of the formation of the Isthmus of Panama on Atlantic Ocean thermohaline circulation | |
67% | 154 154-925 154-929 | 1998 | Billups, Katharina; Ravelo, A. C. et al.: Early Pliocene deep water circulation in the western Equatorial Atlantic; implications for high-latitude climate change | download |
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