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499 Publications found! (Query time: 0.005 s) – Download as CSV file – Download as KML file

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Score ↓Exp/Site/HoleYearAuthor/TitleFull text
100%1981Roth, Peter H.; Bowdler, Jay L.: Middle Cretaceous calcareous nannoplankton biostratigraphy and oceanography of the Atlantic Ocean
100%1981Summerhayes, Colin P.: Organic facies of Middle Cretaceous black shales in deep North Atlantic
100%1994Denny, Walter M., III; Austin, James A., Jr. et al.: Seismic stratigraphy and geologic history of Middle Cretaceous through Cenozoic rocks, southern Straits of Florida
100%1980Tissot, B.; Demaison, G. et al.: Paleoenvironment and petroleum potential of Middle Cretaceous black shales in Atlantic basins
100%11
11-105
44
44-391		1977Habib, D.: Comparison of Lower and Middle Cretaceous palynostratigraphic zonations in the western North Atlantic
100%1991Bralower, Timothy J.; Sliter, William V.: Dysoxic/anoxic events in the Aptian-Albian (Middle Cretaceous)
100%26
26-258		1997Burnett, Jackie A.: "Middle" Cretaceous morphological diversity within the genus Ceratolithina Martini, 1967
98%1981Guerin, Sandrine: Utilisation des foraminiferes planctiques et benthiques dans l'etude des paleo-environnements oceaniques au Cretace moyen; application au materiel des forages D.S.D.P. de l'Atlantique nord et sud; comparaison avec la Tethys Use of planktonic and benthic foraminifers in the study of oceanic paleo-environments in the Middle Cretaceous; application to material from D.S.D.P. drilling campaign in N and S Atlantic Ocean; comparison with Tethys sea
95%41
41-367
62
62-463
171A
171A-1049
171B		2003Schouten, Stefan; Hopmans, Ellen C. et al.: Extremely high sea-surface temperatures at low latitudes during the Middle Cretaceous as revealed by archaeal membrane lipids
85%1985Ekdale, A. A.: Trace fossils and Mid-Cretaceous anoxic events in the Atlantic Ocean
80%14
14-137
14-144		1976Swain, F. M.: Lower and middle Cretaceous Ostracoda from the Atlantic Ocean off Guiana and off West Africa
80%32
32-305
62
62-463		1998Price, G. D.; Sellwood, B. W. et al.: Isotopic evidence for palaeotemperatures and depth stratification of Middle Cretaceous planktonic Foraminifera from the Pacific Ocean
80%129
129-800
129-801
129-802
185
185-801		1991Erba, Elisabetta: Middle Cretaceous calcareous nannofossils from the western Pacific (ODP Leg 129); evidence for palaeoequatorial crossings
80%129
129-800
129-801
129-802
144
185
185-801		1991Erba, Elisabetta: Le nannoflore calcaree del Cretacico medio nell'oceano Pacifico (ODP Leg 129); evidenze della migrazione della placca pacifica verso il paleoequatore Middle Cretaceous calcareous nannoflora of the Pacific Ocean (ODP Leg 129); evidence for migration of the Pacific Plate towards the paleo-equator
80%1984Sugisaki, Ryuichi: Relation between chemical composition and sedimentation rate of Pacific ocean-floor sediments deposited since the Middle Cretaceous; basic evidence for chemical constraints on depositional environments of ancient sediments
80%101
101-627		1991Moon, Jai-Woon: Petrographic and geochemical aspects of dolomitization; Middle Cretaceous carbonates from Little Bahama Bank, Navidad Bank, and Florida Escarpment
80%62
62-463		2004Price, Gregory; Fisher, Jodie et al.: New constraints upon carbon isotopic variation of Early and Middle Cretaceous marine successions
80%1981Guerin, S.: Utilisation des foraminiferes planctiques et benthiques dans l'etude des paleo environnements oceaniques au Cretace moyen; application au materiel des forages D.S.D.P. de l'Atlantique Nord et Sud; comparaison avec la Tethys Using planktonic and benthonic foraminifers in the study of Middle Cretaceous marine paleoenvironments; application to DSDP boreholes in the North and South Atlantic, comparison with the Tethys
73%77
77-535		2003Moretti, I.; Tenreyro, R. et al.: Petroleum system of the Cuban northwest offshore zone
71%621979Dean, 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%611980Steiner, M. B.: Mineralogic and magnetic investigation of basaltic rocks from DSDP Leg 61
71%1976Peirce, J. W.: Assessing the reliability of DSDP paleolatitudesdownload
71%1996Castillo, P. R.; Janney, P. R.: Isotopic evolution of Pacific MORB; implications for the isotopic diversity of modern MORB
71%143
144		1995Ogg, James G.: Aptian-Albian sequences in Pacific guyot carbonate systems and implications for Mid-Cretaceous time scale
71%1983Thierstein, Hans R.: Oxygen and carbon isotopic fluctuations in cyclic Mid-Cretaceous deep-sea sediments; dominance of diagenetic effects
71%51
52
53		1978Kelts, K.: Sedimentation on the Middle Atlantic Ridge during euxinic episodes from Middle to Late Cretaceous times
71%171B1999Wilson, Paul A.; Lear, Carrie H. et al.: Palaeoceanographic responses to Mid-Cretaceous greenhouse forcing in the tropical western Atlantic
71%1999Larson, Roger L.; Erba, Elisabetta: Onset of the Mid-Cretaceous greenhouse in the Barremian-Aptian; igneous events and the biological, sedimentary, and geochemical responsesdownload
71%1221988Haq, Bilal U.; von Rad, Ulrich: Results of Joides Resolution drilling on Exmouth Plateau, ODP Leg 122
71%1995Donnelly, Thomas W.; Sinton, Chris et al.: The Caribbean Cretaceous plateau basalt; a major LIP
71%1994Reicherter, K.; Pletsch, T. et al.: Mid-Cretaceous paleogeography and paleoceanography of the Betic Seaway (Betic Cordillera, Spain)
71%189
189-1171		2009White, T.; Pollard, D.: Greenhouse atmospheric hydrology and polar warmth during the Mid-Cretaceous and PETM
71%1998Sinninghe Damste, Jaap S.; Koester, Juergen: A euxinic southern North Atlantic Ocean during the Cenomanian/Turonian oceanic anoxic event
71%159
159-962		2001Wagner, Thomas; Pletsch, T.: No major thermal event on the Mid-Cretaceous Cote d'Ivoire-Ghana transform margin
71%2002Miller, Kenneth G.; Kominz, M. A. et al.: Antarctic ice evolution viewed from NJ and the deep sea
71%62
62-463		2002Price, G. D.; Hart, M. B.: Isotopic evidence for Early to Mid-Cretaceous ocean temperature variability
71%210
210-1276		2005Arnaboldi, M.; Meyers, P. A.: Multi-proxy geochemical characterization of Mid-Cretaceous black shales in the Newfoundland Basin
71%171B2001Smith, David C.: Expansion of the marine Archaea
71%79
79-545
79-547		1984Leckie, Robert Mark: Biostratigraphy and paleoecology of Mid-Cretaceous planktonic foraminifera off Northwest Africa
71%2072006Beckmann, B.; Hofmann, P. et al.: Biomarker evidence from Demerara Rise for surface and deep water redox conditions in the Mid Cretaceous western Equatorial Atlantic
70%1983Waples, Douglas W.: Reappraisal of anoxia and organic richness, with emphasis on Cretaceous of North Atlantic
60%26
26-258
36
36-327
47
47-398
71
71-511
79
79-545
79-547
80
80-551
103
103-641
122
122-763		1994Bralower, T. J.; Fullagar, P. D. et al.: Middle Cretaceous strontium isotopic stratigraphy of deep sea sections
57%80
80-549
80-550
80-551		1983Cunningham, Robert; Kroopnick, Peter M.: Distribution of organic facies in mid-Cretaceous North Atlantic black shales; DSDP Sites 549-551, northern North Atlantic
57%62
62-464
62-465
62-466		1981Windom, Kenneth E.; Seifert, Karl E. et al.: Igneous evolution of Hess Rise; petrologic evidence from DSDP Leg 62download
57%159
159-959		1996Oboh, Francisca E.; Yepes, Oscar: Palynofacies signatures of lithostratigraphic units at Site 959, ODP Leg 159 (Cote d'Ivoire-Ghana transform margin)
57%47
47-398		1978Deroo, G.; De Graciansky, P. C. et al.: L'origine de la matiere organique dans les sediments cretaces du site I.P.O.D. 398 (haute-fond de Vigo); correlations entre les donnees de la sedimentologie, de la geochimie organique et de la palynologie Origin of organic material in Cretaceous sediments of I.P.O.D. Site 398 (Vigo Seamount); correlations between sedimentology, organic geochemistry and palynology
57%36
36-327
36-330		1982Dingle, R. V.: Distribution of benthic ostracods during the early separation of Southern Africa and the Falkland Plateau
57%40
40-363
40-364		1982Moullade, M.; Guerin, S.: Le probleme des relations de l'Atlantique Sud et de l'Atlantique Central au Cretace moyen; nouvelles donnees microfauniques d'apres les forages D.S.D.P The problems of the relationships of the South Atlantic and the Central Atlantic during the Middle Cretaceous; new microfauna data from DSDP drill holes
57%41
41-369
41-370
50
50-415
50-416		1996Pletsch, T.; Daoudi, L. et al.: Palaeogeographic controls on palygorskite occurrence in Mid-Cretaceous sediments of Morocco and adjacent basins
57%79
79-545		2004Herrle, Jens O.: Positive carbon isotope excursion during the uppermost upper Aptian (Mid-Cretaceous); major changes in the productivity (CaCO (sub 3) /SiO (sub 2) ) systems
57%77
77-535
77-536
77-537
77-540		1983Phair, R. L.; Buffler, R. T.: Pre-Middle Cretaceous geologic history of the deep southeastern Gulf of Mexico
57%15
15-151
15-153
77
77-536
77-540		1991Smit, J.; Alvarez, W.: Is the "Mid-Cretaceous unconformity?" in the Gulf of Mexico a Cretaceous-Tertiary boundary impact-wave erosion surface?
57%143
143-865
143-866		1995Tarduno, John A.; Sager, William W.: Polar standstill of the Mid-Cretaceous Pacific Plate and its geodynamic implications
57%32
32-305
123
123-766		2003Paytan, Adina: Tales of black shales
57%207
207-1257
207-1258
207-1260		2009Meyers, Philip A.; Bernasconi, Stefano M. et al.: 20 My of nitrogen fixation during deposition of mid-Cretaceous black shales on the Demerara Rise, equatorial Atlantic Ocean
57%40
48
62		1981Sayre, William O.; Hailwood, Ernest A.: The magnetic fabric of some marine sediments from the Atlantic and Pacific oceans
57%14
14-136		1984Abranches, M. C. B.; Storetvedt, K. M.: Palaeomagnetic evidence for the origin of Madeira
57%210
210-1276		2010Sinninghe Damste, Jaap S.; van Bentum, Elisabeth C. et al.: A CO (sub 2) decrease-driven cooling and increased latitudinal temperature gradient during the mid-Cretaceous oceanic anoxic event 2
57%210
210-1276		2007Arnaboldi, Michela; Meyers, Philip A.: Correspondence of Cretaceous black shales in the western North Atlantic Ocean to global oceanic anoxic events
57%32
32-305
62
62-463
77
77-540		1994Price, Gregory D.; Sellwood, Bruce W. et al.: Mesozoic low latitude sea-surface temperature; evidence for equable climates?
57%171A
171A-1049
171B		2001Kuypers, Marcel M. M.; Blokker, Peter et al.: Massive expansion of marine Archaea during a Mid-Cretaceous oceanic anoxic event
57%36
36-327
36-330		1984Dingle, R. V.: Mid-Cretaceous Ostracoda from southern Africa and the Falkland Plateau
57%183
183-1138		2009Meyers, Philip A.; Yum, Jong-Gwon et al.: Origins and maturity of organic matter in Mid-Cretaceous black shales from ODP Site 1138 on the Kerguelen Plateau
57%41
41-367
207
207-1260
210
210-1276		2008Sinninghe Damste, J. S.; Mueller, A. et al.: A parallel drop in pCO (sub 2) and sea surface temperature during a Mid-Cretaceous oceanic anoxic event
57%76
76-534
79
79-547		1984Rullkoetter, Juergen; Mukhopadhyay, Prasanta K.: Jurassic and Mid-Cretaceous carbonaceous claystones in the western (DSDP Leg 76) and eastern (DSDP Leg 79) North Atlantic
57%171B
171B-1052		2001Wilson, Paul A.; Norris, Richard D.: Warm tropical ocean surface and global anoxia during the Mid-Cretaceous period
57%62
62-463
103
103-641		1991Ingram, B. Lynn: Strontium isotopic compositions of the Atlantic, Pacific, and Tethys oceans during the Mid-Cretaceous
57%80
80-551		1989Leary, P. N.: A note on the Mid-Cretaceous foraminifera from B.P. 93/2-1 South Celtic Sea basin
57%43
43-386
210
210-1276		2007Mueller, Antje; Horst, Peter et al.: A very warm proto-North Atlantic Ocean during the Mid-Cretaceous oceanic anoxic event 2; new insights from DSDP Site 386, Bermuda Rise, and ODP Site 1276, Newfoundland Basin
57%40
40-363
40-364		1981Moullade, M.; Guerin, S.: Correlations biostratigraphiques dans le Cretace moyen de l'Atlantique sud et de la marge africaine de l'Atlantique nord (Sites 137, 327A, 356, 363, 364, 369A, 370, 415A, legs D.S.D.P. 14, 36, 39, 40, 41, 50) Biostratigraphic correlations in the Middle Cretaceous of the South Atlantic and African margin of North Atlantic, Sites 137, 327A, 356, 363, 364, 369A, 370, 415A, DSDP legs 14, 36, 39, 40, 41, 50
57%621978Vallier, T. L.; Thiede, J. et al.: Geologic histories of the Mid-Pacific Mountains and Hess Rise, central North Pacific Ocean; DSDP Leg 62
57%61
61-462
61-462A
89
89-462
89-462A		1978Anonymous: In the West-central Pacific volcanic complex found
57%47
47-398		1982Berthou, P. Y.; Blanc, P. et al.: Sedimentation argileuse comparee au Cretace moyen et superieur, dans le bassin occidental portugais et sur la marge voisine (site 398 DSDP); enseignements paleogeographiques et tectoniques Comparative argillaceous sedimentation during the Upper and Middle Cretaceous in the Western Portuguese Basin and on the neighboring margin (Site 398, DSDP); paleogeogaphic and tectonic data
57%207
207-1258
207-1260		2008Beckmann, B.; Birgel, D. et al.: Ocean-continent interactions in the Mid-Cretaceous Equatorial Atlantic realm; first results from a multi-parameter study at Demerara Rise (ODP Leg 207)
57%891983Moberly, Ralph; Schlanger, S. O. et al.: The Mesozoic superocean
57%207
207-1257
207-1261		2006Maerz, C.; Beckmann, B. et al.: A high-resolution geochemical investigation of the OAE 3 (Demerara Rise); new insights into the behaviour of trace metals and phosphorus
57%119
119-738
120
120-747
120-749
120-750		1994Pringle, M. S.; Storey, M. et al.: 40Ar/39Ar geochronology of Mid-Cretaceous Indian Ocean basalts; constraints on the origin of large flood basalt provinces
52%77
77-535		1984Cherchi, Antonietta; Schroeder, Rolf: Reworked Middle Cretaceous orbitolinid foraminifers from southeastern Gulf of Mexico (Deep Sea Drilling Project Leg 77, Site 535)download
49%77
171B		2010Mitchell, Kristen L.; Watkins, David K.: Plankton evolution driven by paleoceanographic change; Prediscosphaera from the Mid-Cretaceous in the western North Atlantic and deep Gulf of Mexico
49%41
41-367
75
75-530
93
93-603
95
95-603		1987Rau, Greg H.; Arthur, Michael A. et al.: (super 15) N/ (super 14) N variations in Cretaceous Atlantic sedimentary sequences; implication for past changes in marine nitrogen biogeochemistry
49%207
207-1257
207-1258
207-1259
207-1260
207-1261		2005Nederbragt, A. J.; Thurow, J. et al.: Sediment composition and cyclicity in the Mid-Cretaceous at Demerara Rise (ODP Leg 207); productivity or anoxia driven?
49%2005Ferre, Bruno; Walter, Simone et al.: Roveacrinids in mid-Cretaceous biostratigraphy of the Sergipe Basin, northeastern Brazildownload
49%210
210-1276		2007Pross, J.; Pletsch, T. et al.: Thermal alteration of terrestrial palynomorphs in Mid-Cretaceous organic-rich mudstones intruded by an igneous sill (Newfoundland Margin, ODP Hole 1276A)download
49%120
120-750		1997Kelts, Kerry; Ito, Emi: Isotopic composition of paleo-precipitation for Mid-Cretaceous high-latitude Kerguelen Plateau from diagenetic siderite crystals
49%77
77-535		2001Cole, G. A.; Yu, A. et al.: The deep water Gulf of Mexico petroleum system; insights from piston coring, defining seepage, anomalies, and background
49%14
14-144		2002Norris, Richard D.; Bice, Karen L. et al.: Jiggling the tropical thermostat in the Cretaceous hothouse
49%1032003Jansa, Luba: Paleogeography and paleoceanography of the Cretaceus North Atlantic; an implication for margins exploration
49%32
32-305
85
85-574
123
123-766
132
199
199-1221		2007Paytan, Adina; Griffith, Elizabeth M.: Marine barite; recorder of variations in ocean export productivity
49%171B2012Mitchell, Kristen; Watkins, David K.: Mid-Cretaceous evolution of the calcareous nannofossil genus Prediscosphaera in the western North Atlantic
49%1291990Erba, Elisabetta: Middle Cretaceous calcareous nannofossils from the western Pacific (Leg 129); evidence for paleoequatorial crossingsdownload
48%62
62-463
62-464
62-465
62-466		1981Roth, Peter H.: Mid-Cretaceous calcareous nannoplankton from the central Pacific; implications for paleoceanographydownload
47%75
75-530		1984Stow, Dorrik A. V. A. V.; Dean, Walter E.: Middle Cretaceous black shales at Site 530 in the southeastern Angola Basindownload
43%43
43-387		1979Habib, D.: Palynostratigraphy of Cretaceous sediments from Site 387, western Bermuda Risedownload
43%141972Habib, Daniel: Dinoflagellates and other palynomorphs in selected samples from Leg 14, Deep Sea Drilling Projectdownload
42%32
32-310
62
62-464
62-465
62-466		1983Vallier, Tracy L.; Dean, Walter E. et al.: Geologic evolution of Hess Rise, central North Pacific Ocean
42%17
17-171
32
32-305
32-306
32-310
33
33-317
62
62-463
62-465
62-466		1982Thiede, Jorn; Dean, W. E. et al.: Oxygen-deficient depositional paleoenvironments in the Mid-Cretaceous tropical and subtropical central Pacific Ocean
42%47
47-398		2006Li, Yong-Xiang; Bralower, Timothy J. et al.: Milankovitch cyclicity revealed by mineral-magnetic data from Mid-Cretaceous oceanic anoxic events 1a and 1b, DSDP Site 398, North Atlantic Ocean
42%14
14-137
14-138
47
47-398
51
51-417
52
52-417
79
79-545
93
93-603
95
95-603
103
103-638
103-641		1998Erbacher, Jochen; Thurow, Juergen: Mid-Cretaceous radiolarian zonation for the North Atlantic; an example of oceanographically controlled evolution processes in the marine biosphere?
42%130
130-807		1998Larson, Roger L.; Erba, Elisabetta: Onset of the Mid-Cretaceous greenhouse; volcanic events and the biological, sedimentary and geochemical responses
42%71
71-511		2003MacConnell, Adam B.; Leckie, R. Mark et al.: Submarine hydrothermal activity and secular changes in Mid-Cretaceous seawater chemistry

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