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2253 Publications found! (Query time: 0.014 s)Download as CSV fileDownload as KML file

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ScoreExp/Site/Hole YearAuthor/TitleFull text
8%31970Maxwell, Arthur E.; Von Herzen, Richard P. et al.: Site 22download
8%31970Rex, R. W.: X-ray mineralogy studies, Leg 3download
7%31970Bukry, David; Bramlette, M. N.: Coccolith age determinations, Leg 3, Deep Sea Drilling Projectdownload
6%31970Henry, K. W.; Opdyke, N. D.: Paleomagnetism of specimens from Leg 3 of the Deep Sea Drilling Projectdownload
5%31970Blow, W. H.: Deep Sea Drilling Project, Leg 3, Foraminifera from selected samplesdownload
68%2
2-10
3
1973Thompson, G.: A geochemical study of the low-temperature interaction of sea-water and oceanic igneous rocks
27%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
1993Widmark, Joen G. V.: Biogeographic and paleoecological patterns among benthic foraminifera in the Late Cretaceous deep-sea; paleoceanographic implications
83%2
3
1978Violanti, Donata; Cita, Maria et al.: Quantitative evaluation of the dissolution facies of sediments on Mid-Atlantic Ridge
83%21973Smali, Marina: Foraminiferi campaniano-maastrichtiani della Dorsale Medio-Atlantica Campanian-Maestrichtian foraminifera of Mid-Atlantic Ridge
82%21969Deep Sea Drilling Project Leg 2
48%2
34
35
1977Seidemann, D. E.: Effects of submarine alteration on K-Ar dating of deep-sea igneous rocks
46%21970Peterson, Melvin N. A.: Initial reports of the Deep Sea Drilling Project, covering leg 2 of cruises of the drilling vessel "Glomar Challenger", Hoboken, N.J. to Dakar, Senegal, Oct.-Nov. 1968download
10%21970Bukry, David: Coccolith age determinations, leg 2, Deep Sea Drilling Project, (Chapter) 13 in initial reports of the Deep Sea Drilling Project - v. 2, leg 2 of cruises of "Glomar Challenger", Hoboken, N.J., to Dakar, Senegal, Oct.-Nov. 1968download
7%1
1-6
1969Ewing, W. Maurice; Worzel, J. Lamar et al.: Site 6download
83%1
1-5
1975Kasahara, J.; Hussong, D. M. et al.: Seismic refraction survey near the Mid-Atlantic Ridge at 23 degrees N (IPOD Site 5) using ocean bottom seismometers
17%1
1-3
1-5
2
2-10
3
3-14
3-18
3-22
4
4-27
4-29
4-30
4-31
10
10-89
10-94
11
11-101
11-102
11-103
11-104
12
12-113
12-114
12-116
12-118
12-119
13
13-129
13-132
14
14-135
14-136
14-139
15
15-149
15-150
15-151
15-153
36
36-329
38
38-341
39
39-357
39-359
40
40-360
40-361
40-362
41
41-368
41-369
41-370
47
47-397
49
49-407
49-408
49-410
1982Malmgren, Bjorn A.; Haq, Bilal U.: Assessment of quantitative techniques in a paleobiogeography
8%1
1-1
1-2
1-3
1-4
1-5
1-6
1-7
1969Ewing, W. Maurice; Worzel, J. Lamar et al.: Regional aspects of deep water drilling in the Gulf of Mexico, east of the Bahama Platform and on the Bermuda Risedownload
100%2008Searle, Roger: Mantle extrusion on the Mid-Atlantic Ridge near 13 degrees N
83%1985Anderson, Roger N.; O'Malley, Honor: Frequency response and attenuation changes across highly altered fracture zones cross-cutting a fast formation; the oceanic crust of the Mid-Atlantic Ridge
83%1976Hyndman, R. D.; Von Herzen, R. P. et al.: Heat flow measurements in deep crustal holes on the Mid-Atlantic Ridgedownload
83%1990Bina, M. M.; Henry, B.: Magnetic properties, opaque mineralogy and magnetic anisotropies of serpentinized peridotites from ODP Hole 670A near the Mid-Atlantic Ridge
83%1995Grindlay, N. R.; Weiland, C. et al.: Variations in spreading rates, plate boundary geometry, and magnetic structure of the southern Mid-Atlantic Ridge during the past 12 m.y.
83%2008Edwards, K. J.; Wheat, G. et al.: The deep subsurface biosphere at North Pond; a Mid-Atlantic Ridge microbial observatory
83%1984Zolotarev, B. P.: Sravnitel'naya petrokhimicheskaya kharakteristika bazal'tov Sredinno-Atlanticheskogo khrebta i Vostochno-Tikhookeanskogo podnyatiya Petrochemical comparison of basalts from the Mid-Atlantic Ridge and the East Pacific Rise
82%1971Cita, M. B.; Gartner, S., Jr.: Deep Sea Upper Cretaceous from the western North Atlantic
82%1979Anonymous: Deep Sea Drilling Project; Legs 45-62
82%1974Bryan, Wilfred B.: Iron and Magnesium in Submarine Basalt Plagioclase
82%1984Timofeyev, P. P. (ed.): Problemy litologii Mirovogo okeana; mineralogiya i geokhimiya Atlanticheskogo okeana Problems of lithology of the world ocean; mineralogy and geochemistry of the Atlantic Ocean
82%1969Peterson, M. N. A.; Edgar, N. T.: Deep ocean drilling with glomar challenger
82%1973Macdougall, D.: Fission track dating of oceanic basalts
82%1977Barash, M. S.; Lavrov, V. M.: Outcrops of Eocene rocks in the equatorial part of the Mid-Atlantic Ridge and their tectonic significance
82%2005Kerr, Richard A.: Pursued for 40 years, the Moho evades ocean drillers once again
82%1999Storetvedt, Karsten M.: Da Jorden ble dekket med plater When the Earth was covered with plates
82%2003Whitmarsh, Bob: Rupturing continents exposed mantle rocks
82%1984Cochran, Wendell: New drillship replaces Challenger
82%2010Breuker, A.; Schippers, A.: Improvement of methods for the quantification of microorganisms in oligotrophic carbonate rich marine sediments of North Pond
77%2012Edwards, K.J.; Bach, W. et al.: Mid-Atlantic Ridge Microbiology
68%1988Maruyama, S.; Liou, J. G.: Ocean-floor metamorphism at different tectonic settings; a review on the DSDP drilling projects
68%1994Edmonds, Henrietta N.; Gamo, T. et al.: Sampling of hydrothermal fluids from the TAG Mound, Mid-Atlantic Ridge, by Shinkai 6500; preliminary results of fluid chemistry characterization prior to ODP drilling
68%1977Grow, J. A.; Markl, R. G.: IPOD-USGS multichannel seismic reflection profile from Cape Hatteras to the Mid-Atlantic Ridge
68%1980Kastner, Miriam; Perlman, Isadore et al.: Oxygen isotopes and REE of submarine altered tholeitic basalts
68%1979Bryan, Wilfred B.: Episodic extrusion and collapse; a model for crustal accretion at a slow-spreading ridge
68%1973Monteiro, Jose H.: O programa de reconhecimento geologico da margem continental do Atlantico (EACM) da Decada Internacional da Exploracao dos Oceanos Program for the geologic exploration of the East Atlantic Continental Margin (EACM), as part of the international decade for ocean exploration
68%1973Christensen, Nikolas I.; Fountain, David M. et al.: Oceanic crustal basement; a comparison of seismic properties of D.S.D.P. basalts and consolidated sediments
68%1979Drever, J. I.; Lawrence, J. R. et al.: Gypsum and halite from the Mid-Atlantic Ridge, DSDP Site 395
68%1979Melson, W. G.; O'Hearn, T.: Basaltic glass erupted along the Mid-Atlantic Ridge between 0-37 degrees N; relationships between composition and latitude
68%1991Storms, M. A.; Harding, B. W. et al.: Ocean Drilling Program: deep water drilling technology
68%1979Hall, J. M.: The oceanic crust; investigations by Canadian groups on the Mid-Atlantic Ridge crest and other areas
68%1980Kasahara, J.; Hussong, D. M. et al.: A seismic study using ocean-bottom seismometers near the Mid-Atlantic Ridge at 23 degrees N
68%1973Seidemann, D. E.: Ar (super 40) /Ar (super 39) studies of deep-sea rocks
68%1977Theyer, F.; Mato, C. et al.: Sediment core descriptions; R/V Kana Keoki, 1973 North central Pacific cruise, 1974 southeastern Pacific cruise, and a 1974 Mid-Atlantic Ridge IPOD site-survey
68%1989Gorbunova, Z. N.: Highly dispersed minerals and the evolution of sedimentation conditions in the northwestern Atlantic Ocean (based on deep-sea drilling data)
68%1983Abdel-Gawad, M.; Bulau, J. R. et al.: Attenuation and velocity of basalt from the Deep Drilling Project, Iceland
68%1986Rabinowitz, Philip D.; Garrison, L. F. et al.: The Ocean Drilling Program after 1 year of drilling operations
68%1998Davis, Earl E.; Wang, Kelin et al.: Estimates of formation-scale permeability in young upper oceanic crust
68%1999Jacquemont, Benoit; Honnorez, Jose: Present-day paragonite-smectite mixed layer phyllosilicate from the TAG active hydrothermal mound, Mid-Atlantic Ridge
68%1997Yamaguchi, K.; Ohmoto, H.: Ferric and ferrous contents of marine sediments; indicator of the atmospheric P (sub O2) level and of paleotectonic setting
68%1988Stephen, R. A.; Legrand, J. et al.: Wireline re-entry of DSDP hole 396B using the NADIA System
68%2000Petersen, Sven: The geochemical and mineralogical evolution of the TAG hydrothermal field, Mid-Atlantic Ridge, 26 degrees N
68%1971Berggren, W. A.: Paleogene planktonic foraminifera faunas on Legs I-IV (Atlantic Ocean), JOIDES Deep Sea Drilling Program; a synthesis
68%2005Grimes, C. B.; John, B. E. et al.: Widespread occurrence of zircon in slow- and ultraslow spreading ocean crust; a tool for studying ocean lithospheric processes
68%1994Makishima, Akio; Masuda, Akimasa: Ce isotope ratios of N-type MORB
68%1998Becker, Keir; Davis, Earl E.: CORK borehole observatories record in-situ fluid flow processes in subseafloor formations
68%2009Ildefonse, Benoit; Drouin, M. et al.: Electrical properties of gabbroic and troctolitic rocks from IODP Hole U1309D, Mid-Atlantic Ridge, 30
68%2010Schmidt-Schierhorn, F.; Beckert, U. et al.: Geophysical results from an IODP site survey for planned investigation of the deep biosphere at North Pond (Mid-Atlantic-Ridge)
67%2005Michibayashi, K.; Escartin, J. et al.: A change in slip mechanism and subsequent weakening along a fault zone in in-situ magmatic oceanic crust, 30 degrees N Mid-Atlantic Ridge
58%1979Hall, J. M.: A model for the structural state of the upper half kilometer of North Atlantic Ocean layer 1
58%1994Zihlman, F. N.; Abston, C. C. et al.: International Phase of Ocean Drilling; Seismic Line 1 demultiplexed data, Cape Hatteras to Mid-Atlantic Ridge
58%1981Challenger devotes 78B to old hole
58%1979Laughton, A. S.; Searle, R. C.: Tectonic processes on slow spreading ridges
54%1990Wepfer, William W.; Christensen, Nikolas I.: Compressional wave attenuation in oceanic basaltsdownload
54%2000Davis, E. E.; Wang, K. et al.: Formation-scale hydraulic and mechanical properties of oceanic crust inferred from pore pressure response to periodic seafloor loadingdownload
54%1993Bougault, H.; Charlou, J. L. et al.: L'Hydrothermalisme oceanique Oceanic hydrothermalism
54%2000Petersen, S.; Herzig, P. M. et al.: Third dimension of a presently forming VMS deposit; TAG hydrothermal mound, Mid-Atlantic Ridge, 26N
54%2008Michibayashi, Katsuyoshi; Harigane, Yumiko et al.: Impermeable fault zone developed due to high-T brittle shear in in-situ oceanic crust, 30 degree N, Mid-Atlantic Ridgedownload
54%2006Cherkashin, D. V.; Silant'yev, S. A. et al.: Issledovaniye izotopnogo sostava Sr i Nd v porodakh fundamenta razlomnoy zony "15 degrees 20'" Study of Sr and Nd isotope composition in rocks of fracture zone "15 degrees 20'" basement
54%2010Ferdelman, T. G.; Ziebis, W. et al.: Biogeochemistry of North Pond sediments; results from the R/V M.S. Merian site survey in support of IODP proposal 677-Full "Mid-Atlantic Ridge microbiology"
48%1979Bryan, W.; Thompson, G. et al.: Petrologic character of the Atlantic crust from DSDP and IPOD drill sites
48%1970Maxwell, Arthur E.; Von Herzen, Richard P. et al.: Deep sea drilling in the south Atlantic
48%1982Anonymous: Bohrlochexperimente am Mittelatlantischen Ruecken; Wiederbesetzung von Bohrloch 395 A Boreholes in the Mid-Atlantic Ridge; Site 395 A
48%1982Anonymous: Heterogenitaet des Erdmantels durch Krustenbohrungen am Mittelatlantischen Ruecken nachgewiesen; Glomar Challenger, Fahrtabschnitt 82 Heterogeneity of the mantle proved by boreholes in the crust of the Mid-Atlantic Ridge; Glomar Challenger, Leg 82
48%2000Zhirnov, E. A.; Cherkashev, G. A. et al.: Inner structure of the TAG active hydrothermal mound (by ODP materials)
48%1979Atwater, T.: Constraints from the FAMOUS area concerning the structure of the oceanic section
48%1979Prevot, M.; Lecaille, A. et al.: Magnetism of the Mid-Atlantic Crest near 37 degrees N from FAMOUS and DSDP results; a review
48%1991Engel, Elke R.: Palynologische Evidenz klimarelevanter Ereignisse in miozaenen Sedimenten des Nordatlantiks Palynological evidence of climatically relevant events from Miocene sediments from the North Atlantic
48%1980Ludwig, W. J.; Rabinowitz, P. D.: Structure of Vema fracture zone
48%1995Schultz, A.; Dickson, P. et al.: Physical and chemical response of the TAG hydrothermal system to tidal forcing and ODP drilling-induced permeability changes
48%1995Mills, R. A.; Tivey, M. K.: Fluid circulation within the TAG mound
48%1979Flower, M.; Robinson, P. T.: Evolution of the "FAMOUS" ocean ridge segment; evidence from submarine and deep sea drilling investigations
48%1996Gao, Dengliang; Hurst, Steve D. et al.: Quantitative analysis of sidescan sonar imagery; eastern Kane Ridge-transform intersection in the MARK area
48%2008Ildefonse, Benoit: Oceanic core complexes and crustal accretion at slow-spreading ridges; indications from IODP expeditions 304-305 and previous ocean drilling results
48%2008Morris, A.; Gee, Jeffrey S. et al.: palaeomagnetic evidence for tectonic rotation during the evolution of the Atlantis Massif oceanic core complex (IODP Expedition 304/305, Mid Atlantic Ridge, 30 degrees N)download
42%2012Kodolanyi, Janos; Pettke, Thomas et al.: Geochemistry of ocean floor and fore-arc serpentinites; constraints on the ultramafic input to subduction zones
41%2008Pressling, Nicola; Morris, A. et al.: Core re-orientation by integration of core measurements and Formation MicroScanner images of the borehole wall; application to the palaeomagnetic study of the Atlantic Massif oceanic core complexdownload
38%1967Deep-sea drilling project
38%1986Detrick, R. S.; Honnorez, J. et al.: Drilling the Snake Pit hydrothermal sulfide deposit on the Mid-Atlantic Ridge, 23 degrees 22'N
38%2008Morris, A.; Gee, J. S. et al.: Evidence for footwall rotation in an oceanic core complex from IODP core samples reoriented using borehole wall imagery
38%1994Davis, E.; Macdonald, R. et al.: Fluid flow in ridge-crest, ridge-flank, and accretionary-prism settings; ODP borehole monitoring instrumentation and experiments
34%2013Kendrick, Mark A.; Honda, Masahiko et al.: Subduction zone fluxes of halogens and noble gases in seafloor and forearc serpentinites
34%2006Berger, Julien; Femenias, O. et al.: A Variscan slow-spreading ridge (MOR-LHOT) in Limousin (French Massif Central); magmatic evolution and tectonic setting inferred from mineral chemistrydownload

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