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2847 Publications found! (Query time: 0.013 s) – Download as CSV file – Download as KML file

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Score ↓Exp/Site/HoleYearAuthor/TitleFull text
100%1101991Vrolijk, Peter: Clay minerals in subduction zones; role of interlayer water
93%184
184-1148		2004Tang Song; Shao Lei et al.: Characteristics of clay minerals in the South China Sea since the Oligocene and their significance
87%1976Kolla, Venkatarathnam; Biscaye, Pierre E.: Fine-grained mineralogy and sedimentation during the late Mesozoic and Cenozoic in the Indian Ocean
87%111987Steinberg, Michel; Holtzapffel, Thierry et al.: Characterization of overgrowth structures formed around individual clay particles during early diagenesis
87%1101988Tribble, Jane Schoonmaker: Diagenesis of smectite in an accretionary complex; implications for the hydrology and dynamics of the subduction process
87%127
127-797		1991Lo, Pei-hua; Tieh, Thomas T.: Clays in sediments of Yamato Basin, Japan Sea
87%1984Clauer, Norbert; Holtzapffel, Thierry et al.: Sr isotopes as indicators for the origin and evolution of detrital smectites from northern Atlantic Ocean
85%1976Perry, E. A., Jr.: Submarine alteration of volcanogenic sediments and basalts; results from the DSDP
85%1976Gorbunova, Z. N.: The history of accumulation of clay minerals in the Pacific Ocean during the Cenozoic according to deep-sea drilling data
85%1980Gorbunova, Z. N.: Clay minerals from the northwestern Pacific Ocean (based on data collected during the 6th cruise of the D/V Glomar Challenger)
80%35
35-323		1986Yeh, H. W.; Eslinger, E. V.: Oxygen isotopes and the extent of diagenesis of clay minerals during sedimentation and burial in the sea
79%131
131-808
196
196-808		2009Nakagawa, Seiko; Masuda, Harue et al.: Authigenic clay minerals in volcanic ash layers from ODP Site 808 in the Nankai Trough, and their formation condition estimated from those oxygen isotope ratios
73%2001Nakamura, Kentaro: Low-temperature hydrothermal alteration of mid-oceanic ridge basalt from the Southwest Indian Ridge in the Indian Ocean
71%36
38
38-336		1979Kharin, G. S.; Zangalis, K. P.: Clay minerals in the redbed on the Faeroe-Icelandic Ledge (northern Atlantic)
71%1591996Pletsch, T.; Erbacher, J. et al.: Clay minerals of Cretaceous and Paleogene deposits from the eastern Equatorial Atlantic; preliminary results from ODP Leg 159 (Cote d'Ivoire-Ghana transform margin)
71%188
188-1165		2006Siira, T.; Junttila, J.: Clay minerals in Neogene sediments off Prydz Bay (Site 1165), Antarctica; implications for Middle Miocene and Middle Pliocene glacial evolution
71%68
68-501		1993Skolotnev, S. G.: Structural setting and relationships of clay minerals in the basalts of the Costa-Rica Rift (according to data obtained from borehole 501 DSDP)
71%117
117-721		1992Fagel, N.; Debrabant, P.: Utilisation des mineraux argileux pour la reconstitution des variations paleoclimatiques a court terme en Mer d'Arabie Use of clay minerals for the reconstruction of short term paleoclimatic variations in the Arabian Sea
71%57
66		1980Chiou, W. A.; Shephard, L. E. et al.: Clay fabric and geotechnical properties of trench sediments
71%1161991Aoki, Saburo; Kohyama, Norihiko et al.: Sedimentary history and chemical characteristics of clay minerals in cores from the distal part of the Bengal Fan (ODP 116)
71%1983Cole, T. G.; Shaw, H. F.: The nature and origin of authigenic smectites in some Recent marine sediments
71%127
127-795		1994Ogihara, Shigenori: Ba-bearing clinoptilolite from ODP Leg 127, Site 795, Japan Sea
71%151
151-911		2002Ruikka, Mattiina; Strand, Kari: Clay minerals in response to the Pleistocene climate change on the Yermak Plateau, Arctic Ocean (ODP, Site 911)
69%18
18-180		1981Eslinger, Eric V.; Yeh, Hsueh-Wen: Mineralogy, O (super 18) /O (super 16) , and D/H ratios of clay-rich sediments from Deep Sea Drilling Project Site 180, Aleutian Trench
69%135
135-841		1995Vitali, Frederic; Blanc, Gerard et al.: Zeolite distribution in volcaniclastic deep-sea sediments from the Tonga Trench margin (SW Pacific)
69%1990Buatier, M.; Honnorez, J.: Mecanismes de formation des argiles des halos noirs de basaltes oceaniques Formation mechanism of clays in the oceanic basaltic black halos
69%70
70-509		1989Buatier, Martine; Honnorez, Jose et al.: Fe-smectite-glauconite transition in hydrothermal green clays from the Galapagos spreading center
69%131
131-808
132
196
196-808		1994Tribble, Jane S.; Wilkens, Roy H.: Microfabric of altered ash layers, ODP Leg 131, Nankai Trough
69%131
131-808
132
196
196-808		1996Underwood, Michael B.; Pickering, Kevin T.: Clay-mineral provenance, sediment dispersal patterns, and mudrock diagenesis in the Nankai accretionary prism, Southwest Japan
69%178
178-1095
178-1096		2001Hillenbrand, Claus-Dieter; Fuetterer, Dieter K. et al.: Late Miocene to Quaternary deposition of biogenic opal and clay minerals on the continental rise west of the Antarctic Peninsula
69%131
131-808
132
196
196-808		1996Masuda, Harue; O'Neil, James R. et al.: Relation between interlayer composition of authigenic smectite, mineral assemblages, I/S reaction rate and fluid composition in silicic ash of the Nankai Trough
67%152
152-918
152-919		1996Heiden, Kraig: Significance of clay and clay-sized minerals in Eocene to Holocene sediments from ODP sites 918 and 919 in the Irminger Basin
61%165
165-1001		2000Clayton, T.; Pearce, R. B.: Alteration mineralogy of Cretaceous basalt from ODP Site 1001, Leg 165 (Caribbean Sea)
61%18
18-174
146
146-892
168		2002Underwood, Michael B.: Strike-parallel variations in clay minerals and fault vergence in the Cascadia subduction zone
60%1980Chamley, Herve; Robert, Christian: Paleoenvironmental significance of clay deposits in Atlantic black shales
60%1975Perry, E. A., Jr.: Submarine smectite genesis as an oceanic magnesium sink
60%1987Pavletich, Joseph P.: Amino-acid racemization in siliceous sediments from the Southern Ocean
60%1986Yamamoto, Satoshi: Correlation between iron and magnesium and its significance on the distribution of heavy metals in deep-sea cherts
60%1989Bouquillon, A.; Chamley, H. et al.: Sedimentation argileuse au Cenozoique superieur dans l'Ocean Indien nord-oriental Upper Cenozoic clay sedimentation in the northeastern Indian Ocean
60%371980Andrews, A. J.: Saponite and celadonite in layer 2 basalts, DSDP Leg 37
60%1987Dilli, K.: Clay mineral studies in the Somali Basin; prospects for hydrocarbons
60%1977Nesterova, M. P.; Shcherbakov, F. A. et al.: Glinistyye mineraly kaynozoyskikh otlozheniy Islandskoy kotloviny (severnaya Atlantika) Clay minerals of Cenozoic sediments in the Iceland Basin, North Atlantic
60%159
159-959		1996Pletsch, Thomas; Wagner, Thomas et al.: Cretaceous to Eocene environments of the deep Ivorian Basin (ODP Site 959, off Ghana); evidence from clay minerals, organic matter, and benthic foraminifers
60%3022008Krupskaya, Viktoriya; Krylov, Alexey et al.: Clay mineral assemblages of the bottom sediments from the Arctic Ocean as an indicators of paleoclimatic changes during Cenozoic time (IODP Leg 302 data)
60%1973Lawrence, J. R.: Depleted O (super 18) /O (super 16) in DSDP pore waters
58%13
13-121		1973Dunoyer de Segonzac, G.; Hoffert, M.: X-ray mineralogy; A preliminary investigation of the clay minerals in the western Alboran Basin, Site 121download
57%19
55
61
65
68
69
70		1985Kurnosov, V.; Kholodkevich, I.: Conditions of the formation of clay minerals in the basaltic shell of the ocean
57%90
90-594		1985Krinsley, David H.; Margolis, Stanley V. et al.: Diagenesis in clay minerals from DSDP Site 594 and Lower Jurassic shales from England
57%1581996Sturz, Anne A.; Itoh, Mika J. T. et al.: Mineralogy and chemical composition of clay minerals, TAG sulfide deposit
57%93
93-603
95
95-603		1989Holmes, Mary Anne: Lateral distribution of detrital clay minerals in Lower Cretaceous sediment, western North Atlantic and its continental margin
57%421978Chamley, H.; Dunoyer de Segonzac, G. et al.: Clay minerals in Messinian sediments of the Mediterranean Sea
57%42
42-380
42-381		1979Shlykov, V. G.; Kuprin, P. N. et al.: Glinistyye mineraly miotsen-chetvertichnykh otlozheniy Chernogo morya (skv. 381/380A, "Glomar Chelendzher") Clay minerals of Black Sea Miocene-Quaternary deposits, sites 381/380A, "Glomar Challenger"
57%39
40		1979Robert, C.; Herbin, J. P. et al.: L'Atlantique Sud au cretace d'apres l'etude des mineraux argileux et de la matiere organique (legs 39 et 40 DSDP) Cretaceous environment of the South Atlantic Ocean derived from studies of clay minerals and organic matter, legs 39 and 40 of DSDP
57%1581998Sturz, A. A.; Itoh, M. J. T. et al.: Mineralogy and chemical composition of clay minerals, TAG hydrothermal mound
57%11
11-105
43
43-384
79
79-546
79-547		1985Debrabrant, P.; Delbert, S. et al.: Microanalyses geochimiques de minerho aux argileus ce sediments preleves et Atlantique Nord (forages de DSDP) Geochemical analyses of clay minerals from sediment samples and the North Atlantic, DSDP boreholes
57%160
160-967
160-969		1999Iijima, Koichi; Sakamoto, Tatsuhiko: Precession-scale variations of clay minerals in sediments of the eastern Mediterranean Sea, ODP Leg 160
57%56
56-436
86
86-578		1989Schramm, Cynthia T.: Cenozoic climatic variation recorded by quartz and clay minerals in North Pacific sediments
57%135
135-841		1999Vitali, Frederic; Blanc, Gerard et al.: The thermal diagenesis of clay minerals within volcanogenic material from the Tonga convergent margin
57%159
159-959		2001Giresse, P.; Wiewiora, A.: Stratigraphic condensed deposition and diagenetic evolution of green clay minerals in deep water sediments on the Ivory Coast-Ghana Ridge
57%178
178-1095
178-1096		2001Hillenbrand, C. D.; Ehrmann, W. U. et al.: Tonminerale in Kontinentalrandsedimenten westlich der Antarktischen Halbinsel; Anzeiger fuer Sedimenteintrag und Vereisungsdynamik waehrend des Neogens und Quartaers Clay minerals in continental margin sediments west of the Antarctic Peninsula; indicators of sediment input and glacial dynamics during the Neogene and Quaternary
57%151
151-911
188
188-1165		2005Junttila, J.; Strand, K.: Clay minerals in response to the mid-Pliocene global warmth in polar regions (ODP, Site 911, Yermak Plateau, Arctic Ocean and Site 1165, Prydz Bay, Antarctica)
57%204
204-1245
204-1252		2005Basu, N.; Underwood, M. B. et al.: Composition and dehydration of clay minerals from hemipelagic sediments at Hydrate Ridge, Cascadia subduction zone
57%169
169-1035
169-1036		1998Lackschewitz, K. S.; Botz, R. et al.: Formation of clay minerals in the sedimentary sequence of Middle Valley, Juan de Fuca Ridge, ODP Leg 169
57%3032010Ockert, Charlotte; Teichert, Barbara M. A. et al.: Ca-isotope fractionation during interaction with clay minerals
57%3022010Krupskaya, V.; Krylov, A. et al.: Cretaceous-Paleocene-Eocene sedimentation in Arctic Ocean; results from the clay minerals investigation (IODP-ACEX, 302 data)
57%303
303-U1304
303-U1306
303-U1308		2010Ockert, C.; Teichert, B. M. A. et al.: Interaction of calcium with clay minerals and marine sediments
54%63
63-469
63-470
63-471
63-472
63-473		1981Grechin, V. I.; Eroshchev-Shak, V. A. et al.: Petrochemistry of abyssal oceanic basalts and dolerites, and their secondary alterations, Sites 469, 470, 471, 472, 473download
53%18
18-174
18-175
18-176
18-178
18-181		1973Hayes, John B.: Clay petrology of mudstone, Leg 18, Deep Sea Drilling Projectdownload
52%69
69-504
70
70-504
83
83-504
92
92-504
111
111-504
137
137-504
140
140-504
148
148-504		1989Roberson, Herman E.: Corrensite in hydrothermally altered oceanic crustal rocks
52%188
188-1165		2008Valppu, Henna; Strand, Kari et al.: Sediment physical properties and clay minerals of the Prydz Bay rise in response to the East Antarctic ice sheet behaviour since middle Miocene
52%1932009Giorgetti, Giovanna; Monecke, Thomas et al.: Low-temperature hydrothermal alteration of trachybasalt at Conical Seamount, Papua New Guinea; formation of smectite and metastable precursor phases
52%159
159-959		2001Wiewiora, A.; Giresse, P. et al.: A deep-water glauconitization process on the Ivory Coast-Ghana marginal ridge (ODP Site 959); determination of Fe (super 3+) -rich montmorillonite in green grains
52%329
329-U1365
329-U1369		2011Yang, K.; Kim, J. et al.: Characterization of clay minerals in deep subseafloor sediment, South Pacific Gyre; IODP Expedition 329
51%62
62-463
62-464
62-465
62-466		1981Rateev, M. A.; Timofeev, P. P. et al.: Clay minerals in Mesozoic and Cenozoic sediments of Deep Sea Drilling Project Leg 62download
50%62
62-463		1981Rea, D. K.; Janecek, T. R.: Late Cretaceous history of eolian deposition in the Mid-Pacific Mountains, central North Pacific Ocean
50%701981Barrett, T. J.: Lead and strontium isotopic composition of metalliferous and pelagic sediments and basalts from the Galapagos area, Leg 70
50%701981Barrett, T. J.; Fleet, A. J. et al.: Major element, rare earth element, and O- and H-isotopic composition of metalliferous and pelagic sediments from the Galapagos mounds area, Leg 70
50%3
39		1981Robert, C.: Santonian to Eocene palaeogeographic evolution of the Rio Grande Rise (South Atlantic) deduced from clay-mineralogical data (DSDP legs 3 and 39)
50%191978Hein, J. R.; Scholl, D. W.: Diagenesis and distribution of late Cenozoic volcanic sediment in the southern Bering Sea
50%1985Chamley, H.; Deconinck, J. F.: Expression de l'evolution geodynamique des domaines nord-atlantique et subalpin au Mesozoique superieur, d'apres les successions sedimentaires argileuses Late Mesozoic geodynamic evolution of North Atlantic and subalpine ranges expressed by sedimentary clay successions
50%35
35-323		1975Eslinger, Eric V.; Savin, Samuel M.: Mineralogy and O (super 18) /O (super 16) of clay-size minerals from DSDP Site 323, southeast Pacific
50%21975Kossovskaya, A. G.; Murav'yev, V. I.: O tozhdestve okeanicheskikh i platformennykh tseolit-kristobalitovykh porod Similarity of oceanic and platform zeolite-cristobalite rocks
50%1982Shutov, V. D.: Epigenesis of oceanic basalts
50%10
10-92		1984Berndt, Michael E.; Seyfried, William E., Jr.: Behavior of B and Li during low temperature alteration of oceanic crust
50%45
70		1982Varentsov, I. M.: Metalliferous sediments of the North Atlantic and Galapagos rift zone; geochemistry, features of formation
50%621983Timofeyev, 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
50%1591996Giresse, P.; Gadel, F. et al.: Paleoclimatic significance of mineralogical and geochemical variations in Quaternary sedimentary evolution (Leg ODP 159 on the Cote d'Ivoire-Ghana margin)
50%25
25-245
25-245		1974Gieskes, J. M.; Kastner, M. et al.: Geochemical Evidence for Extensive Diagenesis in Hole 245 of DSDP
50%41
41-369		1980Diester-Haass, L.; Chamley, H.: Oligocene climatic, tectonic and eustatic history off NW Africa (DSDP Leg 41, Site 369)
50%701982Moorby, S. A.; Barrett, T. J.: The Galapagos Mounds
50%1041998Bruns, Peter; Dullo, Wolf-Christian et al.: Hiatuses on Voring Plateau; sedimentary gaps or preservation artifacts?
50%1391992Marumo, Katsumi: Clay mineralogy of hydrothermally altered sediment of Middle Valley seafloor hydrothermal system
50%190
196		2004McKiernan, A. W.; Saffer, D. M.: Pore-water freshening in the Nankai Trough, Japan; implications for lateral fluid flow
50%1986Stein, R.: Late Neogene evolution of paleoclimate and paleooceanic circulation in the Northern and Southern Hemispheres; a comparison
50%381979Ziemianski, Wayne P.: Clay mineral changes associated with intensification of glaciation in the Norwegian-Greenland Sea
50%38
38-344		1979Ziemianski, P. W.: Clay mineral changes during intensification of glaciation in the Norwegian-Greenland Sea
50%23
23-223		1979Cosgrove, M. E.; Papavassiliou, C. T.: Clinoptilolite in DSDP sediments of the Indian Ocean (Site 223, Leg 23); its stability conditions and estimation of its free energy
50%34
34-321		1976Shanks, W. C., III; Seyfried, W. E.: Secondary mineral paragenesis in Leg 34 basalts
50%1979Drever, J. I.; Lawrence, J. R. et al.: Gypsum and halite from the Mid-Atlantic Ridge, DSDP Site 395
50%3082005Adatte, Thierry; John, C. M. et al.: Overview of the evolution of clay mineralogy in the Gulf of Mexico; implications for regional climate and drainage history of the Mississippi and Brazos-Trinity Rivers

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