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2287 Publications found! (Query time: 0 s) – Download as CSV file – Download as KML file

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Score ↓Exp/Site/HoleYearAuthor/TitleFull text
100%27
27-260
27-261
27-262
27-263		1974Rocker, Karl: Vane shear strength measurements on Leg 27 sedimentdownload
99%2010Masuda, K.; Arai, T.: Effects of water on long-term fault strength
91%2007Bartetzko, Anne; Kopf, Achim J.: The relationship of undrained shear strength and porosity with depth in shallow (<50 m) marine sedimentsdownload
84%69
69-504
70
70-504
83
83-504
92
92-504
111
111-504
137
137-504
140
140-504
148
148-504		1996Moos, Daniel; Pezard, Philippe A.: Relationships between strengths and physical properties of samples recovering during legs 137, 140, and 148 from Hole 504Bdownload
84%2004Janik, Aleksandra; Goldberg, D. et al.: Constraints on the strength of the gas hydrate-rich sediments from borehole breakouts; implications for slope stability near Hydrate Ridge on the U.S. continental margin off-shore Oregon
81%121
121-758		1991Moos, Daniel; Castillo, D. A. et al.: The strength of oceanic basalts from ODP Site 758
81%1984Bennett, Richard H.; Nastav, Frances L. et al.: Strength measurements
80%1979Craig, J. D.: Geological and geotechnical investigation of sediment redistribution on the central equatorial Pacific seafloor
80%1461996Clennell, M. Ben; Knipe, Rob J. et al.: A new geotechnical ring-shear device for the investigation of fault zone permeability; design and preliminary results
79%1121990Lee, Homa J.; Kayen, Robert E. et al.: Consolidation, triaxial shear-strength, and index-property characteristics of organic-rich sediments from the Peru continental margin; results from Leg 112download
79%131
162
190
196		2006Paulson, M.; Merrill, J. et al.: Predicting sediment strength in accretionary complexes using geophysical logs
76%1251992Phipps, Stephen Paul; Ballotti, Dean L.: Rheology of serpentinite muds in the Mariana-Izu-Bonin forearcdownload
73%1977Boyce, R. E.: Deep Sea Drilling Project procedures for shear strength measurement of clayey sediment using modified Wykeham Farrance Laboratory vane apparatusdownload
71%96
96-619		1986Bryant, William R.; Wetzel, Andreas et al.: Geotechnical properties on intraslope basin sediments, Gulf of Mexico, Deep Sea Drilling Project Leg 96, Site 619download
70%145
145-883		1995Roberts, John A.; Rutledge, Anne K. et al.: Submarine slope stability analysis on the Detroit Seamount, Site 883download
69%1995Lee, Yir-Der Eddy: A statistical study of the geological limits to advanced piston coring; ODP Legs 101-149
69%110
146
190		2002Saffer, Demian M.; Bekins, Barbara A.: Hydrologic controls on the morphology and mechanics of accretionary wedges
69%308
308-U1322		2008Mazzei, David P. C.: Normalized mechanical properties of resedimented Gulf of Mexico clay from Integrated Ocean Drilling Program Expedition Leg 308
68%1986Carson, Bobb; Berglund, Peter L.: Sediment deformation and dewatering under horizontal compression; experimental results
68%401978Hottman, W. E.: Physical properties of sediments from the continental margin of western Africa
68%1978Demars, K. R.; Nacci, V. A.: Significance of Deep Sea Drilling Project sediment physical property data
68%1101989Leonard, J.; Taylor, E.: Sediment accretion at the Barbados fore-arc; consolidation, permeability and physical properties
68%1341991Leonard, John Nicholas: Physical and geotechnical properties of seafloor sediments from the Vanuatu collision zone in the central New Hebrides island arc, South Pacific Ocean
68%164
164-993
164-995		2000Winters, William J.: Stress history and geotechnical properties of sediment from the Cape Fear Diapir, Blake Ridge Diapir, and Blake Ridge
68%1978Davie, J. R.; Fenske, C. W. et al.: Geotechnical properties of deep continental margin soils
68%130
130-807
138
138-846		2009Chiyonobu, Shun: Upwelling strength and water mass structure changes in the Equatorial Pacific Ocean during the last 550 kyr as recorded by calcareous nannofossil assemblages
67%1121990Hill, Philip R.; Marsters, Janice C.: Controls on physical properties of Peru continental margin sediments and their relationship to deformation stylesdownload
66%68
68-502
68-503		1982Mayer, Larry A.: Physical properties of sediment recovered on Deep Sea Drilling Project Leg 68 with the hydraulic piston corerdownload
66%101
101-630		1988Lavoie, Dawn: Geotechnical properties of sediments in a carbonate-slope environment; Ocean Drilling Program Site 630, northern Little Bahama Bankdownload
66%1601998Kopf, Achim; Clennell, M. Ben et al.: Relationship between the variation of undrained shear strength, organic carbon content, and the origin and frequency of enigmatic normal faults in fine-grained sediments from advanced piston cores from the eastern Mediterraneandownload
64%861985Houston, Sandra L.; Houston, William N. et al.: Thermo-mechanical behavior of seafloor sediments
64%131
131-808
196
196-808		2004Morgan, Julia K.; Ask, Maria V. S.: Consolidation state and strength of underthrust sediments and evolution of the decollement at the Nankai accretionary margin; results of uniaxial reconsolidation experimentsdownload
64%315
316		2008Hirose, Takehiro; Tanikawa, Wataru et al.: Shear strength and permeability of core samples from NanTroSEIZE Expeditions 315 and 316; preliminary laboratory resultsdownload
62%123
123-765
123-766		1992Riggins, Michael: Consolidation and strength assessment of deep-ocean sediments from the Argo and Gascoyne abyssal plains, Indian Oceandownload
62%69
69-504
69-504
83		1985Bauer, S. J.; Handin, J.: Mechanical properties of basalt cores from Deep Sea Drilling Project Hole 504Bdownload
62%191973Lee, H. J.: Measurements and estimates of engineering and other physical properties, Leg 19download
59%110
156		1996Deng, Xinhua; Underwood, Michael B.: Influence of clay mineralogy on location of the decollement zone, Barbados accretionary complex
59%155
155-939
155-944		1998Audet, D. Marc: Mechanical properties of terrigenous muds from levee systems on the Amazon Fan
59%105
105-646
105-647		1989Dadey, Kathleen A.; Silva, Armand J.: Consolidation and strength of Pliocene-Pleistocene sediments from sites 646 and 647, ODP Leg 105download
59%164
204		2006Cook, Ann Elizabeth; Goldberg, David et al.: Cohesive strength of gas-hydrate-bearing marine sediments
59%156
156-947
156-948
156-949		2001Deng, Xinhua; Underwood, Michael B.: Abundance of smectite and the location of a plate-boundary fault, Barbados accretionary prism
59%3082010Sawyer, Derek Edward: Failure mechanics, transport behavior, and morphology of submarine landslides
58%86
86-576
86-577
86-578
86-579
86-580
86-581
88
88-581		1985Schultheiss, Peter J.: Physical and geotechnical properties of sediments from the Northwest Pacific, Deep Sea Drilling Project Leg 86download
57%961984Bryant, William R.; Taylor, Elliott: Geotechnical properties of Leg 96 cores, Mississippi Fan, Gulf of Mexico
57%1261992Gill, J.; Vidal, P. et al.: Effects of backarc magmatism on island arcs
57%1986Karig, Daniel E.: Physical properties and mechanical state of accreted sediments in the Nankai Trough, Southwest Japan Arc
57%43
43-384		2000Best, Angus I.; Powrie, William et al.: Geotechnical investigation of the Titanic wreck site
57%135
135-840		1993Clift, P. D.; Dixon, J. E.: Ion microprobe analysis applied to volcaniclastic sediments in tracing the geochemical evolution of the Tonga Arc
57%2003Latychev, K.; Edwards, R. N.: On the compliance method and the assessment of three-dimensional seafloor gas hydrate deposits
57%161974Keller, G. H.; Bennett, R. H.: Sediment mass physical properties, Panama Basin and northeastern equatorial Pacific
57%118
118-735
176
176-735		1994Newman, J.; Kronenberg, A. K. et al.: Strength of young oceanic crust
57%1101989Tribble, Jane S.; Yeh, Hsueh-Wen: Clay diagenesis in the Barbados accretionary complex; implications for hydrology and subduction dynamics
57%51980Lee, H. J.: Physical properties of Northeast Pacific sediments related to sedimentary environment and geologic history
57%381978Faas, R. W.: Mass physical and engineering properties of "glacial" sediments of Voering Plateau, Norwegian Sea
57%1251990Phipps, Stephen Paul: Serpentinite mud volcanoes in the Mariana-Bonin Forearc; mechanics and implications for subduction-zone evolution
57%2003Becker, Keir; Davis, Earl E.: Twelve years of results from ODP subseafloor CORK hydrogeological observatories
57%2007Marone, Chris; Saffer, Demian M.: Fault friction and the upper transition from seismic to aseismic faulting
57%138
199		2010Hovan, S. A.; Ravelo, A. et al.: Pliocene records of ITCZ, wind field strength and thermocline temperatures in the eastern Equatorial Pacific
57%1572006Casas, D.; Ercilla, G. et al.: Physical properties and their relationship to texture and consolidation effects in Pliocene-Quaternary sediments from Madeira abyssal plain
57%315
316		2008Knuth, Matt; Tobin, Harold et al.: Dyanmic velocity under stress; interrogating elastic material properties in actively-deforming plate margins
57%1996Jenkins, Chris: Circulation strength of a western boundary current through the late Cenozoic (ODP Drilling proposal; East Australian Current)
57%1998Lee, Yir-Der E.; Francis, T. J. G.: A statistical study of hydraulic piston coring, ODP Legs 101-149
57%1995Corradi, N.; Ferrari, M. et al.: Preliminary sedimentological and geotechnical data on cores collected in the Joides Basin (Ross Sea-Antarctica)
57%1412006Roeser, Georg; Behrmann, Jan H. et al.: Geotechnical characterization of trench- and slope sediments off southern Chile; preliminary results
57%104
119		1992Pittenger, Hugh Alan: Geotechnical properties of siliceous sediments from the Voring Plateau, Norwegian Sea and the Kerguelen Plateau, Southern Ocean
57%117
117-723		2002Sato, Tokiyuki; Watanabe, Mikiko et al.: Latest Quaternary palaeoceanography of the Arabian Sea, based on the analysis of calcareous nannofossils, with special reference to change of monsoon strength
57%1997Deng, Xinhua: Fine-grained sediments in Barbados accretionary complex; mineralogy, sedimentation, diagenesis, geochemistry, and fault mechanisms
57%1902007Skarbek, R. M.; Saffer, D. M.: Pore pressure development in sub-decollement sediments in subduction zones; insights from laboratory data and numerical modeling
57%200
200-1224		2004Haraguchi, S.; Ishii, T.: Enriched MORB in the northeastern Pacific, petrological and geochemical features of igneous basement at Site 1224, ODP Leg 200
57%146
146-891		1994Moore, J. Casey; Moran, Kate et al.: Fluid pressure estimates from the frontal thrust, Oregon accretionary prism
57%1251995Nowell, G.; Pearce, J. et al.: New Hf-isotope data on boninites from the Marianas, ODP Leg 125; constraints on origin of HFSE anomalies
57%332
332-C0018
333
333-C0018
338
338-C0018		2012Sassa, K.; He, B. et al.: A hypothesis of the Senoumi submarine megaslide in Suruga Bay in Japan; based on the undrained dynamic-loading ring shear tests and computer simulationdownload
57%20
20-199		1973Forristall, George Z.: Physical properties synthesis, Leg 20, Deep Sea Drilling Projectdownload
56%10
10-91
16
16-160
16-161
16-163
31
31-293
31-298
31-299
31-302		1981Bryant, William R.; Bennett, Richard H. et al.: Shear strength, consolidation, porosity, and permeability of oceanic sediments
56%162
162-983		2000Laj, Carlo; Kissel, Catherine et al.: North Atlantic palaeointensity stack since 75 ka (NAPIS-75) and the duration of the Laschamp event
56%31
31-297
131
131-808
132
190
190-1177
196
196-808		2000Brown, Kevin M.; Underwood, M. et al.: Evidence for extremely low-frictional strength materials entering the Nankai subduction system; consequences for the updip-limit controversy
56%131
131-808
190
190-1173
196
196-808
196-1173		2007Morgan, Julia K.; Ramsey, E. Blanche et al.: Deformation and mechanical strength of sediments at the Nankai subduction zone; implications for prism evolution and decollement initiation and propagation
56%1621999O'Connell, Suzanne; Venherm, Claudia: Evidence for short cooling intervals during early interglacials in the mid-Pleistocene
56%178
178-1098		2001Shevenell, Amelia Endicott: Antarctic Holocene climate change; stable isotopic record from Palmer Deep
56%1892006Barker, Peter; Thomas, Ellen: Potential of the Scotia Sea region for determining the onset and development of the Antarctic Circumpolar Current
56%18
18-174
146
146-892
168		2002Underwood, Michael B.: Strike-parallel variations in clay minerals and fault vergence in the Cascadia subduction zone
56%2042005Riedel, Michael; Long, Philip E. et al.: Physical properties of near-surface sediments at southern Hydrate Ridge; results from ODP Leg 204download
55%431979Demars, K. R.; Nacci, V. A. et al.: Engineering and other physical property data, Leg 43download
55%308
308-U1322
308-U1324		2009Dugan, Brandon; Germaine, John T.: Data report; Strength characteristics of sediments from IODP Expedition 308, Sites U1322 and U1324download
54%721983Walton, William H.; Sangrey, Dwight A. et al.: Geotechnical engineering characterization of hydraulically piston-cored deep ocean sedimentsdownload
53%78
78-541
78-542
78-543		1984Marlow, Michael S.; Lee, Homa J. et al.: Physical properties of sediment from the Lesser Antilles margin along the Barbados Ridge; results from Deep Sea Drilling Project Leg 78Adownload
52%110
110-671
110-671B
110-672
110-672A
110-676
110-676A		1990Moran, Kate; Christian, Harold A.: Strength and deformation behavior of sediment from the Lesser Antilles forearc accretionary prismdownload
52%108
108-658
108-659		1989Mienert, Juergen; Schultheiss, Peter J.: Physical properties of sedimentary environments in oceanic high (Site 658) and low (Site 659) productivity zonesdownload
52%186
186-1150
186-1151		2003Roller, Sybille; Pohl, C. et al.: Triaxial shear strength investigations of sediments and sedimentary rocks from the Japan Trench, ODP Leg 186download
51%20
20-195
20-196
20-197
20-199
20-202		1973Smith, Michael B.; Forristall, George Z.: Triaxial compression tests, Leg 20, Deep Sea Drilling Projectdownload
51%87
87-582
87-583		1986Bray, Cynthia J.; Karig, Daniel E.: Physical properties of sediments from the Nankai Trough, Deep Sea Drilling Project Leg 87A, sites 582 and 583download
50%64
64-474
64-475
64-476
64-477
64-478
64-479
64-480
64-481		1982Einsele, Gerhard: Mass physical properties of Pliocene to Quaternary sediment in the Gulf of California, Deep-Sea Drilling Project Leg 64download
50%90
90-587
90-588
90-589
90-590
90-591
90-592
90-593		1986Morin, Roger H.: Physical properties of calcareous sediments from the Southwest Pacificdownload
49%1011986Sager, William W.; Hutton, Harry H.: Magnetic-field measurements aboard the JOIDES Resolution and implications for shipboard paleomagnetic studiesdownload
49%94
94-610
94-611
119
119-745
178
178-1095		2003Rea, David K.; Hassold, Noralynn et al.: Pliocene reduction in abyssal flow rates from analyses of drift deposits in the northern and southern oceans
48%162
162-983		2003Kleiven, Helga F.; Hodell, David A. et al.: Millennial-scale changes of Holocene deep-water flow in the subpolar North Atlantic linked to temperature reconstructions in the Norwegian Sea
48%190
190-1173
190-1177
196
196-1173		2007Spinelli, Glenn A.; Mozley, Peter S. et al.: Diagenesis, sediment strength, and pore collapse in sediment approaching the Nankai Trough subduction zone
48%31
31-297
190
190-1177		2003Brown, K. M.; Kopf, A. et al.: Compositional and fluid pressure controls on the state of stress on the Nankai subduction thrust; a weak plate boundarydownload
48%117
117-723		2004Higginson, Matthew J.; Altabet, Mark A. et al.: Geochemical evidence for abrupt changes in relative strength of the Arabian monsoons during a stadial/interstadial climate transitiondownload
48%105
105-646		2007Hunter, Sally E.; Wilkinson, D. et al.: The Eirik Drift; a long-term barometer of North Atlantic deepwater flux south of Cape Farewell, Greenland

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