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Score ↓ | Exp/Site/Hole | Year | Author/Title | Full text |
100% | 116 | 1989 | Williams, Colin Francis: Heat and fluid flow within the Earth's crust; in situ measurements and mathematical models | |
100% | | 1995 | Fang, Weijiang: Fluid flow in upper oceanic crust; in situ measurement and numerical modeling | |
100% | | 1997 | Goldberg, Dave: Detection of in situ physical properties using logging-while-drilling | |
83% | 130 | 1993 | Urmos, Jozsef; Wilkens, Roy A.: In situ velocities in pelagic carbonates; new insights from Ocean Drilling Program Leg 130, Ontong Java Plateau | download |
83% | 176 | 2003 | Matsumoto, Takeshi; Dick, Henry J. B.: Detailed sub-surface structure of Atlantis Bank as derived from in-situ observation and seafloor gravimetry | |
83% | 118 118-735 176 176-735 | 1988 | Goldberg, D.; Becker, K.: Indicators of in situ fracture permeability in oceanic Layer 3 | |
83% | 164 | 1999 | Guerin, Gilles; Goldberg, David et al.: Characterization of in situ elastic properties of gas hydrate-bearing sediments on the Blake Ridge | download |
83% | | 2009 | Kelemen, Peter B.; Matter, Jurg et al.: In situ mineral carbonation in peridotite and basalt for CO (sub 2) capture and storage | |
83% | 311 | 2006 | Mueller, Wolfgang H.; Anders, Erik et al.: IODP; PRESS (Pressurised Core Sub-sampling Extrusion System); in-situ sampling, transfer and investigation methods in scientific drilling; technology progress report from IODP Leg 311, Cascadia and beyond | |
83% | 311 | 2006 | Heesemann, Martin; Villinger, Heinrich et al.: IODP; testing and deployment of the new APC3 tool to determine in-situ temperatures while piston coring | |
83% | 131 | 1990 | Moran, K.; Campanella, R. G.: In situ stress measurements from ODP Leg 131; Nankai Trough | |
83% | 311 | 2008 | Mueller, W. H.; Anders, E.: In-situ processing of deep biosphere cores | |
83% | | 1998 | Lauer-Leredde, Christine; Pezard, Philippe A. et al.: FICUS, a new in-situ probe for resistivity measurements in unconsolidated marine sediments | |
83% | | 1998 | Becker, Keir; Davis, Earl E.: CORK borehole observatories record in-situ fluid flow processes in subseafloor formations | |
82% | | 1985 | Ocean Drilling Program; coring and development technology | |
82% | 204 | 2003 | Rack, Frank R.: Technical and operational accomplishments of ODP Leg 204 | |
82% | | 1999 | Anonymous: A guide to the Ocean Drilling Program | |
82% | | 1998 | Shitashima, Kiminori; Kyo, Masanori: Application of chemical sensor to oceanography development of deep sea pH sensor using ISFET | |
82% | | 2009 | Kinoshita, Masataka: In situ measurements of formation temperature in scientific ocean drilling | |
81% | 149 | 1996 | Harry, Dennis L.; Batzle, Mike: In situ velocities of sedimentary rocks from the Iberia abyssal plain | download |
79% | 69 69-504 70 70-504 83 83-504 86 92 92-504 111 111-504 137 137-504 140 140-504 148 148-504 | 1985 | Kinoshita, Hajimu: Sonic velocity and electrical resistivity of rock sample from Hole 504B, Leg 83; measurements under in situ conditions | download |
78% | 121 125 125-785 125-785A | 1991 | Tamaki, Kensaku; Yamamoto, Kiyohiko et al.: An experiment of in-situ stress estimation on basaltic rock core samples from Hole 758A, Ninetyeast Ridge, Indian Ocean | download |
78% | 139 139-857 146 169 169-857 | 2011 | Villinger, H. W.; Polster, A. et al.: In situ performance of paroscientific digiquartz broadband pressure sensors | |
72% | 110 110-671 110-672 110-673 110-674 110-675 110-676 | 1988 | Barnes, Ross O.: ODP in-situ fluid sampling and measurement; a new wireline tool | download |
71% | 164 164-997 | 2000 | Hesse, Reinhard; Frape, Shaun et al.: A geochemical method to quantify gas-hydrate abundance based on chlorine isotopes | |
71% | | 1982 | Kriukov, P. A.; Manheim, F. T.: Extraction and investigative techniques for study of interstitial waters of unconsolidated sediments; a review | |
71% | | 1988 | Becker, Keir: A guide to ODP tools for downhole measurements | |
71% | | 1984 | Newmark, Robin L.; Zoback, Mark D. et al.: Determination of in-situ stress directions in the crust; DSDP Hole 597C | |
71% | | 1995 | Furukawa, Masahide: Investigation of latitude effects on cosmic-ray intensity near the sea-level | |
71% | | 1988 | Worthington, P. F.: Scientific benefits of downhole measurements in the Ocean Drilling Program | |
71% | | 2003 | Becker, Keir; Davis, E. E.: Twelve years of results from ODP subseafloor "CORK" hydrogeological observatories | |
71% | | 2004 | Janik, 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 | |
67% | 114 127 | 1990 | Nobes, D. C.; Mienert, J. et al.: Comparison of laboratory and in-situ physical properties from the subantarctic South Atlantic (ODP Leg 114) and from the Japan Sea (ODP Leg 127) | |
67% | 170 170-1039 170-1040 170-1041 170-1042 170-1043 | 2000 | Boissonnas, Remi; Goldberg, Dave et al.: Electromagnetic modeling and in situ measurement of gas hydrate in natural marine environments | |
67% | 30 30-289 89 89-586 | 1989 | Fulthorpe, Craig Stephen; Schlanger, Seymour O. et al.: In situ acoustic properties of pelagic carbonate sediments on the Ontong Java Plateau | download |
67% | 147 147-894 | 1996 | Weston, P. E.; Manning, C. E. et al.: Low (super 18) O "magmatic" hornblende from Hess Deep gabbro pegmatites; in-situ and single-crystal O-isotope analyses | |
67% | 47 47-398 | 1991 | Whitmarsh, R. B.; Miles, P. R.: In situ measurements of shear-wave velocity in ocean sediments | |
67% | 28 28-274 | 1974 | Wise, Sherwood W.; Ciesielski, Paul F. et al.: In situ diagenesis of diatom frustules in nearshore and deep marine environments | |
67% | 118 118-735 176 176-735 | 1993 | Pariso, Janet E.; Johnson, H. Paul: Do Layer 3 rocks make a significant contribution to marine magnetic anomalies? In situ magnetization of gabbros at Ocean Drilling Program Hole 735B | download |
67% | | 2003 | Lin, Weiren; Hirono, Tetsuro et al.: Measurements of electrical resistivity and seismic velocity of drill cores | |
67% | 186 186-1150 186-1151 | 2004 | Ask, Maria V. S.; Kopf, Achim: Constraints on the state of in situ effective stress and the mechanical behavior of ODP Leg 186 claystones in the Japan Trench forearc | |
67% | 190 190-1173 196 196-1173 | 2004 | McNeill, L. C.; Ienaga, M. et al.: Deformation and in situ stress in the Nankai accretionary prism from resistivity-at-bit images, ODP Leg 196 | download |
67% | 308 308-U1322 308-U1324 | 2005 | Long, H.; Flemings, P. B. et al.: In-situ pressure measurements in the Ursa Basin, northeast Gulf of Mexico | |
67% | 146 146-892 | 2000 | Kastner, Miriam; Carson, Bobb et al.: An in situ experiment of methane sequestration as gas hydrate, authigenic carbonate, and loss to the water column and/or atmosphere | |
67% | 164 164-994 164-995 164-997 | 2000 | Paull, C. K.; Lorenson, T. D. et al.: Comparisons of in situ and core gas measurements in ODP Leg 164 bore holes | |
67% | 118 118-735 176 176-735 | 2007 | Botcharnikov, R. E.; Koepke, J. et al.: The late-stage evolution of oceanic gabbros; combined experimental and in situ isotope study on gabbros from Southwest Indian Ridge | |
67% | 153 153-920 | 2008 | Andreani, M.; Godard, M. et al.: An in situ trace elements study of serpentinites from the MARK area (ODP Site 920, 23 degrees N) | |
67% | 118 118-735 176 176-735 | 2002 | Gao, Y.; Hoefs, J. et al.: Oxygen isotope profile of the lower ocean crust; an in-situ study by UV-laser-ablation oxygen isotope microprobe | |
67% | 170 171A | 1997 | Saito, Sanny; Major, Candace O. et al.: In-situ physical properties of the Costa Rica and Barbados subduction margins | |
67% | 118 118-735 176 176-735 | 2006 | Botcharnikov, R. E.; Koepke, R. E. et al.: IODP; the late-stage evolution of oceanic gabbros; combined experimental and in-situ isotope study on gabbros of the ODP Legs 118/176 drilled at the Southwest Indian Ridge | |
67% | | 2006 | Yun, Tae Sup; Narsilio, Guillermo A. et al.: Instrumented pressure testing chamber for characterizing sediment cores recovered at in situ hydrostatic pressure | download |
67% | 115 | 2002 | Kent, Adam J. R.; Baker, Joel A. et al.: In situ Pb-isotope analysis by LA-MC-ICP-MS; applications to geochemistry, geochronology, palaeoceanography and archaeology | |
67% | 204 | 2004 | Francis, Timothy J.: The HYACINTH Project; pressurised samples from the seabed for continental margin research | |
67% | 190 190-1173 196 196-1173 | 2005 | Spinelli, G. A.; Underwood, M. B.: Modeling thermal history of subducting crust in Nankai Trough; constraints from in situ sediment temperature and diagenetic reaction progress | |
67% | 94 94-607 | 2002 | Stroeven, Arjen P.; Fabel, Derek et al.: Reconstructing the erosion history of glaciated passive margins; applications of in situ produced cosmogenic nuclide techniques | |
67% | 164 164-995 164-997 | 1997 | Dickens, Gerald R.; Paull, Charles K. et al.: Direct measurement of in situ methane quantities in a large gas-hydrate reservoir | |
67% | 312 | 2007 | Koepke, J.; Steinhoefel, G. et al.: In situ Fe isotope measurements in gabbros and basalts from the ocean crust | |
67% | 195 | 2007 | Pabst, S.; Zack, T. et al.: In situ geochemical data from metamorphic rocks in the active Mariana subduction zone | |
67% | 204 204-1244 | 2007 | Long, H.; Flemings, Peter B. et al.: Interpreting in situ pressure and hydraulic properties with borehole penetrometers in ocean drilling; DVTPP and piezoprobe deployments at southern Hydrate Ridge, offshore Oregon | download |
67% | 110 131 146 | 1995 | Moran, Kate: Sediment physical properties and in situ stress conditions at modern accretionary prisms; controls on fluid flow | |
67% | 118 118-735 176 176-735 | 2002 | Holm, Paul Martin: Sr, Nd and Pb isotopic composition of in situ lower crust at the Southwest Indian Ridge; results from ODP Leg 176 | |
67% | 196 204 311 314 | 2008 | McNeill, L.; Moore, J. C. et al.: Changes in situ stress across the Nankai and Cascadia convergent margins from borehole breakout measurements during ocean drilling | |
67% | 118 118-735 176 176-735 304 304-U1309 305 305-U1309 340T 340T-U1309 | 2008 | Willson, Scott L.; Blackman, D. K. et al.: Compressional-wave velocities of discrete samples at in-situ pressures from IODP Hole U1309D with emphasis on the interval from 1000-1400 mbsf | |
67% | 314 315 316 | 2008 | Byrne, Tim; Lin, W. et al.: In situ stress determinations from Anelastic Strain Recovery (ASR); preliminary results and comparison to borehole breakout and core-scale fault data from IODP expeditions 314, 315 and 316 to the Nankai Trough | |
61% | 127 127-794 128 128-794 | 2004 | Yamamoto, Kiyohiko; Sato, Namiko et al.: Driving force of the intra-plate crust as inferred from the stresses measured in the eastern part of Kitakami Mountains, northeastern Honshu, Japan | |
61% | 201 | 2006 | Spivack, Arthur J.; McNeil, Craig et al.: Determination of in situ methane based on analysis of void gas | download |
61% | 102 102-418 111 111-504 137 137-504 140 140-504 148 148-504 148-896 | 2002 | Heft, Kerri L.: The compositional variability of altered upper oceanic crust; insights from the Troodos Ophiolite | |
61% | 190 | 2001 | Spivack, Arthur J.; Smith, David C.: Evidence for microbial control of hydrogen concentrations in deeply buried oceanic sediments | |
61% | 130 130-806 | 1993 | Mayer, Larry A.; Jansen, Eystein et al.: Climatic cyclicity at Site 806; the GRAPE record | download |
59% | 319 319-C0011 322 322-C0011 322-C0012 333 333-C0011 333-C0012 338 338-C0012 | 2012 | Huepers, Andre; Kopf, Achim J.: Consolidation properties of silty claystones and sandstones sampled seaward of the Nankai Trough subduction zone, IODP Sites C0011 and C0012 | download |
59% | 131 131-808 132 196 196-808 | 1993 | Moran, Kate; Brueckmann, Warner et al.: In-situ stress conditions at Nankai Trough, Site 808 | download |
59% | | 1988 | Carlson, R. L.; Herrick, C. N.: Age-dependent velocity/density systematics in "layer 2" basalts | |
59% | | 1988 | Busch, William H.: Estimating in situ porosity from core and borehole log data; results from Ocean Drilling Program sites in the Labrador Sea and Baffin Bay | |
59% | | 2000 | Paull, Charles K.; Ussler, William, III: History and significance of gas sampling during DSDP and ODP drilling associated with gas hydrates | |
59% | | 1996 | Gallahan, William Eugene, III: Geochronology and geochemistry of low temperature hydrothermal alteration in oceanic crust; an investigation of celadonite in the Troodos Ophiolite, Cyprus | |
59% | 21 21-210 | 1979 | van der Lingen, G. J.: Authigenic weddellite in sediments from the Coral Sea Basin | |
59% | 76 76-533 | 1993 | Lee, Myung W.; Hutchinson, D. R. et al.: Method of estimating the amount of in situ gas hydrates in deep marine sediments | |
59% | 84 84-565 | 1983 | Baltuck, Miriam; Taylor, Elliott et al.: Sedimentary mass movement along the inner wall of the Middle America Trench, Costa Rica | |
59% | | 1983 | Carlson, R. L.; Wilkens, R. H.: Seismic crustal structure and the elastic properties of rocks recovered by drilling in the Philippine Sea | |
59% | | 1974 | Bryan, George M.: In situ indications of gas hydrate | |
59% | 60 | 1981 | Lundberg, N.: Development of forearcs of intraoceanic subduction zones | |
59% | 54 | 1980 | Rosendahl, B.; Warren, N.: Velocity-density systematics of basalts from the East Pacific; correlation to iron content, and comparison to Mid-Atlantic Ridge basalts | |
59% | 67 67-497 67-498 | 1980 | von Huene, R.; Aubouin, J.: Summary of Deep Sea Drilling Project; Leg 67, The Mid-America Trench transect off Guatemala | |
59% | | 1989 | Einsele, G.: In-situ water contents, liquid limits, and submarine mass flows due to a high liquefaction potential of slope sediment (results from DSDP and subaerial counterparts) | |
59% | 123 123-765 123-766 | 1995 | Brereton, N. R.; Chroston, P. N. et al.: Pore pressure as an explanation of complex anelastic strain recovery results | |
59% | 28 28-265 | 1980 | Englehardt, N. L.; Webb, P. N.: Late Miocene foraminiferal biostratigraphy and paleoecology at DSDP site 265, Southeast Indian Ocean | |
59% | | 2003 | Becker, Keir; Davis, Earl E.: Twelve years of results from ODP subseafloor CORK hydrogeological observatories | |
59% | 201 201-1229 | 2004 | Mauclaire, Laurie; Zepp, K. et al.: Direct in situ detection of cells in deep-sea sediment cores from the Peru Margin (ODP Leg 201, Site 1229) | |
59% | | 2010 | Ask, M. V. S.; Morgan, J. K.: Projection of mechanical properties from shallow to greater depths seaward of the Nankai accretionary prism | |
59% | 314 | 2008 | Tobin, H. J.; Kinoshita, M.: State of stress in the Nankai Trough accretionary complex and implications for the seismogenic cycle; results from 3D seismic data and IODP Expedition 314 | |
59% | 102 109 111 118 | 1988 | Detrick, R. S.: Crustal drilling in ODP; past, present and future | |
59% | 110 156 156-948 | 1994 | Fisher, A. T.; Zwart, G.: Permeability and fluid pressure along the decollement of the Barbados accretionary complex; the first in-situ measurements | |
59% | | 1973 | Aizenshtat, Z.; Baedecker, M. J. et al.: Distribution and diagenesis of organic compounds in JOIDES sediment from Gulf of Mexico and western Atlantic | |
59% | | 1998 | Lee, Yir-Der E.; Francis, T. J. G.: A statistical study of hydraulic piston coring, ODP Legs 101-149 | |
59% | 17 17-171 | 2002 | Screaton, E.: Aquifer tests in subseafloor fault zones | |
59% | 209 | 2004 | Kikawa, E.; Garces, M. et al.: Magnetization of gabbroic rocks and peridotites recovered from Mid Atlantic Ridge 14N-16N, ODP Leg 209 | |
59% | 204 | 2002 | Trehu, A. M.; Bohrmann, G.: Drilling gas hydrates on Hydrate Ridge, Oregon continental margin | |
59% | 118 118-735 176 176-735 | 2004 | Kvassnes, Astri Jaeger Sweetman: The evolution of oceanic gabbros; in-situ and ancient examples | |
59% | | 1979 | Riech, V.; von Rad, U.: Silica diagenesis in the Atlantic Ocean; diagenetic potential and transformations | |
59% | | 1984 | Villinger, Heinrich: New heat flow values off the west coast of Morocco | download |
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