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Score | Exp/Site/Hole ↓ | Year | Author/Title | Full text |
83% | 209 209-1271 | 2004 | Abe, N.: An ocean floor prospecting; implications from the petrological insights of the abyssal chromitites from ODP Leg 209, MAR 15 20 N FZ | |
1% | 206 206-1256 | 2010 | Dziony, W.; Horn, I. et al.: delta (super 56) Fe variations in Fe-Ti oxides of IODP Hole 1256D (East Pacific Rise) | download |
1% | 201 | 2010 | Jaisi, Deb P.; Blake, Ruth E.: Tracing sources and cycling of phosphorus in Peru margin sediments using oxygen isotopes in phosphates | download |
83% | 193 193-1189 | 2003 | Barriga, Fernando; Binns, Ray et al.: Treasure in the making under the sea floor | |
67% | 193 193-1189 | 2004 | Lee, S.; Doh, S. et al.: Magnetic and electron microscopic investigation on rock samples from the PACMANUS hydrothermal vent field in Papua New Guinea | |
83% | 193 193-1188 | 2003 | McConachy, Tim F.; Binns, Ray A.: Modern seafloor hydrothermal systems and ore forming processes | |
83% | 193 193-1188 | 2001 | Bach, Wolfgang: Ocean drilling program explores the making of ore deposits | |
50% | 193 193-1188 | 2003 | Roberts, Stephen; Bach, Wolfgang et al.: Radiogenic and stable isotope evidence of contrasting evolution of hydrothermal fluids in the Pacmanus system, Manus Basin; ODP Leg 193 | |
7% | 193 193-1188 193-1189 193-1190 193-1191 | 2001 | Binns, Raymond A.; Barriga, Fernando J. A. S. et al.: Leg 193 summary | download |
83% | 193 | 2001 | Roberts, Stephen; Benning, Liane G.: Leg 193; Manus Basin | |
83% | 193 | 2000 | Binns, Raymond A.: Anatomy of an active seafloor hydrothermal system hosted by felsic volcanic rocks; Ocean Drilling Program Leg 193 | |
83% | 193 | 2002 | Bennett, A. J.; Benning, L. G. et al.: Concentration and distribution of gold in pyrite grains from the Pacmanus hydrothermal system, Papua New Guinea (ODP Leg 193, initial reports) | |
67% | 193 | 2005 | Pinto, A. M. M.; Relvas, J. M. R. S. et al.: Gold mineralization in recent and ancient volcanic-hosted massive sulfides; the PACMANUS Field and the Neves Corvo Deposit | |
67% | 193 | 2005 | Roberts, Stephen; Bach, Wolfgang et al.: (super 87) Sr/ (super 86) Sr, (super 3) He/ (super 4) He, REE and stable isotope (delta (super 34) S, delta (super 18) O) constraints on the hydrothermal fluid evolution of the PACMANUS system, Manus Basin | |
67% | 193 | 2007 | Barriga, F. D.; Binns, R. A. et al.: Trekhmernaya vulkanogennaya gidrotermal'naya medno-kolchedannaya sistema v zadugovom basseyne Manus (Papua-Novaya Gvineya) Three-dimensional hydrothermal copper-sulfide volcanic system in the Manus back-arc basin (Papua-New Guinea) | |
67% | 193 | 2009 | Webber, Alexander; Roberts, Steve et al.: Fluid mixing and thermal regimes beneath the PACMANUS hydrothermal field, Papua New Guinea; helium oxygen isotopes | |
67% | 193 | 2005 | Yang, Kaihui; Scott, Steven D.: Vigorous exsolution of volatiles in the magma chamber beneath a hydrothermal system on the modern sea floor of the eastern Manus back-arc basin, western Pacific; evidence from melt inclusions | |
58% | 193 | 2005 | Ketcham, Richard A.; Iturrino, Gerardo J.: Non-destructive high-resolution visualization and measurement of anisotropic effective porosity in complex lithologies using high-resolution X-ray computed tomography | download |
58% | 193 | 2002 | Paul, Heather: Petrology and lithogeochemistry of volcanic rocks hosting seafloor hot springs systems in the Manus Basin, southwestern Pacific Ocean | |
58% | 193 | 2004 | Paulick, H.; Vanko, D. A. et al.: Drill core-based facies reconstruction of a deep marine felsic volcano hosting an active hydrothermal system (Pual Ridge, Papua New Guinea, ODP Leg 193) | download |
50% | 193 | 2006 | Paulick, Holger; Bach, W.: Phyllosilicate alteration mineral assemblages in the active subsea-floor PACMANUS hydrothermal system, Papua New Guinea, ODP Leg 193 | |
8% | 193 | 2000 | Barriga, Fernando; Binns, Raymond A. et al.: Ocean Drilling Program; Leg 193 scientific prospectus; anatomy of an active, felsic-hosted hydrothermal system, eastern Manus Basin | download |
42% | 181 181-1121 | 2008 | Graham, Ian; Wright, Ian: A ferromanganese nodule resource within New Zealand's EEZ | |
67% | 180 | 2000 | Baldwin, Suzanne L.; Monteleone, Brian et al.: Continental extension in the western Woodlark Basin, Papua New Guinea | |
67% | 173 173-1068 | 2001 | Hopkinson, L.; Beard, J. S. et al.: The nature of syntectonic hydrothermal circulation and mineralization within a serpentinite-hosted detachment fault; a case study from the West Iberia non-volcanic rifted continental margin | |
67% | 169 169-1038 | 1999 | James, Rachael H.; Rudnicki, Mark D. et al.: The alkali element and boron geochemistry of the Escanaba Trough sediment-hosted hydrothermal system | |
42% | 169 169-1035 | 2003 | Cruse, Anna M.; Seewald, Jeffrey S. et al.: Sulfide mineral-vent fluid interaction during upflow at ODP Mound, Middle Valley, northern Juan de Fuca Ridge | |
83% | 169 | 1996 | Duckworth, Rowena C.: High grade sediment-hosted sulphide deposits on the seafloor; preliminary results from ODP Leg 169 drilling, Middle Valley, Juan de Fuca Ridge | |
83% | 169 | 1997 | James, R. H.; Palmer, M. R.: Evidence for the transport of phase-separated hydrothermal fluids through sediment at the Escanaba Trough | |
83% | 169 | 1997 | Goodfellow, Wayne D.; Peter, Jan M.: Intersection of major massive sulphide deposits, sulfide feeder zones and a deep copper zone during ODP Leg 169 drilling in the Bent Hill area, Middle Valley, northern Juan de Fuca Ridge | |
83% | 169 | 1997 | Houghton, J.; Pulsipher, T. et al.: Major and minor element geochemistry of sulfide minerals from Middle Valley and Escanaba Trough sediment hosted volcanogenic massive sulfide deposits | |
83% | 169 | 1997 | Duckworth, Rowena C.: Anatomy of sediment hosted seafloor massive sulfide deposits; preliminary results from ODP Leg 169 drilling in Middle Valley and Escanaba Trough | |
83% | 169 | 2000 | Peter, J. M.; Goodfellow, W. D.: Setting, mineralogy and geochemistry of the Middle Valley sulfide deposits; results of ODP Leg 169 | |
83% | 169 | 2000 | Bjerkgard, T.; Cousens, B. L. et al.: The Middle Valley sulfide deposits, northern Juan de Fuca Ridge; radiogenic isotope systematics | |
67% | 169 | 1998 | Duckworth, Rowena C.; Shanks, W. C., III et al.: High grade sediment-hosted sulfide deposits on the sea-floor; preliminary results from ODP Leg 169 drilling, Middle Valley, Juan de Fuca Ridge | |
67% | 169 | 1997 | Fouquet, Yves; Zierenberg, Robert et al.: Leg 169 drills a major massive sulfide deposit on a sediment-buried spreading center | |
58% | 169 | 1998 | James, R. H.; Duckworth, R. C. et al.: Drilling of sediment-hosted massive sulphide deposits at the Middle Valley and Escanaba Trough spreading centres; ODP Leg 169 | |
58% | 169 | 2004 | Houghton, J. L.; Shanks, W. C., III et al.: Massive sulfide deposition and trace element remobilization in the Middle Valley sediment-hosted hydrothermal system, northern Juan de Fuca Ridge | download |
50% | 169 | 1998 | Zierenberg, Robert A.; Fouquet, Yves et al.: The deep structure of a sea-floor hydrothermal deposit | |
8% | 169 | 1998 | Fouquet, Yves; Zierenberg, Robert A. et al.: Explanatory notes | download |
8% | 169 | 2000 | Lawrie, Darren; Miller, D. Jay: Sulfide mineral chemistry and petrography from Bent Hill, ODP Mound, and TAG massive sulfide deposits | download |
83% | 159 159-960 | 1995 | Hisada, K.; Ishii, T. et al.: Detrital chrome spinels in Hole 960A, CIGMR | |
50% | 158 158-957 | 2003 | Petersen, Sven; Herzig, Peter M. et al.: Diversity of seafloor hydrothermal systems on sediment-free mid-ocean ridges | |
50% | 158 158-957 | 2006 | Jiang Shaoyong; Yang Tao et al.: Lead and sulfur isotopic composition of sulfides from the TAG hydrothermal field, Mid-Atlantic Ridge | |
83% | 158 | 1996 | Hannington, M. D.; Galley, A. G. et al.: Comparison of the TAG mound-stockwork complex with cyprus-type massive sulfide deposits; results of Leg 158 drilling | |
83% | 158 | 1995 | Herzig, P.; Humphris, S.: Drilling the TAG hydrothermal mound, MAR 26 degrees N | |
83% | 158 | 1995 | Herzig, Peter M.; Humphris, Susan E.: Ocean Drilling Program reveals the subsurface nature of the TAG hydrothermal mound | |
67% | 158 | 1994 | Humphris, S. E.; Tivey, M. K. et al.: Investigating the formation of the active TAG hydrothermal mound using observational, petrographic and geochemical data | |
67% | 158 | 1998 | Sturz, A. A.; Itoh, M. J. T. et al.: Mineralogy and chemical composition of clay minerals, TAG hydrothermal mound | |
67% | 158 | 1994 | Hannington, M. D.; Jonasson, I. R. et al.: Active volcanoes and ore deposits on the ocean floor--Volcans actifs et gisements de minerai sur le plancher oceanique | |
67% | 158 | 1997 | Herzig, Peter M.; Petersen, Sven et al.: Unusual sulfur isotopic composition of volcanic-hosted massive sulfide deposits at the modern seafloor; TAG hydrothermal mound (MAR) and Lau back-arc (SW-Pacific) | |
58% | 158 | 1999 | Monecke, T.; Kempe, U. et al.: Trace element characteristics of quartz from the TAG hydrothermal mound | |
50% | 158 | 2000 | Mozgova, N. N.; Borodaev, Yu. S. et al.: Noble metals in sulfide assemblages from deep sectors of the active TAG Mound (Mid-Atlantic Ridge, 26 degrees 08'N) | |
13% | 158 | 1998 | Mills, Rachel A.; Teagle, Damon A. H. et al.: Fluid mixing and anhydrite precipitation within the TAG mound | download |
10% | 158 | 1998 | Gemmell, J. Bruce; Sharpe, Robina: Detailed sulfur-isotope investigation of the TAG hydrothermal mound and stockwork zone, 26 degrees N, Mid-Atlantic Ridge | download |
7% | 158 | 1998 | Hannington, Mark D.; Galley, Alan G. et al.: Comparison of the TAG mound and stockwork complex with cyprus-type massive sulfide deposits | download |
67% | 152 163 | 2001 | Andersen, J. C. O.; Power, M. R. et al.: Sulphur saturation and platinum-group element fractionation in the Palaeogene North Atlantic igneous province | |
15% | 145 145-884 | 1995 | Dickens, Gerald R.; Owen, Robert M. et al.: Copper mineralization at Site 884 in the North Pacific | download |
67% | 139 139-856 169 169-856 | 1994 | Franklin, J. M.; Goodfellow, W. D. et al.: Site 856 of ODP Leg 139; discovery of a major massive sulfide deposit in Middle Valley of the Juan de Fuca Ridge | |
58% | 139 139-856 139-857 139-858 169 169-856 169-857 169-858 | 2004 | Kurnosov, Victor B.: Hydrothermal mineralization and redistribution of chemical elements on sedimented Juan de Fuca Ridge | |
58% | 139 139-856 139-857 146 169 169-856 169-857 | 1996 | Zierenberg, R. A.; Fouquet, Yves et al.: The roots of seafloor massive sulfide deposits; preliminary results from ODP Leg 169 drilling in Middle Valley and Escanaba Trough | |
50% | 139 139-856 169 169-856 | 1997 | Gendler, T. S.; Krasnov, S. G. et al.: Magnetomineralogical characteristics of ores from the Middle Valley oceanic sulfide deposit, Ocean Drilling Program Leg 139, Juan de Fuca Ridge | |
33% | 139 139-856 139-858 169 169-856 169-858 169-1035 169-1036 | 2000 | Lackschewitz, K. S.; Singer, A. et al.: Formation and transformation of clay minerals in the hydrothermal deposits of Middle Valley, Juan de Fuca Ridge, ODP Leg 169 | |
33% | 139 139-856 169 169-856 | 2004 | Teagle, Damon A. H.; Alt, Jeffrey C.: Hydrothermal alteration of basalts beneath the Bent Hill massive sulfide deposit, Middle Valley, Juan de Fuca Ridge | |
100% | 139 | 1992 | Anonymous: Successful drilling of seafloor massive sulfide deposit | |
83% | 139 | 1993 | Marchig, V.; Boni, M.: Massive sulfides from Middle Valley (Ocean Drilling Program, Leg 139 "sedimented ridges"); mineral and chemical composition and comparison with massive sulfides from the southern part of the East Pacific Rise | |
83% | 139 | 1991 | Davis, Earl E.; Mottl, Michael et al.: Ocean Drilling Program; Leg 139 scientific prospectus; Sedimented ridges; I | |
83% | 139 | 1995 | Marchig, V.; Dietrich, P.: Hydrothermal activity in Middle Valley (East Pacific Rise 48N, Leg 139, ODP); chemical redistribution between sediment, igneous rocks and massive sulfides | |
83% | 139 158 169 193 | 2003 | Phillips, Neil: Economic geology | |
83% | 139 | 1992 | Franklin, J. M.: Hot rocks, hot water and cold sulfides; preliminary results, ODP Leg 139 drilling the Juan de Fuca Ridge | |
67% | 139 | 1994 | Goodfellow, W. D.; Leybourne, M. et al.: The Middle Valley hydrothermal system and associated sulphide deposits, Juan de Fuca Ridge; recent results of Leg 139, Ocean Drilling Program--Reseau hydrothermal et gisements sulfures associes de la vallee du Milieu, dorsale Juan de Fuca; resultats recents du troncon 139, Programme de sondage des fonds marins | |
67% | 139 | 1993 | Goodfellow, W. D.; Franklin, J. M. et al.: Hydrothermal fluid-sediment interaction and massive sulphide formation; results of Leg 139 drilling, Middle Valley, northern Juan de Fuca Ridge--Interaction entre fluides hydrothermaux et sediments et formation de sulfures massifs; resultats du forage de l'etape 139 dans la Vallee Mediane (partie nord de la Dorsale Juan de Fuca) | |
67% | 139 158 169 193 | 2009 | Roberts, Stephen: Mechanisms for the formation of ocean floor massive sulfides; is there more to learn from ocean drilling? | |
67% | 139 | 1994 | Zierenberg, Robert A.; Goodfellow, Wayne D. et al.: Sulfur isotopic composition of massive sulfide from the Middle Valley sediment-covered seafloor spreading center | |
67% | 139 | 1994 | Krasnov, Sergey G.: Alteration of an oceanic massive sulfide deposit, caused by a sill-driven hydrothermal system in sediments; evidences from geochemistry and mineralogy | |
50% | 139 168 169 | 2000 | Gillis, Kathryn M.; Banerjee, Neil R.: Hydrothermal alteration patterns in supra-subduction zone ophiolites | |
50% | 139 169 | 2005 | Von Damm, K. L.; Parker, C. M. et al.: The Escanaba Trough, Gorda Ridge hydrothermal system; temporal stability and sub-seafloor complexity | download |
83% | 128 128-799 | 1991 | Scott, Steven D.; Marumo, Katsumi: Successful test of the failed rift hypothesis for kuroko-type massive sulfide deposits, ODP Site 799, Sea of Japan | |
67% | 127 127-794 128 128-794 | 1990 | Scott, Steven D.; Pouclet, Andre: ODP Leg 128 sea of Japan; basement rocks, volcanism and a Kuroko massive sulfide environment in a failed rift | |
58% | 126 | 1998 | Sui, A. U.; Glasby, G. P.: Submarine hydrothermal manganese deposits in the Izu-Bonin-Mariana Arc; an overview | |
67% | 125 125-786 | 1998 | Alt, Jeffrey C.; Teagle, D. A. H. et al.: Alteration and mineralization of an oceanic forearc and the ophiolite-ocean crust analogy | download |
67% | 122 122-762 122-763 | 1993 | Dickens, Gerald R.; Owen, Robert M.: Global change and manganese deposition at the Cenomanian-Turonian boundary | |
13% | 122 | 1992 | De Carlo, Eric H.; Exon, Neville F.: Ferromanganese deposits from the Wombat Plateau, Northwest Australia | download |
58% | 118 | 1991 | Hebert, R.; Constantin, M.: Petrology of hydrothermal metamorphism of oceanic layer 3; implications for sulfide parageneses and redistribution | |
67% | 112 112-680 | 1994 | Veto, Istvan; Hetenyi, Magdolna et al.: Hydrogen index as reflecting intensity of sulphidic diagenesis in non-bioturbated, shaly sediments | |
42% | 111 111-504 137 137-504 139 140 140-504 148 148-504 169 | 2002 | Franklin, James M.: Seafloor minerals research; supporting discovery of new ore deposits | |
67% | 111 | 1988 | Schoeps, Dietmar; Herzig, Peter M.: Mineralogy and chemical composition of sulfides from the Leg 111 dike section of ODP Hole 504B, Costa Rica Rift | |
17% | 106 106-649 | 1990 | Gillis, Kathryn M.; Smith, Alan D. et al.: Trace element and Sr-isotopic contents of hydrothermal clays and sulfides from the Snake Pit hydrothermal field; ODP Site 649 | download |
83% | 106 139 | 1996 | Duckworth, R. C.: Hydrothermal processes, sulphide deposits and the Ocean Drilling Program | |
83% | 106 | 1986 | Sulanowska, Margaret; Humphris, Susan E. et al.: Hydrothermal mineralization in the MARK area, Mid-Atlantic Ridge 23 degrees N | |
67% | 106 | 1986 | Honnorez, J.; Detrick, R. et al.: Mineralogy and geology of the Snake-Pit hydrothermal sulfide deposit on the Mid-Atlantic Ridge at 23 degrees N | |
67% | 106 | 1988 | Gillis, K. M.; Ludden, J. N. et al.: The Snakepit hydrothermal field; ODP Leg 106 | |
17% | 93 93-603 95 95-603 | 1987 | Bonnell, Linda M.; Anderson, Thomas F.: Sulfur isotopic variations in nodular and disseminated pyrite; Hole 603B | download |
13% | 92 92-597 92-598 | 1986 | Lyle, Mitchell W.; Owen, Robert M. et al.: History of hydrothermal sedimentation at the East Pacific Rise, 19 degrees S | download |
67% | 85 85-573 85-574 | 2004 | Li, Y. H.; Schoonmaker, J. E.: Chemical composition and mineralogy of marine sediments | |
67% | 83 | 1982 | Anonymous: Tiefste Bohrung in ozeanischer Kruste niedergebracht; Glomar Challenger vertieft erfolgreich DSDP-Bohrung 504 B an der Suedflanke des Costa Rica-Rifts (Panama-Becken, Ostpazifik); Glomar Challenger, Fahrtabschnitt 83 The deepest borehole in the oceanic crust; Glomar Challenger follows with success the drilling at DSDP Site 504B near the South Costa Rica Rift; Gulf of Panama, East Pacific; Glomar Challenger, Leg 83 | |
83% | 70 | 1989 | Lazur, Y. M.; Varentsov, I. M. et al.: Dispersed Mn-, Fe-, Ti-, Cu-, and Zn-minerals in hydrothermal and pelagic sediments of the Galapagos Rift Zone | |
67% | 70 | 1986 | Varentsov, I. M.; Sakharov, B. A. et al.: Gidrotermal'nyye otlozheniya zony Galapagosskogo rifta, 70-y reys BS "Glomar Chellendzher"; aspekty mineralogii i geokhimii glavnykh komponentov Hydrothermal deposits in the area of the Galapagos Rift, Leg 70, "Glomar Challenger"; aspects of mineralogy and geochemistry of the principal components | |
58% | 69 69-504 70 70-504 83 83-504 92 92-504 | 1988 | Kawahata, Hodaka; Shikazono, Naotatsu: Sulfur isotope and total studies of basalts and greenstones from DSDP Hole 504B, Costa Rica Rift; implications for hydrothermal alteration | |
58% | 69 69-504 70 70-504 83 83-504 92 92-504 111 111-504 137 137-504 140 140-504 148 148-504 | 2004 | Davidson, Garry J.; Varne, Rick et al.: Structural controls on sulphide deposition at the dyke-lava boundary, slow-spreading ocean crust, Macquarie Island | |
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