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572 Publications found! (Query time: 0.001 s) – Download as CSV file – Download as KML file

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Score ↓Exp/Site/HoleYearAuthor/TitleFull text
100%125
125-780		2001Fujioka, Kantaro; Tamanaka, Toshiro et al.: An introduction to the serpentinite biosphere in the Mariana Forearc; capsule of the deep subsurface biosphere from the Chamorro Seamount
78%125
125-778		2004Maekawa, Hirokazu; Yamamoto, Koshi et al.: Significance of serpentinites and related rocks in the high-pressure metamorphic terranes, Circum-Pacific regions
70%1251992Phipps, Stephen Paul; Ballotti, Dean L.: Rheology of serpentinite muds in the Mariana-Izu-Bonin forearcdownload
68%125
125-779		2000Ishii, Teruaki; Sato, Hiroshi et al.: Petrological characteristics of peridotites from serpentinite seamounts in the Izu-Ogasawara-Mariana forearc
63%149
149-899		1996Gibson, Ian L.; Milliken, Kitty L. et al.: Serpentinite-breccia landslide deposits generated during crustal extension at the Iberia Margindownload
61%1998Matsukage, Kyoko; Arai, Shoji: Jadeite, albite and nepheline as inclusions in spinel of chromitite from Hess Deep, Equatorial Pacific; their genesis and implications for serpentinite diapir formation
61%1251990Phipps, Stephen Paul: Serpentinite mud volcanoes in the Mariana-Bonin Forearc; mechanics and implications for subduction-zone evolution
61%1990Church, W. R.: Serpentinite seamounts of Pacific fore-arcs drilled by the Ocean Drilling Program; Dr. Hess should be pleased; discussion
61%1251992Maekawa, Hirokazu; Ishii, Teruaki et al.: Finding of blueschist facies clasts from serpentinite seamount, Mariana forearc, ODP Leg 125
56%125
125-778
125-779
195
195-1200		2006Savov, Ivan P.; Guggino, Steve et al.: Geochemistry of serpentinite muds and metamorphic rocks from the Mariana Forearc, ODP Sites 1200 and 778-779, South Chamorro and Conical Seamountsdownload
55%84
84-566
84-567
84-570		1985Helm, Roger: Mineralogy and geochemistry of weathered serpentinites, Deep Sea Drilling Project Leg 84download
52%1732000Hopkinson, L. J.; Dee, S. et al.: Moving reactive interfaces and fractal carbonate replacement patterns in serpentinites; evidence from the southern Iberia abyssal plain
52%1976Harrison, C. G. A.: Magnetization of the oceanic crust
52%1996Pearce, J. A.: Mantle dynamics and crustal accretion above subduction zones; evidence from western Pacific drilling
52%2003Alt, Jeffrey; Shanks, Wayne C.: Hydration and sulfur metasomatism of forearc mantle
52%1492008Schwarzenbach, Esther: Carbon in ancient serpentinite-hosted hydrothermal systems; constraints from the Northern Apennine ophiolites (Italy) and the Iberian margin
49%1251992Ishii, Teruaki; Robinson, Paul T. et al.: Proto-ophiolite; peridotites from diapiric serpentinite seamounts in the Izu-Ogasawara-Mariana forearc, ODP Leg 125
49%103
103-637		1989Boillot, Gilbert; Feraud, Gilbert et al.: Undercrusting by serpentinite beneath rifted margins
49%1251990Ishii, Teruaki; Robinson, Paul T. et al.: Petrology of ODP Leg 125; mantle peridotites and related rocks from serpentinite diapiric seamounts in the Izu-Ogasawara-Mariana Forearc
49%1492008Schwarzenbach, E. M.; Frueh-Green, G. L. et al.: Carbon in ancient serpentinite-hosted hydrothermal systems; the Northern Apennine ophiolites (Italy) and the Iberian margin
49%125
125-782		2010Barnes, Jaime D.; Straub, Susanne M.: Chorine stable isotope variations in Izu Bonin tephra; implications for serpentinite subduction
49%1252006Fryer, P.; Gharib, J. et al.: Variability in serpentinite mudflow mechanisms and sources; ODP drilling results on Mariana forearc seamountsdownload
49%173
173-1068		2001Hopkinson, 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
49%209
209-1272
209-1274		2007Vils, F.; Tonarini, S. et al.: B, Li and Sr isotopes as tracers of seawater-serpentinite interaction at MAR, ODP Leg 209
49%209
209-1272
209-1274		2009Vils, Flurin; Tonarini, Sonia et al.: Boron, lithium and strontium isotopes as tracers of seawater-serpentinite interaction at Mid-Atlantic Ridge, ODP Leg 209
49%209
209-1271
209-1274		2004Rosner, M.; Bach, W. et al.: Lithium and strontium isotope compositions of serpentinite-hosted carbonate veins from the MAR (ODP Leg 209); records of different stages of seafloor metamorphism
48%125
125-780
125-783		2001Maekawa, Hirokazu; Yamamoto, Koshi et al.: Serpentinite seamounts and hydrated mantle wedge in the Izu-Bonin and Mariana Forearc regions
44%125
125-778
125-779
125-780
125-784		1992Heling, Dietrich; Schwarz, Alexander: Iowaite in serpentinite muds at Sites 778, 779, 780, and 784; a possible cause for the low chlorinity of pore watersdownload
43%149
149-897
149-899		1996Milliken, Kitty L.; Lynch, F. L. et al.: Marine weathering of serpentinites and serpentinite breccias, sites 897 and 899, Iberia abyssal plaindownload
43%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
43%1531994Karson, J. A.; Cannat, M. et al.: Upper mantle and lower crustal processes at slow-spreading ridges; new insights from serpentinites and gabbroic rocks drilled on ODP Leg 153 in the MARK area MAR at 23 degrees N
43%1982Smith, G. M.; Janecky, D. R. et al.: Magnetic characteristics of experimental natural serpentinites
43%82
82-560		1985Bougault, Henri; Cande, Steven C. et al.: Site 560download
43%1251989Keen, M. J.; Salisbury, M. et al.: Serpentine seamounts of Pacific fore-arcs drilled by the Ocean Drilling Program; Dr. Hess would be pleased
43%341980Seyfried, W. E.; Janecky, D. R.: Serpentinites, spilites and the geochemical cycle of boron
43%1996Ishii, Teruaki; Fujimoto, Hiromi et al.: Petrological constraint for the petrogeneses of the ophiolites on the bases of the mantle peridotites in the western Pacific
43%1996Eckhardt, J. D.; Puchelt, H.: Platinum group and trace elements in a sediment core from Hess Deep and their relation to genetic processes
43%371975Bryan, W. B.: Compositional and regional variation in basalts from the FAMOUS area
43%195
195-1200		2004Savov, Ivan; Tonarini, Sonia et al.: Boron isotope geochemistry of serpentinities and porefluids from Leg 195, Site 1200; S. Chamorro Seamount, Marina forearc region
43%2007Kodolanyi, J.; Spandler, C. et al.: Geochemistry of ocean-floor serpentinites; implications for subduction zone inventory
43%129
129-800
129-801
129-802
185
185-801
185-1149		2008Barnes, Jaime D.; Sharp, Zachary D. et al.: Chlorine isotope variations across the Izu-Bonin-Mariana Arc
43%2009Kodolanyi, Janos; Pettke, T. et al.: Trace element records of hydration and dehydration reactions in ultramafic rocks
43%1952005Noda, H.; Shimamoto, T. et al.: Frictional constitutive parameters for serpentine mud from South Chamorro Seamount
43%2092009Vils, Flurin: Influence of serpentinization on the light element budget of the oceanic plate
43%1973Schreiber, E.; Fox, P. J.: Compressional wave velocities of oceanic rocks and the geology of the oceanic crust; a brief summary
43%1252002Fryer, Patricia: Detailed structures of Mariana Forearc serpentine mud volcanoes from side-scan sonar mapping; implications for formation of serpentinite melange deposits
43%2006Barnes, Jaime Danielle: Tectonic and metamorphic implications of high chlorine contents in serpentinites
43%1952004Zack, Thomas; Savov, Ivan et al.: Storage of light elements in the forearc mantle wedge; SIMS measurements of serpentinites from ODP Leg 195
43%2092010Bach, W.; Klein, F. et al.: Phase relations in oceanic serpentinites as a guide to hydrogen production during seawater-peridotite interactions
43%304
304-U1309
305
305-U1309		2008Frost, B. Ronald; Beard, James S. et al.: The formation of micro-rodingites from IODP hole U1309D; key to understanding the process of serpentinization
43%173
173-1068		2004Hopkinson, L.; Beard, J. S et al.: The hydrothermal plumbing of a serpentinite-hosted detachment; evidence from the west Iberia non-volcanic rifted continental margindownload
42%1952006Komor, Stephen C.; Mottl, Michael J.: Stable isotope compositions of dissolved inorganic carbon, methane, sulfate, and sulfide in pore water from the South Chamorro serpentinite mud volcano, Mariana subduction complexdownload
41%149
149-897		1996Gibson, Ian L.; Beslier, Marie-Odile et al.: Major- and trace-element seawater alteration profiles in serpentinite formed during the development of the Iberia Margin, Site 897download
41%153
153-920		1997Karson, Jeffrey A.; Lawrence, Roisin May: Tectonic setting of serpentinite exposures on the western Median Valley wall of the MARK area in the vicinity of Site 920download
40%1251990Horine, Robert L.; Moore, Gregory F. et al.: Structure of the outer Izu-Bonin Forearc from seismic-reflection profiling and gravity modelingdownload
39%1251990Fryer, Patricia; Saboda, Kristine L. et al.: Conical Seamount: SeaMarc II, ALVIN submersible, and seismic-reflection studiesdownload
39%1251990Fryer, Patricia; Pearce, Julian A. et al.: Introductiondownload
37%304
304-U1309
305
305-U1309		2007Ildefonse, Benoit; Blackman, D. K. et al.: Oceanic core complexes and crustal accretion at slow-spreading ridges
37%13
13-120
14
14-135		2013Sallares, Valenti; Martinez-Loriente, Sara et al.: Seismic evidence of exhumed mantle rock basement at the Gorringe Bank and the adjacent Horseshoe and Tagus abyssal plains (SW Iberia)
37%67
84
84-567		1985von Huene, Roland; Aubouin, Jean et al.: Site 567download
37%2004Barnes, Jaime D.; Sharp, Zachary D.: Chlorine stable isotopic composition of serpentinites
37%125
195		2004Mottl, Michael J.; Wheat, C. Geoffrey et al.: Chemistry of springs across the Mariana forearc shows progressive devolatilization of the subducting platedownload
37%209
209-1272
209-1274		2008Vils, Flurin; Pelletier, Laure et al.: The lithium, boron and beryllium content of serpentinized peridotites from ODP Leg 209 (Sites 1272A and 1274A); implications for lithium and boron budgets of oceanic lithospheredownload
37%195
195-1200		2008Wheat, C. Geoffrey; Fryer, Patricia et al.: Borehole observations of fluid flow from South Chamorro Seamount, an active serpentinite mud volcano in the Mariana forearcdownload
37%125
125-779
125-780
125-784		2006Alt, Jeffrey C.; Shanks, Wayne C., III: Stable isotope compositions of serpentinite seamounts in the Mariana forearc; serpentinization processes, fluid sources and sulfur metasomatismdownload
37%2008Ogawa, Yujiro; Dilek, Yildirim et al.: Tertiary-Recent subduction zone products along the Japanese island arcs as modern analogues of ancient orogenic belts; emplacement of trench sediments, metamorphic and ophiolitic rocks into forearc areas
36%1251992Parkinson, Ian J.; Hall, G. E. M. et al.: Palladium, platinum, and gold distribution in serpentinite seamounts in the Mariana and Izu-Bonin forearcs; evidence from Leg 125 fluids and serpentinitesdownload
35%1251992Stokking, L. B.; Merrill, D. L. et al.: Rock magnetic studies of serpentinite seamounts in the Mariana and Izu-Bonin regionsdownload
34%59
60		1981Natland, James H.; Tarney, John: Petrological evolution of the Mariana arc and backarc basin system
34%1091988Hebert, Rejean; Komor, S. C. et al.: Leg 109 partly serpentinized harzburgites and their significance in slow-spreading ridge environments
34%30
30-286
37
37-334
45
45-395
78
78-395
109		1982Dunlop, D. J.; Prevot, M.: Magnetic properties and opaque mineralogy of drilled submarine intrusive rocks
34%82
82-557
82-559
82-562
82-563		1982On Leg 82, Elements traced in Atlantic
34%84
84-565
84-566
84-567
84-568
84-569
84-570		1982On Leg 84, Challenger drills again off Guatemala
34%153
153-920		1996Lawrence, R. M.; Karson, J. A. et al.: Paleomagnetic constraints on low-angle normal faulting in serpentinites on the Mid-Atlantic Ridge at 23N
34%84
84-566		2011Kodolanyi, Janos; Pettke, Thomas: Loss of trace elements from serpentinites during fluid-assisted transformation of chrysotile to antigorite; an example from Guatemala
34%118
118-735
176
176-735		1996Dick, Henry J. B.: Hess versus Penrose; what is the composition of the lower ocean crust?
34%129
129-801
185
185-801
185-1149		2002Kerrick, Derrill; Connolly, Jamie: Metamorphic devolatilization in the Izu-Bonin-Mariana subduction factory
34%125
125-778		1993Maekawa, Hirokazu; Shouzui, Masaya et al.: Blueschist metamorphism in an active subduction zone
34%209
209-1268		2004Paulick, Holger; Bach, Wolfgang et al.: Beyond serpentinization; controls on alteration of seafloor peridotite (ODP Leg 209, Mid-Atlantic Ridge, 15 degrees N)
34%1252005Savov, Ivan P.; Ryan, Jeffrey G. et al.: Geochemistry of serpentinized peridotites from the Mariana forearc Conical Seamount, ODP Leg 125; implications for the elemental recycling at subduction zonesdownload
34%1532005Cavosie, A. J.; Kita, N. T. et al.: Magmatic delta (super 18) O in zircons from gabbros and serpentinized peridotite at the Mid-Atlantic Ridge (ODP Leg 153)
34%149
173		2004Sharp, Z. D.; Barnes, J. D.: Water-soluble chlorides in massive sea-floor serpentinites; a source of chloride in subduction zones
34%149
149-897		1994Beslier, M. O.; Cornen, G. et al.: Petro-structural evolution of basement rocks drilled at the ocean-continent transition of the Iberia abyssal plain passive margin during the ODP Leg 149
34%149
173		2000Holbrook, W. Steven; Tucholke, Brian E. et al.: Crustal structure across the continent-ocean transition on the Newfoundland nonvolcanic rifted margin at SCREECH Transect 2
34%2092009Vils, F.; Kalt, A. et al.: Light elements in oceanic and ophiolitic serpentinites and implications for element recycling in subduction zones
34%2092009Bach, Wolfgang: Metasomatic mass transfers in heterogeneous ocean crust; new insights from recent basement drilling expeditions
34%153
153-920		2008Andreani, M.; Godard, M. et al.: An in situ trace elements study of serpentinites from the MARK area (ODP Site 920, 23 degrees N)
34%209
209-1268		2007Bach, W.; Klein, F.: Silica metasomatism of oceanic serpentinites
34%1988Maekawa, H.; Ishii, Teruaki et al.: Ultramafic and mafic rocks dredged from an ophiolitic seamount in Tori-Shima (Izu Islands) fore-arc during KH 87-3 cruise
34%1251991Haggerty, Janet A.: Evidence from fluid seeps atop serpentine seamounts in the Mariana Forearc; clues for emplacement of the seamounts and their relationship to forearc tectonics
34%149
149-900
173
173-1067		1999Gardien, Veronique; Beslier, Marie-Odile et al.: Crust-mantle boundary under a rift zone; results of the ODP legs 149 and 173 in the ocean-continent transition of the West Iberia passive margin
34%125
125-779
125-780		2001Benton, Laurie D.; Ryan, Jeffrey G. et al.: Boron isotope systematics of slab fluids as inferred from a serpentine seamount, Mariana Forearc
34%125
195		2006Pabst, Sonja; Zack, Thomas et al.: IODP; investigation of blueschist and serpentinized harzburgite from the Mariana Forearc; insights into the mechanisms of element mobilization in subduction zones and storage of fluid-mobile elements in the mantle wedge
34%173
173-1070		2002Beard, James S.; Fullagar, Paul D. et al.: Gabbroic pegmatite intrusions, Iberia Abyssal Plain, ODP Leg 173, Site 1070; magmatism during a transition from non-volcanic rifting to sea-floor spreading
34%195
195-1200		2002Savov, I. P.; Ryan, J. G. et al.: Geochemistry of serpentinites from the S. Chamorro Seamount, ODP Leg 195, Site 1200, Mariana Forearc; implications for recycling at subduction zones
34%180
180-1108
180-1117		2001Floyd, J. S.; Mutter, J. C. et al.: Evidence for fault weakness and fluid flow within an active low-angle normal fault
34%149
173		2006Perez-Gussinye, Marta; Phipps Morgan, Jason et al.: The rift to drift transition at non-volcanic margins; insights from numerical modelling
34%149
149-897
149-899		1994Milliken, K. L.; Morgan, J. K.: Crack-seal origin of calcite veins in formerly "exposed" mantle, ODP sites 897 and 899, Iberian abyssal plain
34%153
153-920		2003Alt, Jeffrey C.; Shanks, Wayne C., III: Serpentinization of abyssal peridotites from the MARK area, Mid-Atlantic Ridge; sulfur geochemistry and reaction modeling
34%1582011Ludwig, Kristin A.; Shen, Chuan-Chou et al.: U/Th systematics and (super 230) Th ages of carbonate chimneys at the Lost City hydrothermal field

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