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2919 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%1541995Exploring an active seafloor hydrothermal system
94%1261998Sui, A. U.; Glasby, G. P.: Submarine hydrothermal manganese deposits in the Izu-Bonin-Mariana Arc; an overview
91%1581996Gemmell, J. Bruce: Subsurface architecture of the TAG hydrothermal mound, Mid-Atlantic Ridge; results of Ocean Drilling Program Leg 158
91%1581996Honnorez, Jose J.; Alt, Jeffrey C. et al.: Active and fossil hydrothermal alterations of basalt beneath and within the TAG hydrothermal mound
89%1581995Active hydrothermal system drilled at the Mid-Atlantic Ridge
89%1977Seyfried, W. E., Jr.: Seawater-basalt interaction from 25 degrees -300 degrees C and 1-500 bars; implications for the origin of submarine metal-bearing hydrothermal solutions and regulation of ocean chemistry
83%1581994Herzig, Peter; Humphris, Susan et al.: TAG hydrothermal system
83%1986Lazur, Yu. M.; Varentsov, I. M. et al.: Dispersed Mn, Fe, Ti, Cu, and Zn mineralization in hydrothermal and pelagic sediments in the region of the Galapagos Rift; 70th voyage of the Glomar Challenger
83%1581996Alt, Jeffrey C.; Teagle, Damon A. H.: Probing the TAG hydrothermal mound and stockwork; oxygen isotopic profiles from deep ocean drilling
83%1999Jacquemont, Benoit; Honnorez, Jose: Present-day paragonite-smectite mixed layer phyllosilicate from the TAG active hydrothermal mound, Mid-Atlantic Ridge
83%1582002Goto, Shusaku; Kinoshita, Masataka et al.: Geothermal constraints on the hydrological regime of the TAG active hydrothermal mound, inferred from long-term monitoring
83%1581995Herzig, P.; Humphris, S.: Drilling the TAG hydrothermal mound, MAR 26 degrees N
79%158
158-957		1996Charlou, Jean L.; Donval, Jean P. et al.: Gases and helium isotopes in high temperature solutions sampled before and after ODP Leg 158 drilling at TAG hydrothermal field (26 degrees N, MAR)download
77%1091986Fujii, T.; Hamano, Y.: Preliminary results of Leg 109, Deep-Sea Drilling Project, ODP
77%1984Peterson, Curt D.; Duncan, Robert A. et al.: Downcore variation and sequence of hydrothermal mineralization in massive sea-floor basalts, DSDP Site 597
77%491991Ogishima, Tomoko; Kinoshita, Hajimu: Alteration of ferromagnetic constituents of oceanic basalt under pressurized hydrothermal liquids in laboratory
75%1994Edmonds, Henrietta N.; Gamo, T. et al.: Sampling of hydrothermal fluids from the TAG Mound, Mid-Atlantic Ridge, by Shinkai 6500; preliminary results of fluid chemistry characterization prior to ODP drilling
75%1581996Petersen, S.; Herzig, P. M. et al.: Fluid temperature history of the TAG hydrothermal mound, Mid-Atlantic Ridge, 26 degrees N
75%1581994Humphris, Susan; Herzig, Peter et al.: TAG: drilling an active hydrothermal system on a sediment-free slow-spreading ridge
75%1581996Bruegmann, G. E.; Hofmann, A. W. et al.: Os isotopic composition and Os distribution in the active mound of the TAG-hydrothermal system, Mid-Atlantic Ridge
75%2000Zhirnov, E. A.; Cherkashev, G. A. et al.: Inner structure of the TAG active hydrothermal mound (by ODP materials)
75%1582000Fujioka, Kantaro; Chiba, Hitoshi et al.: Large change of architecture and fluid passway at the TAG hydrothermal mound, Mid-Atlantic Ridge
75%1581996Zhao, X.; Housen, B. et al.: Magnetic property variations in Leg 158 cores and their relation to alteration of the TAG mound
75%106
139		1996Duckworth, R. C.: Hydrothermal processes, sulphide deposits and the Ocean Drilling Program
75%54
54-424		1980Lalou, C.; Brichet, E.: Anomalously high uranium contents in the sediment under Galapagos hydrothermal mounds
75%1995Schultz, A.; Dickson, P. et al.: Physical and chemical response of the TAG hydrothermal system to tidal forcing and ODP drilling-induced permeability changes
75%1995Mills, R. A.; Tivey, M. K.: Fluid circulation within the TAG mound
75%193
193-1188		2003McConachy, Tim F.; Binns, Ray A.: Modern seafloor hydrothermal systems and ore forming processes
75%158
158-957		1995Humphris, Susan E.; Herzig, Peter M. et al.: TAG hydrothermal field
75%1581994Humphris, S. E.; Kleinrock, M. C.: Detailed morphology and the distribution of venting of the active TAG Hydrothermal Mound, 26 degrees N, Mid-Atlantic Ridge
75%1581998You, C. F.; Bickle, M. J.: Evolution of an active sea-floor massive sulphide deposit
75%1582001Al-Hanbali, Hakam S.; Sowerby, Stephen J. et al.: Biogenicity of silicified microbes from a hydrothermal system; relevance to the search for evidence of life on Earth and other planets
75%2000Petersen, Sven: The geochemical and mineralogical evolution of the TAG hydrothermal field, Mid-Atlantic Ridge, 26 degrees N
75%2010Masaki, Y.; Kawada, Y. et al.: Hydrothermal circulation regime of the Iheya-North hydrothermal field in the mid-Okinawa Trough inferred from heat flow measurements
75%2010Craddock, Paul R.; Bach, Wolfgang: Insights to magmatic-hydrothermal processes in the Manus back-arc basin as recorded by anhydrite
75%1582002Al-Hanbali, Hakam S.; Holm, Nils G.: Evidence for fossilized subsurface microbial communities at the TAG hydrothermal mound
75%1581994Humphris, Susan E.: Drilling will TAG active hydrothermal system on the MAR
75%1983Moorby, S. Anthony: The geochemistry of transitional sediments recovered from the Galapagos Hydrothermal Mounds Field during DSDP Leg 70; implications for mounds formation
75%1581995Herzig, Peter M.; Humphris, Susan E.: Ocean Drilling Program reveals the subsurface nature of the TAG hydrothermal mound
74%1932006Paulick, Holger; Bach, W.: Phyllosilicate alteration mineral assemblages in the active subsea-floor PACMANUS hydrothermal system, Papua New Guinea, ODP Leg 193
74%158
158-957		2006Jiang Shaoyong; Yang Tao et al.: Lead and sulfur isotopic composition of sulfides from the TAG hydrothermal field, Mid-Atlantic Ridge
74%1682009Ishibashi, Jun-ichiro: Geochemical fluxes of hydrothermal fluid circulation within oceanic crust
74%1181991Hebert, R.; Constantin, M.: Petrology of hydrothermal metamorphism of oceanic layer 3; implications for sulfide parageneses and redistribution
74%116
116-717
116-718
116-719		2005Iyer, Sridhar D: Evidences for incipient hydrothermal event(s) in the Central Indian Basin; a review
73%1581996Humphris, Susan E.; Alt, Jeffrey C. et al.: Geochemical changes during hydrothermal alteration of basement in the stockwork beneath the TAG active hydrothermal mound, ODP Leg 158
73%1581998Masuda, H.; Nakamura, M. et al.: Hydrothermal basalt alteration at the surface of the TAG active mound, MAR26 degrees N
73%1581996Schultz, A.; Dickson, P. et al.: Temporal variations in diffuse hydrothermal flow at TAGdownload
73%1581996Teagle, Damon A. H.; Alt, Jeffrey C. et al.: Dissecting an active hydrothermal deposit; the strontium and oxygen isotopic anatomy of the TAG hydrothermal mound
73%1581997Herzig, 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)
71%54
54-424		1980Schrader, Edward L.; Rosendahl, Bruce R. et al.: Mineralogy and geochemistry of hydrothermal and pelagic sediments from the Mounds hydrothermal field, Galapagos spreading center; DSDP Leg 54
71%158
158-957		2003Petersen, Sven; Herzig, Peter M. et al.: Diversity of seafloor hydrothermal systems on sediment-free mid-ocean ridges
70%69
69-504
70
70-504
83
83-504
92
92-504
111
111-504
137
137-504
140
140-504
148
148-504		2012Nakamura, Kentaro: Geochemistry of water-rock interactions in seafloor hydrothermal systems
69%1996MacLeod, C. J.; Manning, C. E.: Influence of axial segmentation on hydrothermal circulation at fast-spreading ridges; insights from Hess Deep
69%1932002Paul, Heather: Petrology and lithogeochemistry of volcanic rocks hosting seafloor hot springs systems in the Manus Basin, southwestern Pacific Ocean
69%1932007Monecke, T.; Giorgetti, G. et al.: Textural and mineralogical changes associated with the incipient hydrothermal alteration of glassy dacite at the submarine PACMANUS hydrothermal system, eastern Manus Basindownload
67%106
106-649		1990Gillis, 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 649download
67%54
54-424		1982Malahoff, Alexander; Mcmurtry, Gary M. et al.: Geology and chemistry of hydrothermal deposits from active submarine volcano Loihi, Hawaii
67%9
9-83
138		1998Gurvich, E. G.: History of hydrothermal activity at the East Pacific Rise between 5 degrees S and 12 degrees N for the past 18 My
67%1581994Humphris, S. E.; Tivey, M. K. et al.: Investigating the formation of the active TAG hydrothermal mound using observational, petrographic and geochemical data
67%1986Detrick, R. S.; Honnorez, J. et al.: Drilling the Snake Pit hydrothermal sulfide deposit on the Mid-Atlantic Ridge, 23 degrees 22'N
67%1581996Kinoshita, M.; Matsubayashi, O. et al.: Sub-bottom temperature anomalies detected by long-term temperature monitoring at the TAG hydrothermal mounddownload
67%106
106-649		1989Karson, Jeffrey A.; Brown, Jennifer R.: Geologic setting of the Snake Pit hydrothermal site; an active vent field on the Mid-Atlantic Ridge
67%1581996Edmonds, H. N.; German, C. R. et al.: Continuation of the hydrothermal fluid chemistry time series at TAG, and the effects of ODP drillingdownload
67%139
158
169
193		2009Roberts, Stephen: Mechanisms for the formation of ocean floor massive sulfides; is there more to learn from ocean drilling?
67%1581998Teagle, Damon A. H.; Alt, Jeffrey C. et al.: Strontium and oxygen isotopic constraints on fluid mixing, alteration and mineralization in the TAG hydrothermal deposit
67%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
67%1581996Ludwig, Rainer J.; Fryer, Gerard J. et al.: The relationship between seismic velocity and porosity of sulfide, sulfate, and basalt samples from the TAG hydrothermal mound
65%1181990Hebert, Rejean; Constantin, Marc et al.: Hydrothermal circulation in the oceanic layer 3; evidences from Leg 118 gabbroic rocks
65%1391990Johnson, H. Paul; Franklin, James M.: Hydrothermal pattern exposed by SeaMARC 1A survey
65%641981Kastner, M.; Gieskes, J. M.: Hydrothermal activity in the Guaymas Basin, Gulf of California
65%54
54-424		1982Barnaba, S. P.: Chemistry of minerals of the hydrothermal deposits at the Galapagos spreading center, East Pacific
65%1391992Marumo, Katsumi: Clay mineralogy of hydrothermally altered sediment of Middle Valley seafloor hydrothermal system
65%1996Goodfellow, Wayne D.; Zierenberg, R. A. et al.: Hydrothermal alteration associated with modern sediment-covered rifts; application to the exploration for ancient sulphide deposits
65%541979Schrader, E. L.; Furbish, W. J.: Geochemical characteristics of oceanic hydrothermal and diagenetic Mn deposits; possible economic applications
65%1991Peter, Jan M.; Scott, Steven D.: Hydrothermal mineralization in the Guaymas Basin, Gulf of California
65%341974Swanson, S. B.; Scott, R. B.: Hydrothermal products of Leg 34 basalts; Deep Sea Drilling Project
65%54
54-424		1981Bonnot-Courtois, Chantal: Distribution des terres rares dans les depots hydrothermaux de la zone FAMOUS et des Galapagos; comparaison avec les sediments metalliferes Distribution of rare earths in hydrothermal deposits from the FAMOUS and Galapagos areas; comparison with metalliferous sediments
65%1581996Rona, Peter A.; Von Herzen, Richard P.: Special section on Measurements and monitoring at the TAG hydrothermal field, Mid-Atlantic Ridge 26 degrees N, 45 degrees W
65%1979Donnelly, T. W.; Thompson, G. et al.: Very-low-temperature hydrothermal alteration of the oceanic crust and the problem of fluxes of potassium and magnesium
65%1995Mills, Rachel A.; Elderfield, Harry: Hydrothermal activity and the geochemistry of metalliferous sediment
65%641980Gieskes, J.: Intrusion of basaltic sills into highly porous sediments; resulting hydrothermal activity; Guaymas Basin--Gulf of California
65%701980Honnorez, J.; Von Herzen, R. P.: IPOD Leg 70; comparison between open and closed hydrothermal regimes in young and not so young oceanic crust
65%58
58-442		1987Sugitani, Kenichiro: A geochemical study of hydrothermal manganese micronodules from marine sediments and sedimentary rocks on land
65%1979Corliss, J.; Gordon, L. I. et al.: Some implications of heat/mass ratios in Galapagos Rift hydrothermal fluids for models of sea water-rock interaction and the formation of oceanic crust
65%54
54-424		1987Varnavas, S. P.: Marine barite in sediments from Deep Sea Drilling Project sites 424 and 424A (Galapagos hydrothermal mounds field)
65%1581996Hannington, 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
65%1391992Franklin, J. M.: Hot rocks, hot water and cold sulfides; preliminary results, ODP Leg 139 drilling the Juan de Fuca Ridge
65%1691997James, R. H.; Palmer, M. R.: Evidence for the transport of phase-separated hydrothermal fluids through sediment at the Escanaba Trough
65%2006Schwarz-Schampera, Ulrich; Stoffers, Peter et al.: IODP; high-temperature hydrothermal venting at submarine volcanoes on the Tonga Arc, SW Pacific
65%1932003Lee, Sang-Mook: Rock magnetic investigation of felsic hydrothermal vent system; results from ODP Leg 193 to eastern Manus Basin, Papua New Guinea
65%1581995Kinoshita, M.; Goto, S. et al.: Correlation between transient changes observed by long-term heat flow monitoring system and ODP Leg 158 drillings at TAG hydrothermal mound
65%701983Moorby, S. A.; Cronan, D. S.: The geochemistry of hydrothermal and pelagic sediments from the Galapagos hydrothermal mounds field, D.S.D.P. Leg 70
65%1932002Iturrino, Gerardo J.; Bartetzko, Anne: Subsurface fracture patterns in the PACMANUS hydrothermal system identified from downhole measurements and their potential implications for fluid circulation
65%1692005Peter, J. M.; Scott, S. D. et al.: Hydrothermal petroleum in modern sediment-hosted seafloor massive sulphide deposits at Guaymas Basin and Escanaba Trough
65%3312011Masaki, Yuka; Takai, K. et al.: Hydrothermal regime of the Iheya-North hydrothermal field inferred from surface heat flow data and, IODP Expedition 331 drilling results
64%17
17-168		1998Hunter, A. G.: Petrological investigations of low temperature hydrothermal alteration of the upper crust, Juan de Fuca Ridge, ODP Leg 168
64%69
69-504
70
70-504
83
83-504
92
92-504
111
111-504
137
137-504
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140-504
148
148-504		2003Honnorez, Jose: Hydrothermal alteration vs. ocean-floor metamorphism; a comparison between two case histories, the TAG hydrothermal mound (Mid-Atlantic Ridge) vs. DSDP/ODP Hole 504B (Equatorial East Pacific)
64%304
304-U1309
305
305-U1309		2010McCaig, Andrew M.; Delacour, Adelie et al.: Detachment fault control on hydrothermal circulation systems; interpreting the subsurface beneath the TAG hydrothermal field using the isotopic and geological evolution of oceanic core complexes in the Atlantic
64%1582005Humphris, Susan E.; Bach, Wolfgang: On the Sr isotope and REE compositions of anhydrites from the TAG seafloor hydrothermal systemdownload
63%1351994Hodkinson, R. A.; Cronan, D. S.: Variability in the hydrothermal component of the sedimentary sequence in the Lau backarc basin (sites 834-839)download

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