Citas, referencias Geología y Ciencias de la Tierra

A - F

M. N. C. Araújo, F. C. Alves da Silva, E. F. Jardim de Sá and R. J. Holcombe (2002) Geometry and structural control of gold vein mineralizations in the Seridó Belt, northeastern Brazil, Journal of South American Earth Sciences; Volume 15, Issue 3. Pages 337-348
[Journal of South American Earth Sciences - index]

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BARTOS, P.J. (1987): Mineral zoning and timing of wall-rock alteration relative to Cu-Pb-Zn Ag vein-fill deposition (QUIRUVILCA, PERU).- Econ. Geol. (USA) Bd.82/6 p.1431 5 Tab. New Haven, Connecticut, Lancaster
Peru, Andes depósitos minerales, dique, Wallrock, Cu,Pb,Zn,Ag petrografía
[Economic Geology: Listado de los tomos]

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Bichan, R. (1969): Origin of Chromite Seams in the Hartley Complex of the Great Dyke, Rhodesia. – In Wilson, H. D. B. (Hrsg.), Magmatic Ore Deposits, Econ. Geol. Monograph 4, 95-113.
[Economic Geology: Listado de los tomos]

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BOWEN, R. & GUNATILAKA, A. (1977): Copper it's Geology and Economics.- Applied Science Publishers LTD, London 366 p. 78 Fig. London (1977) general cobre, Cu, depósitos minerales, vetiformes, Porphyry Copper

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BRIMHALL, G.H., Jr. (1979): Lithologic determination of mass transfer mechanisms of multiple stage porphyry copper mineralization at Butte Montana: Vein formation by hypogene leaching and enrichment of potassium-silicate protore. Economic Geology Vol.56 p.556-589 16 Abb.
Butte, Montana, USA vetas, Porphyry, Alteración, cobre, Cu, geoquímica, depósitos minerales
[Economic Geology: Listado de los tomos]

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CAMUS, F., BORIC, R., SKEWES, M., CASTELLI, J.,REICHHARD,E.& MESTRE, A. (1991): Geologic, Structural, and Fluid Inclusions Studies of El Bronce Epithermal Vein Systems, Petorca, Central Chile. Economic Geology Vol. 86 p1317-1345 20 Abb., 4 Tab.
Andes,Chile-norte, El Bronce, 5.Region, Petorca yacimiento dique, vetas , inclusiones fluidas, epitermal, geocronología, tectónica
[Economic Geology: Listado de los tomos]

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CANDIOTTI, H., NOBLE, D. & McKEE, E. 1990, Geologic Setting and Epithermal Silver Veins of the Arcata District, Southern Peru. Economic Geology Vol. 85 p1473-1490
Peru, Andes, Arcata District vetas, geoquímica, depósitos minerales, plata, Pb,Cu
[Economic Geology: Listado de los tomos]

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CARSWELL, D.A., CURTIS, C.D. ,KANARIS-SOTIRIOU, R. 1968, Vein metasomatism in peridotite at Kalskaret, near Tafjord. South Norway. Contrib. Min. Petr. Bd.19 p.97-124
Noruega, Europa vetas, metasomatosis, peridotito

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D. Craw and J. R. Campbell (2004): Tectonic and structural setting for active mesothermal gold vein systems, Southern Alps, New Zealand . -Journal of Structural Geology, Volume 26, Issues 6-7, Elsevier; Pages 995-1005
[Journal of Structural Geology - index]

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DÍAZ, A., LLEDO, H., ESPEJO, C. & FONSECA, E. (2000): Presencia de celentina en depósitos vetiformes paleogenos, de la precordillera de Copiapó, III. Región, Chile.- IX Congreso Geológico Chileno (Puerto Varas) Vol. 1 198-200 1 Sociedad geológica de Chile. Chile, Atacama, Carrizalillo, Lomas Bayas regional regional, minerales, Celestina, baritina

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FERGUSON,H.G. & GANNET, R.W. (1932): Gold-quartz veins of the Alleghany district, California.- U.S. Geol. Survey Prof. Paper Bd. 172 p.139 p.
California, América vetas, depósitos minerales, oro, Au

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Robert J. Fleck, Robert E. Criss, Gail F. Eaton, Rodney W. Cleland, Craig S. Wavra, and William D. Bond (200): Age and Origin of Base and Precious Metal Veins of the Coeur D’Alene Mining District, Idaho . - ECONOMIC GEOLOGY; Volume 97; 2002 Number 1 pp. 23-42
[Economic Geology: Listado de los tomos]

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Fletcher, C. J. N. (1984): Strata-bound, Vein and Breccia-pipe Tungsten Deposits of South Korea. - Trans. Instn Min. Metall. (Sect. B: Appl. earth sci), 93, B176-B84.

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Damien Gaboury and Réal Daigneault (2000): Flat vein formation in a transitional crustal setting by self-induced fluid pressure equilibrium — an example from the Géant Dormant gold mine, Canada*1 . - Ore Geology Reviews ; Volume 17, Issues 3; Pages 155-178
[Volúmenes de Ore Geology Reviews]

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G - M

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HATTORI, K. & HITOSHI, S. (1979): D/H Ratios, Origins, and Evolution of the Ore-Forming Fluids for the Neogene Veins and Kuroko Deposits of Japan. Economic Geology Vol.74 p.535-555.
Asien, Japón, Kuroko dique, isótopos estables, isótoposgeoquimica, D/H, Au, Ag
[Economic Geology: Listado de los tomos]

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Simon J. Haynes (1993): Vein-type ore deposits: Introduction . - Ore Geology Reviews ; Volume 8, Issues 3-4; Pages 205-211
[Volúmenes de Ore Geology Reviews]

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KANARIS-SOTIRIOU, GIBB, F.G.F., CARSWELL, D.A. & CURTIS, C.D. (1978): Trace Element Distribution and Ore Formation in Vein-Metasomatised Peridotite at Kalkaret, Near Tafjord, South Norway. Contrib. Min. Petrol. Bd. 67 p.289-295 2 Abb., 2Taf. Springer Verlag.
Europa, Norwegen geoquímica

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Jacobsen, J. B. E. & McCarthy, T. S. (1976): The Copper-bearing Breccia Pipes of the Messina District, South Africa. - Mineralium Deposita, 11, 33-45.
[Mineralium Deposita - index]

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Michel Jébrak (1997): Hydrothermal breccias in vein-type ore deposits: A review of mechanisms, morphology and size distribution . - Ore Geology Reviews ; Volume 12, Issues 3; Pages 111-134
[Volúmenes de Ore Geology Reviews]

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D. J. Kontak, K. Kyser, A. Gize, and D. Marshall (2006): Structurally Controlled Vein Barite Mineralization in the Maritimes Basin of Eastern Canada: Geologic Setting, Stable Isotopes, and Fluid Inclusions. - Economic Geology and the Bulletin of the Society of Economic Geologists Volume 101 (2006) Number 2; pp. 407-430
[Economic Geology: Listado de los tomos]

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Joseph Le Conte (1883): On the genesis of metalliferous veins. - American Journal of Science; vol. s3-26; Issue 151; July 1883; p. 1-19
Primer trabajo de actividades hidrotermales en formación de depósitos metalíferos.
[American Journal of Science - índex]

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LEXA, J., KODERA, P., PRCUCH, M. VESELY, M. & SÁLY, J (1999): Multiple Stages of Mineralization at the Rozália Mine, Hodrusa.- Epithermal Mineralization of the western Carpathians; Society of Economic Geologists; Guidebook Series Vol. 31 229-273 Society of Economic Geologists Tommy B. Thompson Carpathian, Slovakia.
Yacimiento depósito, yacimiento, veta, epitermal, Cobre, Cu, Oro, Au, vetiforme, wallrock

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LEXA, J. & BARTALSKÝ, B. (1999): Low-Sulfidation Gold Deposit at Kremnica.- Epithermal Mineralization of the western Carpathians; Society of Economic Geologists; Guidebook Series Vol. 31 265-274 Society of Economic Geologists Tommy B. Thompson Carpathians, Kremnika, Slovakia Yacimiento.
Yacimiento, Depósito, Oro, Au, Ag, vetiforme, epithermal, falla, tectónica, mineralización, low sulfidation 12 m.a.; terciario

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LOVE, D.A. (1990) Structure Controls on veins of the Mount Skukum Gold deposit, South western Yukon. Geol. Surv. Canada Bd.90/1E p.337-342 12 Abb. Kingston.
Amerika, Yukon dique, tectónica, Control Tectónico , oro, Au

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MIYAZAWA, T. (1967): Lowest Limit and Depth of Formation of Hydrothermal Veins. In: POUBA & STEMPROK (Ed.): Problems of Hydrothermal Ore Deposition. Schweizerbart'sche Verlagsbuchhandlung p.204-208 Stuttgart.
general diques vetas, dique, hidrotermal, Temperatura, génesis


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N-Z

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Neuenschwander, Carlos & Tavera, Juan (1942): Yacimientos de Plomo y Neocomiano de "Las Cañas" en el Departamento Vallenar. - Anales del primer Congreso Panamericano de Ing. en Minas y Geología; Geología II Parte - Tomo tercero; p. 1110 - 1125; Santiago de Chile.
Las Cañas, Vallenar; Brecha hidrotermal, vetas, control falla, fósiles

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Carl Ochsenius (1884): V.—Metalliferous Deposits. - Geological Magazine vol. 1 - 7; p. 310 - 318 Cambridge University Press.
Formación de Vetas, por vapor- aguas hidrotermales
[Geological Magazine - índex]

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PASSCHIER, C.W. (1990): Reconstruction of deformation and flow parameters from deformed vein sets.- Tectonophysics Bd. 180 p.185-199 9 Abb., 1 Tab. Elsvier Science Publ., Amsterdam . general tectónica tectónica , Deformación, génesis, Strain, vetas , Mohr, dique
Tectonophysics - index

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Stephen G. Peters (1993): Formation of oreshoots in mesothermal gold-quartz vein deposits: examples from Queensland, Australia . - Ore Geology Reviews ; Volume 8, Issues 3-4; Pages 277-301
[Volúmenes de Ore Geology Reviews]

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Stephen G. Peters (1993): Nomenclature, concepts and classification of oreshoots in vein deposits . - Ore Geology Reviews ; Volume 8, Issues 1-2; Pages 3-22
[Volúmenes de Ore Geology Reviews]

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READ, J. & MEINERT, D. (1986): Gold-Bearing Quartz Vein Mineralization at the Big Hurrah Mine, Seward Peninsula, Alaska Economic Geology Vol. 81 p.1760-74 New Haven, Connecticut, Lancaster.
USA, Alaska, Seward Peninsula inclusiones fluidas dique, edades, cronología , Ag, Au , inclusiones fluidas
[Economic Geology: Listado de los tomos]

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Michael W. Ressel, Donald C. Noble, Christopher D. Henry, and Wayne S. Trudel (2000): Dike-Hosted Ores of the Beast Deposit and the Importance of Eocene Magmatism in Gold Mineralization of the Carlin Trend, Nevada . - ECONOMIC GEOLOGY; Volume 95; 2000 Number 7; pp. 1417-1444
[Economic Geology: Listado de los tomos]

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ROBERT, F. & BROWN, A.C. (1986): Archean gold-bearing quartz veins at the Sigma mine, Abitibi greenstone belt, Quebec, Part II: Vein paragenesis and hydrothermal alteration. Economic Geology Vol.81 p.595-616 Quebec,Kanada.
dique, hidrotermal, Alteración, geoquímica, petrografía
[Economic Geology: Listado de los tomos]

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ROSE, A.W. & BURT, D.M. (1979): Hydrothermal Alteration. In: BARNES, H.L. (ed.) Geochemistry of Hydrothermal Ore Deposits. p.173-235 Wiley, New York, Chichester, Brisbane, Toronto.
general Depósitos tipos de alteración, hidrotermal, vetas, geoquímica, geoquímica, factores

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SCHEPS, V., KEYSSNER, S., SÄNGER von OEPEN, P. & FRIEDRICH, G. (1986): Gangfoermige Barytvorkommen oestlich von Stolberg, Nordeifel. In: Geochemie und Vererzung im Rheinischen Schiefergebirge Fortschr. Geol. Rheinland und Westfalen Bd. 34 p.207-219 7 Abb., 2 Tab. Geologisches Landesamt NRW, Krefeld.
Europa, Alemania, NRW, Rheinisches Schiefergebirge, Nordeifel Oberflächen geoquímica, Boden, dique, Baryt, mercurio, Hg

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SCHREIBER, D.W. (1989): Zur Genese von Goldquarzgaengen der Pataz-Region im Rahmen der geologischen Entwicklung der Ostkordillere Nordperus. Heidelberger Geowissenschaftliche Abhandlungen Band 29 p.235 p. 54 Abb., 77 Tab. Heidelberg.
Andes, América de sur, Peru vetas, oro, vetas de cuarzo, geoquímica, petrografía,rocas volcánicas, magmatísmo

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Schwarze, Antonio (1942): Reglas locales para las vetas de Oro de los distritos Mineros Abastecedores de las plantas "Domeyko" y "Carrizalillo" de la caja de credito Minera. - Anales del primer Congreso Panamericano de Ing. en Minas y Geología; Geología II Parte - Tomo tercero; p. 1110 - 1125; Santiago de Chile.
Vetas y su simetría - zonación; Ejemplos de Atacama

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R. H. Sibson and J. Scott (1998): Stress/fault controls on the containment and release of overpressured fluids: Examples from gold-quartz vein systems in Juneau, Alaska; Victoria, Australia and Otago, New Zealand . - Ore Geology Reviews ; Volume 13, Issues 1-5; Pages 293-306
[Volúmenes de Ore Geology Reviews]

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Kurt Stüwe (1998) Tectonic constraints on the timing relationships of metamorphism, fluid production and gold-bearing quartz vein emplacement . - Ore Geology Reviews ; Volume 13, Issues 1-5; Pages 219-228
[Volúmenes de Ore Geology Reviews]

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THOMPSON, T., TRIPPEL, A. & DWELLEY, P. (1985): Mineralizated Veins and Breccias of the Cripple Creek District, Colorado. Economic Geology, Vol. 80 p.1669-88 New Haven Conneticut, Lancaster USA, Colorado depósitos dique, oro, mena , hidrotermal, Breccias, vetas Au
[Economic Geology: Listado de los tomos]

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WOOD, P.C, BURROS, D.R., THOMAS, A.V. & SPOONER, E.T.C. (1986): The Hollinger McIntyre Au-Quartz vein system Timins, Ontario Canada: Geologic charact., fluid properties and light stable Isotopes. In: MC DONALD (Ed.), Proc. of Gold '86 an Inern. Symp. of the Geol. of Gold. p.56-80. Toronto Kanada, Ontario dique, hidrotermal,depósitos minerales,isótopos estables

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