Browsing by Author "Fanning, Mark"
Now showing items 1-6 of 6
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Munizaga Villavicencio, Francisco; Maksaev Jurchuc, Víctor; Fanning, Mark; Giglio, S.; Yaxley, G.; Tassinari, C. C. G. (ELSEVIER, 2008-04)The basement in the 'Altiplano' high plateau of the Andes of northern Chile mostly consists of late Paleozoic to Early Triassic felsic igneous rocks (Collahuasi Group) that were emplaced and extruded along the western ...
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Quezada, Paulo; Herve Allamand, Francisco Enrique; Calderón, Mauricio; Fanning, Mark; Pankhurst, Robert; Godoy, Estanislao; Urbina, Octavio; Suárez, Rodrigo (Servicio Nacional de Geología y Minería, Chile, 2021)Previously undated low-grade metamorphic rocks from the Puerto Cisnes-Queulat area (44 degrees 30' S) contain detrital zircons of mid-Oligocene age (ca. 28 Ma). Their outcrops represent the easternmost occurrence of the ...
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Morata Céspedes, Diego; Castro de Machuca, Brígida; Arancibia, Gloria; Pontoriero, Sandra; Fanning, Mark (ELSEVIER, 2010)Combined petrological, geochemical, isotopic and geochronological data shed light on the origin and evolution of a peraluminous garnet-bearing two-mica granitoid (El Tigre Granitoid: ETG) cropping out in southwestern ...
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Deckart, Katja; Clark, Alan H.; Cuadra, Patricio; Fanning, Mark (Springer, 2013)Representing one of the largest known (estimated >5 Gt at 1 % Cu and 0.02 % Mo) porphyry system, the Río Blanco-Los Bronces deposit incorporates at least five hypabyssal intrusive and hydrothermal centres, extending ...
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Maksaev Jurchuc, Víctor; Munizaga Villavicencio, Francisco; Fanning, Mark; Palacios Monasterio, Carlos; Tapia, José (SPRINGER, 2006-10)The Antucoya porphyry copper deposit (300 Mt at 0.45% total Cu) is one of the largest deposits of a poorly known Early Cretaceous porphyry belt in the Coastal Cordillera of northern Chile. It is related to a succession of ...
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Deckart, Katja; Hervé Allamand, Francisco; Fanning, Mark; Ramírez, Valeria; Calderón, Mauricio; Godoy, Estanislao (2014)The Coastal Batholith of south-central Chile between latitudes 33° and 40°S is composed of calc-alkaline granitoids emplaced in a relatively restricted time period. New SHRIMP U-Pb zircon ages on eight quartzdioritic to ...