| Registros del 1 al 8 de 8 encontrados |
1.- CONTRASTING COPPER AND CHROMIUM METALLOGENIC EVOLUTION OF TERRANES IN THE PALAEOPROTEROZOIC ITABUNA-SALVADOR-CURACA OROGEN, SAO FRANCISCO CRATON, BRAZIL; NEW ZIRCON (SHRIMP) AND SM-ND (MODEL) AGES AND THEIR SIGNIFICANCE FOR OROGEN-PARALLEL ESCAPE TECTONICS
ELSEVIER; AMSTERDAM; III; INTERNATIONAL, 2004
Ver registro
2.- ND ISOTOPE EVIDENCE OF BASEMENT CONTRIBUTION TO THE GENESIS OF THE AMBROSIO DOME, ITAPICURU RIVER GREENSTONE BELT, BAHIA, BRAZIL
[INTERNATIONAL GEOLOGICAL CONGRESS]; [LOCATION VARIES]; III; INTERNATIONAL, 2000
BRAZIL 2000; 31ST INTERNATIONAL GEOLOGICAL CONGRESS; ABSTRACTS VOLUME
Ver registro
3.- ND, AND U/PB ISOTOPE STUDY OF EARLY PRECAMBRIAN NORITIC INTRUSIONS IN THE SAO FRANCISCO CRATON, BAHIA BRAZIL; EVIDENCE FOR MULTIPLE PROCESSES AND ORIGIN
[INTERNATIONAL GEOLOGICAL CONGRESS]; [LOCATION VARIES]; III; INTERNATIONAL, 2000
BRAZIL 2000; 31ST INTERNATIONAL GEOLOGICAL CONGRESS; ABSTRACTS VOLUME
Ver registro
4.- Precise new U-Pb ages of Precambrian mafic dykes and sills from the Sao Francisco Craton, Brazil, and their tectonic and metallogenetic implications
International Gondwana Symposium; [s.l.]; III; International, 2011
Gondwana 14; abstracts
Ver registro
5.- RECONNAISSANCE U-PB GEOCHRONOLOGY OF PRECAMBRIAN QUARTZITES FROM THE CALDEIRAO BELT AND THEIR BASEMENT, NE SAO FRANCISCO CRATON, BAHIA, BRAZIL; IMPLICATIONS FOR THE EARLY EVOLUTION OF THE PALEOPROTEROZOIC ITABUNA-SALVADOR-CURACA OROGEN
PERGAMON; OXFORD; GBR; UNITED KINGDOM, 2002
Ver registro
6.- Sediment provenance in the Palaeoproterozoic Rio Itapicuru greenstone belt, Brazil, indicates deposition on arc settings with a hidden 2.17-2.25 Ga substrate
Elsevier; Oxford; GBR; United Kingdom, 2012
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7.- The Fazenda Gaviao Granodiorite and associated potassic plutons as evidence for Palaeoproterozoic arc-continent collision in the Rio Itapicuru greenstone belt, Brazil
Elsevier; Oxford; GBR; United Kingdom, 2011
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8.- U/Pb ages and geochemistry of mafic dyke swarms from the Uaua Block, Sao Francisco Craton, Brazil; LIPs remnants relevant for late Archaean break-up of a supercraton
Elsevier; Amsterdam; NLD; Netherlands, 2013
Large igneous provinces (LIPs) and supercontinents
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