Geological Setting And Geochemistry Of The Plutonic-volcanic Units From The União Do Norte Region, Eastern Portion Of The Alta Floresta Gold Province (mt) [contexto Geológico E Litogeoquímica Das Unidades Plutônicas-vulcânicas Da Região De União Do Norte, Setor Leste Da Província Aurífera De Alta Floresta (mt)]

The Alta Floresta Gold Province, eastern portion of the Amazon Craton, represents a tectonic unit composed primarily of plutonic-volcanic sequences generated in a continental arc during the Paleoproterozoic. Particularly in the União do Norte region, easternmost segment of this province and within the municipal limits of Peixoto de Azevedo (MT), the plutonic and volcanic rocks are the host of gold deposits with base metal sulphides (sphalerite+galena±chalcopyrite±digenite), some currently under exploitation by local prospectors (garimpeiros). The geological setting of this region consists essentially of an epiclastic volcaniclastic unit and granitic suites. The former unit contains feldspathic-arenite and feldspathic-wake volcaniclastics interpreted to have been deposited in a retroarc foreland basin in an active continental margin. The main source area for these sediments would have been intermediate volcanic rocks. The granitoids show composition ranging from granodiorite to alkali-feldspar porphyritic granite (União do Norte Porphyry). Mafic to felsic volcanic dikes crosscut both the volcaniclastic unit as the granitoids, which are still overlain by arenaceous sediments of the Dardanelos Formation. The plutonic and volcanic units represent essentially a high-K calc-alkaline, magnesium to ferrous, metaluminous to subordinate alkaline and peraluminous magmatism. 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Airborne Geophysical Data Analysis Applied To Geological Interpretation In The Alta Floresta Gold Province, Mt

The Alta Floresta Gold Province (AFGP) is located in the central-southern portion of the Amazon Craton. In its eastern segment there are more than one hundred gold deposits hosted in volcanic and plutonic rocks of medium to high content of potassium. In many of these deposits the gold ore is correlated spatially and genetically related to magmatic-hydrothermal systems and mainly hosted into the silicification, potassic and sericitic alterations. In this context, this work focuses on understanding the geological context of the region and the possibility of expanding new exploratory frontiers through techniques further traditional geological mapping. The processing and interpretation of airborne magnetic and gamma-ray spectrometry data of the Juruena-Teles Pires Project (Phase 1) allowed the production of a new regional geological map of the eastern portion of the AFGP. Additionally, theoretical models showed that despite the limitations of the reduction to the pole at low latitudes, the magnetic enhancements proposed can be applied to real data through the use of directional filtering to eliminate the features generated in the magnetic declination direction. The Total Horizontal Derivative of the Tilt Derivative (THDR-TDR) method proved the best enhancement for the interpretation of the structures, showing a structural complexity similar to that proposed for the evolution of the province. 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