Distribution of Acid-Generating and Acid-Buffering Minerals in the Animas River Watershed as Determined by AVIRIS Spectroscopy
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Dalton, J. Brad ; King, Trude V. V. ; Bove, Dana J. ; Kokaly, Raymond F. ; Clark, Roger N. ; Vance, Sam ; Swayze, Gregg A. (2000). Distribution of Acid-Generating and Acid-Buffering Minerals in the Animas River Watershed as Determined by AVIRIS Spectroscopy.
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Dalton, J. Brad ; King, Trude V. V. ; Bove, Dana J. ; Kokaly, Raymond F. ; Clark, Roger N. ; Vance, Sam ; Swayze, Gregg A. (2000). Distribution of Acid-Generating and Acid-Buffering Minerals in the Animas River Watershed as Determined by AVIRIS Spectroscopy.
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Organization: Society for Mining, Metallurgy & Exploration
Pages: 14
Publication Date:
Jan 1, 2000
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Abstract
Abstract
| Visible-wavelength and near-infrared multispectral image cubes for the Animas River Watershed from Hermosa, Colorado to the headwaters at Animas Forks, Colorado were acquired on June 18, 1996 using the Jet Propulsion Laboratory's AVIRIS (Airborne Visible and InfraRed Imaging Spectrometer) instrument (Green et al., 1998). These image cubes have been analyzed using the USGS Tetracorder V3.4 implementation (Clark et al., 1995), an expert system which utilizes a database of more than 300 laboratory spectra of endmember minerals and mineral mixtures to generate maps of mineralogy, vegetation coverage, and other material distributions. Major iron-bearing, clay, carbonate, and other minerals were identified along with several minerals associated with acid-generating hydrothermal systems including pyrite, jarosite, alunite and goethite. Additionally, distributions of alkaline minerals such as calcite and chlorite indicate a relation between acid- buffering assemblages and stream geochemistry within the watershed. |
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