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![](./images/clear.gif) 1.- A COMPARISON OF TWO SPECTRAL ANALYSIS METHODS FOR IDENTIFYING AND MAPPING HYDROTHERMAL ALTERATION ZONES AT PICO DE ORIZABA (CITLALTEPETL), MEXICO
AMERICAN GEOPHYSICAL UNION; WASHINGTON, DC; USA; UNITED STATES, 1999
AGU 1999 FALL MEETING
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![](./images/clear.gif) 2.- ALTERATION INDUCED DEBRIS FLOWS AT PICO DE ORIZABA, MEXICO
GEOLOGICAL SOCIETY OF AMERICA (GSA); BOULDER, CO; USA; UNITED STATES, 1998
GEOLOGICAL SOCIETY OF AMERICA, 1998 ANNUAL MEETING
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![](./images/clear.gif) 3.- APPLICATION OF IMAGING SPECTROMETER DATA IN IDENTIFYING ENVIRONMENTAL POLLUTION CAUSED BY MINING AT RODAQUILAR, SPAIN
ELSEVIER; NEW YORK, NY; III; INTERNATIONAL, 1999
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![](./images/clear.gif) 4.- CARTOGRAPHY OF THE RONDA PERIDOTITE (SPAIN) BY HYPERSPECTRAL REMOTE SENSING
SOCIETE GEOLOGIQUE DE FRANCE; PARIS; FRA; FRANCE, 2002
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![](./images/clear.gif) 5.- Comparison between field measurements and airborne visible and infrared mapping spectrometry (AVIRIS and HyMap) of the Ronda peridotite massif (south-west Spain)
Taylor & Francis; London; GBR; United Kingdom, 2004
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![](./images/clear.gif) 6.- District-level mineral survey using airborne hyperspectral data, Los Menucos, Argentina
Editrice Compositori; Bologna; ITA; Italy, 2006
Airborne remote sensing for geophysical and environmental application
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![](./images/clear.gif) 7.- Effectiveness of spectroscopy in identification of swelling indicator clay minerals
Taylor & Francis; London; GBR; United Kingdom, 2004
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![](./images/clear.gif) 8.- ESTABLISHING REMOTELY A STRATIGRAPHIC REFERENCE SECTION IN GUERRERO STATE, MEXICO
ENVIRONMENTAL RESEARCH INSTITUTE OF MICHIGAN; ANN ARBOR, MI; USA; UNITED STATES, 1996
PROCEEDINGS OF THE ELEVENTH THEMATIC CONFERENCE ON GEOLOGIC REMOTE SENSING; PRACTICAL SOLUTIONS FOR REAL WORLD PROBLEMS
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![](./images/clear.gif) 9.- EVALUATING AVIRIS HYPERSPECTRAL REMOTE SENSING DATA FOR GEOLOGICAL MAPPING IN LATERIZED TERRANES, CENTRAL BRAZIL
ENVIRONMENTAL RESEARCH INSTITUTE OF MICHIGAN; ANN ARBOR, MI; USA; UNITED STATES, 1997
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![](./images/clear.gif) 10.- EVALUATING THE INFORMATION CONTENT OF JERS-1 SAR AND LANDSAT TM DATA FOR DISCRIMINATION OF SOIL EROSION FEATURES
ELSEVIER; AMSTERDAM; NLD; NETHERLANDS, 1998
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