Mineral interpretation of a planet surface using spectral libraries can be improved if the spectral variability, often characterizing the spectral data, can be explained as the result of well-defined geological processes. Reflectance spectra of metamorphic rocks are analyzed. Selected examples point out systematic and non-systematic relationships between spectral parameters (band wavelength, shape, and reflectance peaks) and geologically controlled variables (composition of minerals and mineral assemblages), thus establishing a conceptual framework that can facilitate the analysis of unknown spectra.
Complex spectral interactions of different minerals and textures in Mars terrestrial analogues: Some examples / Longhi, Ilaria; Sgavetti, Maria; Meli, Sandro; Pompilio, Loredana. - In: PLANETARY AND SPACE SCIENCE. - ISSN 0032-0633. - 52:(2004), pp. 141-147.
Complex spectral interactions of different minerals and textures in Mars terrestrial analogues: Some examples
LONGHI, Ilaria;SGAVETTI, Maria;MELI, Sandro;POMPILIO, Loredana
2004-01-01
Abstract
Mineral interpretation of a planet surface using spectral libraries can be improved if the spectral variability, often characterizing the spectral data, can be explained as the result of well-defined geological processes. Reflectance spectra of metamorphic rocks are analyzed. Selected examples point out systematic and non-systematic relationships between spectral parameters (band wavelength, shape, and reflectance peaks) and geologically controlled variables (composition of minerals and mineral assemblages), thus establishing a conceptual framework that can facilitate the analysis of unknown spectra.File | Dimensione | Formato | |
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