Spectroscopy in planetary science often provides the only information regarding the
compositional and mineralogical make up of planetary surfaces. The methods employed …

Representative and comprehensive information on the spectral properties of natural and
artificial materials on the Earth's surface is highly relevant in aircraft or satellite remote …

Web-Based Software for Preprocessing, Matching, Fitting, Prediction, and Visualization of
Spectroscopic Data: The Data Exploration, Visualization, and Analysis of Spectra (DEVAS) …

We present a method to determine spectral differences and compositional variability of
planetary surfaces when remotely sensed by means of imaging spectroscopy …

Planetary geology provides information on processes on the surface and interiorl of
terrestria planets, satellites, and asteroids in the solar system. Surface composition and …

Imaging spectroscopy mapping software assists in the identification and mapping of
materials based on their chemical properties as expressed in spectral measurements of a …

Understanding the geological evolution of the Earth and extraterrestrial planets passes
through the knowledge of the lithosphere composition. To this aim, remote spectroscopy has …

Spectral indexes are tools widely used to analyze the composition of planetary surfaces.
Many indexes have been formulated over the years to map the lunar surface, but there is no …

Spectral Indices derived from Remote Sensing (RS) data are widely used for characterizing
Earth System dynamics. The increasing amount of spectral indices led to the creation of …

A system for rapid analysis of spectroscopy data with emphasis on planetary surfaces, both
imaging and single-spectrum data, is described. The system, called Tetracorder, is …