A Novel Atmospheric Removal Technique for TES Spectra Applied to Olivine and Carbonate-Rich Bedrock in the Nili Fossae Region, Mars

Keyphrases

• Mars 100%
• Olivine 100%
• Carbonate 100%
• Thermal Emission Spectrometer 100%
• Removal Methods 100%
• Nili Fossae 100%
• Spectral Features 80%
• Surface Air 80%
• Ratio Spectra 80%
• Separation Techniques 60%
• Dust 60%
• Surface Dust 40%
• Mars Global Surveyor 20%
• Mars Exploration Rover 20%
• Region of Interest 20%
• Simple Technique 20%
• Feature Combination 20%
• Gusev Crater 20%
• Modeling Techniques 20%
• Multiple Surfaces 20%
• Quicklook 20%
• Effective Surface 20%
• Robust Techniques 20%
• Columbia Hills 20%
• Spectral Modeling 20%
• Spectral Character 20%
• Spectrum Technique 20%
• Atmospheric Components 20%
• Surface Components 20%
• Algonquin 20%

Earth and Planetary Sciences

• Olivine 100%
• Thermal Emission 100%
• Atmospherics 100%
• Planetary Atmosphere 80%
• Mars Exploration 20%
• Mars Global Surveyor 20%
• Atmospheric Component 20%

Engineering

• Spectral Feature 100%
• Region of Interest 25%
• Data Point 25%
• Surveyor 25%