Correlating Remotely-sensed Nighttime Thermal Radiance Images with Field-mapped Geologic Units: A Terrestrial Case Study with Applications to Mars

Details Correlating Remotely-sensed Nighttime Thermal Radiance Images with Field-mapped Geologic Units: A Terrestrial Case Study with Applications to Mars Correlating Remotely-sensed Nighttime Thermal Radiance Images with Field-mapped Geologic Units: A Terrestrial Case Study with Applications to Mars

Mar 2005

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2005lpi....36.2103w&link_type=abstract

36th Annual Lunar and Planetary Science Conference, March 14-18, 2005, in League City, Texas, abstract no.2103

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Scientific paper

Dust (Mars) and vegetation (Earth) spectral features overwhelm
compositional spectral features in SWIR. Nighttime TIR reveals deeper
structural and lithologic complexities, confirmed by surface mapping in
SE TN due to the greater sensing depth associated with diurnal thermal
propagation.

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