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            <author_list>Lane, Melissa D.; Cloutis, Edward A.; Clark, Roger N.; Dyar, M. Darby; Helbert, Joern; Hendrix, Amanda R.; 
                Holsclaw, Gregory; Maturilli, Alessandro; Pearson, Neil; Osterloo, Mikki; Vilas, Faith; Applin, Daniel</author_list>
            <editor_list>Ward, Jennifer</editor_list>
            <publication_year>2024</publication_year>
            <doi>10.17189/zshq-d822</doi>
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                The purpose of this investigation was to analyze, using reflectance spectroscopy, 27 fine-particulate 
                (less than 10-um) terrestrial minerals to create a far-UV through MIR single spectrum built from the best pieces 
                of spectra acquired at multiple U.S. and international labs (i.e., Frankenspectra). Multiple-laboratory spectral 
                comparisons increased confidence in determining both better spectral shapes and overall representative reflectance 
                values by considering the reflectance data of each sample as an ensemble.             
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            <reference_text>Lane, Melissa D., Edward A. Cloutis, Roger N. Clark, M. Darby Dyar, Joern Helbert,
                Amanda R. Hendrix, Gregory Holsclaw, Alessandro Maturilli, Neil Pearson, Mikki Osterloo, Faith Vilas, 
                and Daniel Applin (2024), Reflectance Spectroscopy of 27 Fine-Particulate Mineral Samples From 
                Far-Ultraviolet Through Mid-Infrared (0.12-20 μm), Planetary Science Journal, doi:10.3847/PSJ/ad5af7.
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