AN EMPIRICALLY DERIVED -2 POWER LAW CUMULATIVE PRISTINE CRATER PRODUCTION FUNCTION FOR MARS BASED ON UPDATED CRATER MORPHOLOGY AND GEOLOGIC MAPPING DATA. K.L. Tanaka1, J.A. Skinner, Jr.1, and N.G. Barlow2. 1Astrogeology - Alba Mons - Document - PDFSEARCH.IO

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	AN EMPIRICALLY DERIVED -2 POWER LAW CUMULATIVE PRISTINE CRATER PRODUCTION FUNCTION FOR MARS BASED ON UPDATED CRATER MORPHOLOGY AND GEOLOGIC MAPPING DATA. K.L. Tanaka1, J.A. Skinner, Jr.1, and N.G. Barlow2. 1Astrogeology Add to Reading List Document Date: 2005-09-29 17:09:15 Open Document File Size: 162,29 KB Share Result on Facebook City Flagstaff / / Company Frey H.V. (2003) Sixth Intl / McEwen A.S. / / / Event Environmental Issue / / IndustryTerm high power-law slope / mean cumulative sizefrequency power-law slope / power law / power-law slopes / power-law slope / crater power-law slope / intermediate-diameter power law / impact energy / / NaturalFeature Lyot crater / km craters / / Person J.A. Skinner / Jr. / Alba Patera / / / ProvinceOrState Arizona / / Region Northern Arizona / / SocialTag Planetary science Noachian Hesperian Alba Mons Lyot Bach quadrangle Borealis quadrangle Planetary geology Geology Mars

AN EMPIRICALLY DERIVED -2 POWER LAW CUMULATIVE PRISTINE CRATER PRODUCTION FUNCTION FOR MARS BASED ON UPDATED CRATER MORPHOLOGY AND GEOLOGIC MAPPING DATA. K.L. Tanaka1, J.A. Skinner, Jr.1, and N.G. Barlow2. 1Astrogeology Add to Reading List