Relative age of Camelot crater and crater clusters near the Apollo 17 landing site

Details Relative age of Camelot crater and crater clusters near the Apollo 17 landing site Relative age of Camelot crater and crater clusters near the Apollo 17 landing site

Jan 1979

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1979icar...37...46l&link_type=abstract

Icarus, vol. 37, Jan. 1979, p. 46-50.

Physics

1

Age Factor, Apollo 17 Flight, Core Sampling, Lunar Craters, Lunar Landing Sites, Ejecta, Lunar Evolution, Lunar Photographs, Photointerpretation, Topography, Evolution, Apollo 17, Landing Sites, Ages, Craters, Lunar, Camelot, Deep Drill Core, Ejecta, Deposits, Secondary Craters, Cluster Analysis Technique

Scientific paper

Topographic profiles and depth-diameter ratios from the crater Camelot and craters of the central cluster in the Apollo 17 landing area suggest that these craters are of the same age. Therefore, layers that can be recognized in the deep-drill core and that can be identified as ejecta deposits from Camelot or from the cluster craters should yield similar emplacement ages.

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