Limits on large-crater production and obliteration on Callisto

Physics

Scientific paper

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Callisto, Craters, Monte Carlo Method, Satellite Surfaces, Topography, Impact Damage, Lunar Craters, Terrestrial Planets, Viscoelasticity, Jupiter, Satellites, Callisto, Craters, Cratering, Production Rate, Monte Carlo Techniques, Surface, Ganymede, Simulations, Comparisons, Bombardment, Terrestrial Planets, Data, Diameter, Size, Procedure, Moon, Highlands

Scientific paper

By comparing results of Monte Carlo simulations of the crater population on Callisto with the observed surface, it is demonstrated that the relative dearth of large craters on Ganymede and Callisto, compared with the terrestrial planets, can not be totally ascribed either to craters relaxing or to craters piercing a thin icy crust. Consequently, the population of objects responsible for the heavy bombardment of the Jovian system differed markedly from that responsible for the late heavy bombardment of the terrestrial planets.

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