A widespread common age resurfacing event in the highland-lowland transition zone in eastern Mars
Herbert Frey, A. M. Semeniuk, J. A. Semeniuk, S. Tokarcik
Abstract
Herbert Frey, A. M. Semeniuk, J. A. Semeniuk, S. Tokarcik
Abstract
The paper presents evidence for a widespread common-age resurfacing that affected the entire boundary transition zone between the cratered highlands and northern lowland plains in eastern Mars. This resurfacing may have been contemporaneous with other major events elsewhere on Mars. It is noted that the oldest resurfacing event at N(1) of about 86,000 was much more efficient at removing larger craters in what is today the transition zone than it was in the cratered terrain; this implies that some difference in the nature of the crust had been established prior to this resurfacing event.
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The paper presents evidence for a widespread common-age resurfacing that affected the entire boundary transition zone between the cratered highlands and northern lowland plains in eastern Mars. This resurfacing may have been contemporaneous with other major events elsewhere on Mars. It is noted that the oldest resurfacing event at N(1) of about 86,000 was much more efficient at removing larger craters in what is today the transition zone than it was in the cratered terrain; this implies that some difference in the nature of the crust had been established prior to this resurfacing event.
Key concepts: Mars Exploration Program, Impact crater, Geology, Event (particle physics), Terrain, Transition zone, Earth science, Astrobiology