Unraveling the Mystery of Mars’s Self-Secondary Craters

The Bird Village (2025)
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Abstract

Understanding Mars’s surface history depends on reading the scars left by ancient impacts. These craters act like a cosmic clock, helping scientists estimate the ages of different landscapes. However, a peculiar subclass known as self-secondaries—craters formed by debris from the initial impact falling back into its own ejecta—has posed a challenge for interpreting crater-based age estimates.

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