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. Bidirectional muographic measurements were conducted at the Imashirozukaburial mound, Japan. The mound was built in the beginning of the 6th centuryas a megalithic tomb and later collapsed after a landslide caused by the1596 Fushimi earthquake, one of the largest earthquakes that has occurredin Japan over the last few centuries. The measurements were conducted in orderto find evidence of this past disaster recorded in this historical heritagesite. As a result, the vertical low-density regions were found at the top ofthe mound. These regions were interpreted as large-scale vertical cracksthat caused the translational collapse process behind the rotationallandslide that was already found in prior trench-survey-based works.These results indicate that there was an intrinsic problem with thestability of the basic foundation of the Imashirozuka mound before the 1596Fushimi earthquake.

Muography as a new tool to study the historic earthquakes recorded in ancient burial mounds