Figure 7. In retrospect, a 2010 magnitude 7.3 shock (‘source’) appears to have brought the tear fault on which the 2024 earthquake ruptured (‘receiver’) significantly closer to failure at and above the future 2024 epicenter. Credit: Temblor, CC BY-NC-ND 4.0

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Figure 7. In retrospect, a 2010 magnitude 7.3 shock (‘source’) appears to have brought the tear fault on which the 2024 earthquake ruptured (‘receiver’) significantly closer to failure at and above the future 2024 epicenter. Credit: Temblor, CC BY-NC-ND 4.0

Figure 7. In retrospect, a 2010 magnitude 7.3 shock (‘source’) appears to have brought the tear fault on which the 2024 earthquake ruptured (‘receiver’) significantly closer to failure at and above the future 2024 epicenter. Credit: Temblor, CC BY-NC-ND 4.0

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