Figure 7. (a) A field photo showing surface ruptures associated with the 2022 M6.6 mainshock. Credit: Qinghai Seismological Bureau. (b) A field photo showing distorted high-speed railways due to tilt of the bridge (rather than caused by the left-lateral surface rupture). Credit: Jie Gao. (c) A further zoom-out photo showing the relative location of the damaged railroad and the left-lateral surface rupture of the mainshock. Credit: Menyuan Earthquake Reconnaissance Team

Figure 7. (a) A field photo showing surface ruptures associated with the 2022 M6.6 mainshock. Credit: Qinghai Seismological Bureau. (b) A field photo showing distorted high-speed railways due to tilt of the bridge (rather than caused by the left-lateral surface rupture). Credit: Jie Gao. (c) A further zoom-out photo showing the relative location of the damaged railroad and the left-lateral surface rupture of the mainshock. Credit: Menyuan Earthquake Reconnaissance Team

Figure 7. (a) A field photo showing surface ruptures associated with the 2022 M6.6 mainshock. Credit: Qinghai Seismological Bureau. (b) A field photo showing distorted high-speed railways due to tilt of the bridge (rather than caused by the left-lateral surface rupture). Credit: Jie Gao. (c) A further zoom-out photo showing the relative location of the damaged railroad and the left-lateral surface rupture of the mainshock. Credit: Menyuan Earthquake Reconnaissance Team

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