Figure 5. Toda (2008) calculated the stress transfer to surrounding faults with a geometry similar to the 2024 magnitude 7.5 shock (which had a strike of 49°, dip 42°, rake of 102° according to the USGS). The epicenter of the magnitude 7.5 shock, and the locus of the 2020-2023 seismic swarm, lie in a region of calculated 0.25-bar stress increase. Credit: Toda (2008), with the Jan. 1, 2024, epicenter added

Figure 5. Toda (2008) calculated the stress transfer to surrounding faults with a geometry similar to the 2024 magnitude 7.5 shock (which had a strike of 49°, dip 42°, rake of 102° according to the USGS). The epicenter of the magnitude 7.5 shock, and the locus of the 2020-2023 seismic swarm, lie in a region of calculated 0.25-bar stress increase. Credit: Toda (2008), with the Jan. 1, 2024, epicenter added

Figure 5. Toda (2008) calculated the stress transfer to surrounding faults with a geometry similar to the 2024 magnitude 7.5 shock (which had a strike of 49°, dip 42°, rake of 102° according to the USGS). The epicenter of the magnitude 7.5 shock, and the locus of the 2020-2023 seismic swarm, lie in a region of calculated 0.25-bar stress increase. Credit: Toda (2008), with the Jan. 1, 2024, epicenter added