"The fault is overdue for an earthquake that could cause extensive damage to such a dense population zone."
"The shaking during a massive earthquake could be up to 50 percent stronger than older predictions forecasted in several populated areas."
"When this fault breaks in one direction, it focuses the seismic energy forward like a lens, which can be dangerous for tall or flexible buildings."
"Deep 'basin' areas in California would likely trap and amplify the seismic waves of a major earthquake, making the ground shake harder and longer."
The Hayward Fault, part of the San Andreas system, is overdue for a significant earthquake, with the last major event occurring in 1868. Researchers predict that a future quake could exceed 7.0 in magnitude, affecting nearly eight million residents in the San Francisco Bay Area. New simulations indicate that shaking could be 50 percent stronger than previous estimates, particularly in vulnerable areas like the Livermore Basin. The fault's behavior may focus seismic energy, increasing risks for tall buildings and amplifying ground shaking in certain regions.
Read at Mail Online
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