SCEC will communicate these findings understanding of seismic hazards to promote community resilience. They will combine field observations, laboratory experiments, theoretical studies and numerical simulations to create system-level physics-based models and products to understand seismic hazards. SCEC will utilize an interdisciplinary system approach by bringing together a broad community of scientists, students and partners to work together to advance earthquake science. According to the Federal Emergency Management Agency, this system accounts for 65% of the nation's annualized earthquake losses. Led by the University of Southern California, SCEC will investigate the San Andreas Fault System traversing California. This center has a strong emphasis on building a diverse geoscience workforce, with initiatives targeting students across all levels. By promoting a strong focus on using research towards practical applications, CRESCENT will contribute to improving the resilience of communities within the region that face very high earthquake risks. CRESCENT, using a system wide approach, will combine models, computing simulations, data science, artificial intelligence, laboratory experiments and field observations to investigate this subduction zone across the shoreline. Subduction zones generate the largest earthquakes on this planet. Led by the University of Oregon, CRESCENT will study the Cascadia Subduction Zone located in the Pacific Northwest. CRESCENT and SCEC will also support major workforce development activities to train a broad and inclusive cross section of students and early-career scientists," said Maggie Benoit, a program director in the Division of Earth Sciences. "The new CRESCENT and SCEC awards provide regional-scale platforms for scientists to advance frontier research on earthquake processes and enable partnerships to translate that research to improved public safety. CRESCENT and SCEC aim to deepen our understanding of the physical processes that create these events in order to better help communities prepare for their effects. These events not only involve the large magnitude mainshock but can often include aftershocks, tsunamis, landslides, liquefaction and resulting fires. Earthquakes and their cascading effects produce some of the most devastating natural hazards in the world. The Cascadia Region Earthquake Science Center (CRESCENT) and the Statewide California Earthquake Center (SCEC) will receive almost $21 million over the next five years to advance research on Earth processes that underpin natural hazards like earthquakes and tsunamis. National Science Foundation has announced two awards through the Centers for Innovation and Community Engagement in Solid Earth Geohazards program.
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