Sites hosting strong-motion stations in the Central and Eastern United States are commonly characterized using proxy-based parameters, limiting the ability to identify the physical causes of large ground-motion residuals. This study investigates the amplification mechanisms at two New York strong-motion stations that r...
Aser Abbas, Patrick Daniele, J. Kaklamanos et al.· 0 citations
The U.S. Atlantic and Gulf Coastal Plain (CP) sediments are kilometers‐thick, low‐velocity deposits underlain by high‐velocity bedrock that create regional patterns of amplification and attenuation of ground motions. Capturing these effects is challenging because of the limited subsurface information available, parti...
Cassie Gann‐Phillips, Ashly Cabas, Chunyang Ji et al.· Earthquake spectra· 0 citations
Ground-motion model (GMM) site terms developed from continuously available geospatial data and enhanced with site-specific measured geotechnical data have been demonstrated to be an effective approach for site term development in California (Roberts et al., 2025; Roberts et al., 2026). This study extends this methodo...
Maggie Roberts, L. Baise, J. Kaklamanos et al.· Bulletin of The Seismologica...· 0 citations
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