Magmatism in the Quaternary Clear Lake volcanic field (CLVF), with its youngest eruption
having only occurred c. 10 ka ago, is commonly invoked as the heat source for the world's …

Moho topography yields insights into the evolution of the lithosphere and the strength of the
lower crust. The Moho reflected phase (PmP) samples this key boundary and may be used …

The magma plumbing in the lower crust beneath the Coso volcanic field (CVF) remains
controversial, largely because of the absence of high‐resolution lower crustal velocity …

The lower crust plays an important role in coupling the upper mantle force to the brittle upper
crust at transform plate boundary regions. Yet, the tomographic resolution in the lower crust …

Traveltime tomography considering reflection arrivals is a promising approach for
investigating interface topography and near‐interface velocity heterogeneity. In this study …

In this study, we present high‐resolution seismic velocity models for the Los Angeles basin
(LAB) and its adjacent area using adjoint‐state travel‐time tomography, fitting an extensive …

This study presents a numerical approach for probabilistic fault displacement hazard
analysis (PFDHA), aimed at addressing an alternative solution with commonly used …

The precise determination of earthquake location is the fundamental basis in seismological
community, and is crucial for analyzing seismic activity and performing seismic tomography …

Recent progresses in artificial intelligence and machine learning make it possible to
automatically identify seismic phases from exponentially growing seismic data. Despite …

In this study, we picked Moho reflected phases and used them to estimate the spatial
variation of the Moho depth in northwestern Iran. Moho reflected phases are secondary …