Abstract Within central Alberta, Canada, a new sequence of earthquakes has been
recognized as of 1 December 2013 in a region of previous seismic quiescence near …

This article puts forward an artificial neural network (ANN) framework to develop ground‐
motion models (GMMs) for natural and induced earthquakes in Oklahoma, Kansas, and …

We develop an empirical model of the decay of Fourier amplitudes for earthquakes of M 3–6
recorded on rock sites in eastern North America and discuss its implications for source …

We update ground‐motion prediction equations (GMPE s) for eastern North America (ENA)
using the referenced empirical approach of. The technique is based on the use of residual …

A ground motion model (GMM) tuned to the characteristics of the observed, and potentially
induced, seismicity in Texas, Oklahoma, and Kansas is developed using a database of …

A key issue in the assessment of hazard due to induced seismicity from fluid injection activity
is to determine the potential ground motions. Although wastewater disposal typically …

We develop ground‐motion models (GMMs) to characterize the Fourier amplitude spectrum
(FAS) for earthquakes in British Columbia (BC), Canada. GMMs developed for FAS are …

We develop a simple model to estimate moment magnitude for events of M< 4 at distances
out to∼ 300 km, based on readily available ShakeMap parameters and seismological …

ABSTRACT Parts of Texas, Oklahoma, and Kansas have experienced increased rates of
seismicity in recent years, providing new datasets of earthquake recordings to develop …

The research investigates the seismic vulnerability of bridges in Texas by characterizing
seismic hazards in the State, developing computational tools to estimate the likelihood of …