Seismic hazard analysis and management for low-to-moderate seismicity regions is equally
important as that for tectonic active regions of high seismicity. However, ground motion …

Predicting ground motions due to induced seismicity is a challenging task owing to the
scarcity of data and heterogeneity of the uppermost crust. Dealing with this requires a …

A new stochastic ground motion prediction equation (GMPE) for low and diverse seismicity
region, ie, Peninsular India has been derived for a wide range of magnitude (M_ w M w 4–8) …

Current practice in strong ground motion modelling for probabilistic seismic hazard analysis
(PSHA) requires the identification and calibration of empirical models appropriate to the …

Seismicity rates and ground-motion prediction equations (GMPE s) are the key uncertainties
in probabilistic seismic hazard analysis (PSHA). We explore the impact of new findings and …

In recent decades, prediction of ground motion at a specific site or a region is of primary
interest in probabilistic seismic hazard assessment (PSHA). Historically, several ground …

We present an update to the UK stochastic earthquake ground motion model originally
presented by Rietbrock et al.(2013). The update takes advantage of newly available high …

Seismic hazard assessment has an important societal impact in describing levels of ground
motions to be expected in a given region in the future. Challenges in seismic hazard …

[en] The input for the seismic risk analysis can be expressed with a description of'ground-
shaking scenarios', or with probabilistic maps of perhaps relevant parameters. The …

In this article, a study on development of ground motion prediction equations (GMPEs) is
undertaken for seismically active regions in India. To derive the equations, the seismically …