Losses from natural hazards, including geophysical and hydrometeorological hazards, have
been increasing worldwide. This review focuses on the process by which scientific evidence …

Earthquake disasters occur mainly due to the collapse of buildings and structures triggered
by ground motions. It is, therefore, important to predict ground-shaking levels in order to …

The present study presents a review on the progressive development of the seismic
zonation map of India both from official agencies and also from independent individual …

Himalayan region is one of the most active seismic regions in the world and many
researchers have highlighted the possibility of great seismic event in the near future due to …

The south Indian state of Tamil Nadu in the peninsular shield is a zone of low to moderate
seismic activity with a sparse historical record of significant earthquakes. The current …

In this work an attempt has been made to evaluate the seismic hazard of South India (8.0° N–
20° N; 72° E–88° E) based on the probabilistic seismic hazard analysis (PSHA). The …

This paper presents seismic hazard and risk assessment for the state of Mizoram based on a
classical probabilistic seismic hazard analysis and event-based probabilistic seismic risk …

Earthquakes are known to have occurred in Indian subcontinent from ancient times. This
paper presents the results of seismic hazard analysis of India (6°–38° N and 68°–98° E) …

ABSTRACT A new region-specific Ground Motion Prediction Equation (GMPE) was
developed for the North and Central Himalayas purely based on recorded strong motion …

This paper presents spatial variation of seismic hazard at the surface level for India, covering
6–38° N and 68–98° E. The most recent knowledge on seismic activity in the region has …