Abstract The Southwestern part of India investigated in the present study mainly comprises
of states such as Goa, north Kerala and a major portion of Karnataka. A comprehensive …

The present study attempts to understand and assess the seismic hazard of Mumbai using
probabilistic seismic hazard analysis (PSHA) with an updated catalogue of earthquake …

Recently developed region-specific GMPEs are used for a comprehensive seismic hazard
analysis (SHA) of the North and Central Himalayas (NCH) using a probabilistic approach …

This article presents probabilistic seismic hazard analyses of northern Pakistan region
carried out to produce macro-seismic hazard maps for the region that define new regional …

Over the past decade, the Delhi (National Capital Region, NCR) has witnessed significant
growth and has emerged as a vital center for commerce and education. This rapid …

Northeast India bounded by latitudes 20°–30° N and longitudes 87°–98° E is one of the
most seismically active areas in the world. This region has experienced several moderate-to …

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 …

Abstract Peninsular India (10.0° N–28.0° N; 68.0° E–90.0° E) is one of the oldest and
seismically most stable landmasses of the Indian plate. Recent seismic history, however …

Kishanganj is the easternmost district in the Indian state of Bihar, which shares its
international border with Nepal to the north and state border with West Bengal to the east. It …

A seismic hazard map for the national seismic design code of Pakistan (ie, Building Code of
Pakistan) is derived using probabilistic seismic hazard assessment (PSHA) approach. In …