The probabilistic seismic hazard analysis (PSHA) has been performed for Bangladesh using
background seismicity, crustal fault, and subduction zone source models. The latest ground …

The evolution of large fluvial drainages in SE Tibet and adjacent areas reflects the degree of
coupling between tectonics, erosion, and climate. Reconstruction of their spatio-temporal …

Dhaka is one of the most populated cities in the world, which means that the occurrence of
natural hazards will put the city in a critical situation. A seismic hazard analysis (SHA) is a …

In the present paper, the site-specific response spectra at bedrock level are generated by
deterministic seismic hazard analysis and soil amplification study for Kolkata (India) is …

This study aims to build on the existing knowledge and improve the overall PSHA results by
modifying source, path and site characteristics for Bangladesh. Firstly, six potential …

Bangladesh is situated at the juncture of the three tectonic plates and the active interaction
of these plates resulted in several major active faults in and around Bangladesh, especially …

This paper explores sustainable management strategies for mitigation destructive geological
disaster earthquake spatial susceptibility in Bangladesh, is located south piedmont plain of …

The damage done in earthquake disasters is correlated to the types of housing structures
that are present. In the last two decades of urbanization in Dhaka, rapid growth without …

This paper presents a probabilistic seismic hazard analysis (PSHA) for a site offshore
Maheshkhali Island, Bangladesh. The tectonic setting of the area is complex, and the PSHA …

Bangladesh has a high risk of earthquakes because the Dauki, Jamuna, and Chittagong-
Myanmar faults are still active. However, the assessment of seismicity remains a big …