Multi-channel analysis of surface waves (MASW) and micrometer array measurements (MAM) have been carried out in the flood-prone areas of Selimpaşa, Kavakli, Ortakoy and Kadikoy in Turkey to understand several soil problems, especially soil amplification during earthquakes.

The recent elevated rate of large earthquakes has fueled concern that the underlying global rate of earthquake activity has

Eastern Indonesia and the southern Philippines comprise a huge and seismically highly active region that has received less than the deserved attention in tsunami research compared with the surrounding areas exposed to the major subduction zones. In an effort to redress the balance the tsunami hazard in this region is studied by establishing a tsunami event database which, in combination with seismological and tectonic information from the region, has allowed us to define and justify a number of ‘credible worst-case’ tsunami scenarios.

In Sikkim at least 17 large hydropower projects on the Teesta River and its tributaries have their environmental clearances in place, despite warnings, improper assessments and negotiated conditions. At a point of time when a natural seismic occurrence has shaken the stability of an already unpredictable Himalayan ecosystem, it is important to revisit the concept of hydropower projects as a green, clean and safe option.

The safety of the Mullaperiyar dam is not a matter for judicial determination. This dispute is eminently a case for an agreed settlement by amicable talks between Kerala and Tamil Nadu. Talks at the intergovernmental level must be supplemented by civil society moves to bring the people concerned in the two states together.

Landslide is a common natural hazard that usually occurs in mountainous areas. Rapid urban development and high traffic intensity movements have been hampered to a great extent by phenomenon of landslides. In the present study, Maco Landslide Hazard Zonation was carried out in the Bodi-Bodimettu ghats section, Western Ghats, Theni district.

The Dibru river basin of Assam is investigated to examine the influence of active structure by applying an integrated study on geomorphology, morphotectonics, subsurface structure, Digital Elevation Model (DEM) using topographic map, IRS 1D LISS III, IRS P6 LISS III, SRTM, seismic and subsurface data.