Indian Tsunami Early Warning System: Future Developments

Heatwaves have become one of the most lethal and least acknowledged consequences of climate change in India. What was once an occasional extreme is now a defining feature of India’s seasonal climate,...
India’s coastal regions, stretching thousands of kilometers, are on the frontlines of a creeping environmental crisis—saltwater intrusion. Unlike cyclones or tsunamis, this is a disaster that doesn’t...
Heatwaves in India have evolved from seasonal anomalies to one of the country’s most pressing climate emergencies. While the meteorological understanding of heatwaves has advanced significantly, facil...
The Indian Ocean tsunami, triggered by the Sumatra-Andaman earthquake on December 26, 2004, caused approximately 2,30,000 casualties and widespread damage to infrastructure in several Indian Ocean rim...
Observational data on sea level rise, available since 1870, shows a constant rise. The multiple causes responsible for it have been traced to rising global temperatures, melting of land-based ice in a...
The Indian Ocean tsunami, triggered by the Sumatra-Andaman earthquake on December 26, 2004, caused approximately 2,30,000 casualties and widespread damage to infrastructure in several Indian Ocean rim countries. In fact, the 2004 tsunami was one of the strongest and deadliest ever recorded in terms of magnitude, which put into perspective the need to set up an early warning system for tsunamis in...