In this investigation, we evaluated the WAVEWATCH III (WWIII) model performances by
testing the sensitivity of different input-dissipation parameterizations for the Indian seas …

Intense cyclones have become more frequent over the North Indian Ocean (NIO) region
causing significant risk and vulnerability to the coastal regions. Analysis clearly revealed an …

Extreme wind-waves will impact coastal regions along the east and west coast of India and
countries bordering the Indian Ocean rim having implications on coastal flooding and …

Nearshore wave prediction is an area of research which still demands continuous
developments and the accuracy of wave models in the nearshore regions, is known to be …

An increasing number of instances in extreme weather events over the global oceans have
deepened the concerns on the impact of climate change. The frequency of extreme weather …

The vulnerability of the tropical cyclonic activities in the Bay of Bengal (BoB) domain are
analyzed in terms of its destructive potential. The wave characteristics due to cyclones of …

A proper understanding on the local wind-wave climate is essential and of great importance
for sustainable developments in the offshore and coastal waters. This study investigates the …

Wave climate over the North Indian Ocean region experienced a paradigm shift in the recent
past, indicating an increase in the extremes. Wind-waves and swell climatology have shown …

Rising sea levels pose a potential threat to the densely populated areas along the Indian
coastline and the low-lying islands, and cause disastrous impacts to coastal and offshore …

The interferometric imaging radar altimeter (InIRA) is a new generation radar altimeter,
which can provide two-dimensional images of the sea surface topography at high resolution …