Recent studies point out the importance of northerly winds and waves in the Arabian Sea,
especially those due to shamal and makran events in addition to the northeast monsoon …

Future changes in wave climate will influence the marine ecosystem, coastal erosion, design
of coastal defences, operation of near‐and off‐shore structures, and coastal zone …

Persistent and periodic northerly low-level jets have been identified in the South Asian mid?
latitudes and subtropics, which are modified by the presence of Makran mountain ranges …

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 …

Abstract The Arabian Sea, notably the Sea of Oman, has exhibited a gradual warming trend
since the twentieth century, expected to persist in the future, necessitating a climatological …

A proper knowledge and understanding of wind-wave characteristics and its variability on
basin, regional and local scales have profound importance and practical applications in …

The southwest coast of India is exposed to long-period swells propagated from the South
Indian Ocean during pre-and post-monsoon seasons. Although swells from the Southern …

Abstract Space-borne satellites provide extensive coverage of measuring sea surface wind
field and wave heights on a global scale. The present study provides a comprehensive …

Extreme ocean surface waves can significantly impact the coastal and offshore-related
activities, and often cause large-scale destruction to the livelihoods of the coastal …

Synthetic Aperture Radar (SAR) in wave mode is a powerful sensor for monitoring the swells
propagating across ocean basins. Here, we investigate crossing swells in the Indian Ocean …