Atmospheric and oceanic parameters derived from global climate model (GCM) simulations
have received wide global attention and importance in representing the future world under …

Harnessing offshore wind energy is a potential solution to meet rising energy demand.
Concurrently, exploitable wind energy is susceptible to climate change. In this study, an …

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 …

Global Climate Models (GCMs) and Regional Climate Models (RCMs) have been widely
used in understanding the impact of climate change on wind-driven processes without …

The regional sea level variability and its projection amidst the global sea level rise is one of
the major concerns for coastal communities. The dynamic sea level plays a major role in the …

Realistic estimates of surface wind speed (WS) are an essential prerequisite for process‐
based air–sea interaction studies and numerical modelling needs. In this context, historical …

Wind-generated surface gravity waves forms an integral part in modulating the air-sea
exchange processes. Information of wave parameters is also very essential in planning …

Rising global sea levels have been touted as the major threat that is going to affect small
islands in the coming years. In this study, potential inundation that can occur in the small …

Extreme ocean waves can have devastating impacts on many populous coastal regions or
offshore islands. Yet, knowledge of how ocean waves are likely to respond to future climate …

The present paper investigates the impact of future scenarios for the past two storms
(namely, Vardah and Madi). These two storms had a different intensity over Bay of Bengal …