Understanding secular tidal variability is fundamental for many practical purposes such as
navigation, coastal engineering and flood warning. Observational tidal evolution is primarily …

Coastal inundation due to storm tides is computed using ADvanced CIRCulation (ADCIRC)
model along the east coast of India. Inland inundation due to storm tides is calculated every …

The self-organizing map (SOM) is implemented to explore various ocean surface current
patterns in the Bay of Bengal (BoB) from 1993–2015 based on a satellite sensor-derived …

The work investigated the tempo-spatial variability of coastal upwelling through high-
resolution High-Frequency (HF) radar-derived ocean current and other remote sensing …

The characteristics of surface currents during November 2016-October 2017 are studied
using observations from the high-frequency radars (HFRs) and a moored buoy (BD12) along …

High-precision tidal harmonic constants are necessary for studies involving tides. This study
proposes a new method combined with the adjoint assimilation model and the Chebyshev …

In this study, the Regional Ocean Modelling System (ROMS) with a spatial resolution of 2 km
is used to understand the cooling responses in the sea northeast of Taiwan associated with …

This study focuses on the impact of varying landfall timing in a tidal cycle (ie, the spring-neap
phase) and varying wind speeds (ie, cyclone intensities) on the surge tides for the tropical …

Abstract The northern Indian Ocean, typically the Bay of Bengal (BoB), has experienced
several stronger tropical cyclones during the pre‐monsoon season in the last few years …

The climate change induced by global warming is predicted to change the rate of sea level
rise (SLR) and that of shoreline shifts. In this study, the SLR as well as the resulting retreat of …