As discussed in the previous part of this review article, remote sensing (RS) creates
unprecedented opportunities by providing a variety of systems with different characteristics …

The inversion of remote sensing signatures of internal solitary waves (ISWs) can retrieve
dynamic characteristics in the ocean interior. However, the presence of ubiquitous large …

Oceanic internal solitary waves (ISWs) are widely distributed in oceans worldwide. ISWs
exhibit significant amplitudes, high speeds, and short periods and thus have a substantial …

In this study, we synergistically used Synthetic Aperture Radar (SAR) and optical
observations to characterize the Internal Solitary Waves (ISW) in the Andaman Sea and …

The seasonality and generation mechanisms of submesoscale processes (SMPs) in the
northern Bay of Bengal (nBoB) are investigated by the outputs of a high-resolution model …

Internal waves (IWs) are generated in all the oceans, and their amplitudes are large,
especially in regions that receive a large amount of freshwater from nearby rivers, which …

The unbalanced submesoscale motions and their seasonality in the northern Bay of Bengal
(BoB) are investigated using outputs of the high resolution regional oceanic modeling …

It is imperative to estimate the energy of internal solitary waves (ISWs) in the real ocean. The
energy of ISW is related to speed and amplitude. It is a problem to obtain the propagation …

Abstract Using ALOS PALSAR L-band SAR data, internal waves (IWs) with distinct
characteristics ranging from weak manifestations to strong signatures are observed …