Abstract The north Indian Ocean accounts for 6% of the global tropical cyclones annually.
Despite the small fraction, some of the most devastating cyclones have formed in this basin …

Using multi‐satellite observations, the cloud dynamic and microphysical characteristics were
revealed during the rapid intensification (RI) of super‐typhoon Nanmadol (2022). As the …

This study finds a significant positive correlation between the Pacific meridional mode
(PMM) index and the frequency of intense tropical cyclones (TCs) over the western North …

To better understand the conditions that favor tropical cyclone (TC) rapid intensification (RI),
this study assesses environmental and storm-scale characteristics that differentiate TCs that …

Sea surface temperature (SST) varies significantly in the presence of tropical cyclones
(TCs). Using fixed SST throughout the integration of high resolution TC models is general …

Marine heatwaves become more frequent and stronger due to global warming. It is
necessary to clarify how and by which process marine heatwaves affect marine weather …

Tropical cyclones (TCs) are extreme weather events that may result in enormous loss of life
and property especially for countries surrounding the North Indian Ocean (NIO) rim. In this …

Tropical cyclone (TC) intensification over marginal seas, especially rapid intensification (RI),
often poses great threat to lives and properties in coastal regions and is subject to large …

Three satellite observational datasets and a reanalysis dataset during the period 2001–09
are used to examine four water budget components (total precipitable water, surface …

Forecasting rapid intensification (RI) of the South China Sea (SCS) tropical cyclones (TCs)
remains an operational challenge, mainly owing to the incomplete understanding of its …