A subset of the recently published salinity database of the global oceans is utilized to
characterize and explain the observed seasonal variability of sea surface salinity of the north …

The formation and seasonal spreading of the Arabian Sea High‐Salinity Water (ASHSW)
mass were studied based on the monthly mean climatology of temperature and salinity in …

Characterised by one of the largest fresh water influxes in the world, the Northern Indian
Ocean (NIO) is also bathymetrically, hydrodynamically and climatologically fragmented into …

Data obtained from long-term sediment trap experiments in the Indian Ocean in conjunction
with satellite observations illustrate the influence of primary production and the ballast effect …

Variations in sea surface temperature (SST), δ18O of sea water (δ18Ow), and salinity were
reconstructed for the past 68 ka using a sediment core (AAS9/21) from the eastern Arabian …

Using a one‐dimensional turbulent closure model, we investigate the physical mechanisms
governing the seasonal evolution of mixed‐layer depth (MLD) and sea surface temperature …

Despite its importance for the global oceanic nitrogen (N) cycle, considerable uncertainties
exist about the N fluxes of the Arabian Sea. On the basis of our recent measurements during …

Recent observations of surface meteorology and exchanges of heat, freshwater, and
momentum between the ocean and the atmosphere in the Bay of Bengal are presented …

The upper layers of the ocean play an important role in the regulation of the ocean–
atmosphere as a coupled system. The Arabian Sea, situated in the western part of the …

In the Bay of Bengal (BoB) area, landfalling Tropical Cyclones (TCs) often produce heavy
rainfall that results in coastal flooding and causes enormous loss of life and property …