Over the past decade, our understanding of the Indian Ocean has advanced through
concerted efforts toward measuring the ocean circulation and air–sea exchanges, detecting …

Monsoon forcing and the unique geomorphology of the Indian Ocean basin result in
complex boundary currents, which are unique in many respects. In the northern Indian …

The Bay of Bengal is traditionally considered to be a less productive basin compared to the
Arabian Sea. We explore the reasons for this in the central Bay during summer. Copious …

The Bay of Bengal is traditionally considered to be a less productive basin compared to the
Arabian Sea. Despite the contrasting chlorophyll and primary productivity pattern, sediment …

The signature of cold-core eddies and their role in altering the biological productivity of the
Bay of Bengal was examined using two recent sets of hydrographic data collected along the …

We study physical mechanisms of the Tumen River water transport in the area of the Posyet
Bay (Peter the Great Bay, Sea of Japan). This study is based on the satellite and in situ …

A coupled, 3-D bio-physical ocean general circulation model has been employed to study
biogeochemical variability in the Indian Ocean. The model's ecosystem includes two size …

The Arabian Sea and the Bay of Bengal are tropical basins experiencing monsoonal wind
forcing that reverses semi-annually. This brings changes in physics, chemistry and biology …

Chlorophyll‐a concentration (chl a) maps derived from the Ocean Color Monitor (OCM) on
board Indian Remote Sensing Satellite (IRS‐P4) and Seaviewing Wide field of View sensor …

The Indian Ocean harbors oxygen minimum zones (OMZs) in the Arabian Sea and Bay of
Bengal, with dissolved oxygen< 20 μM, located at the mid-depths of the water column. Till …