Abstract The Bay of Bengal (BoB) generally exhibits surface oligotrophy due to nutrient
limitation induced by strong salinity stratification. Nevertheless, there are hotspots of high …

The intense winter phytoplankton bloom during November–February in the northeastern
Arabian Sea (NEAS) was thought, until recently, to be controlled only by a convective …

As part of comprehensive oceanographic studies on the Persian Gulf and Gulf of Oman, this
article documented the seasonal and vertical distribution of nutrients, chlorophyll-a, and …

Abstract The Bay of Bengal (BoB) is considered to be a region of low biological productivity,
owing to nutrient limitation, caused by strong salinity stratification induced by the freshwater …

The present work is a comprehensive study on the spatiotemporal variation of environmental
parameters in relation to phytoplankton assemblages over a one-year period (March 2017 …

The present work aims to assess the biogeochemical and physical sources of variation in
the spatial distribution of suspended particulate matter (SPM), its major biotic and abiotic …

The biophysical interactions along the Somali coast are discussed during summer monsoon
based on a numerical model study. The Somali coast is known to be the fifth largest …

Climate change affects atmospheric circulation patterns and intensifies recurrent extreme
weather events across the globe. It has resulted in increasing air temperatures, rising sea …

The present study reports widespread aquatic mortality during an unprecedented harmful
algal blooms (HABs) in Chabahar Bay, the largest bay of the Oman Sea and one of the most …

A three-dimensional physical-biological numerical model namely ROMS was employed to
investigate seasonal variations in biological parameters of Persian Gulf. The model domain …