We synthesize and review the impacts of climate change on the physical, chemical, and
biological environments of the Indian Ocean and discuss mitigating actions and knowledge …

Observations along 10 shelf transects in 2012 near 10° N in the southeastern Arabian Sea
revealed the usual warm oligotrophic conditions during the winter monsoon and upwelling …

Although it is nominally a tropical locale, the semiannual wind reversals associated with the
Monsoon system of the Arabian Sea result annually in two distinct periods of elevated …

The origin of widespread organic-rich shales on the early Cambrian Yangtze Platform of
Nanhua Basin (South China) has been attributed to high primary productivity. To test this …

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 …

Even though the seasonal pattern of phytoplankton biomass distribution in the seas around
India is reasonably well understood, there is relatively little information on phytoplankton …

Algal blooms in the marginal productive seas of the Indian Ocean are projected to become
more prevalent over the coming decades. They reach from lower latitudes up to the coast of …

Phytoplankton contribute to nearly half of the global net primary productivity (NPP) and are
critical for marine ecosystems and global food security. Significant changes in ocean …

The oxygen minimum zone (OMZ) of the Arabian Sea is the thickest of the three oceanic
OMZ. It is of global biogeochemical significance because of denitrification in the upper part …

Phytoplankton cell density, chlorophyll a (chl a) concentration and pigment data collected
during a series of five cruises in the northern Arabian Sea in the Northeast Monsoon (NEM …