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 …

The Arabian Sea is an exceptionally complex system that hosts a highly productive marine
ecosystem. This intense productivity leads to high oxygen consumption at depth that …

Decreasing concentrations of dissolved oxygen in the ocean are considered one of the main
threats to marine ecosystems as they jeopardize the growth of higher organisms. They also …

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 …

Due to climate change, global oceanic dissolved oxygen (DO) has been decreasing, and
oxygen minimum zones (OMZs) have been expanding. Here, we estimate the annual global …

The thickness of oxygen minimum zone (OMZ) is estimated for the first time using dissolved
oxygen (DO) profiles obtained from the Biogeochemical Argo floats collected between 2013 …

Abstract The Arabian Sea hosts one of the most intense, perennial Oxygen Minimum Zones
(OMZ) in the world ocean. Observations along a meridional transect at 68° E extending from …

Abstract The Arabian Sea and the Bay of Bengal are cul-de-sacs of the northern Indian
Ocean, and they contain more than half of the world's Oxygen Minimum Zones (OMZs). The …

The distributions of iodate (IO3−), iodide (I−), nitrite (NO2−), and oxygen (O2) were
determined on two zonal transects and one meridional transect in the Eastern Tropical North …

Oceanic oxygen deficient zones (ODZs) influence global biogeochemical cycles in a variety
of ways, most notably by acting as a sink for fixed nitrogen (Codispoti et al. 2001). Optimum …