Aeolian dust is an essential source of growth-limiting nutrients for marine phytoplankton.
Despite being at the core of the Global Dust Belt, the response of the Arabian Gulf …

Abstract The southern-central Arabian Gulf demonstrates a poor understanding of nutrients
and chlorophyll dynamics in physical-biogeochemical settings. Here, using data of …

Abstract The Hormuz Strait and Makran coastal plains in southeast Iran are significant
sources of dust storms in south Asia due to an arid climate with a strong wind regime, low …

Persian Gulf is surrounded by the most active dust source regions of the world. Every year,
millions of tons of dust are deposited in this area causing significant adverse effects. This …

Monthly mean satellite derived Chl-a, aerosols, wind, SST, PAR, and turbidity datasets were
used to investigate the possible factors regulating phytoplankton variability in the Persian …

Abstract The Arabian Sea, notably the Sea of Oman, has exhibited a gradual warming trend
since the twentieth century, expected to persist in the future, necessitating a climatological …

The occurrence of severe and inclusive dust storms has caused a lot of damage every year
in the Persian Gulf region and it has destructive environmental effects in this area. The aim …

Persian Gulf is a highly turbid and optically complex marginal sea. Satellite remotely sensed
chlorophyll-a (Chl-a) products have been widely used in this marine area, despite …

The warming trend in the Indian Ocean since the mid-20th century, with a strong signature
over the Persian Gulf and Oman Sea, has been recognized as indisputable evidence of …

Citizen science data are becoming increasingly relevant in wildlife studies, especially when
obtaining data requires costly logistics. In the Arabian/Persian Gulf, baseline information …