Abstract Subtropical gyres cover 26%–29% of the world's surface ocean and are
conventionally regarded as ocean deserts due to their permanent stratification, depleted …

The sustenance of marine primary productivity depends on the supply of macro-and
micronutrients to photosynthesizers in the ocean's sunlit surface. Without supply from the …

Ocean artificial upwelling has been suggested to boost primary production and increase
harvestable resources such as fish. Yet, for this ecosystem-based approach to work, an …

Despite phytoplankton contributing roughly half of the photosynthesis on earth and fueling
marine food‐webs, field measurements of phytoplankton biomass remain scarce. The …

Fronts affect phytoplankton growth and phenology by locally reducing stratification and
increasing nutrient supplies. Biomass peaks at fronts have been observed in situ and linked …

Abstract The Pacific Ocean plays an important role in regulating the budget of climatically
active gases and the burden of sulfate aerosols. Here, a field investigation was conducted to …

Ocean warming can affect plankton both directly, through altered metabolic activities, and
indirectly, modifying the physical–chemical properties of the water column, with possible …

The upper limb of the Atlantic meridional overturning circulation brings shallow interocean
contributions to replenish the North Atlantic export of deepwaters. It is primarily formed in the …

Elucidating the regulatory mechanisms of terrestrial input on bay nutrients is essential for
comprehending the ecological stability of bays. This paper investigates nutrients' structure …

Abstract The North Pacific is known with iron limitation for phytoplankton growth in the
subarctic region and nitrogen limitation in the subtropical gyre. Although the growth rate of …