Primary productivity in the Southern Ocean plays a key role in global biogeochemical cycles.
While much focus has been placed on phytoplankton production seasonality, non‐seasonal …

Primary productivity is limited by the availability of iron over large areas of the global ocean.
Changes in the supply of iron to these regions could have major impacts on primary …

The spring bloom in the Southern Ocean is the rapid‐growth phase of the seasonal cycle in
phytoplankton. Many previous studies have characterized the spring bloom using …

Using satellite sea surface temperature (SST) and chlorophyll-a (Chl-a) as well as
observation‑based reconstruction of dissolved inorganic carbon (DIC) and partial pressure …

Iron limitation of primary productivity prevails across much of the Southern Ocean but there
are exceptions; in particular, the phytoplankton blooms associated with the Kerguelen …

The O 2: CO 2 exchange ratio (ER) between terrestrial ecosystems and the atmosphere is a
key parameter for partitioning global ocean and land carbon fluxes. The long-term terrestrial …

Although the Southern Ocean is considered a high-nutrient, low-chlorophyll (HNLC) area,
massive and recurrent blooms are observed over and downstream of the Kerguelen …

Abstract The Kerguelen Plateau in the south-eastern Indian Ocean is one of the most
isolated and understudied regions on earth. As part of the Kerguelen Plateau Drifts project …

The upper ocean dissolved inorganic carbon (DIC) concentration is regulated by advective
and diffusive transport divergence, biological processes, freshwater, and air‐sea CO2 …

Impacts of climate changes are particularly severe in polar regions where warmer
temperatures and reductions in sea-ice covers threaten the ecological integrity of marine …