In HNLC oceanic regions, iron (Fe) controls phytoplankton productivity yet large gaps remain in our understanding of iron's biogeochemical cycle. Here we present the first comprehensive winter dataset for dissolved Fe (dFe) and nitrate (NO3) distributions (0-1000 in depth) between 40S-52S, which transects the Subantarctic zone (SAZ), west of New Zealand. Surface concentrations (<0.2 nmol Fe kg-1) were conspicuously low, i.e., probably biologically limiting even at winter-reserve levels, at frontal zones between 43S (Subtropical Front) and ∼51S (Subantarctic Front). A fivefold range in Fe:NO3 molar ratios was observed along the transect, with Subtropical waters, where blooms occur, having the highest ratios in subsurface waters. The major wi...
Upper ocean cycling of dissolved and particulate iron was investigated within an eddy during a study...
Publication of this article was funded by the Stellenbosch University Open Access Fund.The original ...
International audienceLow levels of iron limit primary productivity across much of the Southern Ocea...
Although the supply of iron generally limits phytoplankton productivity in the Southern Ocean, subst...
This paper presents iron (Fe) profiles in the upper 1000 m from nine short-term (transect) stations ...
During austral summer 2003, we tracked a patch of surface water infused with the tracer sulfur hexaf...
We report measurements of dissolved iron (dFe, <0.4 μm) in seawater collected from the upper 300 m o...
It is well known that phytoplankton growth is broadly limited by iron (Fe) availability in the subar...
International audienceDue to its importance as a limiting nutrient for phytoplankton growth in large...
Due to its importance as a limiting nutrient for phytoplankton growth in large regions of the world'...
Due to its importance as a limiting nutrient for phytoplankton growth in large regions of the world'...
The remote waters of the Pacific region of the Southern Ocean are the furthest away from any upstrea...
Around 30% of oceanic waters are high nitrate low chlorophyll (HNLC) where low iron levels limit alg...
International audienceClimate change is projected to significantly alter the delivery (stratificatio...
Upper ocean cycling of dissolved and particulate iron was investigated within an eddy during a study...
Publication of this article was funded by the Stellenbosch University Open Access Fund.The original ...
International audienceLow levels of iron limit primary productivity across much of the Southern Ocea...
Although the supply of iron generally limits phytoplankton productivity in the Southern Ocean, subst...
This paper presents iron (Fe) profiles in the upper 1000 m from nine short-term (transect) stations ...
During austral summer 2003, we tracked a patch of surface water infused with the tracer sulfur hexaf...
We report measurements of dissolved iron (dFe, <0.4 μm) in seawater collected from the upper 300 m o...
It is well known that phytoplankton growth is broadly limited by iron (Fe) availability in the subar...
International audienceDue to its importance as a limiting nutrient for phytoplankton growth in large...
Due to its importance as a limiting nutrient for phytoplankton growth in large regions of the world'...
Due to its importance as a limiting nutrient for phytoplankton growth in large regions of the world'...
The remote waters of the Pacific region of the Southern Ocean are the furthest away from any upstrea...
Around 30% of oceanic waters are high nitrate low chlorophyll (HNLC) where low iron levels limit alg...
International audienceClimate change is projected to significantly alter the delivery (stratificatio...
Upper ocean cycling of dissolved and particulate iron was investigated within an eddy during a study...
Publication of this article was funded by the Stellenbosch University Open Access Fund.The original ...
International audienceLow levels of iron limit primary productivity across much of the Southern Ocea...