One of the most important breakthroughs in oceanography in the last 30 years was the
discovery that iron (Fe) controls biological production as a micronutrient, and our …

The speciation of iron (III) in oxic seawater is dominated by its hydrolysis and sedimentation
of insoluble iron (III)-oxyhydroxide. As a consequence, many oceanic areas have very low …

This study reports increasing iron concentrations in rivers draining into the Baltic Sea. Given
the decisive role of iron to the structure and biogeochemical function of aquatic ecosystems …

Comprehensive observations of the iron (Fe) distribution in the western Sea of Okhotsk were
conducted and revealed the existence of two Fe transport processes in the sub-polar …

Primary production in large areas of the open ocean is limited by low iron concentrations.
Rivers are potential sources of iron to the ocean, however, riverine iron is prone to intense …

Iron is a micronutrient of particular interest as low levels of iron limit primary production of
phytoplankton and carbon fluxes in extended regions of the world's oceans. Sphagnum …

To evaluate the winter iron (Fe) supply processes fueling spring phytoplankton growth in the
southern Sea of Okhotsk, the distributions of the Fe concentrations in seawater were …

The characteristics of the water masses that contribute to high biological production in the
subarctic Pacific and adjacent seas (SPA) could change because of recent climate change …

Abstract Since the 1950s, nearly 80% of wetlands in the Sanjiang Plain have been
converted into paddy fields. The conversion might affect the solubility and mobility of soil …

Seven profiling floats equipped with oxygen sensors deployed in the Sea of Okhotsk provide
time series data for 33 cases of spring phytoplankton bloom period, including 9 cases in …