We have performed an in situ test of the iron limitation hypothesis in the subarctic North Pacific Ocean.A single enrichment of dissolved iron caused a large increase in phytoplankton standing stock and decreases in macronutrients and dissolved carbon dioxide.The dominant phytoplankton species shifted after the iron addition from pennate diatoms to a centric diatom,Chaetoceros debilis, that showed a very high growth rate,2.6 doublings per day.We conclude that the bioavailability of iron regulates the magnitude of the phytoplankton biomass and the key phytoplankton species that determine the biogeochemical sensitivity to iron supply of high-nitrate,low-chlorophyll waters
We report results of laboratory studies examining the effect of low levels of iron (Fe) availability...
Temporal changes in the abundance, community composition, and photosynthetic physiology of phytoplan...
We report results of laboratory studies examining the effect of low levels of iron (Fe) availability...
The seeding of an expanse of surface waters in the equatorial Pacific Ocean with low concentrations ...
We report results from the Subarctic Ecosystem Response to Iron Enrichment Study (SERIES) experiment...
The seeding of an expanse of surface waters in the equatorial Pacific Ocean with low concentrations ...
The physiology of 2 oceanic phytoplankton species freshly isolated from the subarctic Pacific (Stat...
Iron limits phytoplankton productivity and biomass in significant portions of the global ocean. A nu...
The effect of iron on phytoplankton physiology in a scarcely investigated part of the Pacific region...
We initiated and mapped a diatom bloom in the northeast subarctic Pacific by concurrently adding dis...
The Subarctic Ecosystem Response to Iron Enrichment Study (SERIES) was conducted in the NE subarctic...
Centric diatoms isolated from open ocean environments require higher concentrations of Cu for growth...
Iron- and zinc-enrichment experiments were carried out at Ocean Station Papa in the subarctic North ...
Phytoplankton iron contents (i.e., quotas) directly link biogeochemical cycles of iron and carbon an...
Iron- and zinc-enrichment experiments were carried out at Ocean Station Papa in the subarctic North ...
We report results of laboratory studies examining the effect of low levels of iron (Fe) availability...
Temporal changes in the abundance, community composition, and photosynthetic physiology of phytoplan...
We report results of laboratory studies examining the effect of low levels of iron (Fe) availability...
The seeding of an expanse of surface waters in the equatorial Pacific Ocean with low concentrations ...
We report results from the Subarctic Ecosystem Response to Iron Enrichment Study (SERIES) experiment...
The seeding of an expanse of surface waters in the equatorial Pacific Ocean with low concentrations ...
The physiology of 2 oceanic phytoplankton species freshly isolated from the subarctic Pacific (Stat...
Iron limits phytoplankton productivity and biomass in significant portions of the global ocean. A nu...
The effect of iron on phytoplankton physiology in a scarcely investigated part of the Pacific region...
We initiated and mapped a diatom bloom in the northeast subarctic Pacific by concurrently adding dis...
The Subarctic Ecosystem Response to Iron Enrichment Study (SERIES) was conducted in the NE subarctic...
Centric diatoms isolated from open ocean environments require higher concentrations of Cu for growth...
Iron- and zinc-enrichment experiments were carried out at Ocean Station Papa in the subarctic North ...
Phytoplankton iron contents (i.e., quotas) directly link biogeochemical cycles of iron and carbon an...
Iron- and zinc-enrichment experiments were carried out at Ocean Station Papa in the subarctic North ...
We report results of laboratory studies examining the effect of low levels of iron (Fe) availability...
Temporal changes in the abundance, community composition, and photosynthetic physiology of phytoplan...
We report results of laboratory studies examining the effect of low levels of iron (Fe) availability...