Iron is arguably the most important micronutrient in the marine environment due to its involvement in many vital physiological processes, such as photosynthesis, oxygen transport, electron transfer and nitrogen fixation. However, the availability of iron is hampered by its poor solubility and tendency to form biologically inaccessible colloidal and oxo-polymeric species. This lack of availability is more pronounced in the oceanic environment where the solubility of iron(III) is even lower than in most terrestrial environments and where the majority of soluble iron is complexed by organic ligands that dominate its speciation. Consequently, iron has been shown to limit microorganisms in large areas of the ocean
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Growth limitation of marine algae due to lack of iron occurs in up to 40% of the global ocean. Despi...
Growth limitation of marine algae due to lack of iron occurs in up to 40% of the global ocean. Despi...
Iron is arguably the most important micronutrient in the marine environment due to its involvement i...
Iron is arguably the most important micronutrient in the marine environment due to its involvement i...
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Recent studies demonstrate that the dissolved iron in seawater is bound to strong organic complexes ...
Iron is required for growth of nearly all microorganisms. While iron is the fourth most abundant ele...
Iron is required for growth of nearly all microorganisms. While iron is the fourth most abundant ele...
Organic ligands play a key role controlling trace metal bioavailability in the world's oceans, yet t...
Organic ligands play a key role controlling trace metal bioavailability in the world's oceans, yet t...
It is widely accepted that the complexation of iron (Fe) with organic compounds is the primary facto...
It is widely accepted that the complexation of iron (Fe) with organic compounds is the primary facto...
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Growth limitation of marine algae due to lack of iron occurs in up to 40% of the global ocean. Despi...
Growth limitation of marine algae due to lack of iron occurs in up to 40% of the global ocean. Despi...
Iron is arguably the most important micronutrient in the marine environment due to its involvement i...
Iron is arguably the most important micronutrient in the marine environment due to its involvement i...
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Recent studies demonstrate that the dissolved iron in seawater is bound to strong organic complexes ...
Iron is required for growth of nearly all microorganisms. While iron is the fourth most abundant ele...
Iron is required for growth of nearly all microorganisms. While iron is the fourth most abundant ele...
Organic ligands play a key role controlling trace metal bioavailability in the world's oceans, yet t...
Organic ligands play a key role controlling trace metal bioavailability in the world's oceans, yet t...
It is widely accepted that the complexation of iron (Fe) with organic compounds is the primary facto...
It is widely accepted that the complexation of iron (Fe) with organic compounds is the primary facto...
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Nearly all iron dissolved in the ocean is complexed by strong organic ligands of unknown composition...
Growth limitation of marine algae due to lack of iron occurs in up to 40% of the global ocean. Despi...
Growth limitation of marine algae due to lack of iron occurs in up to 40% of the global ocean. Despi...