The deposition of atmospheric iron to iron-limited ocean waters around Australia and Antarctica can dramatically stimulate the growth of microscopic marine plants. To date, mineral dust was assumed to be the primary source of iron to the ocean. However, only a small fraction of iron in dust is bioavailable. This study has found that Australian bushfires can indirectly increase the bioavailable iron fraction when smoke and mineral dust mix during long-range atmospheric transport to Antarctica
Iron can be a growth‐limiting nutrient for phytoplankton, modifying rates of net primary production,...
Boyd, P.W. et al.An improved knowledge of iron biogeochemistry is needed to better understand key co...
Poster abstract, 3rd iLEAPS Science Conference (September 18-23, 2011, Garmisch-Partenkirchen, Germa...
Half of the world oceans’ productivity is limited by the availability of the micronutrient iron (Fe)...
© Author(s) 2016.Marine nitrogen fixation is co-limited by the supply of iron (Fe) and phosphorus in...
Atmospheric deposition of dust source materials is a significant source of exogenous iron (Fe) in ma...
Mineral dust is the major source of external micro-nutrients such as iron (Fe) to the open ocean. Ho...
Past changes in the atmospheric deposition of soluble, or bioavailable, trace metals to high nutrien...
Australia is a major source of Fe-laden dust to the anemic marine phytoplankton in the Southern Ocea...
Dust is an important vector for iron supply to the ocean, which subsequently impacts ocean productiv...
Session C32-poster W125A abstract, World Climate Research Programme (WCRP) Open Science Conference (...
I present a model investigation on the complex marine iron (Fe) cycle. Attention is put on regional ...
Atmospheric deposition of iron (Fe) from mineral aerosols to the ocean has been suggested to increas...
Bioavailable iron (Fe) from atmospheric particle is an essential nutrient for phytoplankton. Global ...
Atmospheric aerosol deposition is an important pathway for the delivery of micronutrient trace eleme...
Iron can be a growth‐limiting nutrient for phytoplankton, modifying rates of net primary production,...
Boyd, P.W. et al.An improved knowledge of iron biogeochemistry is needed to better understand key co...
Poster abstract, 3rd iLEAPS Science Conference (September 18-23, 2011, Garmisch-Partenkirchen, Germa...
Half of the world oceans’ productivity is limited by the availability of the micronutrient iron (Fe)...
© Author(s) 2016.Marine nitrogen fixation is co-limited by the supply of iron (Fe) and phosphorus in...
Atmospheric deposition of dust source materials is a significant source of exogenous iron (Fe) in ma...
Mineral dust is the major source of external micro-nutrients such as iron (Fe) to the open ocean. Ho...
Past changes in the atmospheric deposition of soluble, or bioavailable, trace metals to high nutrien...
Australia is a major source of Fe-laden dust to the anemic marine phytoplankton in the Southern Ocea...
Dust is an important vector for iron supply to the ocean, which subsequently impacts ocean productiv...
Session C32-poster W125A abstract, World Climate Research Programme (WCRP) Open Science Conference (...
I present a model investigation on the complex marine iron (Fe) cycle. Attention is put on regional ...
Atmospheric deposition of iron (Fe) from mineral aerosols to the ocean has been suggested to increas...
Bioavailable iron (Fe) from atmospheric particle is an essential nutrient for phytoplankton. Global ...
Atmospheric aerosol deposition is an important pathway for the delivery of micronutrient trace eleme...
Iron can be a growth‐limiting nutrient for phytoplankton, modifying rates of net primary production,...
Boyd, P.W. et al.An improved knowledge of iron biogeochemistry is needed to better understand key co...
Poster abstract, 3rd iLEAPS Science Conference (September 18-23, 2011, Garmisch-Partenkirchen, Germa...