Frost flowers collected from the surface of new sea ice near the Brunt Ice Shelf, Antarctica, show depletion in sulphate and sodium relative to other sea water ions. This is consistent with loss of mirabilite (Na2SO4) during formation of the brine from which the frost flowers grow. Aerosol generated from frost flowers would have higher sodium:sulphate ratios than aerosol generated from sea water. This would explain low values of non-sea-salt sulphate encountered in winter aerosol, and winter layers in ice cores, at coastal Antarctic sites. Calculations confirm that the frost flower source should be significant compared to an open water source for coastal regions
Two consecutive cruises in the Weddell Sea, Antarctica, in winter 2013 provided the first direct obs...
It has recently been shown that much sea-salt aerosol around the coast of Antarctica is generated no...
Chloride (Cl-) and sodium (Na+) in ice cores originate mainly from sea salt, and one would thus expe...
Frost flowers have been proposed to be the major source of sea-salt aerosol to the atmosphere during...
This paper discusses the chemical composition of frost flowers and their accompanying slush layers a...
International audienceFrost flowers have been proposed to be the major source of sea-salt aerosol to...
International audienceFrost flowers have been proposed to be the major source of sea-salt aerosol to...
International audienceFrost flowers have been proposed to be the major source of sea-salt aerosol to...
In the laboratory, we have investigated the growth and composition of frost flowers. Their ionic com...
Frost flowers grow on newly-formed sea ice from a saturated water vapour layer. They provide a large...
第8回極域科学シンポジウム/個別セッション:[OM] 極域気水圏12月5日(火)国立極地研究所 1階交流アトリウムThe Eighth Symposium on Polar Science/Ordin...
Snow samples collected over sea ice near Syowa Station were analyzed for ionic constituents to under...
Frost flowers play a role in air-ice exchange in polar regions, contribute to tropospheric halogen c...
Chloride (Cl−) and sodium (Na+) in ice cores originate mainly from sea salt, and one would thus expe...
An environmental scanning electron microscope was used for the first time to obtain well-resolved im...
Two consecutive cruises in the Weddell Sea, Antarctica, in winter 2013 provided the first direct obs...
It has recently been shown that much sea-salt aerosol around the coast of Antarctica is generated no...
Chloride (Cl-) and sodium (Na+) in ice cores originate mainly from sea salt, and one would thus expe...
Frost flowers have been proposed to be the major source of sea-salt aerosol to the atmosphere during...
This paper discusses the chemical composition of frost flowers and their accompanying slush layers a...
International audienceFrost flowers have been proposed to be the major source of sea-salt aerosol to...
International audienceFrost flowers have been proposed to be the major source of sea-salt aerosol to...
International audienceFrost flowers have been proposed to be the major source of sea-salt aerosol to...
In the laboratory, we have investigated the growth and composition of frost flowers. Their ionic com...
Frost flowers grow on newly-formed sea ice from a saturated water vapour layer. They provide a large...
第8回極域科学シンポジウム/個別セッション:[OM] 極域気水圏12月5日(火)国立極地研究所 1階交流アトリウムThe Eighth Symposium on Polar Science/Ordin...
Snow samples collected over sea ice near Syowa Station were analyzed for ionic constituents to under...
Frost flowers play a role in air-ice exchange in polar regions, contribute to tropospheric halogen c...
Chloride (Cl−) and sodium (Na+) in ice cores originate mainly from sea salt, and one would thus expe...
An environmental scanning electron microscope was used for the first time to obtain well-resolved im...
Two consecutive cruises in the Weddell Sea, Antarctica, in winter 2013 provided the first direct obs...
It has recently been shown that much sea-salt aerosol around the coast of Antarctica is generated no...
Chloride (Cl-) and sodium (Na+) in ice cores originate mainly from sea salt, and one would thus expe...