Samples of fallen snow, drifting snow and deposited snow were obtained at Syowa Station from April 2003 to October 2006. Electroconductivity of the meltwater was measured. The electroconductivities of the samples for the fallen snow under weak wind condition were mostly below several tens of μS cm, whereas much higher values were obtained for the drifting snow samples under strong wind condition with seasonal variation: maximum (several hundred to thousands) in April to July, then decreasing to a few hundred after September. Higher electro conductivities of the drifting snow samples correlated well with breakup of sea ice windward of Syowa Station. Lower values were obtained after snow accumulated on sea ice at Kita-no-ura, windward bay are...
As a part of meteorological research programmes of the 10th Japanese Antarctic Research Expedition, ...
The electrical conductivity of natural ice samples is strongly correlated with the acidity of the me...
Continuous observation of snow drift flux was carried out at Mizuho Station (70°42′S, 44°20′E, 2230m...
Fallen snow, snow drift and deposited snow on sea ice were collected in 1986 near Syowa Station, Eas...
Georesistivity soundings have been carried out at four sites in the Antarctic Peninsula. The objecti...
Electrical conductivity (EC) and pH of melted snow and ice samples from Nepal, Patagonia, Arctic reg...
A series of observations of drifting snow was carried out at Mizuho Camp, East Antarctica, during th...
A georesistivity survey was made on part of George VI Ice Shelf (71°55'S, 67°20'W). The principal ob...
The chemical composition was determined on snow drift which was sampled at Mizuho Station (2230m a. ...
Snow water equivalent of a snowpack can be estimated using ground-penetrating radar from the radar w...
232-237Measurements of the atmospheric electric potential gradient (by passive antenna technique) at...
We have developed a new theory and numerical model of electrical self-potential (SP) signals associa...
We measured the high-frequency electrical conductivity of solid ice samples collected in the Antarct...
ABSTRACT. As a joint contribution of Japan and Sweden to the International Polar Year 2007–09, a fie...
Dielectric experiments have been undertaken at temperatures between −2° and −70° C in the frequency ...
As a part of meteorological research programmes of the 10th Japanese Antarctic Research Expedition, ...
The electrical conductivity of natural ice samples is strongly correlated with the acidity of the me...
Continuous observation of snow drift flux was carried out at Mizuho Station (70°42′S, 44°20′E, 2230m...
Fallen snow, snow drift and deposited snow on sea ice were collected in 1986 near Syowa Station, Eas...
Georesistivity soundings have been carried out at four sites in the Antarctic Peninsula. The objecti...
Electrical conductivity (EC) and pH of melted snow and ice samples from Nepal, Patagonia, Arctic reg...
A series of observations of drifting snow was carried out at Mizuho Camp, East Antarctica, during th...
A georesistivity survey was made on part of George VI Ice Shelf (71°55'S, 67°20'W). The principal ob...
The chemical composition was determined on snow drift which was sampled at Mizuho Station (2230m a. ...
Snow water equivalent of a snowpack can be estimated using ground-penetrating radar from the radar w...
232-237Measurements of the atmospheric electric potential gradient (by passive antenna technique) at...
We have developed a new theory and numerical model of electrical self-potential (SP) signals associa...
We measured the high-frequency electrical conductivity of solid ice samples collected in the Antarct...
ABSTRACT. As a joint contribution of Japan and Sweden to the International Polar Year 2007–09, a fie...
Dielectric experiments have been undertaken at temperatures between −2° and −70° C in the frequency ...
As a part of meteorological research programmes of the 10th Japanese Antarctic Research Expedition, ...
The electrical conductivity of natural ice samples is strongly correlated with the acidity of the me...
Continuous observation of snow drift flux was carried out at Mizuho Station (70°42′S, 44°20′E, 2230m...