The snow cover on Antarctic sea ice persists during most of the year, contributing significantly to the sea ice mass budget due to comprehensive seasonal transition processes within the snowpack as well as at the snow/ice interface. Consequently, snow on sea ice varies not only in depth but also in particular in its physical characteristics such as snow density and stratigraphy. In order to quantify the heterogeneous nature of the Antarctic snowpack on different spatial scales, that is, small (<10 m), floe‐size (1‐2 km), and regional (seasonal/perennial ice) scales, we present here a case study of snow analyses in the Weddell Sea in austral winter 2013. The resulting high variability of snow parameters in the basal snow layer reveals the ne...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
To quantify the spatial and temporal variability in the snow pack, field measurements were carried o...
Author Posting. © American Geophysical Union, 2016. This article is posted here by permission of Am...
Studying seasonally varying snow and sea-ice properties in the ice-covered oceans is a key element f...
The sea-ice thickness distribution is one of the most important sea-ice properties, but also one of ...
Observations of snow properties, superimposed ice, and atmospheric heat fluxes have been performed o...
The snow cover on Antarctic sea ice impacts the energy, mass, and momentum balance of the sea ice co...
Snow on sea ice alters the properties of the underlying ice cover as well as associated exchange pro...
The snow cover on Antarctic sea ice impacts the energy, mass, and momentum balance of the sea ice co...
In austral winter large regions of the Southern Ocean are covered by seasonal sea ice which disappea...
In austral winter large parts of Antarctic Seas are covered by sea ice. This modifies the exchange ...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
Based on snow- and ice-thickness measurements at >11 000 points augmented by snow- and icecore s...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
To quantify the spatial and temporal variability in the snow pack, field measurements were carried o...
Author Posting. © American Geophysical Union, 2016. This article is posted here by permission of Am...
Studying seasonally varying snow and sea-ice properties in the ice-covered oceans is a key element f...
The sea-ice thickness distribution is one of the most important sea-ice properties, but also one of ...
Observations of snow properties, superimposed ice, and atmospheric heat fluxes have been performed o...
The snow cover on Antarctic sea ice impacts the energy, mass, and momentum balance of the sea ice co...
Snow on sea ice alters the properties of the underlying ice cover as well as associated exchange pro...
The snow cover on Antarctic sea ice impacts the energy, mass, and momentum balance of the sea ice co...
In austral winter large regions of the Southern Ocean are covered by seasonal sea ice which disappea...
In austral winter large parts of Antarctic Seas are covered by sea ice. This modifies the exchange ...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
Based on snow- and ice-thickness measurements at >11 000 points augmented by snow- and icecore s...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
The surface properties of sea ice dominate many key processes and drive important feedback mechanism...
To quantify the spatial and temporal variability in the snow pack, field measurements were carried o...
Author Posting. © American Geophysical Union, 2016. This article is posted here by permission of Am...