To an observer from space, the growth and retreat of the white ring of sea ice around Antarctica would be one of the clearest signs that Earth's climate varies on seasonal and longer time scales. However, the record of satellite observations is too short to assess whether there have been climate-related trends in sea ice extent
In polar regions, ocean–atmosphere interactions are strongly influenced by sea ice and its thickness...
Antarctic sea-ice is potentially one of the most sensitive global warming indicators. Some re-...
A 30-year satellite record of sea ice extents derived mostly from satellite microwave radiometer obs...
o an observer from space, the growth and retreat of the white ring of sea ice around Antarctica woul...
[1] The spatiotemporal sensitivity of Antarctic sea ice season length trends are examined using sate...
Over the past 37years, satellite records show an increase in Antarctic sea ice cover that is most pr...
This research looking at the role of Antarctic sea-ice/ocean coupling in global climate change on th...
The spatiotemporal sensitivity of Antarctic sea iceseason length trends are examined using satellite...
The development in the satellite microwave technology during the past three decades has offered an o...
The sea ice area in the Antarctic is large in winter, while most of the sea ice melts in summer. Thi...
In sharp contrast to the decreasing sea ice coverage of the Arctic, in the Antarctic the sea ice cov...
[1] A 30-year satellite record of sea ice extents derived mostly from satellite microwave radiometer...
[1] For more than three decades now, satellite passive microwave observations have been used to moni...
As the world's ice diminishes in the face of climate change—from the dramatic decline in Arctic sea ...
Sea-ice extent is predicted to decrease in a warming climate. However, despite global warming over t...
In polar regions, ocean–atmosphere interactions are strongly influenced by sea ice and its thickness...
Antarctic sea-ice is potentially one of the most sensitive global warming indicators. Some re-...
A 30-year satellite record of sea ice extents derived mostly from satellite microwave radiometer obs...
o an observer from space, the growth and retreat of the white ring of sea ice around Antarctica woul...
[1] The spatiotemporal sensitivity of Antarctic sea ice season length trends are examined using sate...
Over the past 37years, satellite records show an increase in Antarctic sea ice cover that is most pr...
This research looking at the role of Antarctic sea-ice/ocean coupling in global climate change on th...
The spatiotemporal sensitivity of Antarctic sea iceseason length trends are examined using satellite...
The development in the satellite microwave technology during the past three decades has offered an o...
The sea ice area in the Antarctic is large in winter, while most of the sea ice melts in summer. Thi...
In sharp contrast to the decreasing sea ice coverage of the Arctic, in the Antarctic the sea ice cov...
[1] A 30-year satellite record of sea ice extents derived mostly from satellite microwave radiometer...
[1] For more than three decades now, satellite passive microwave observations have been used to moni...
As the world's ice diminishes in the face of climate change—from the dramatic decline in Arctic sea ...
Sea-ice extent is predicted to decrease in a warming climate. However, despite global warming over t...
In polar regions, ocean–atmosphere interactions are strongly influenced by sea ice and its thickness...
Antarctic sea-ice is potentially one of the most sensitive global warming indicators. Some re-...
A 30-year satellite record of sea ice extents derived mostly from satellite microwave radiometer obs...
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