Well-established satellite-derived Arctic and Antarctic sea ice extents are combined to create the global picture of sea ice extents and their changes over the 35-yr period 1979-2013. Results yield a global annual sea ice cycle more in line with the high-amplitude Antarctic annual cycle than the lower-amplitude Arctic annual cycle but trends more in line with the high-magnitude negative Arctic trends than the lower-magnitude positive Antarctic trends. Globally, monthly sea ice extent reaches a minimum in February and a maximum generally in October or November. All 12 months show negative trends over the 35-yr period, with the largest magnitude monthly trend being the September trend, at -68200 +/- 10500 km sq yr(exp -1) (-2.62% +/- 0.40%dec...
Arguably, the most remarkable manifestation of change in the polar regions is the rapid decline (of ...
The decline in the floating sea ice cover in the Arctic is one of the most striking manifestations o...
The seasonal cycle in Arctic sea ice extent is asymmetric. Its amplitude has grown in recent decades...
AbstractMonth-by-month ranking of 37years (1979–2015) of satellite-derived sea-ice extents in the Ar...
In sharp contrast to the decreasing sea ice coverage of the Arctic, in the Antarctic the sea ice cov...
AbstractMonth-by-month ranking of 37years (1979–2015) of satellite-derived sea-ice extents in the Ar...
The Antarctic sea ice extent has been slowly increasing contrary to expected trends due to global wa...
Following over 3 decades of gradual but uneven increases in sea ice coverage, the yearly average Ant...
Sea ice is an essential component of the Arctic climate system. The Arctic sea ice cover has undergo...
In sharp contrast to the decreasing sea ice coverage of the Arctic, in the Antarctic the sea ice cov...
Abstract We examine the evolution of sea-ice extent (SIE) over both polar regions for 35 years from...
The trends in the sea ice cover in the two hemispheres have been observed to be asymmetric with the ...
Arctic sea ice is regarded the “canary in the coalmine” of global warming. Scientists have been inve...
The decline in the floating sea ice cover in the Arctic is one of the most striking manifestations o...
Satellite observations of Arctic sea ice have observed a decline in extent for all months since 1979...
Arguably, the most remarkable manifestation of change in the polar regions is the rapid decline (of ...
The decline in the floating sea ice cover in the Arctic is one of the most striking manifestations o...
The seasonal cycle in Arctic sea ice extent is asymmetric. Its amplitude has grown in recent decades...
AbstractMonth-by-month ranking of 37years (1979–2015) of satellite-derived sea-ice extents in the Ar...
In sharp contrast to the decreasing sea ice coverage of the Arctic, in the Antarctic the sea ice cov...
AbstractMonth-by-month ranking of 37years (1979–2015) of satellite-derived sea-ice extents in the Ar...
The Antarctic sea ice extent has been slowly increasing contrary to expected trends due to global wa...
Following over 3 decades of gradual but uneven increases in sea ice coverage, the yearly average Ant...
Sea ice is an essential component of the Arctic climate system. The Arctic sea ice cover has undergo...
In sharp contrast to the decreasing sea ice coverage of the Arctic, in the Antarctic the sea ice cov...
Abstract We examine the evolution of sea-ice extent (SIE) over both polar regions for 35 years from...
The trends in the sea ice cover in the two hemispheres have been observed to be asymmetric with the ...
Arctic sea ice is regarded the “canary in the coalmine” of global warming. Scientists have been inve...
The decline in the floating sea ice cover in the Arctic is one of the most striking manifestations o...
Satellite observations of Arctic sea ice have observed a decline in extent for all months since 1979...
Arguably, the most remarkable manifestation of change in the polar regions is the rapid decline (of ...
The decline in the floating sea ice cover in the Arctic is one of the most striking manifestations o...
The seasonal cycle in Arctic sea ice extent is asymmetric. Its amplitude has grown in recent decades...