Abstract The relationship among the cause-and-effect of the Arctic atmosphere, sea ice, and ocean is discussed. The increased vulnerability of the Arctic system to anomalous atmospheric forcing can be argued from the perspective that recent ice loss is the result of a long-term preconditioning to thinner ice. Such consequences demonstrate the difficulties inherent in ascertaining how the atmospheric circulation responds to Arctic, and global, climate change. Later-forming sea ice also leads to less protection from the waves of fall storms, affecting coastal communities such as Kivalina and Shishmaref. The coming decades will provide new insights into the complexities of the Arctic climate system and how changes will affect the biological an...
Could a gradual warming trend, combined with a large atmospheric or oceanic event, and mediated by A...
Author Posting. © American Meteorological Society, 2015. This article is posted here by permission ...
Earth’s poles are uniquely sensitive to climate system perturbations; in recent decades, Arctic temp...
Abstract The relationship among the cause-and-effect of the Arctic atmosphere, sea ice, and ocean is...
Sea ice is the central component and most sensitive indicator of the Arctic climate system. Both the...
Sea ice is the central component and most sensitive indicator of the Arctic climate system. Both the...
Sea ice is the central component and most sensitive indicator of the Arctic climate system. Both the...
The Arctic sea ice cover declined over the last few decades and reached a record minimum in 2007, wi...
Recent Arctic changes are likely due to coupled Arctic amplification mechanisms with increased linka...
Copyright © 2010 Nature Publishing GroupThe rise in Arctic near-surface air temperatures has been al...
Excerpted from Global Implications of Arctic Climate Processes and Feedbacks, Report of the Arctic C...
This is the final version of the article. Available from American Meteorological Society via the DOI...
Sea ice loss results from anthropogenic global warming and can itself be a driver of climate change ...
The Arctic is one of the regions of the Earth most vulnerable to climate change. Temperatures in the...
Arctic sea ice loss is expected to have a large impact on the atmosphere, both in the Arctic and pot...
Could a gradual warming trend, combined with a large atmospheric or oceanic event, and mediated by A...
Author Posting. © American Meteorological Society, 2015. This article is posted here by permission ...
Earth’s poles are uniquely sensitive to climate system perturbations; in recent decades, Arctic temp...
Abstract The relationship among the cause-and-effect of the Arctic atmosphere, sea ice, and ocean is...
Sea ice is the central component and most sensitive indicator of the Arctic climate system. Both the...
Sea ice is the central component and most sensitive indicator of the Arctic climate system. Both the...
Sea ice is the central component and most sensitive indicator of the Arctic climate system. Both the...
The Arctic sea ice cover declined over the last few decades and reached a record minimum in 2007, wi...
Recent Arctic changes are likely due to coupled Arctic amplification mechanisms with increased linka...
Copyright © 2010 Nature Publishing GroupThe rise in Arctic near-surface air temperatures has been al...
Excerpted from Global Implications of Arctic Climate Processes and Feedbacks, Report of the Arctic C...
This is the final version of the article. Available from American Meteorological Society via the DOI...
Sea ice loss results from anthropogenic global warming and can itself be a driver of climate change ...
The Arctic is one of the regions of the Earth most vulnerable to climate change. Temperatures in the...
Arctic sea ice loss is expected to have a large impact on the atmosphere, both in the Arctic and pot...
Could a gradual warming trend, combined with a large atmospheric or oceanic event, and mediated by A...
Author Posting. © American Meteorological Society, 2015. This article is posted here by permission ...
Earth’s poles are uniquely sensitive to climate system perturbations; in recent decades, Arctic temp...