Atmosphere – Cryosphere Interaction in the Arctic, at High Latitudes and Mountains with Focus on Transport, Deposition and Effects of Dust, Black Carbon, and other Aerosols

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Editorial

18 December 2019

Editorial: Atmosphere—Cryosphere Interaction in the Arctic, at High Latitudes and Mountains With Focus on Transport, Deposition, and Effects of Dust, Black Carbon, and Other Aerosols

Pavla Dagsson-Waldhauserova

and

Outi Meinander

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15 citations

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Pavla Dagsson-Waldhauserova

Agricultural University of Iceland

Finnish Meteorological Institute

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Atmosphere and Cryosphere are closely linked and need to be investigated as an interdisciplinary subject. Most of the cryospheric areas have undergone severe changes in last decades while such areas have been more fragile and less adaptable to global climate changes. This AS-CR research section invites model- and observational-based investigations on any aspects of linkages between atmospheric processes and snow and ice on local, regional and global scales. In particular, we encourage studies that address aerosols (such as Black Carbon, Organic Carbon, dust, volcanic ash, diatoms, bioaerosols, bacteria, etc.) and changes in the cryosphere, e.g., effects on snow/ice melt and albedo. The work can also particularly focus on dust transport, aeolian deposition, volcanic dust, including health, environmental or climate impacts at high latitudes, high altitudes and cold polar regions. Related topics are light absorbing impurities, cold deserts, dust storms, long-range transport, glaciers darkening, polar ecology, and more. The scientific understanding of the AS-CR interaction needs to be addressed better and linked to the global climate predictions scenarios.

A second volume for this collection has now been launched. Please visit here.

Atmosphere and Cryosphere are closely linked and need to be investigated as an interdisciplinary subject. Most of the cryospheric areas have undergone severe changes in last decades while such areas have been more fragile and less adaptable to global climate changes. This AS-CR research section invites model- and observational-based investigations on any aspects of linkages between atmospheric processes and snow and ice on local, regional and global scales. In particular, we encourage studies that address aerosols (such as Black Carbon, Organic Carbon, dust, volcanic ash, diatoms, bioaerosols, bacteria, etc.) and changes in the cryosphere, e.g., effects on snow/ice melt and albedo. The work can also particularly focus on dust transport, aeolian deposition, volcanic dust, including health, environmental or climate impacts at high latitudes, high altitudes and cold polar regions. Related topics are light absorbing impurities, cold deserts, dust storms, long-range transport, glaciers darkening, polar ecology, and more. The scientific understanding of the AS-CR interaction needs to be addressed better and linked to the global climate predictions scenarios.

A second volume for this collection has now been launched. Please visit here.

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Pavla Dagsson-Waldhauserova

Agricultural University of Iceland

Finnish Meteorological Institute

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Frontiers in Earth Science

Atmospheric Science, Geochemistry, Cryospheric Sciences

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Frontiers in Chemistry

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Frontiers in Environmental Science

Atmospheric Science

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Frontiers in Physics

Atmospheric Science

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