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- W3113960244 endingPage "65" @default.
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- W3113960244 abstract "The Greenland Ice Sheet (GrIS) has been a topic of extensive scientific research over the past several decades due to the exponential increase in its melting. The relationship between air pollution and GrIS melting was reviewed based on local emission of air pollutants, atmospheric circulation, natural and anthropogenic forcing, and ground/satellite-based measurements. Among multiple factors responsible for accelerated ice melting, greenhouse gases have long been thought to be the main reason. However, it is suggested that air pollution is another piece of the puzzle for this phenomenon. In particular, black carbon (BC) and other aerosols emitted anthropogenically interact with clouds and ice in the Arctic hemisphere to shorten the cloud lifespan and to change the surface albedo through alteration of the radiative balance. The presence of pollution plumes lowers the extent of super cooling required for cloud freezing by about 4 °C, while shortening the lifespan of clouds (e.g., by altering their free-energy barrier to prompt precipitation). Since the low-level clouds in the Arctic are 2–8 times more sensitive to air pollution (in terms of the radiative/microphysical properties) than other regions in the world, the melting of the GrIS can be stimulated by the reduction in cloud stability induced by air pollution. In this study, we reviewed the possible impact of air pollution on the melting of the GrIS in relation to meteorological processes and emission of light-absorbing impurities. Long-term variation of ground-based AERONET aerosol optical depth in Greenland supports the potential significance of local emission and long-range transport of air pollutants from Arctic circle and continents in the northern hemisphere in rapid GrIS melting trend." @default.
- W3113960244 created "2021-01-05" @default.
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- W3113960244 date "2020-12-23" @default.
- W3113960244 modified "2023-10-15" @default.
- W3113960244 title "Air Pollution and Its Association with the Greenland Ice Sheet Melt" @default.
- W3113960244 cites W114796707 @default.
- W3113960244 cites W1488307296 @default.
- W3113960244 cites W1561925820 @default.
- W3113960244 cites W1608124230 @default.
- W3113960244 cites W1744049986 @default.
- W3113960244 cites W1799249074 @default.
- W3113960244 cites W1907369419 @default.
- W3113960244 cites W1973350500 @default.
- W3113960244 cites W1977916513 @default.
- W3113960244 cites W2003890001 @default.
- W3113960244 cites W2009649849 @default.
- W3113960244 cites W2025173880 @default.
- W3113960244 cites W2029715050 @default.
- W3113960244 cites W2040646504 @default.
- W3113960244 cites W2049255206 @default.
- W3113960244 cites W2051833014 @default.
- W3113960244 cites W2053038615 @default.
- W3113960244 cites W2059672595 @default.
- W3113960244 cites W2063132103 @default.
- W3113960244 cites W2067758371 @default.
- W3113960244 cites W2068862556 @default.
- W3113960244 cites W2069581465 @default.
- W3113960244 cites W2072350292 @default.
- W3113960244 cites W2076612066 @default.
- W3113960244 cites W2079399849 @default.
- W3113960244 cites W2083244484 @default.
- W3113960244 cites W2098008806 @default.
- W3113960244 cites W2099767981 @default.
- W3113960244 cites W2106394360 @default.
- W3113960244 cites W2110714473 @default.
- W3113960244 cites W2115227615 @default.
- W3113960244 cites W2118341476 @default.
- W3113960244 cites W2121831642 @default.
- W3113960244 cites W2123200895 @default.
- W3113960244 cites W2133484165 @default.
- W3113960244 cites W2135585804 @default.
- W3113960244 cites W2137169911 @default.
- W3113960244 cites W2149390613 @default.
- W3113960244 cites W2152122375 @default.
- W3113960244 cites W2154710695 @default.
- W3113960244 cites W2155024231 @default.
- W3113960244 cites W2155039075 @default.
- W3113960244 cites W2160897099 @default.
- W3113960244 cites W2164990341 @default.
- W3113960244 cites W2171912471 @default.
- W3113960244 cites W2173852084 @default.
- W3113960244 cites W2178190694 @default.
- W3113960244 cites W2294928376 @default.
- W3113960244 cites W2308469349 @default.
- W3113960244 cites W2397336531 @default.
- W3113960244 cites W2397405973 @default.
- W3113960244 cites W2406511072 @default.
- W3113960244 cites W2504160108 @default.
- W3113960244 cites W2559179198 @default.
- W3113960244 cites W2590608970 @default.
- W3113960244 cites W2592800041 @default.
- W3113960244 cites W2601979549 @default.
- W3113960244 cites W2680663249 @default.
- W3113960244 cites W2728893983 @default.
- W3113960244 cites W2766510518 @default.
- W3113960244 cites W2767212423 @default.
- W3113960244 cites W2767493014 @default.
- W3113960244 cites W2767896368 @default.
- W3113960244 cites W2774453136 @default.
- W3113960244 cites W2785701929 @default.
- W3113960244 cites W2790420145 @default.
- W3113960244 cites W2793664273 @default.
- W3113960244 cites W2810626144 @default.
- W3113960244 cites W2883990687 @default.
- W3113960244 cites W2891369153 @default.
- W3113960244 cites W2894166932 @default.
- W3113960244 cites W2913825739 @default.
- W3113960244 cites W2914015090 @default.
- W3113960244 cites W2918023685 @default.
- W3113960244 cites W2938442499 @default.
- W3113960244 cites W2953145723 @default.
- W3113960244 cites W2960774796 @default.
- W3113960244 cites W2962672742 @default.
- W3113960244 cites W2979303727 @default.
- W3113960244 cites W2990024397 @default.
- W3113960244 cites W3007709609 @default.
- W3113960244 cites W3042893675 @default.
- W3113960244 cites W4245033033 @default.
- W3113960244 cites W4245828866 @default.
- W3113960244 doi "https://doi.org/10.3390/su13010065" @default.
- W3113960244 hasPublicationYear "2020" @default.
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