Aerosols influence climate indirectly by changing cloud properties and precipitation and hence can have a profound impact on the hydrological cycle. Among the various aerosol types, black carbon aerosols have greater impact because of the high absorption of solar radiation. Hence it is essential that measurements of black carbon aerosols from ground, aircraft and space are necessary to answer crucial questions related to the impact of black carbon on climate. Several studies have suggested that aerosols may modify global warming by changing the planetary albedo, but the magnitude of the impact of aerosol on climate is still uncertain says IPCC 2007.
Showing posts with label ACE. Show all posts
Showing posts with label ACE. Show all posts
Wednesday, April 27, 2011
Impact of Black Carbon on Climate
Aerosols influence climate indirectly by changing cloud properties and precipitation and hence can have a profound impact on the hydrological cycle. Among the various aerosol types, black carbon aerosols have greater impact because of the high absorption of solar radiation. Hence it is essential that measurements of black carbon aerosols from ground, aircraft and space are necessary to answer crucial questions related to the impact of black carbon on climate. Several studies have suggested that aerosols may modify global warming by changing the planetary albedo, but the magnitude of the impact of aerosol on climate is still uncertain says IPCC 2007. 
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