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Alejandra Velazquez-Garcia, Chenjie Yu, Sarah Tinorua, Hichem Bouzidi et autres
Abstract. Brown carbon (BrC) absorbs solar radiation, thereby partially offsetting the cooling effect of aerosols on the climate. However, its contribution to climate forcing remains poorly constrained and is currently not explicitly included in the overall radiative forcing estimates of the IPCC. …
fr, de, it, us, fi (code pays fourni par la source)
Alejandra Velazquez-Garcia, Chenjie Yu, Sarah Tinorua, Hichem Bouzidi et autres
Abstract. Brown carbon (BrC) absorbs solar radiation, thereby partially offsetting the cooling effect of aerosols on the climate. However, its contribution to climate forcing remains poorly constrained and is currently not explicitly included in the overall radiative forcing estimates of the IPCC. …
fr, de, it, us, fi (code pays fourni par la source)
Alejandra Velazquez-Garcia, Chenjie Yu, Sarah Tinorua, Hichem Bouzidi et autres
Abstract. Brown carbon (BrC) absorbs solar radiation, thereby partially offsetting the cooling effect of aerosols on the climate. However, its contribution to climate forcing remains poorly constrained and is currently not explicitly included in the overall radiative forcing estimates of the IPCC. …
fr, de, it, us, fi (code pays fourni par la source)
Chenjie Yu, Ludovico Di Antonio, Peter F. DeCarlo, Benjamin A. Nault et autres
Abstract. Aerosols play a critical role in Earth’s climate, but substantial evolution in their physicochemical properties after emission introduces uncertainties in predicting their climate impacts. Observational constraints on how aging modifies aerosol properties remain limited. Here, we investigate the effects of ~2–6 …
fr, us, it, ch, fi, gb (code pays fourni par la source)
Chenjie Yu, Ludovico Di Antonio, Peter F. DeCarlo, Benjamin A. Nault et autres
Abstract. Aerosols play a critical role in Earth’s climate, but substantial evolution in their physicochemical properties after emission introduces uncertainties in predicting their climate impacts. Observational constraints on how aging modifies aerosol properties remain limited. Here, we investigate the effects of ~2–6 …
fr, us, it, ch, fi, gb (code pays fourni par la source)
Chenjie Yu, Ludovico Di Antonio, Peter F. DeCarlo, Benjamin A. Nault et autres
Abstract. Aerosols play a critical role in Earth’s climate, but substantial evolution in their physicochemical properties after emission introduces uncertainties in predicting their climate impacts. Observational constraints on how aging modifies aerosol properties remain limited. Here, we investigate the effects of ~2–6 …
fr, us, it, ch, fi, gb (code pays fourni par la source)
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