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• W2808155955 endingPage "8452" @default.
• W2808155955 startingPage "8439" @default.
• W2808155955 abstract "Abstract. Atmospheric aerosols and greenhouse gases affect cloud properties, radiative balance and, thus, the hydrological cycle. Observations show that precipitation has decreased in the Mediterranean since the beginning of the 20th century, and many studies have investigated possible mechanisms. So far, however, the effects of aerosol forcing on Mediterranean precipitation remain largely unknown. Here we compare the modeled dynamical response of Mediterranean precipitation to individual forcing agents in a set of global climate models (GCMs). Our analyses show that both greenhouse gases and aerosols can cause drying in the Mediterranean and that precipitation is more sensitive to black carbon (BC) forcing than to well-mixed greenhouse gases (WMGHGs) or sulfate aerosol. In addition to local heating, BC appears to reduce precipitation by causing an enhanced positive sea level pressure (SLP) pattern similar to the North Atlantic Oscillation–Arctic Oscillation, characterized by higher SLP at midlatitudes and lower SLP at high latitudes. WMGHGs cause a similar SLP change, and both are associated with a northward diversion of the jet stream and storm tracks, reducing precipitation in the Mediterranean while increasing precipitation in northern Europe. Though the applied forcings were much larger, if forcings are scaled to those of the historical period of 1901–2010, roughly one-third (31±17 %) of the precipitation decrease would be attributable to global BC forcing with the remainder largely attributable to WMGHGs, whereas global scattering sulfate aerosols would have negligible impacts. Aerosol–cloud interactions appear to have minimal impacts on Mediterranean precipitation in these models, at least in part because many simulations did not fully include such processes; these merit further study. The findings from this study suggest that future BC and WMGHG emissions may significantly affect regional water resources, agricultural practices, ecosystems and the economy in the Mediterranean region." @default.
• W2808155955 created "2018-06-21" @default.
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• W2808155955 date "2018-06-15" @default.
• W2808155955 modified "2023-10-09" @default.
• W2808155955 title "Dynamical response of Mediterranean precipitation to greenhouse gases and aerosols" @default.
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• W2808155955 cites W1910754480 @default.
• W2808155955 cites W1941426989 @default.
• W2808155955 cites W1968340782 @default.
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• W2808155955 cites W1985217958 @default.
• W2808155955 cites W1987000726 @default.
• W2808155955 cites W1990376608 @default.
• W2808155955 cites W1990701514 @default.
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• W2808155955 cites W2007076394 @default.
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• W2808155955 cites W2024966118 @default.
• W2808155955 cites W2026128738 @default.
• W2808155955 cites W2028999185 @default.
• W2808155955 cites W2040808833 @default.
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• W2808155955 cites W2052697879 @default.
• W2808155955 cites W2053581458 @default.
• W2808155955 cites W2055192091 @default.
• W2808155955 cites W2055220221 @default.
• W2808155955 cites W2068514784 @default.
• W2808155955 cites W2069220482 @default.
• W2808155955 cites W2070861616 @default.
• W2808155955 cites W2073806012 @default.
• W2808155955 cites W2074401196 @default.
• W2808155955 cites W2076011851 @default.
• W2808155955 cites W2078844631 @default.
• W2808155955 cites W2080553218 @default.
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• W2808155955 cites W2125634634 @default.
• W2808155955 cites W2127170577 @default.
• W2808155955 cites W2136704660 @default.
• W2808155955 cites W2139314206 @default.
• W2808155955 cites W2139494706 @default.
• W2808155955 cites W2148651398 @default.
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• W2808155955 doi "https://doi.org/10.5194/acp-18-8439-2018" @default.
• W2808155955 hasPublicationYear "2018" @default.
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