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- W2149240122 abstract "Abstract A convective cloud feedback on extratropical surface temperatures is identified in a zonally averaged two‐level atmospheric model. The model contains simplified parametrizations for convection, precipitation, and clouds, and a long‐wave radiation scheme that explicitly depends on carbon dioxide, water vapour, and cloud fraction. The convective cloud feedback occurs if the extratropical surface temperature is increased enough to initiate strong atmospheric convection. This results in a change from low to high clouds and from negative to neutral or positive cloud radiative forcing, which further warms the surface and leads to more convection. This positive feedback activates as the CO 2 concentration is increased and leads to a climate solution with high boundary‐layer temperatures, convection at mid and high latitudes, and an Equator to Pole temperature difference that is reduced by 8–10 °C. The reduction in Equator to Pole temperature difference is due to changes in high‐latitude local heat balance and occurs despite decreased meridional heat transport. The convective cloud feedback also leads to multiple equilibria and hysteresis with respect to CO 2 and other model variables, although these results may be due to the simplicity of the model. The possible connection of the behaviour of the model at high CO 2 with equable climates is considered. Copyright © 2008 Royal Meteorological Society" @default.
- W2149240122 created "2016-06-24" @default.
- W2149240122 creator A5001086799 @default.
- W2149240122 creator A5031756901 @default.
- W2149240122 date "2008-01-01" @default.
- W2149240122 modified "2023-10-18" @default.
- W2149240122 title "A high-latitude convective cloud feedback and equable climates" @default.
- W2149240122 cites W1531643369 @default.
- W2149240122 cites W1532048909 @default.
- W2149240122 cites W1625564542 @default.
- W2149240122 cites W1625595678 @default.
- W2149240122 cites W1965120362 @default.
- W2149240122 cites W1966436462 @default.
- W2149240122 cites W1974537329 @default.
- W2149240122 cites W1975257856 @default.
- W2149240122 cites W1980460790 @default.
- W2149240122 cites W1982297907 @default.
- W2149240122 cites W1983794578 @default.
- W2149240122 cites W1984138212 @default.
- W2149240122 cites W1989279896 @default.
- W2149240122 cites W1989790045 @default.
- W2149240122 cites W1990336316 @default.
- W2149240122 cites W1997110993 @default.
- W2149240122 cites W1998026109 @default.
- W2149240122 cites W1998079779 @default.
- W2149240122 cites W1999082922 @default.
- W2149240122 cites W1999120548 @default.
- W2149240122 cites W1999809323 @default.
- W2149240122 cites W2000987590 @default.
- W2149240122 cites W2001527688 @default.
- W2149240122 cites W2011913903 @default.
- W2149240122 cites W2013682255 @default.
- W2149240122 cites W2014900036 @default.
- W2149240122 cites W2016975869 @default.
- W2149240122 cites W2023757783 @default.
- W2149240122 cites W2024985671 @default.
- W2149240122 cites W2026529675 @default.
- W2149240122 cites W2027357934 @default.
- W2149240122 cites W2029243935 @default.
- W2149240122 cites W2030477018 @default.
- W2149240122 cites W2031894925 @default.
- W2149240122 cites W2034229949 @default.
- W2149240122 cites W2035221792 @default.
- W2149240122 cites W2046516132 @default.
- W2149240122 cites W2046803596 @default.
- W2149240122 cites W2047114993 @default.
- W2149240122 cites W2048163408 @default.
- W2149240122 cites W2052626216 @default.
- W2149240122 cites W2053811834 @default.
- W2149240122 cites W2056542719 @default.
- W2149240122 cites W2059471972 @default.
- W2149240122 cites W2067029198 @default.
- W2149240122 cites W2070538484 @default.
- W2149240122 cites W2070940534 @default.
- W2149240122 cites W2074855313 @default.
- W2149240122 cites W2076848415 @default.
- W2149240122 cites W2077657656 @default.
- W2149240122 cites W2090368717 @default.
- W2149240122 cites W2092060384 @default.
- W2149240122 cites W2097052086 @default.
- W2149240122 cites W2102256082 @default.
- W2149240122 cites W2103317574 @default.
- W2149240122 cites W2115575384 @default.
- W2149240122 cites W2116585697 @default.
- W2149240122 cites W2118222708 @default.
- W2149240122 cites W2120560331 @default.
- W2149240122 cites W2123170883 @default.
- W2149240122 cites W2123445693 @default.
- W2149240122 cites W2126248410 @default.
- W2149240122 cites W2127219140 @default.
- W2149240122 cites W2128144169 @default.
- W2149240122 cites W2133734728 @default.
- W2149240122 cites W2138613856 @default.
- W2149240122 cites W2140571170 @default.
- W2149240122 cites W2140768188 @default.
- W2149240122 cites W2148592335 @default.
- W2149240122 cites W2151424030 @default.
- W2149240122 cites W2163679184 @default.
- W2149240122 cites W2169518437 @default.
- W2149240122 cites W2171238484 @default.
- W2149240122 cites W2177506136 @default.
- W2149240122 cites W2178510421 @default.
- W2149240122 cites W4210975811 @default.
- W2149240122 cites W4242800481 @default.
- W2149240122 doi "https://doi.org/10.1002/qj.211" @default.
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