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• W3102445917 endingPage "3672" @default.
• W3102445917 startingPage "3652" @default.
• W3102445917 abstract "The giant planet atmospheres exhibit alternating prograde (eastward) and retrograde (westward) jets of different speeds and widths, with an equatorial jet that is prograde on Jupiter and Saturn and retrograde on Uranus and Neptune. The jets are variously thought to be driven by differential radiative heating of the upper atmosphere or by intrinsic heat fluxes emanating from the deep interior. But existing models cannot account for the different flow configurations on the giant planets in an energetically consistent manner. Here a three-dimensional general circulation model is used to show that the different flow configurations can be reproduced by mechanisms universal across the giant planets if differences in their radiative heating and intrinsic heat fluxes are taken into account. Whether the equatorial jet is prograde or retrograde depends on whether the deep intrinsic heat fluxes are strong enough that convection penetrates into the upper troposphere and generates strong equatorial Rossby waves there. Prograde equatorial jets result if convective Rossby wave generation is strong and low-latitude angular momentum flux divergence owing to baroclinic eddies generated off the equator is sufficiently weak (Jupiter and Saturn). Retrograde equatorial jets result if either convective Rossby wave generation is weak or absent (Uranus) or low-latitude angular momentum flux divergence owing to baroclinic eddies is sufficiently strong (Neptune). The different speeds and widths of the off-equatorial jets depend, among other factors, on the differential radiative heating of the atmosphere and the altitude of the jets, which are vertically sheared. The simulations have closed energy and angular momentum balances that are consistent with observations of the giant planets." @default.
• W3102445917 created "2020-11-23" @default.
• W3102445917 creator A5008191957 @default.
• W3102445917 creator A5027937412 @default.
• W3102445917 date "2010-11-01" @default.
• W3102445917 modified "2023-09-30" @default.
• W3102445917 title "Mechanisms of Jet Formation on the Giant Planets" @default.
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• W3102445917 cites W1496408143 @default.
• W3102445917 cites W1498891724 @default.
• W3102445917 cites W1974545438 @default.
• W3102445917 cites W1978323643 @default.
• W3102445917 cites W1984043362 @default.
• W3102445917 cites W1984608767 @default.
• W3102445917 cites W1984695169 @default.
• W3102445917 cites W1984727491 @default.
• W3102445917 cites W1985991391 @default.
• W3102445917 cites W1986371010 @default.
• W3102445917 cites W1987383553 @default.
• W3102445917 cites W1989170017 @default.
• W3102445917 cites W1995380091 @default.
• W3102445917 cites W1997110993 @default.
• W3102445917 cites W1998116812 @default.
• W3102445917 cites W2000235564 @default.
• W3102445917 cites W2004393068 @default.
• W3102445917 cites W2004731089 @default.
• W3102445917 cites W2008102845 @default.
• W3102445917 cites W2008642300 @default.
• W3102445917 cites W2014203933 @default.
• W3102445917 cites W2015119684 @default.
• W3102445917 cites W2015949150 @default.
• W3102445917 cites W2016557460 @default.
• W3102445917 cites W2018072329 @default.
• W3102445917 cites W2018361649 @default.
• W3102445917 cites W2022690347 @default.
• W3102445917 cites W2024254895 @default.
• W3102445917 cites W2024707137 @default.
• W3102445917 cites W2028610800 @default.
• W3102445917 cites W2030836652 @default.
• W3102445917 cites W2031442685 @default.
• W3102445917 cites W2032197126 @default.
• W3102445917 cites W2038770131 @default.
• W3102445917 cites W2045108849 @default.
• W3102445917 cites W2054650627 @default.
• W3102445917 cites W2060803045 @default.
• W3102445917 cites W2061350806 @default.
• W3102445917 cites W2062411631 @default.
• W3102445917 cites W2064273052 @default.
• W3102445917 cites W2068085313 @default.
• W3102445917 cites W2068308515 @default.
• W3102445917 cites W2068936519 @default.
• W3102445917 cites W2074802867 @default.
• W3102445917 cites W2076420370 @default.
• W3102445917 cites W2077550432 @default.
• W3102445917 cites W2078381802 @default.
• W3102445917 cites W2080855305 @default.
• W3102445917 cites W2081505471 @default.
• W3102445917 cites W2086044846 @default.
• W3102445917 cites W2087339719 @default.
• W3102445917 cites W2087562768 @default.
• W3102445917 cites W2087943296 @default.
• W3102445917 cites W2095015809 @default.
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• W3102445917 cites W2127219140 @default.
• W3102445917 cites W2127427111 @default.
• W3102445917 cites W2131498052 @default.
• W3102445917 cites W2133406560 @default.
• W3102445917 cites W2142730839 @default.
• W3102445917 cites W2153609422 @default.
• W3102445917 cites W2162315233 @default.
• W3102445917 cites W2163515895 @default.
• W3102445917 cites W2166049181 @default.
• W3102445917 cites W2168895689 @default.
• W3102445917 cites W2171189216 @default.
• W3102445917 cites W2172564770 @default.
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• W3102445917 doi "https://doi.org/10.1175/2010jas3492.1" @default.
• W3102445917 hasPublicationYear "2010" @default.
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