Abstract
Altering the rotation rate, obliquity and diurnal period of an Earth-like model atmosphere produces a wide range of circulation forms, some of which resemble those observed on Venus, Mars, Jupiter, Saturn and (perhaps) on Uranus and Neptune. These unified solutions suggest: that Jupiter and Saturn resemble a larger, faster-spinning Earth and possess a stress-bearing or momentum-exchanging sublayer-, that easterly winds prevail in Uranus' summer hemisphere; and that Venus resembles a slowly rotating Earth if diurnal heating variations are included.
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Williams, G., Holloway, J. The range and unity of planetary circulations. Nature 297, 295–299 (1982). https://doi.org/10.1038/297295a0
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DOI: https://doi.org/10.1038/297295a0
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