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• W1878361423 abstract "A standard atmospheric general circulation model is run in a uniformly-rotating global radiative-convective equilibrium configuration to explore the equilibrium state, including the statistics of its constituent tropical cyclones, and its sensitivity to horizontal resolution. The Community Atmosphere Model 5 (CAM5) is run at the conventional resolution of approximately 100 km grid spacing and a high-resolution of 25 km grid spacing globally. The setup uses an aquaplanet configuration with spatially-uniform, diurnally-varying insolation, uniform fixed sea surface temperatures and a uniform rotation rate equal to that at 10°N. The resulting state is one in which tropical cyclones fill the global domain, such that storm count and outer storm size covary strongly. At higher resolution, the storm inner core is more intense and compact but the size of the outer circulation decreases only marginally, and storm count increases in a manner consistent with this decrease in size. Furthermore, the size of the wind field and precipitation fields are highly correlated. A simple analytical model is found to robustly reproduce the radial structure of the broad outer storm circulation. Finally, the minimum central pressure is demonstrated to be an exclusive function of peak azimuthal-mean wind speed and outer storm size. Despite significant changes in the statistics of storm count, intensity, and structure, the mean environment, including the potential intensity, is nearly identical for both simulations. Results are compared with the non-rotating case from a prior study and a generalized conceptual framework for the interpretation of aggregation with or without rotation is proposed. This article is protected by copyright. All rights reserved." @default.
• W1878361423 created "2016-06-24" @default.
• W1878361423 creator A5002229589 @default.
• W1878361423 creator A5058729980 @default.
• W1878361423 date "2015-12-01" @default.
• W1878361423 modified "2023-10-03" @default.
• W1878361423 title "Uniformly rotating global radiative‐convective equilibrium in the Community Atmosphere Model, version 5" @default.
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• W1878361423 doi "https://doi.org/10.1002/2015ms000519" @default.
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