The sesonality of the atmospheric polar vortices on Venus compared to Earth, Mars, and Titan
The sesonality of the atmospheric polar vortices on Venus compared to Earth, Mars, and Titan
We use global climate models to study the seasonal variability of polar vortex strength across several planetary atmospheres. In particular, we show the presence of a "seasonal variability" induced by dynamics on Venus, a planet with negligible axial tilt, and compare with cases where the seasonality is a result of the obliquity of the planetary body.
Montabone, L.
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Mendonca, J.
cb29fe08-eb94-4fad-8eba-eac1c5de491b
Lebonnois, S.
1a1f9387-fb0c-411e-b729-16c5bf2ade62
Wilson, C. F.
165b0a0d-61c3-4c5c-b9ab-df589860bece
September 2013
Montabone, L.
02deab1b-3943-445c-85bc-7f7326851454
Mendonca, J.
cb29fe08-eb94-4fad-8eba-eac1c5de491b
Lebonnois, S.
1a1f9387-fb0c-411e-b729-16c5bf2ade62
Wilson, C. F.
165b0a0d-61c3-4c5c-b9ab-df589860bece
Montabone, L., Mendonca, J., Lebonnois, S. and Wilson, C. F.
(2013)
The sesonality of the atmospheric polar vortices on Venus compared to Earth, Mars, and Titan.
In EPSC Abstracts.
Copernicus GmbH..
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Abstract
We use global climate models to study the seasonal variability of polar vortex strength across several planetary atmospheres. In particular, we show the presence of a "seasonal variability" induced by dynamics on Venus, a planet with negligible axial tilt, and compare with cases where the seasonality is a result of the obliquity of the planetary body.
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Published date: September 2013
Venue - Dates:
European Planetary Science Congress 2013, , London, United Kingdom, 2013-09-08 - 2013-09-13
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Local EPrints ID: 496788
URI: http://eprints.soton.ac.uk/id/eprint/496788
PURE UUID: fc3007fb-746b-40e7-ad15-32c245615c6b
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Date deposited: 08 Jan 2025 05:26
Last modified: 10 Jan 2025 03:21
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Contributors
Author:
L. Montabone
Author:
J. Mendonca
Author:
S. Lebonnois
Author:
C. F. Wilson
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