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This article is written in British English with Oxford spelling (colour, realize, organization, analyse; note that -ize is used instead of -ise) and some terms that are used in it may be different or absent from other varieties of English. According to the relevant style guide, this should not be changed without broad consensus.

Venus is a featured article; it (or a previous version of it) has been identified as one of the best articles produced by the Wikipedia community. Even so, if you can update or improve it, please do so.

Venus is part of the Solar System series, a featured topic. This is identified as among the best series of articles produced by the Wikipedia community. If you can update or improve it, please do so.

This article appeared on Wikipedia's Main Page as Today's featured article on March 28, 2005.

Article milestones
Date	Process	Result
November 11, 2004	Featured article candidate	Promoted
May 10, 2006	Featured article review	Demoted
June 16, 2006	Featured article candidate	Promoted
October 15, 2006	Featured topic candidate	Promoted
January 8, 2008	Featured article review	Kept
August 27, 2008	Featured topic candidate	Not promoted
June 26, 2016	Featured article review	Kept
June 13, 2021	Featured topic removal candidate	Demoted
June 20, 2022	Featured topic candidate	Promoted
A news item involving this article was featured on Wikipedia's Main Page in the "In the news" column on September 15, 2020.
Current status: Featured article

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On 24 August 2023, it was proposed that this article be moved from Venus to Venus (planet). The result of the discussion was Not moved.

This page is not a forum for general discussion about Venus. Any such comments may be removed or refactored. Please limit discussion to improvement of this article. You may wish to ask factual questions about Venus at the Reference desk.

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Presence of Phosphine on Venus

The statement "By late October 2020, re-analysis of data with a proper subtraction of background did not result in the detection of phosphine" seems to have now itself been rendered outdated by the original team^[1] who has now found a smaller amount of phosphine but still seems to have found phosphine none the less. Maybe amending this section to say the status of phosphine is still uncertain considering the multiple contradictory analyses of the atmosphere are now available. — Preceding unsigned comment added by Dmesco17 (talk • contribs)

References

^ Greaves, Jane. "Re-analysis of Phosphine in Venus' Clouds". arXiv. Retrieved 16 Nov 2020.

Clarification on atmospheric influence on Venus' rotation

Hello, I would like to point out a possible innacuracy in the introduction, paragraph 2:

   “The rotation of Venus has been slowed and turned against its orbital direction (retrograde) by the currents and drag of its atmosphere.”

After reviewing the cited source [23] "Atmospheric dynamics of a near tidally locked Earth-sized planet" (Nature Astronomy, 2022), it appears that the paper discusses atmospheric torque influencing Venus' rotation rate, but does not state that the atmosphere reversed the planet’s spin direction.

To my knowledge, current scientific consensus attributes the retrograde rotation to a combination of early impacts, tidal interactions, and possibly atmospheric effects — but not atmospheric drag alone.

I would like to propose the following revision for improved accuracy:

   “Venus' rotation has been influenced by the drag of its dense atmosphere, which slows its rotation and prevents tidal locking with the Sun. The planet's retrograde rotation is thought to result from a combination of atmospheric dynamics, tidal interactions, and early impacts.”

Reference: The four final rotation states of Venus

--Crok29 (talk) 17:09, 19 April 2025 (UTC)[reply]

[1] Greaves, Jane. "Re-analysis of Phosphine in Venus' Clouds". arXiv. Retrieved 16 Nov 2020.

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