Venus
It is the ultimate goal of the A.L.P.O. Venus Section to attempt to assemble a completely homogeneous mass of accurate, reliable observational data collected over many apparitions, permitting an exhaustive statistical analysis. It is hoped that we might derive enough from painstaking observations and analysis to help provide some answers to questions that continue to perplex us about Venus.
   Venus Blog
Venus Discontinuity Imaged
8/7/2024

We have a sighting of Venus’ Atmospheric Discontinuity in an IR (820-920 nm) observation of Venus taken by ALPO member Luigi Morrone captured on July 17th. As seen in his image below, the atmospheric rift appears as a “gouge” in the cloud deck.

 This is a wonderful example of how amateur observers can continue to contribute to scientific investigation of our Solar System. As noted in an article in Sky & Telescope, “The quality and precision of the instrumentation available to amateur astronomers has improved markedly in recent years. They are now able to make really important contributions to the study of planetary bodies in our solar system that seriously complement what the professionals can do.”

We encourage all Venus section members to try to image the planet in IR to see if they can record the presence of this enigma in the planet’s atmosphere. All observations, whether including the discontinuity or not, should be sent to the section coordinator at venus@alpo-astronomy.org . Please follow the guidelines when submitting images.

Congratulations Luigi, job well done!


View all Venus Section Blogs
   Venus News Headlines
Venus Discontinuity Spotted Again
8/1/2024

Newsweek logoThe Venus Cloud Discontinuity, first reported in 2016, has been captured again by ALPO member Luigi Morrone in recent images as the planet emerged from superior conjunction. Scientists are not sure why this unique atmospheric wall formed and continue to study it to learn more. Congratulations to Luigi for imaging the rift and underscoring how amateur astronomers still contribute to scientific investigation.


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Oxygen Uncovered in Venus' Atmosphere
11/8/2023

 German scientists using data obtained from NASA's Stratospheric Observatory for Infrared Astronomy (SOFIA) have detected molecular oxygen on our sister planet. While observed before on the nightside of Venus this marks the first time it has been detected in the day-lit regions as well. 


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Venus' Atmosphere Hinders Tidal Lock
4/25/2022

A new study in Nature Astronomy links the heavy Venusian atmosphere as a reason why the planet, although a slow rotator at 243 days, has not gone the way of Mercury and become tidally locked with one side perpetually facing the Sun.

 


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More Venus News Headlines
   Event Calendar

Jan 10, 2025
Venus at greatest eastern elongation

Jan 11, 2025
Venus at dichotomy

Feb 02, 2025
Venus at highest altitude in evening sky


Full Venus Section Calendar