Heyyyy y’all so here’s todays readings!!! What does a conjunction with the Moon mean?
In astronomy, a conjunction is an apparent event that occurs when two or more space objects are visible very close to each other. In general, conjunctions take place between the Moon and planets (Venus, Mercury, Mars, Jupiter, or Saturn).
Obviously, planets don’t get closer to the Moon in space — it would indeed cause a significant impact on the Solar System. The space objects only seem to be close in the sky for the observers from the Earth.
How to see a Moon-planet conjunction?
Here is what you need to know in advance:
Space objects rise and set time for your location. There is a possibility that an object will rise above the horizon during the daytime, so you won’t be able to see it at all.
The Moon phase. The fully illuminated lunar disk is, without doubt, an exciting view, but it also hides some relatively faint objects that are close to it.
The space objects’ trajectory across the sky. It will help you to visualize the future movement of space objects.
Remember that depending on your timezone, you might miss the exact moment of conjunction, but you still have a chance to catch a planet close to the Moon. Use our stargazing apps to quickly learn all the necessary information, like an object’s set and rise times or the Moon phase. Track the space objects’ path across the sky over time to predict their position for your location or find out the name of any bright dot above your head.
March conjunctions
March 7: Close approach of the Moon and Uranus
On March 7, at 06:46 GMT (1:46 a.m. EST), the Moon and Uranus will pass within a mere 46.3' of each other.
The distance is still too far to spot both space objects at once through a telescope lens. Observers armed with a pair of binoculars are more likely to see the Moon (magnitude -10.9) and Uranus (magnitude 5.8) together in the constellation Aries.
March 7: Lunar occultation of Uranus
At the same time, the Moon will pass in front of Uranus as seen from the Earth, creating a lunar occultation of the planet. However, this event will not be visible from most parts of the Earth. The disappearance of Uranus can only be observed from some islands surrounding New Zealand. The reappearance of Uranus might be seen by observers from the eastern part of Australia, New Zealand, and a small part of Antarctica. The rest of the world will see only the close approach mentioned above.
March 28: Moon-Mars conjunction
On March 28, 2022, the Moon will be in the waning crescent phase with only about 15% of its surface illuminated. This means observers might get a better view of the stars and planets surrounding it, especially in the early morning as the planets rise above the horizon.
For example, on this day at 02:54 GMT (March 27, 9:54 p.m. EST), you might spot the Moon and Mars in the constellation Capricornus passing very close to each other, within 4°12'. Mars will have a magnitude of 1.1 – bright enough to be seen with the unaided eye.
March 28: Moon-Venus conjunction
On the same day, at 09:50 GMT (4:50 a.m EST), the Moon will meet Venus. The conjunction will be out of the scope for telescopes and binoculars: the Moon will pass 6°40' to the south of Venus, which is too far to fit within the field of view of the optical devices. However, Venus will shine at a magnitude of -4.3, so both celestial bodies lying in the constellation Capricornus will be perfectly visible in the dawn sky for the naked eye.
March 28: Moon-Saturn conjunction
The third conjunction on this day will occur at 11:43 GMT (6:43 a.m. EST) as the Moon will be passing 4°25' to the south of Saturn. The planet will have a magnitude of 0.7, which might seem a little dim, but it’ll still be visible through binoculars.
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