Advertisement A Snow Moon, lunar eclipse and comet are all expected on Friday You won't want to miss this incredibly rare stargazing opportunity Share Shares Copy Link Copy

Stargazers are in for a treat later this week, as three celestial events are set to take place on the same day. A full Snow Moon, a lunar eclipse and a passing comet should all be visible from Earth on the evening of Friday, February 10th. Here's what they are and when to spot them. Snow Moon Snow Moon is the name given to February's full moon, since the heaviest snow often falls during this month. It is also known as the Hunger Moon, as traditionally it was difficult for hunters to find food at this time. The moon is due to rise at 5:18 p.m. EST on Friday before it sets 6:33 a.m., which means there's plenty of time to look up and see this spectacle. Lunar eclipse The first of two lunar eclipses will be visible from Europe, most of Asia, Africa and most of North America on Friday night. It is known as a penumbral eclipse as the full moon will pass into the Earth's faint penumbral shadow. According to Sky and Telescope, the outer part of Earth's penumbra is so pale that you can't detect it, so viewers won't see anything happening until the Moon's edge has slid at least halfway in. This is expected to happen about 90 minutes before mid-eclipse, at 7:44 p.m. EST on February 10, before it ends at 9:55 p.m. New Year Comet The New Year comet began its journey across northern hemisphere skies at the end of last year, but it's set to reach its closest point to Earth in the early hours of February 11. Named after the astronomers who discovered it in 1948, 45P/Honda–Mrkos–Pajdušáková is a mass of rock, dust and ice that should be visible to the naked eye as a small, fuzzy ball just before sunrise. This periodic comet can be seen from Earth every five and a quarter years, and according to the British Astronomical Association, it "finally rises to a respectable altitude in the morning sky by early February" as it moves north this month. It's recommended that a telescope is used for the best chance of seeing its blue-green glow.