![]() The next time North America will be treated to the sight of Mars disappearing behind the Moon will be on the evening of January 13, 2025, two days before opposition. The most recent opposition was in October 2020 and the next one will be in January 2025. Mars oppositions occur at roughly 26-month intervals, when Earth catches up to the Red Planet as they circle the Sun. “The sight of the Red Planet skimming below the lunar disk will be an unforgettable experience nevertheless.” “If you’re outside this occultation zone, don’t despair,” says Diana Hannikainen, Observing Editor at Sky & Telescope. For North America, the occultation takes place in the convenient evening hours of December 7th. Much of North America, northern Mexico, most of Europe, and northern Africa will be privy to this spectacle, provided skies are clear, of course. On opposition night, viewers across large swaths of the globe will see the full Moon glide in front of Mars, in what is known as an occultation. Mars and Earth were closest on the night of November 30–December 1 when they were separated by 81.5 million kilometers (50.6 million miles).īut that’s not all. Opposition and closest approach to Earth, however, are offset by several days due to the relative shape and orientation of each planet’s orbit. The planet is at its brightest, rising as the Sun sets and setting as the Sun rises. On that date, Earth is situated directly between Mars and the Sun. On the night of December 7–8, Mars will be at opposition - opposite the Sun’s position in the sky. Note to Editors/Producers: This release is accompanied by high-quality graphics see the end of this release for the images and links to download. Kerry Hensley, Deputy Press Officer, American Astronomical Society Gary Seronik, Consulting Editor, Sky & Telescope The JavaScript Solar Eclipse Explorer is a similar web tool for determining the visibility of solar eclipses from any city.Diana Hannikainen, Observing Editor, Sky & Telescope ![]() More information is available on the how, what, when, where, and why of lunar eclipses at If an eclipse begins before midnight and ends after midnight, the latter phases occur on the following calendar date.įor more information about the local circumstances table, see Key to Javascript Lunar Eclipse Explorer.Īlthough the start and end times of penumbral phases are listed in the predictions below, they are only of academic interest.įor detailed descriptions, see Visual Appearance of Lunar Eclipses. The calendar date of an eclipse refers to the start time of the eclipse, even if the Moon is below the horizon at that time. ![]() Predicted events shown in gray occur below the horizon and can not be seen from the selected location.
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