Catch the Spectacular View: Mars Aligns with a Slender Crescent Moon at Sunset Tonight!

On August 26, keep an eye on the western horizon. You’ll see a thin crescent moon and the red-orange glow of Mars. They’ll be nestled among the stars of Virgo.

Mars will appear less than 10 degrees above the horizon at sunset. The moon, only 11% lit, will be just under 6 degrees to the lower left of Mars. A helpful tip: your clenched fist at arm’s length covers about 10 degrees in the sky, while three fingers together span about 5 degrees.

To catch this rare sight, find a good spot with a clear view of the horizon. The moon and Mars will dip below the skyline about an hour after sunset.

If you have binoculars handy, you can catch a glimpse of Mare Crisium, a dark oval on the moon’s surface, and Mare Fecunditatis below it. These ancient lava plains add an element of beauty to your evening skywatch.

As you look up, don’t miss Spica, the brightest star in Virgo, sparkling to the upper left of the moon. The star Porrima will sit about three degrees to the upper right of Mars.

By the next night, the moon will have moved away from Mars, journeying towards Antares, a prominent star in Scorpius, as it approaches the first quarter phase on August 31. This shifting dance of celestial bodies is a reminder of the ever-changing night sky.

A recent survey conducted by the American Astronomical Society shows that interest in stargazing and astronomy has surged, particularly during the pandemic. Many people turned to the night sky for solace, and this trend looks set to continue into 2025.

For those wanting a closer look at these celestial wonders, consider investing in a good telescope. The Celestron NexStar 8SE is popular among enthusiasts for its detailed imagery, although it comes at a premium price.

Happy stargazing! If you’re capturing pictures of the moon and Mars, feel free to share them with the community. It’s a great way to connect with others who share your passion for astronomy.

For more on the mechanics of lunar and planetary movements, check out NASA’s educational resources here.

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