The Delta Aquariid meteor shower is set to illuminate the skies soon, offering skywatchers a chance to witness shooting stars. While not the most abundant meteor shower, this year’s Delta Aquariids peak under optimal conditions. Running from July 18 to Aug. 21, with the peak on the night of July 29-30, this shower is known for its slow-moving shooting stars, making them easier to observe.
To catch the best view of the Delta Aquariids, it is essential to look for meteors when the moon is not out, ensuring a dark sky for better visibility. The full Buck Moon on July 21 will precede the peak, with the moon gradually rising later each night, reaching its last-quarter phase by July 28. This timing makes the hour before and after midnight ideal for observing the Delta Aquariids in the Northern Hemisphere.
Named after the constellation Aquarius, where the shooting stars appear to originate, the Delta Aquariids are best seen from the Southern Hemisphere due to their position in the southern sky. These shooting stars are caused by small rocky particles entering Earth’s atmosphere, heating up, and creating streaks of light. The Delta Aquariid meteor shower is a result of dust and debris left behind by a group of comets known as 96P/Machholz, with an expected rate of up to 20 meteors per hour at its peak.
Coinciding with the Delta Aquariids is the popular Perseid meteor shower, running from July 14 to Sept. 1 and peaking on Aug. 12. Both showers offer a spectacle best enjoyed with the naked eye, making summer a perfect time to explore the night sky with binoculars or a telescope. Alongside these meteor showers, a variety of planets, supermoons, and comets are also visible, adding to the celestial show.
For more captivating discoveries and insights delivered straight to your inbox, stay informed with the latest updates. Jamie Carter, a respected journalist and astronomy enthusiast, shares his expertise on a range of platforms, including Space.com, TechRadar.com, and BBC Wildlife magazine. With a keen interest in stargazing and the natural world, Jamie’s contributions provide valuable perspectives for both beginners and seasoned observers alike.
