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There are still many mysteries in the universe, and the Butides meteor shower is one of them. The next meteor shower occurs during the last week of June and the first few days of July, and will likely be one of the weakest or strongest meteor showers of the year. How does that work for non-conformists?
The Potids meteor shower officially runs from June 22 to July 2, peaking on the evening of June 26 and morning of June 27. Its 10-day shower period is among the shortest known meteor showers.
The Bootids are also the most unpredictable meteor shower of the year in terms of the number of visible meteors they can produce. It is not very active during most years and produces approximately one or two meteors per hour during its peak. However, meteors are known to have random outbursts, during which they produce as many meteors as larger meteor showers.
The last such event was in 2004, and other major years include 1998, 1927, 1921 and 1916. The 1998 Butides meteor shower is legendary, with reports of 100 meteors per hour. This number is equivalent to the number of Perseid meteors, which are arguably the most famous meteor shower of the year, in addition to other active showers such as the Geminids and Quadrantids.
Since science has not yet figured out how to reliably predict these eruptions, any year could be the next big one.
The constellation Boötes will be high in the southern sky just after sunset on June 26.
All meteor showers take their name from the constellation in which they appear to originate, the point known as the radiant. For Bootids, this is the constellation Boötes.
Boötes is located high in the southern sky and will be visible immediately after sunset on June 26. It will be visible throughout the night, dipping into the western sky throughout the night before settling on the western horizon before sunrise. If you’re having trouble finding it, a night sky map like Stellarium or Time and date can help you find it.
Follow standard tips for seeing any meteor shower. You want to stay away from the city and suburbs to reduce noise pollution. (The June Moon will be nearly 90% full on June 26, which means you can’t escape all the light pollution.)
It’s all easy from there. Settle in a comfortable location, do not use bright lights, and avoid magnifying tools such as binoculars and telescopes, as they obstruct your view and may cause you to miss the meteor.
Your guess is as good as anyone else’s. The Potids meteor shower typically produces one or two meteors per hour.
However, these meteors are known to be slow, bright and long-lasting, so the few that are likely to appear should be pretty easy to spot, even with the nearly full moon in June.
But previous explosions of up to 100 meteors per hour took astronomers Completely caught off guard. anything could happen.
Each meteor shower has a parent body, such as a comet or asteroid, that leaves behind a trail of dust and debris. The Earth moves through these trails of dust and debris, which then enter the atmosphere and produce meteor showers.
Most comets and asteroids leave a fairly consistent trail, resulting in fairly consistent meteor showers. You can count on the Perseids to put on a decent show almost every year.
The Bootids meteor shower is just like the rest. The original comet is called 7P/Pons-Winnecke, which orbits the Sun every 6.3 years and is strongly influenced by Jupiter’s gravity.
The difference is that the 7P/Pons-Winnecke leaves an irregular and uneven trail of debris. When Earth moves along this path, it may pass through a weaker portion, producing only a handful of meteors, or through a stronger portion, producing dozens or more per hour. There’s no way to know for sure, you just have to stay awake and see for yourself.