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The Quadrantids, the first meteor shower of the New Year, has the potential to be one of the year's best – if the weather cooperates.
The Quadrantids (QUA) are a meteor shower that peaks in early January and whose radiant lies in the constellation Boötes.The zenithal hourly rate (ZHR) of this shower can be as high as that of two other reliably rich meteor showers, the Perseids in August and the Geminids in December, [4] yet Quadrantid meteors are not seen as often as those of the two other showers because the time frame of ...
The Quadrantid meteor shower peaks between Thursday, Jan. 2 and Friday, Jan. 3 this year. They are predicted to be the strongest on Jan. 3 at 12:45 p.m. ET, according to the American Meteor Society.
After the Quadrantids, there is a bit of a lull in meteor shower activity, and the next one won’t occur until April. Here are the remaining showers to anticipate and their peak dates in 2025 ...
This list of meteor streams and peak activity times is based on data from the International Meteor Organization while most of the parent body associations are from Gary W. Kronk book, Meteor Showers: A Descriptive Catalog, Enslow Publishers, New Jersey, ISBN 0-89490-071-4, and from Peter Jenniskens's book, "Meteor Showers and Their Parent ...
WASHINGTON (AP) — When the Quadrantid meteor shower peaks on Friday, it will be the year's first chance to see fireballs in the sky. A waning crescent moon means good visibility under clear and dark conditions. Most meteor showers are named for the constellations where they appear to originate from in the night sky. But the Quadrantids ...
Astronomy enthusiasts, brace yourselves for a dazzling display as the Quadrantids, the first meteor shower of 2025, light up the sky. The Quadrantids are unique among meteor showers as they ...
One estimate is a peak rate of over one hundred thousand meteors an hour, [8] but another, done as the storm abated, estimated more than two hundred thousand meteors during the 9 hours of the storm, [9] over the entire region of North America east of the Rocky Mountains. American Denison Olmsted (1791–1859) explained the event most accurately.