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ing gibbous moon will be in the sky during the peak hours for watching meteors. But you might see some of the brighter meteors, even in moonlight.
• The Quadrantid meteor shower is capable of matching the meteor rates of the better known August Perseid and December Geminid showers. It has been known to produce up to 50-100 or more meteors per hour in a dark sky. This shower favors the Northern Hemisphere. That's because its radiant point - the point in the sky from which the meteors appear to radiate - is far to the north on the sky's dome.
• So why isn't the Quadrantid shower as celebrated as the Perseid and Geminid showers? It's because the Quadrantid shower has a narrow peak that lasts for only a few hours. If you miss the peak - which is easy to do - this otherwise tepid shower is sure to disappoint.
• If you're thinking of watching the Quadrantids, go right ahead. Meteor shower peaks are rarely certain, and sometimes a gamble on a shower will reward you with a good show. Just be aware you might not see a whole lot of meteors! No matter where you are in the Northern Hemisphere, the best time to watch is between midnight and dawn, local time. Unfortunately, the waning gibbous moon will rise at about the time that the shower's radiant is coming up. Afterwards, the moon will shine for the rest of the night.
• The Quadrantid shower is named after the defunct 19th century constellation Quadrans Muralis. If you trace the paths of the Quandrantids backward, they appear to radiate from a point where this constellation once reigned in the sky. If you wish, (Continued on page 10)
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