04-21-2012, 07:05 AM
From the Star/Advertiser via the Chicago Tribune by Andy Grimm;
CHICAGO >> Tonight promises to be a great night to be outdoors, if you’re a stargazer.
Tonight to early Sunday morning will be prime time to observe the Lyrids, Earth’s annual April shower of meteoroids from the tail of Comet Thatcher.
Most years, the Lyrids arrival rates solidly on the B-list of dates on the celestial calendar, but this spring the earth will sweep through the cloud of space dust during a new moon — meaning extra-dark skies will throw the shooting stars into sharper relief, said Mark Hammergren, an astronomer at Adler Planetarium in Chicago.
“Conditions are particularly nice for the Lyrids this year, so as long as people are away from city lights. They should be a good show if people are patient,” Hammergren said.
Those looking skyward tonight should see 10 to 20 “shooting stars” per hour, provided they’re looking in the right direction. Lyrids will appear to stream from the northeast, streaking from the constellation Lyra, moving toward straight overhead as sunrise nears.
CHICAGO >> Tonight promises to be a great night to be outdoors, if you’re a stargazer.
Tonight to early Sunday morning will be prime time to observe the Lyrids, Earth’s annual April shower of meteoroids from the tail of Comet Thatcher.
Most years, the Lyrids arrival rates solidly on the B-list of dates on the celestial calendar, but this spring the earth will sweep through the cloud of space dust during a new moon — meaning extra-dark skies will throw the shooting stars into sharper relief, said Mark Hammergren, an astronomer at Adler Planetarium in Chicago.
“Conditions are particularly nice for the Lyrids this year, so as long as people are away from city lights. They should be a good show if people are patient,” Hammergren said.
Those looking skyward tonight should see 10 to 20 “shooting stars” per hour, provided they’re looking in the right direction. Lyrids will appear to stream from the northeast, streaking from the constellation Lyra, moving toward straight overhead as sunrise nears.