Orionids Meteor Shower 2014: Peak Dates, Times, Where to Look

Orionids Meteor Shower 2014: Peak Dates, Times, Where to Look
An astronomer observes the night sky for Orionid Meteors as uses a laser pointer to show a radiate at an observatory near the village of Avren east of the Bulgarian capital Sofia, Tuesday, Oct. 20, 2009. The annual Orionid meteor shower is promising to put on a dazzling sky show. The Orionid meteor shower occur each year as a result of Earth passing through dust released by Halley's Comet. The point from where the Orionid meteors appear to radiate is located within the constellation Orion. AP Photo/Petar Petrov
Zachary Stieber
Zachary Stieber
Senior Reporter
|Updated:

The Orionids Meteor Shower is set to peak soon after starting last month.

The shower, which has meteors from Halley’s comet, is slated to peak on the morning of Tuesday, October 21. It will also be highly visible on Wednesday morning.

“Every year in mid-to-late October, Earth passes through a stream of dusty debris from Comet Halley, and the pre-dawn sky can light up with a pretty display of shooting stars,” explained NASA.

The conditions on Monday night and Tuesday morning should be ideal because there won’t be any moon. Astronomers expect about 20 meteors per hour--which is nothing special, but with clear skies should be a sight to see.

“The Orionid meteor shower is not the strongest, but it is one of the most beautiful showers of the year,” said Bill Cooke, the head of NASA’s Meteoroid Environment Office, in the space agency’s article about the shower.

The Orionids, named because the meteors streak out of the constellation Orion, is framed by some of the brightest stars in the sky, such as Sirius.

Orionid meteors fly out of a radiant near the shoulder of Orion, the Hunter. In this sky map, the radiant is denoted by a red dot. Although the meteors emerge from a single point, they can appear anywhere in the sky. (Dr. Tony Phillips/NASA)
Orionid meteors fly out of a radiant near the shoulder of Orion, the Hunter. In this sky map, the radiant is denoted by a red dot. Although the meteors emerge from a single point, they can appear anywhere in the sky. Dr. Tony Phillips/NASA
Zachary Stieber
Zachary Stieber
Senior Reporter
Zachary Stieber is a senior reporter for The Epoch Times based in Maryland. He covers U.S. and world news. Contact Zachary at [email protected]
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