Teacher:In this task, you are given a text of many news articles seperated by special token "|||||". Your task is to summarize them.
Teacher: Now, understand the problem? Solve this instance: There's a new meteor shower coming this week. Maybe! 
  
 From midnight to dawn PDT on Saturday morning, Earth might pass through a stream of debris left in the wake of a comet hundreds of years ago. 
  
 The result could be a spectacular light show with as many as 200 meteors falling gracefully toward Earth per hour. Or, we might see nothing at all. 
  
 The maybe meteor shower has been dubbed the May Camelopardalids (Camel-Oh-par-dalids). 
  
 "For all our computer models and equipment, we astronomers are just like the average sky watcher in North America," said Bill Cooke, who heads up the NASA Marshall Space Flight Center's Meteoroid Environment Office. "We can't tell you what will happen." 
  
 Related story: NASA: On the lookout for a new meteor shower Science at NASA's video on the potential new meteor shower. Science at NASA's video on the potential new meteor shower. See more videos 
  
 Peter Jenniskens, the astronomer who first predicted the maybe meteor shower a decade ago, put it this way: "It's science. It's exploration." 
  
 Most meteor showers occur when Earth orbits through a trail of dust shed by a comet as it makes its own way around the sun. That dust burns up in our atmosphere, and causes what looks like shooting stars to streak across the sky. 
  
 In the case of this weekend's maybe meteor shower, the dust responsible for the meteors would have been shed hundreds of years ago by a relatively small periodic comet called 209P/LINEAR that was discovered in 2004. However, scientists don't know how much dust the comet left in its wake. 
  
 Today, the comet is only weakly active, which means it is not shedding much of anything as it orbits the sun. If it was similarly anemic 200 or 300 years ago, then we won't get much of a show. 
  
 "That is the big mystery," said Jenniskens. "We don't know what the comet was doing hundreds of years ago." 
  
 Up until now, Earth has never had the opportunity to pass through this hypothesized centuries-old debris stream. The comet's 5.1-year-orbit takes it out by Jupiter, where the gas giant's gravity alters the comet's orbit. And because a comet's dust stream moves along a similar orbit to its parent comet, Jupiter's gravity has also acted on this dust stream. 
  
 "If you look at the models, Jupiter's gravity has tugged this stuff into the Earth's path this year, but by next year, Jupiter's gravity will have pulled it away again," said Cooke. 
  
 So, early Saturday morning may be your first and last time to see the Camelopardalids--the potentially great, maybe meteor shower of 2014. No one is going to guarantee you will see a show, but wouldn't you hate to miss it if there is one? 
  
 The Camelopardalids shower should peak between midnight and dawn on Saturday. If it is visible at all, it will be visible across North America. Astronomers suggest looking up between 11 p.m. Friday night to 1 a.m. Saturday morning PDT for your best chances to see the shower. ||||| CAPE CANAVERAL, Fla. (AP) — There's a new meteor shower in town and it might even turn into a full-fledged storm. 
  
 Early Saturday, the planet will pass by debris from Comet 209P/Linear. The dusty debris is what creates the meteor shower. Scientists believe the shower could produce three, four or more — possibly a few hundred more — shooting stars per minute. 
  
 North American sky-gazers will have the best views. The shower should peak from around 2 a.m. local time until nearly dawn. 
  
 Comet 209P/Linear was discovered in 2004. It will be about 7.6 million miles from Earth on Saturday. Next Tuesday, the comet will pass within 5 million miles. 
  
 The shower's name is a mouthful: Camelopardalids (CA-mull-oh-PAR-duh-lids). It's named after the giraffe constellation. 
  
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 Online: 
  
 NASA: http://tinyurl.com/q2kdqud 
  
 Slooh observatories: https://www.slooh.com/ ||||| Trending Now 
  
 Never Before Seen Meteor Shower to Ignite Across Skies: Where to See It 
  
 By Michael Kuhne, AccuWeather.Com Staff Writer May 23, 2014; 11:35 PM ET 
  
 For the first time ever, a debris field of the newly discovered Comet LINEAR will pass through Earth's atmosphere, sparking a new meteor shower for sky-watchers primarily in the Northern Hemisphere. 
  
 "The peak will occur from Friday night into Saturday morning," AccuWeather.com Meteorologist Mark Paquette said, adding meteors can still be seen a few days before and after, but the main grouping of meteors will occur at that time. 
  
 The new meteor shower, Camelopardalids, is a result of Comet 209P/LINEAR which was discovered in 2004, he said. 
  
 "It's brand new," he said, referring to the opportunity to view the shower this week. 
  
 The best viewing conditions will be areas across most of North America. 
  
 "Generally it will be best (due to clearer skies) across the West, the Great Lakes, mid-Atlantic and eastern Gulf Coast," Paquette said. 
  
 The best states for viewing include California, Virginia, Ohio and North Carolina. 
  
 Areas hindered by clouds will include much of New England, the Plains, southern Rockies and Pacific Northwest. 
  
 Early predictions indicate an average of 100 meteors per hour, which constitutes an average meteor shower. 
  
 "Meteor storms and meteor showers are different, a shower is generally anywhere from 40 or 50 to 100 meteors per hours," Paquette said. "A meteor storm is usually 1,000 per hour." 
  
 Another issue for viewing meteor showers is the lunar phase, Paquette added, but the night that the meteor shower peaks, a waning crescent will be present. 
  
 "The moon shouldn't be a huge deal for this event," he said. 
  
 RELATED: 
  
 AccuWeather.com Astronomy Blog 
  
 Will the New Meteor Shower This Weekend Sizzle or Fizzle? 
  
 AccuWeather.com Astronomy Facebook Page 
  
 Sky-watchers should look to Polaris, or the North Star, for direction when looking for the meteors. 
  
 Unlike most meteor showers, the Camelopardalids was not predicted well in advance because it is such a new discovery. 
  
 Astronomers can usually predict meteor showers well in advance because they know the location of debris fields and the movement of Earth's orbit. 
  
 Meteors are a collection of dust and small rocks, usually high in iron, that glow bright when they enter the Earth's atmosphere and are disintegrated by the high heat, resulting from friction upon entry, Paquette said. ||||| Meteors streak from the Perseids meteor shower above the Wyoming countryside north of Cheyenne in this time-lapse photo taken Aug. 13, 2013. (Photo: Blaline McCartney, AP) 
  
 A first-of-its-kind meteor shower is expected to happen Friday night and into early Saturday morning. Here is what you need to know about the all-new shower: 
  
 1. What is the Camelopardalid meteor shower? It would be dust from a periodic comet called the 209P/LINEAR. The Earth has never run into the debris from this particular comet before. 
  
 WATCH: Live feed of meteor shower 
  
 2. Why is it unique? Unlike other meteor showers expected to be visible around the same time of year, the Camelopardalid is uncommon because its debris is strongly influenced by Jupiter's gravity. No one has seen it before, but the May shower could rival the Perseid meteor shower in August. 
  
 Meteor shower viewing map (Photo: AccuWeather) 
  
 3. When is the optimal time to view it? People in North America will get the best look, and peak activity will be from 2 a.m. to 4 a.m. ET Saturday. 
  
 YOUR TAKE: Share your best night sky photo 
  
 4. What will it look like? Perhaps what is most exciting is that it is unclear what the shower will resemble. "It could be practically nothing, or it could be a couple hundred meteors per hour," said William Cooke, head of the Meteoroid Environment Office at NASA's Marshall Space Flight Center. 
  
 5. Camelopardalid is an odd moniker. How are they named? Meteor showers' names are for the constellation from which the meteors seem to radiate. That point is known as the radiant, and the radiant for Camelopardalid will be the constellation Camelopardalis (the giraffe). 
  
 Follow @jessicadurando on Twitter 
  
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Student:
If it's clear your way late tonight and early tomorrow morning, you might just glimpse something never before seen from Earth: the Camelopardalid meteor shower. As the AP explains, the planet will tonight encounter debris from the Comet 209P/LINEAR, which was discovered just a decade ago; the dusty debris is what creates the meteor shower, named for the constellation from which it will appear to radiate (that would be Camelopardalis, the giraffe). Scientists believe the shower could produce three, four, or more—possibly a few hundred more—shooting stars per hour, and USA Today notes it could rival August's Perseid meteor shower. The Los Angeles Times explains why it's uncertain just how spectacular it'll be: The dust Earth will orbit through was shed by 209P/LINEAR hundreds of years ago. Today, the comet isn't shedding much, and we don't know what the shedding level was centuries ago—if it was high, we'll be in for a treat. If you're in California, Virginia, Ohio, or North Carolina, you'll likely have prime viewing, but AccuWeather.com has a map of conditions across the US. The best time to tune in? Between 2am and 4am ET Saturday.