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: Victorian Fossil Find Uncovers Prehistoric Leftovers of Colossal Shark Feast 
  
 Found: a jaw-full of mega-shark teeth – rare evidence that a shark twice the size of a Great White stalked Australia's ancient waters – to be unveiled at Melbourne Museum on Thursday 9 August. 
  
 09 August 2018 
  
 Carcharocles angustidens teeth 
  
 A visit to his local beach will never be the same again for Philip Mullaly. The keen-eyed fossil enthusiast has found an extraordinary set of shark teeth - evidence that a shark nearly twice the size of a Great White once stalked Australia’s ancient oceans. The citizen scientist made the find in Jan Juc, a renowned fossil site along Victoria’s Surf Coast. 
  
 “I was walking along the beach looking for fossils, turned and saw this shining glint in a boulder and saw a quarter of the tooth exposed. I was immediately excited, it was just perfect and I knew it was an important find that needed to be shared with people,” recounts Mr Mullaly. 
  
 Up to 7 cm long, the teeth have been identified as from an extinct species of mega-toothed shark - the Great Jagged Narrow-Toothed Shark (Carcharocles angustidens) - which could grow to more than 9-metres long, almost twice the length of today’s Great White Shark. 
  
 A prehistoric shark feast the Carcharocles angustidens being feasted upon by several Six Gill Sharks 
  
 This shark stalked Victoria’s ancient sea approximately 25 million years ago, during the late Oligocene epoch. It was the top predator and would have preyed on small whales. 
  
 Recognising the significance of the discovery, Mr Mullaly contacted Dr Erich Fitzgerald, Senior Curator of Vertebrate Palaeontology at Museums Victoria with an offer to donate the teeth to Museums Victoria’s collection, an offer gratefully accepted. 
  
 Almost all fossils of sharks worldwide are just single teeth, so it is extremely rare to find multiple associated teeth from the same shark. 
  
 This is because sharks, who have the ability to regrow teeth - lose up to a tooth a day. Cartilage, the material a shark skeleton is made of, does not readily fossilise. 
  
 “These teeth are of international significance, as they represent one of just three associated groupings of Carcharocles angustidens teeth in the world, and the very first set to ever be discovered in Australia,” Dr Fitzgerald explains. 
  
 “By donating his discovery to Museums Victoria, Phil has ensured that these unique fossils are available for scientific research and education both now and for generations to come. This is absolutely essential for documenting and preserving Australia’s prehistoric history.” 
  
 Realising Mr Mullaly's haul was all from the same species, Dr Fitzgerald suspected that the teeth came from one individual shark and there might be more teeth still entombed in the rock at Jan Juc. 
  
 Dr Erich Fitzgerald and Philip Mullaly at the Jan Juc site the fossils were found 
  
 So, in December 2017 and January 2018, Dr Fitzgerald led a team of Museums Victoria palaeontologists, volunteers, associates and Mr. Mullaly on two expeditions to excavate the site. 
  
 Battling summer heat, and with only a tiny window each day to access the site at low tide, the team dug out the entire boulder, collecting more than 40 teeth. 
  
 Most of the teeth belonged to the giant shark Carcharocles angustidens, but in addition, several smaller teeth were found revealing something even more surprising... 
  
 In amongst the boulder, were several teeth of a smaller shark, the Sixgill Shark (Hexanchus). 
  
 According to Museums Victoria palaeontologist Tim Ziegler, these teeth came from several different individuals and would have become dislodged from their jaws as they fed on the huge carcass of the Carcharocles angustidens after it died. 
  
 “The teeth of the sixgill shark work like a crosscut saw, and tore into the Carcharocles angustidens like loggers felling a tree. The stench of blood and decaying flesh would have drawn scavengers from far around. 
  
 “Sixgill sharks still live off the Victorian coast today, where they live off the remains of whales and other animals. This find suggests they have performed that lifestyle here for tens of millions of years.” 
  
 This new discovery cements Jan Juc as one of Australia’s most important fossil sites, as it continues to provide us with unique insights into the deep history of Australia’s marine life including whales, dolphins, sharks and countless smaller marine animals. 
  
 The general public will have a rare and limited opportunity to see these incredible teeth specimens when they go on display at Melbourne Museum ahead of National Science Week on Thursday 9 August. They will be on display until Sunday 7 October. 
  
 The Mega Shark Fossil Find display will feature all 45 fossil shark teeth, as well as state-of-the-art life-sized 8-metre long digital animation which will appear to swim around the gallery floor surrounding the showcase. 
  
 For National Science Week, Melbourne Museum has programmed a suite of palaeontology events, including fossil identifications, Jurassic Park 3D in IMAX (18 Aug), Science On Show (19 Aug) and The Giants of Palaeontology talk with Dr Fitzgerald and fellow Museums Victoria palaeontologist Dr Tom Rich (19 Aug). 
  
 The Mega Shark Fossil Find opens to the public ahead of National Science Week on Thursday 9 August. The teeth will be on display until Sunday 7 October. 
  
 Museums Victoria’s field research at Jan Juc is carried out with the support of the Department of Environment, Land, Water and Planning, Surf Coast Shire Council and the Great Ocean Road Coast Committee. 
  
 Media Event 
  
 Thursday 9 August, 10:15am for 10:30am start. 
  
 The teeth will be unveiled to the general public at a special media event at Melbourne Museum on Thursday 9 August at 10:15am. 
  
 Phil Mullaly, Dr Erich Fitzgerald and the Museums Victoria palaeontology team will be present and available for interview about discovery. 
  
 They will reveal the jawful of teeth for the first time – a fantastic photo and interview opportunity. 
  
 For those unable to attend, a media kit is available with: 
  
 Video content 
  
 Gifs 
  
 High-res images 
  
 Infographics 
  
 Phone interviews with Dr Erich Fitzgerald and Phil Mullaly are available. 
  
 For interviews and media enquiries, please contact ||||| Fossil enthusiast Philip Mullaly was walking along the beach in Victoria Australia when he saw it: a glint in a boulder with quarter of a tooth exposed. 
  
 "I was immediately excited, it was just perfect and I knew it was an important find that needed to be shared with people," Mullaly explained. 
  
 He had found a fossilised shark tooth. And not a regular shark tooth, a mega-shark tooth, twice the size of a Great White tooth at 7 centimetres (2.7 inches) long. Upon closer inspection there was a whole set of these gigantic mega-shark teeth. 
  
 Museums Victoria 
  
 The teeth belonged to the Great Jagged Narrow-Toothed Shark (Carcharocles angustidens), a type of shark that roamed oceans near Australia 25 million years ago. 
  
 Much like its teeth, the Great Jagged Narrow-Toothed Shark grew to twice the size of a Great White Shark, potentially nine metres long. 
  
 The discovery of a full set of fossilised shark teeth like this is a find of international significance. 
  
 "[T]hey represent one of just three associated groupings of Carcharocles angustidens teeth in the world, and the very first set to ever be discovered in Australia," said Erich Fitzgerald, senior curator of vertebrate palaeontology at Museums Victoria. The teeth are now housed in that museum. 
  
 The Great Jagged Narrow-Toothed Shark lived during the Oligocene ephoch and was a top predator. They preyed upon and ate small whales. 
  
 They ate whales. 
  
 Whales. 
  
 The teeth are on display at Melbourne Museum as part of National Science Week starting from Thursday 9 August. ||||| In 2015 Philip Mullaly was strolling along a beach in Victoria, Australia, when he spotted what looked like a shining serrated blade stuck in a boulder. Using his car keys, Mr. Mullaly carefully pried from the rock a shark tooth about the size of his palm. He didn’t know it at the time, but the tooth he uncovered once belonged in the mouth of a 25-million-year-old giant shark that was twice the size of a great white. 
  
 “It was an awesome creature, it would have been terrifying to come across,” Mr. Mullaly said. 
  
 Though Mr. Mullaly, who is a schoolteacher and amateur fossil hunter, has collected more than a hundred fossils, he never before found a prehistoric shark tooth. He returned to the boulder a few weeks later and to his surprise dug up several more three-inch teeth. 
  
 “It dawned on me when I found the second, third and fourth tooth that this was a really big deal,” said Mr. Mullaly. 
  
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 He contacted Erich Fitzgerald, a paleontologist at the Museums Victoria in Melbourne, which announced the find on Thursday. Dr. Fitzgerald identified the teeth as belonging to a type of mega-toothed shark called the great jagged narrow toothed-shark, or Carcharocles angustidens. |||||
Student:
Imagine strolling down the beach and discovering a razor-sharp tooth from a shark twice the size of a Great White. Well, meet Philip Mullaly: "It was an awesome creature, it would have been terrifying to come across," the amateur fossil hunter and schoolteacher tells the New York Times of his 2015 discovery on a beach in Victoria, Australia. After prying the nearly 3-inch tooth loose from a boulder, he came back and found more teeth. "It dawned on me when I found the second, third and fourth tooth that this was a really big deal." So he showed them to paleontologist Erich Fitzgerald, who went back with Mullaly and a team of experts to find over 40 more teeth and some vertebrae of the awesome Carcharocles angustidens. Known also as the Great Jagged Narrow-Toothed Shark, this prehistoric creature traveled the oceans 25 million years ago and probably measured over 30 feet. "They preyed upon and ate small whales," as CNET puts it. "Whales." The find, announced Thursday, marks only the third set of Carcharocles angustidens teeth in the world and the first ever in Australia. Fitzgerald's team also came across the teeth of a sixgill shark—a creature that swims around Australia to this day—and concluded that a school of sixgills had fed on the massive Carcharocles angustidens on the sea floor. "It's shark eating shark," says Fitzgerald. Mullaly donated the find to the Melbourne Museum for future scientific research and education, per a press release.