The summer blockbuster "Jurassic World" roared through its opening weekend, showing moviegoers Hollywood's version of baby , armored ankylosaurus and long-necked sauropods, as well as a terrifying genetically engineered hybrid named .
But how accurate are these dinosaur depictions? Live asked seven paleontologists to scientifically assess the film and its beastly characters. Their analyses revealed dinosaur faux pas, from the lack of dinosaur feathers to the strangely long arms of .
1. Steve Brusatte, a paleontologist at the University of Edinburghmovie starring dinosaurs, with a clever story line and fast-paced action, and I think it's rescued the long-maligned "Jurassic Park" franchise.
I would feel like a prude criticizing the science too much. This film is meant to be an edge-of-your seat summer blockbuster, not a documentary. Yes, the mosasaur is far too big, the raptors hold their hands wrong, the pterosaurs wouldn't be strong enough to pluck up park-goers as they whizzed down from the sky. But I don’t think these things matter very much. What does matter is that a whole new generation will be , the same way I was inspired in 1993 when a 9-year-old version of myself, who hated science class, begged my parents to take me to see "Jurassic Park." (A mosasaur is a large extinct marine reptile.)
If you want to learn what dinosaurs were really like, I would recommend our recent National Geographic Channel show "T. rex Autopsy." If you want to have some fun, watch some amazing actors at work, and be entertained by dinosaurs that are bigger, scarier, toothier than anything you've ever seen, then check out "Jurassic World." []
I realize that a film has only one goal, to make money, and, maybe to be entertaining. "Jurassic World" has achieved both, but it could easily have given us "modern" dinosaurs without sacrificing the story. Instead, it rehashes the same dinosaurs we saw previously without bothering to correct their most basic inaccuracies; even the venom-spitting makes a cameo, and why aren't the forelimbs splayed? [There is no evidence that theropod , let alone any dinosaur, spit venom.]
"Jurassic World" spends the first half of the movie telling us that we're watching monsters—not dinosaurs—but, really, what's the point in that? Monster movies are a dime a dozen; life-changing dino movies are a rarity and getting rarer. Where's Willis O'Brien [the "King Kong" special effects technician] when we need him?
3. ReBecca Hunt-Foster, the Bureau of Land Management Canyon Country District paleontologist, and John Foster, the director of the Museum of Moabgenetically modified "theme park monsters, nothing more, nothing less."
The herbivores (mostly ceratopsians, hadrosaurs, stegosaurs and sauropods) fair reasonably well in their physical depiction as compared to the highly modified carnivores such as the dromaeosaurs [also called raptors], which, in addition to their now-notorious lack of feathers, still have twice the body size and a very different skull shape from actual 's. The mosasaur in the film is about twice the size of the largest-known fossil form and is probably three times the size of an average one. We doubt pterosaurs ever pulled off pelican- or bald eagle-style dives into the water and then transitioned into deep-swimming penguin mode, although many species did eat fish. We also wonder why, regardless of modification, the diversity of dinosaurs depicted from so many times and places lacked much variety of .
Despite a few modifications generally, if conveniently, explained in the dialogue, the animals still are enjoyable to see reconstructed. Get your facts about these animals from museum displays, the books written by paleontologists and science writers, and even from bravely delving into open-access paleontology research articles. Go to the movie to —we did!
4. Mathew Wedel, an associate professor of anatomy at Western University of Sciences in Pomona, Californiashark-tailed mosasaurs to shaggy ceratopsians and, yes, feathery tyrannosaurs. []
5. Matt Lamanna, an assistant curator of vertebrate paleontology at the Carnegie Museum of Natural History in Pittsburghdinosaur ancestry of birds in the beginning was great, as was the younger kid spouting off about discoveries of biomolecules preserved in dinosaur bones. And they even put the nostrils of the in the right place!
I personally wasn't too offended by the featherless, semi-domesticated raptor pack—after all, they're supposed to look and act badass, and they do. I wanted one of my own by the end of the movie. And the final battle had me (and just about everybody else in the theater) clapping and cheering like it was 1993 again.
Yeah, there are some dopey moments, but all in all the film is a lot of fun. I don't know that "Jurassic World" will have quite the impact on paleontology that its predecessors did, but it's certainly not going to hurt people's interests in dinosaurs either. And any movie that might inspire someone to care about science is good in my book.
6. Caleb Brown, a postdoctoral fellow at the Royal Tyrrell Museum of Palaeontologythis weekend, appropriately at the local theatre in Drumheller, Alberta—the dinosaur capital of the world. In general the film was entertaining and engaging. It fit the mold of what a summer blockbuster should be. []
7. Kenneth Lacovara, a professor of paleontology and geology at Drexel Universityfun summer monster movie, and on that level it really works.
Could they have done better getting the science right? Sure. We're in a second golden age of dinosaur paleontology and new technologies are constantly being brought to bear to help us understand these amazing creatures. Advances in 3D imaging, biomechanical modeling and molecular paleontology are allowing us for the first time to view dinosaurs and other extinct creatures in some of the same ways biologists study creatures alive today.
To pick nits with "Jurassic World," should be small—turkey-sized—and lavishly plumed. should have featherlike structures, too, and pterosaurs (which could never lift a person) should be fuzzy. []
Kudos to "Jurassic World" for including the extremely awesome palate teeth of the mosasaur, a second set of teeth that prevented their prey from swimming back out, but the marine reptile they depicted, like a bucket of movie popcorn, was a bit too large to be reasonable. The "Jurassic World" DNA Excavators were an interesting touch, but truly ancient DNA has never been recovered. DNA from sub-fossils such as Neanderthals and woolly mammoths has been isolated, but these species lived with our own during the not-too-distant [about 2.6 million to 11,700 years ago].
The real breakthrough in molecular paleontology has been the recovery of endogenous , work pioneered since the first "Jurassic Park" by Mary Schweitzer. Of course, if you play the "genetically modified hybrid" card, you gain immense artistic license. In "Jurassic World," the fictitious sported several "improvements" over plain-old , such as a pair of long, severely clawed arms.
In reality, despite the inexhaustible supply of has-short-arms jokes on the Internet, , like all organisms, was exquisitely adapted to its environment—it had the arms it needed, as is evidenced by its success. Longer arms on a T. rexdoes not necessarily confer a selective advantage. In fact, they would require more energy to grow and maintain, present additional area to sustain injury, and provide additional tissue for infections to set in.
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