Velociraptors: Fact and Fiction

Velociraptors: Facts and Fiction Finally, at some point someone has to imagine what a dinosaur is. Maybe it is a paleontologist, maybe it is an artist, maybe it is a filmmaker. Basically, everyone has the right to decide what the dinosaur will look like in your heart. But how do we form these ideas? And what kind of information is based on these ideas? The "picture" of dinosaurs helps to understand the behavior of these animals whether in our head, on paper, or in a movie.

Our Jurassic fan knows that these clictonic facts are being built. When he created the dinosaurs, Clayton turned to Gray Gregory Paul 's 1988 book "World' s Predatory Dinosaurs" to turn Azaleon, a larger animal, Dinonics. Indeed, in books and movies, Velociraptor mongoliensis is half the size of its cousin 2 There is no evidence that birds of prey have nails in Einstein. But it is too late. Clayton began a "big psychological warfare" against the reader. Small facts! A year after the movie of Jurassic Park was released, Raptor (or "Raptor") was enough to make them a bad NBA team.

If there is any, does the bird of preference of Jurassic Park III really exist? Also are they as clever as the movies suggest? Is there "Raptor"? Yes, there is a group of animals called dromaeosaurs, including animals such as Velociraptor. Velociraptor is actually much smaller than "velociraptors" in the movie; it is medium size dog size (about 75 pounds). However, there is a dramasaur of the size of the movie "Raptor". Dromaeosaurs lived in the late Jurassic period (150 million years ago) until the end of the Cretaceous (65 million years ago). They are considered to be one of the group of dinosaurs closely related to birds as they have long arms and brains like birds (and the feather we know now)

The movie "Jurassic Park" has many things that are not scientific. (The actual size of the Fast Dragon is the same as the size of the chicken). But the interesting point of movies and novels is that it is a very reasonable premise. In the movie, scientists succeeded in cloning the dinosaurs by discovering the dinosaur's blood in an amber petrochemical mosquito. Then they used DNA from the blood to clone the dinosaurs in their park. In their study announced this week, the team studied insects stored in copal, an intermediate stage from resin to the final form of fossil amber color. The samples they used were from CoPal in the range from 60 to 10,600 years old. However, when they used the best DNA sequencing method to detect these samples, they could not find any ancient DNA at all.