Guys, listen to this.
The fossil that they found was supposedly supposed to be a "missing link". A bird/Dinosaur mix...definately something that evolutionists would want to sink thier greedy little claws into.
But guys...it's JUST A BIRD. Here's why.
1. The elongated tail bone-you think it's not found in birds today, but it is. Take the swan, for example. It DOES have an elongated tailbone.
2. Hollow bones- Hello...? Um..bird.
3. Claws on the ends of the wing- Yeah...so do Ostriches. Are they birds, or are my eyes decieving me, evolutionists?
4. Teeth in the beak- Eh, okay. So there aren't any living birds today that actually have teeth in thier beaks. So what? This still disprooves evolution. Birds, if they really evolved from dinosaurs, dont have teeth anymore. THAT IS NOT AN IMPROOVEMENT. Does evolution not clearly state that we "evolved" into higher lifeforms? Heh..yeah, it does. If you really think that not being able to have the ability to rip things instead of having to peck your way at them is an improovement...um..you need to study the new thing called "common sense".

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Sorry guys, but it's just a bird. I dont think it's a false fossil..it's a cool critter, but it's no "missing link". And I DO think that they attached the new stuff to the fossil just to make money, not to bash anyone.
Where on EARTH did you get the idea that these were the only reptilian characteristics present in Archaeopteryx? If you were reading a book written for eight-year-olds, these might be the only reptilian features listed because they're the easiest for a kid to see by looking at the fossil, but they're only the tip of the iceberg.
Here are a few more:
It's clear that Archaeopteyx could fly from the asymetrical structure of its flight feathers. However, unlike any flying bird living today, it does not have a keeled sternum. This is an adaptation for flight that Archaeopteryx had not yet developed.
The same is true or its ankle structure, which is the same as that of dinosaurs but only present in flightless birds living today.
The things that may be most reptilian about it of all, however, may be its shoulders. In order for modern birds to take off from the ground, they have to raise their wings higher than the articulation points of any muscles elsewhere in their bodies. Birds that are more advanced than Archaeopteryx show a gradual series of adaptations to make this easier for them, leading up to a unique pulley-like system in modern birds where a tendon that can raise the wings is looped through a gap between three bones in the shoulder. This gap is called the triossial canal, and Archaeopteryx does not have one.
Archaeopteryx has a dinosaurian shoulder structure that does not have a triossial canal or anything close to it. It's actually uncertain whether or not it could take off from the ground, rather than having to launch itself out of a tree. The tropical islands where it lived didn't have many especially large trees, however, which supports a different conclusion: that it could take off from the ground, but only by running with its wings outspread until it could gain enough lift to take off, like an airplane.
None of the features that you have listed are the ones that set Archaeopteryx apart from modern birds, with the exeption of its teeth, and you dismiss modern birds' lack of teeth as not being an improvement. I would like to point out that evolution does not usually make animals universally superior, but instead only makes them better-suited to their own environment and lifestyle. So, for example, evolution has adapted polar bears to life in the arctic, and cheetahs to life on the plains of Africa. Neither of these sets of adaptations can be said to be universally superior to the other. Each of them makes the animal who has it better suited to its own environment than the other animal is, but neither animal could survive at all in the other animal's environment.
Toothless beaks are not universally superior to teeth, but they work better than teeth do for an animal that can fly. The reason why is simple: they weigh less. It is a primary goal for both flying animals and man-made flying machines to reduce their weight as much as possible, since the lighter something is, the easier it is for it to fly.
Birds have gone to some amazing lengths to reduce their weight. Most male birds have even lost something that most male humans would be very disappointed to lose. Lacking this piece of anatomy probably makes it slightly more difficult for them to reproduce, but the resulting increased aerial abilities apparently compensate for the loss of virility.
There are a great many other reptilian features present in Archaeopteryx, and I can't list them all here. Several others can be found at
http://www.talkorigins.org/faqs/archaeopteryx/info.html#reptile-features
You shouldn't assume that just because you have an incomplete understanding of the evidence that supports our position, that there isn't any evidence other than what you've heard about.