I have just looked at the website you provided as some sort of evidence. All I can are artist impressions of what scientist think are missing links.
Actually those are just examples, the evidence lies in the actual fossils and the actual strata where they were found. The obvious tetrapod and fish traits of Tiktaalik, for example, are found in the actual fossil and are not artifacts of artistic rendition, nor is the fact that scientists used the ToE to predict where and "when" it would be found prior to its discovery.
And to show how silly this is, in the Naturally history museum do they not haneve a part of a skull, I will say that again.. a small portion of skull... and from this they have a huge man made impression of what this human ancestor looked like..boy that takes some Faith to believe that one..
And yet, your incredulity about this one example does not make all the other remains in the fossil record for human beings disappear. They go right on existing irregardless of your opinions.
and there is still no missing link.. there is no cross over species, there have been plenty of fakes. my question to you is, why out of the millions upon millions of fossils that we have is there no missing link... surely there should be millions of them, since it takes millions of years to evolve?.
There are plenty of them, and I've given you examples of several. Let's take Tiktaalik as one example and look at the evidence.
Tiktaalik meets every plausible criteria for being a transitionary stage between fish and tetrapods by being in the right sequence between these two forms, being in the right aged strata, and showing characteristics of both groups in a number of features.
Tiktaalik is a transitional fossil; it is to tetrapods what Archaeopteryx is to birds. While it may be that neither is ancestor to any living animal, they serve as proof that intermediates between very different types of vertebrates did once exist. The mixture of both fish and tetrapod characteristics found in Tiktaalik include these traits:
* Fish
o fish gills
o fish scales
* “Fishapod”
o half-fish, half-tetrapod limb bones and joints, including a functional wrist joint and radiating, fish-like fins instead of toes
o half-fish, half-tetrapod ear region
* Tetrapod
o tetrapod rib bones
o tetrapod mobile neck
o tetrapod lungs
Tiktaalik generally had the characteristics of a lobe-finned fish, but with front fins featuring arm-like skeletal structures more akin to a crocodile, including a shoulder, elbow, and wrist. The rear fins and tail have not yet been found. It had rows[6] of sharp teeth of a predator fish, and its neck was able to move independently of its body, which is not possible in other fish. The animal also had a flat skull resembling a crocodile’s; eyes on top of its head, suggesting it spent a lot of time looking up; a neck and ribs similar to those of tetrapods, with the latter being used to support its body and aid in breathing via lungs; well developed jaws suitable for catching prey; and a small gill slit called a spiracle that, in more derived animals, became an ear.
We not only find Tiktaalik with features of both fish and tetrapods, but we find Tiktaalik in a sequence of progressively more tetrapod-like creatures exactly where the theory of evolution predicts he should be. Let’s take a little trip through time paying especial attention to the sequence these fossils are found in. Starting at Tiktaalik and working backwards into time we should start finding similar “fishapods” with more and more fish-like traits which is precisely what we see with Panderichthys, then Eusthenopteron, and then Osteolepis. Now, let’s jump back to Tiktaalik and move forward in time looking for its descendants with less and less fish traits and more and more tetrapod traits which brings us to Elginerpeton, then Acanthostega, and Ichthyostega.
It’s also relevant to note not only the sequence in which these transitional forms occur but also their environments which shows a progression from the sea to shallow swamps to land that looks like
this, as well as the fossil evidence for the adaptation of limps from fins corresponding to this evolutionary timeline found
here and
here.
So, to recap, not only does Tiktaalik meet the criteria as “transitional” by sharing numerous features of both fish and tetrapods, but he is part of a lineage of creatures that appears in an evolutionary sequence. If you have another theory that explains not only why Tiktaalik shares these common traits but also why he appears in the fossil record in sequence of both time and environment I would love to hear it.
Lurker