Which you do according to your beliefs. Every fossil found the same from the first to the last. Please explain how you interpret that as meaning one species becomes another species?
"Every fossil found is the same"? But we have lineages like this:
Or do you mean that every skeleton we find of a species is the same? Well, yeah - we have very limited dinosaur finds, and we classify those based on morphology. If there were any significant differences, we would most likely classify them as a different species. And, in fact, we do have a whole family of tyrannids; dinosaurs which seem to share a lineage with Tyrannosaurus Rex but clearly cannot be simply different breeds due to the dates in which they were found. The ones I linked to earlier. What are you even talking about?
(For what it's worth,
http://en.wikipedia.org/wiki/File:T-Rex_skeleton_"Big_Mike"_at_Museum_of_the_Rockies.jpg
http://en.wikipedia.org/wiki/File:Sues_skeleton.jpg
Seem to show significant differences in the bone structure of the legs and feet. That said, I'm having trouble finding good comparative pictures of various T. Rex skeletons, so I don't really have a great answer with regards to them.)
No, I have one evolutionist telling me 2 of every 3 were incorrectly classified, but it doesn't effect evolution in the slightest which is based on those classifications. I hear denial.
This is now the third time I have asked you to list which ones were incorrectly classified, because neither I nor Subduction Zone counted 8. That said, reviewing the transcript, I will admit that I was wrong, I missed the Edmontosaurus. So it's 5/12 instead of 4/12 that were incorrectly classified. However, here's the relevant piece of the transcript for you:
So when it comes down to our end cretaceous, we have seven left. And that's a good number. That's a good number to go extinct, I think. Now as you can imagine, this is not very popular with fourth-graders. Fourth-graders love their dinosaurs, they memorize them. And they're not happy with this.
Rather than your 4 left if it was 2/3rds. But here's the thing. Comparative ontogeny is essentially its own field within paleontology. People have been studying how to delineate young dinosaurs from entirely different species for quite a long time. Check this out:
https://scholar.google.de/scholar?q=ontogeny+of+dinosaurs&btnG=&hl=en&as_sdt=0,5
Very first result on my end was a paper from 1997 examining the ontogeny of Centrosaurinae.
1997! That's almost two decades ago. This is not some new, foreign problem to scientists, and before you pretend that these new developments throw evolution on its head, I recommend you do some reading and see what, say, they know about synapsidae.
Save time, send me his email and I'll ask him myself. Unless you don't have it????
http://www.montana.edu/earthsciences/facstaff/horner.html
Like with most university professors, this sort of thing is pretty easy to find online.
