Orogeny:
Well, let’s see. It didn’t have a bill. How many birds have no bills? It’s trunk region vertebra are free. How many birds don’t have those vertebra fused? Pubic shafts with a plate-like, and slightly angled transverse cross-section, something not found in birds. Cerebral hemispheres elongate, slender and cerebellum is situated behind the mid-brain and doesn’t overlap it from behind or press down on it. Not at all like birds. Neck attaches to skull from the rear as in dinosaurs not from below as in modern birds. Long bony tail with many free vertebrae up to tip (no pygostyle), not found in modern birds. Pelvic girdle and femur joint is archosaurian rather than avian. Most important, it had teeth. How many toothed birds are there?
Just quickly on the teeth. A lot of fossill birds have been found with grasping teeth (the type the Archaeopteryx bird has). Icthyornis and HesperornisIs are two. Also, is it even a reptilian feature to have teeth? No. My lizard doesn’t have teeth. Lots of them don’t. Some mammals have teeth some don’t.
Also, speaking of bills. Ever heard of that mammal called the duckbill plat
Orogeny:
Those are from
talkorigins.org/faqs/archaeopteryx/info.html#reptile-features
Not even a good try. Archaeopteryx is classified as a bird simply because of the feathers and opposable big thumb. Since that classification, several different species of feathered dinosaurs have been described, so that classification is tentative at best.
Peace
Tim
You are mistaken Tim, and I don’t blame you. The story that evolutionists put to finds like these makes it all seem very credible.
But did you know that the avian lung design is unique, and also present in Archaeopteryx?
Also, its brain was found to be 3 times the size of a dinosaur of that same size. It also had a wishbone. This highly specialized bone doesn’t pop into someone’s chest overnight, as feathers start growing and brain size triples, and their breathing system is revolutionized.
Evolutionists are often unimaginative people in the sense that they don’t even try to imagine all the things that go in to acheiving flight. Often times they just say “Anything can happen in billions of years”. They can’t even agree on how it was achieved: from jumping up or gliding down out of trees.
But flight requires many things, including good balance. The inner ear and cochlea of this fossil bird were within the range of modern birds. Also, the wishbone must be designed much more flexible than the average bone.
Back to the feathers again: Scales are not in any way similar to feathers. Like hair, feathers come from follicles. Scales do not. But evolutionists (currently) believe we mammals evolved seperately from reptiles.
Here’s something from an evolutionary biology journal:
‘At the morphological level feathers are traditionally considered homologous with reptilian scales. However, in development, morphogenesis, gene structure, protein shape and sequence, and filament formation and structure, feathers are different.’ A.H. Brush, ‘On the origin of feathers’, Journal of Evolutionary Biology 9:131–142, 1996.]
My point is not that this fossil doesn’t share some similarities with reptiles. It is that it was a fully formed bird, not a transitional one. Its feathers were fully formed, as were the things I listed. If you knew about evolution science, transitional species can’t show only fully formed traits of one or the other classification but TRANSITIONAL traits. For instance, we can’t consider a bat transitional between birds and humans, nor a duckbill platypus as a transition between ducks and mammals.
I’ll close with asking if anyone heard about the bird fossil that was found to be 60 million years older than Archaeopteryx? That just doesn’t make sense!
Patrick