razzelflabben
Contributor
Were did I say that this evidence was fraudulant. I said that the fossil record that a reptile and mammalian jaw bone existed in the same animal has been suggested to be a fraud and cannot be assumed as proof until or unless proven otherwise.gluadys said:See above for examples. What proves that these are not fraudulent? The fact that a) they passed peer review in order to get published in the first place, and b) the papers published describe minutely the methods used and the results obtained. Anyone can read and challenge these experiments; or try to replicate them.
I think the problem here is with the term E. C could predict, that the neonate could exist, and would offer means of adaptation to the environment. If this is your definition of E then we have nothing more to discuss, however, a previous post suggests you are opperating on a different definition for E. What then is your definition for E.No, we have observed that a species of salamander has evolved the ability to reproduce in a neonate state. Where did you get the idea that the neotony could occur without evolution?
[quoteWe don't assume this. Speciation has been documented by direct observation.
Has anyone said that? I missed it if they did. It could be that it is a different species. Depends on whether or not it can reproduce with the parent species.[/quote] Yes it was suggested, I don't currently have time to go back and find the post. It is why the neonate was brought into the discussion in the first place.
I don't know, what are the other characteristics of Archeopteryx?You mean if the iodine is added again? Well, if you manipulate the genome of chickens they will grow teeth. (They still have the genes to do so; but the expression of those genes is ordinarily suppressed.) Does that make chickens the same species as Archeopteryx?
So what are the answers to these questions with the neonate, I suggest to you that if the neonate matures into the same adult salamander, it is the same species.No manipulation. If it cannot/will not reproduce with the parent species, it is a different species. If it can/will reproduce with the parent species, it is not a different species. That's what the definition says.
What the definition doesn't deal with well are the in-between cases when we can't give a straight "yes" or "no" to the question of whether it is inter-fertile with the parent species.
How about, the creator created the ability for the species to survive by allowing for some adaptible occurances. Such as neonates. These survival mechanisms allow for a fuzziness in the definition of "kind" species.It's in reference to nature's fuzzy species lines. You said it should be part of all the theories, and I agreed. I also said all the theories should explain why this fuzziness exists. TOE does. Speciation is a slow process and we should expect to see examples in nature of partial speciation. Fuzzy species lines indicate that we do.
So how would TOC or ID explain nature's fuzzy species lines?
By this definition, my children are a new species, that would explain a lot.It is an immature form of that salamander. That doesn't stop if from being a separate species. If it does not mate or successfully reproduce with the original mature form, it is a new species.
Exactly, this is the prediction of the TOC and is proven by the data observed. So if the data supports C why use it to try and support E?Of course not. That is not the issue. The issue is whether or not it is a new species of salamander.
Let's be clear that if the neonate is capable of reproduction it is mature in the neonate form. And it is a salamander in the neonate form. If its offspring also mature to reproductive capacity in neonate form they have matured into salamanders. What else would they be?
If the environmental condition is changed such that they mature into more ordinary looking salamanders, they have also matured into salamanders. What else would you expect them to be?
The TOC predicts, that it will not change from the original species, one of salamander.No, that is not a prediction of TOE. TOE predicts the salamander form can change in either direction, and that the development of the young will respond to the environmental condition (presence or absence of iodine).
It's a long thread. Reference please?
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