- Jan 30, 2014
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Uppsala,
I'm more than willing to admit that I've behaved poorly at times in our discussions. So like you, I'm willing to give it another shot. With that in mind, back to the issues at hand...
So maybe you can help me out by explaining what, to you, is the difference between a population adapting, and one evolving.
IOW, it's the "My mom went to the dairy store" and "My mom went to the dairy store on Monday" example in real life. Just as "on Monday" is new information that was generated by copying and rearranging letters that were in the original sentence, the chimeric genes are new genetic sequences that were generated by copying and rearranging nucleotides that were in the original population's genome. In both cases nothing was destroyed.
So is that "distorting something in a cell"? If so, is every genetic change "distorting something in a cell"?
Of course if you're arguing that maybe evolution can generate new genetic information, but it can't generate the type or amount required for universal common ancestry, then that's a completely different question than the original. It is possible that we could conclude "evolution can generate new genetic information, but it hasn't been demonstrated that it can generate the type or amount required under common ancestry" (not saying that's the case). If that were the result, then the creationist argument "evolution can't generate new genetic information" is still false.
I'm more than willing to admit that I've behaved poorly at times in our discussions. So like you, I'm willing to give it another shot. With that in mind, back to the issues at hand...
In the spirit of trying to understand what you're saying and helping you understand where I'm coming from, I'll say that to me, the above doesn't make sense. I don't understand the difference between a population adapting and one evolving, since the primary mechanism by which populations adapt is evolution. IOW, in the examples I posted populations adapted to new environments by evolving new genetic sequences that resulted in new traits.UppsalaDragby said:Well that is definitelyt not what I asked for. "Sequences that were not in the parent population and that confer a selective advantage" does not show that anything "evolved", and since "evolution" is the word you chose to use here then I expect you to demonstrate that it actually is evolution, rather than adaption.
So maybe you can help me out by explaining what, to you, is the difference between a population adapting, and one evolving.
Again, I don't really understand what you're saying here. I don't get what you mean by "distorting something in a cell". What is the difference between evolving novel genetic sequences and "distorting something in a cell"? For example, one of the research papers I linked to describes how a population of yeast, after being subjected to a nutrient-poor environment, evolved new genes that resulted in more efficient metabolism. The new genes were "chimeric genes", where parts of different genes were copied and then combined to make the new genes. The original genes remained unchanged.And since the cell of, say, an amoeba is genetically different than the cell of a human being then you need to do what I asked you to do in the comment you quoted - to show how distorting something in a cell doesn't destroy the functional sequence that was put there in place in order to ensure survival. You might argue that it is conceptually possible, but where is the scientific evidence that it actually occurs? Or are we going to take things by faith?
IOW, it's the "My mom went to the dairy store" and "My mom went to the dairy store on Monday" example in real life. Just as "on Monday" is new information that was generated by copying and rearranging letters that were in the original sentence, the chimeric genes are new genetic sequences that were generated by copying and rearranging nucleotides that were in the original population's genome. In both cases nothing was destroyed.
So is that "distorting something in a cell"? If so, is every genetic change "distorting something in a cell"?
What do you mean by "all available phylogenetic classifications"? I'm reading that as you saying "You have to show the evolution of new species, genera, families, orders, phyla, and kingdoms". Is that what you're asking?If you want to settle it then just point out how distorting genetic sequences can cause transitions that cross all available phylogenetic classifications.
Again this doesn't make sense to me. "How evolutionists make their claims WITHOUT the use of taxonomic classifications"? What claims are you talking about?What I think would be "pretty straightforward" is you showing me how evolutionists make their claims *WITHOUT* the use of taxonomic classifications. Here's your opportunity River, explain it to me.
Actually, I thought this discussion was about the creationist argument that "evolution can't generate new genetic information". What claim by scientists do you think we're discussing?You do realize that what we are discussing is evolution and what evolutionists are claiming, don't you?
Ok, now I'm really confused. If "new genetic information" isn't dependent on taxonomy, why is it even relevant to the creationist argument that "evolution can't generate new genetic information"? I mean, if you creationists are making that argument and saying that the definition of "new genetic information" is not dependent on taxonomy, then we should be able to evaluate that creationist argument without any mention at all of taxonomy, right? IOW, whether any of the examples I provided qualify as evolutionary mechanisms producing "new genetic information" can be answered independent of taxonomic classification.I am not saying that the definition of new information is dependant on taxonomy, I am saying that what is meant by new information in the context of this discussion is such information that supports the claims made by evolutionists! Why else would we be having this discussion?
Of course if you're arguing that maybe evolution can generate new genetic information, but it can't generate the type or amount required for universal common ancestry, then that's a completely different question than the original. It is possible that we could conclude "evolution can generate new genetic information, but it hasn't been demonstrated that it can generate the type or amount required under common ancestry" (not saying that's the case). If that were the result, then the creationist argument "evolution can't generate new genetic information" is still false.
So again, according to your own criteria, the evolution of new genetic information is an observed fact. In the chimeric genes example, the original genetic sequences that were copied and rearranged remained intact.The point of contention in this discussion is something more along the lines of sending you one email containing information that isn't distored, and then following up with another email. THAT would be an example of new information since the original information remains intact.