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supersport said:You guys still the evo devo stands for random muations? You still think all mutations are random?
http://evolutionlist.blogspot.com/2006/06/random-mutation-and-natural-selection.html
In particular, while it is true that any given mutation is random (as far as we can tell), a series of mutations which are then preserved as the result of natural selection aren't really random at all
Checkmate!!
That clearly says the mutations themselves are random.supersport said:You guys still the evo devo stands for random muations? You still think all mutations are random?
http://evolutionlist.blogspot.com/2006/06/random-mutation-and-natural-selection.html
In particular, while it is true that any given mutation is random (as far as we can tell), a series of mutations which are then preserved as the result of natural selection aren't really random at all
supersport said:Checkmate!!
supersport said:You guys still the evo devo stands for random muations? You still think all mutations are random?
http://evolutionlist.blogspot.com/2006/06/random-mutation-and-natural-selection.html
In particular, while it is true that any given mutation is random (as far as we can tell), a series of mutations which are then preserved as the result of natural selection aren't really random at all
Checkmate!!
Yes, that's what your quote says. Mutations are random, selection is not. Hence, mutation + selection is not random. I'm not sure how you missed that, since it is in the part you quoted. So, yes, mutations are completely random. The quote agrees with that.supersport said:You guys still the evo devo stands for random muations? You still think all mutations are random?
http://evolutionlist.blogspot.com/2006/06/random-mutation-and-natural-selection.html
In particular, while it is true that any given mutation is random (as far as we can tell), a series of mutations which are then preserved as the result of natural selection aren't really random at all
Checkmate!!
supersport said:Not only that but neodarwinism has it backwards....they say the mutations are random and natural selection is nonrandom... but it's the opposite.....mutations are nonrandom and NS is random. I'll prove that statement later tonight.
supersport said:it is true that any given mutation is random (as far as we can tell)
supersport said:Anyone care to show me a neodarwin site that will say what this guy just said?? I'll be waiting.
supersport said:Thus....your little theory has just about taken its last breath. The only thing it has going for it is the vast number of brainwashed people who still put their blind faith in it. S
No it isn't. And the articles you give us agree with us, as we have to continuously point out to you.supersport said:See you evolutionists simply have your heads stuck in the sand.....What's happening here is you realize that your blessed theory is in big trouble....
Of course. If it's not true, it would be dishonest to say you are right, right?and your only way out of it is to simply deny it (which you do) --
I have not called you stupid. I have called you ignorant on the theory of evolution, because that is what you are, and you show it in all your posts. And I've asked whether you have a reading comprehension, but I think that is only fair after you post a quote that states mutations are completely random and immediately say that the quote states that mutations are not random.or to call me stupid/uninformed (which you also do).
He said nothing of the sort. He said that many of the important changes in evolution are changes that influence that influence animals directly in the developmental state, like changes in regulatory regions. As everything in evolution, changes happen on individuals and will, through the spread in individuals, propagate through the entire population. In Carrol's mechanisms, changes are still the result of random mutation. Only the regions in the DNA of the mutations is specifically different from what was thought before evodevo.But the reason your theory is in big trouble is because the classic neodarwin mechanisms are as follows: natural selection, random mutation, migration, and genetic drift. These are the only genetically based mechanisms that I'm aware of that can affect gene pools. I have read nothing in any neodarwin book or at any neodarwin site to state otherwise. I have also seen no indication from Mayr or Dawkins that microevolutionary processes do not operate completely and totally at the populational level. Yet, as we have learned on here....animals evolve by individuals, as proven by the Atheist, Mr. Carrol.
You'll be saying this to the end of your days, sorry. The theory of evolution has not taken it's last breath. With Carrol's work, it has gained enormous evidential support in that it better explains certain changes we see. Truly, why don't you first spend a few years studying biology and then try again?Thus....your little theory has just about taken its last breath. The only thing it has going for it is the vast number of brainwashed people who still put their blind faith in it. S
The next paragraph:supersport said:It's not just me, astro
http://robert.cailliau.free.fr/ByLetter/E/Evolution.html
Evolution is a strange mechanism.
When we say "animals adapt to their environment" what we really mean is:
Individual animals do not adapt to their environment; they don't change genetically during their lifetime.
- an animal produces offspring or "replicates"
- the replicates are close to the original, but not exact copies
- some of these copies survive and replicate again, others die before they can replicate
- which copies replicate and which die before they can do so is influenced by the environment
- inexact copies whose differences make them less well adapted to the environment have a higher probability of dying, those better adapted get a higher chance of surviving to replication age.
CHECKMATE!!
you guys are so fun to play with!!
Selection acts mainly by preventing some copies to reach replication age. Useless variations may come into existence for which there is not much negative selection before replication age. These traits then do replicate, perhaps for a long time. Sometimes a new trait may give such an advantage that other, negative traits are not removed. For example, mammals have eyes whose receptors are "inside-out": the nerves have to carry the visual signal from the front of the retina and then go back out in a bundle through the rear of the eye (the reason for the "blind spot", which is where all those nerves traverse the retina). Therefore mammal eyes are not as good as they could be. Their retinas are also prone to becoming unstuck, but this happens usually only after reproduction time hence this eye-disadvantage does get reproduced. Mammals survived despite relatively bad eyes.
Nobody ever said individuals change genetically during their lifetime, certainly not evolution. That's what is also in the quote, supersport. He explains what is important for evolution in your very quote, namely: "the replicates are close to the original, but not exact copies"supersport said:It's not just me, astro
http://robert.cailliau.free.fr/ByLetter/E/Evolution.html
Evolution is a strange mechanism.
When we say "animals adapt to their environment" what we really mean is:
Individual animals do not adapt to their environment; they don't change genetically during their lifetime.
- an animal produces offspring or "replicates"
- the replicates are close to the original, but not exact copies
- some of these copies survive and replicate again, others die before they can replicate
- which copies replicate and which die before they can do so is influenced by the environment
- inexact copies whose differences make them less well adapted to the environment have a higher probability of dying, those better adapted get a higher chance of surviving to replication age.
CHECKMATE!!
you guys are so fun to play with!!
Ummm...you just basically posted the definition of differential reproductive success. That's not against evolution, that is evolution.supersport said:Evolution is a strange mechanism.
When we say "animals adapt to their environment" what we really mean is:
* an animal produces offspring or "replicates"
* the replicates are close to the original, but not exact copies
* some of these copies survive and replicate again, others die before they can replicate
* which copies replicate and which die before they can do so is influenced by the environment
* inexact copies whose differences make them less well adapted to the environment have a higher probability of dying, those better adapted get a higher chance of surviving to replication age.
Individual animals do not adapt to their environment; they don't change genetically during their lifetime.
It strikes me as extremely odd, that all of rebuttals to the points he supersport makes are already explained quite well in his own quotes. It makes me think he is indeed a parody, were it not that he seems to be all over the message boards with this.I_Love_Cheese said:The next paragraph:
BTW, made any converts on your other threads?
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