No, the trait is changed by the mutation, and natural selection just eliminates those versions not able to survive to reproduce
That's my point really. That NS gets rid of useless traits, but can it not simply remove it, to an extent. I mean, if let's say, we have wings/no wings available. Because how can you know for sure that it wasn't both available at one time? You would need to have access to the past. It's like me saying, "White people are a mutation, when people of coloured skin have produced coloured skinned peope, for hundreds of year, and all of a sudden they produce a white person". So, just how can you possibly know that it MUST have started out winged or wingless? Time machine maybe?
Nor is it a matter of {recessive \ dormant} gene switching for that would mean some wingless individuals within the winged species and some winged individuals within the wingless species as regular occurances
Why? Maybe there are no wingless individuals and they are all winged, yet they still have an alternative hereditary unit. Maybe all the members of my family are white, yet they might still produce a coloured person?
your link writes:
These results suggest that wing developmental pathways are conserved in wingless phasmids, and that 're-evolution' of wings has had an unrecognized role in insect diversification"
Isn't this what I am saying?? I mean, if pathways are already there, then maybe they can be part of the "next" offspring, not by mutation, but by information that already exists? If wingless creatures have pathways for wings, then who's to say that they were not once with wings?
Sorry, your link crashed my computer, I daren't touch it again.
Ofcourse, the simplest answer may well be that mutation is beneficial and does add information. I'm not trying to say you're wrong, I'm just trying to show what creationism says about these occurences of wings from wingless insects. But insects are so bizarre anyway, a catterpillar becomes a butterfly. I'd sure like to see a horse become a human. Teehee.
AIG says that you may well get changes, yet you will find that those changes can be accounted for by the fact that they were once in the gene pool. You can only breed so many horses, and I'm sure they're different in size and colour, but are they horses? Once the information is lost, then the horse is still a horse, it can just never be breeded with a very different horse, So the explanation is that the horse may not be able to reproduce with it's "kind" yet that is because
Natural selection has culled the dormant genes, or ridded the previous traits. Is that not an explanation? Don't forget, "kinds" do become useless biologically speaking, and "species" can be used, BUT that in iteself doesn't mean that original "kind" groups didn't exist.
So what do we see? If AIG is right we should
still get a horse despite it's isolation from the main "kind". So, that means that we get a creature that still resembles a horse, and is in a way, atleast, still a horse "kind". It is simply isolated. Doesn't this also explain diversity?