Jose Fly
Fisker of men
I'm coming in quite late to this discussion, but I'll add my two cents in nevertheless.
How exactly are we defining "outward appearance", and why are we using that as a criterion? There are a number of examples of "beneficial mutations" in all manner of organisms (e.g. resistance to drugs, metabolizing new food sources, increased robustness, etc.). I'm unclear why "outward appearnance" is so important.
One could look at the relatively recent discovery of the genetics behind various morphological traits in dogs. There, scientists uncovered the specific genetic differences that humans had been selecting in order to get the traits they wanted. It's certainly not a stretch to presume these genetic traits are the product of mutation.
Finally, in general one needs to think of evolution in terms of populations. Individuals don't evolve, populations do. So if I were to be born with a mutation that gave me the ability to digest plastic, if I didn't pass that trait on to any offspring, there was no evolution. Had I passed that trait on to my children, then that would be evolution, as there was a change in the genetics of the population.
I challenge evolutionists to show me ONE mutation ever documented in the history of science that has created a new, beneficial, selectable morphological addition to an existing body part. . . . (a mutation that alters physical, outward appearance in a beneficial way. )
How exactly are we defining "outward appearance", and why are we using that as a criterion? There are a number of examples of "beneficial mutations" in all manner of organisms (e.g. resistance to drugs, metabolizing new food sources, increased robustness, etc.). I'm unclear why "outward appearnance" is so important.
One could look at the relatively recent discovery of the genetics behind various morphological traits in dogs. There, scientists uncovered the specific genetic differences that humans had been selecting in order to get the traits they wanted. It's certainly not a stretch to presume these genetic traits are the product of mutation.
Finally, in general one needs to think of evolution in terms of populations. Individuals don't evolve, populations do. So if I were to be born with a mutation that gave me the ability to digest plastic, if I didn't pass that trait on to any offspring, there was no evolution. Had I passed that trait on to my children, then that would be evolution, as there was a change in the genetics of the population.