I have backed this up...
Tony brought up the example of giraffes. The giraffes environment changes (trees get taller) and only the giraffe with the longer necks survive because only they can reach the food. The longer neck giraffe breed with each other causing long necked giraffe as off-spring and over generations the length of the necks of giraffe gets longer. This is an adaptation to the environment. I was told that you would reach a point where it would no longer be possible to breed a shorter necked giraffe. This means the mutation HAS caused a loss of information. I was then told the information is not lost, its is simply redundant - I can't see the difference. The giraffe had moved from a point where they could breed short necked giraffe and now no longer can - hence information is lost (certainly not increased!).
Examples like this could be made with just about any species - this process of adapting to the environment NORMALLY results in a loss of previous information. At best, the pool of genetic information remains the same. Even the evolutionist in the link I was sent admitted that mutations are not usually beneficial and that even if it was accepted that genetic information did increase, this was a far less likely outcome of a mutation.
Danny, 99.9% of the biologists in the world would disagree with you on this this.
I hate you using this word "admitted" like there is some scientific global conspiracy to make stuff up. This is absurd and if science worked this way we wouldn't be able to sit at a computer and communicate with each other as we would be stuck in the middle ages.
If you had discovered some flaw in genetic theory like you claim to have, you would get a Nobel prize.
Back to the giraffes. Why do you assume that the taller giraffes have lost information? They are just as likely to have more information if the only reason you are saying they can't breed is because one has a different amount of information to another.
There is a process called Gene duplication whereby the gene gets doubled, i.e.
ABCD goes to ABCDABCD
see Proof and evolutionary analysis of ancient genome dup... [Nature. 2004] - PubMed - NCBI
This is a doubling of the information.
There are mutations where ABCD goes to ABCDB. Information gain.
There are mutations where ABCD goes to ABCA. No information gain/loss
There are also deletion mutations where ABCD goes to ABC. Loss of information.
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