To CDF47:
You have made many posts in this thread. I wish to focus on just one aspect for now...the micro-evolution and macro-evolution matter. To that end, I have some questions for you:
1) What is the biological process which stops microevolution from becoming macroevolution over time?
2) How does this biological process keep tract of prior allele changes from prior generations such that it "knows" when to no longer allow micro-evolution to occur in current or subsequent populations?
3) How exactly does this biological process stop mutations, natural selection, sexual selection and/or horizontal gene transfer from occurring in present or future generations? For example, how would it stop a cosmic ray from mutating a gene in a gamete? How would they stop a duplication error?
4) On which chromosome(s) are the gene(s) located which govern this biological process in humans? In potatoes? In bacteria? Would you agree that all life must have these genes in their DNA?
You have made many posts in this thread. I wish to focus on just one aspect for now...the micro-evolution and macro-evolution matter. To that end, I have some questions for you:
1) What is the biological process which stops microevolution from becoming macroevolution over time?
2) How does this biological process keep tract of prior allele changes from prior generations such that it "knows" when to no longer allow micro-evolution to occur in current or subsequent populations?
3) How exactly does this biological process stop mutations, natural selection, sexual selection and/or horizontal gene transfer from occurring in present or future generations? For example, how would it stop a cosmic ray from mutating a gene in a gamete? How would they stop a duplication error?
4) On which chromosome(s) are the gene(s) located which govern this biological process in humans? In potatoes? In bacteria? Would you agree that all life must have these genes in their DNA?
