@MontereyJack,
MontereyJack wrote:You apparently never took biology in high school.
I will skip that as irrelevant to the topic and as fireworks thrown into the air at random ... without any evidence, as usual.
MontereyJack wrote:Since you apparently have never heard of dominant and recessive triats
Before reaching 'dominant and recessive triats' you have to solve some systems of math equations (incl. probability and probability distribution).
How many brand new or substantially changed beyond recognition triats should an individual have to acquire to be considered as a brand new species? How many differences in the DNA sequences are enough to consider something as a brand new species? - data from statistics on DNA sequences of existing (and/or extinct) species would be O.K. No morphology and phenomenology are acceptable as valid evidence.
MontereyJack wrote:Even Gregor Mendel almost two centuries ago knew more about inherited traits than you do.
What about 'knowing' wrong things on the grounds of misrepresentations and wrong interpretations and/or based on fake assumptions?
MontereyJack wrote:Take brown eyes and blue eyes, for example. Brown eyes are carried by a dominant gene, blue eyes a recessive.
... and how are you going to make the green eyes (of the new species) out of that gene shuffle?
MontereyJack wrote:So an advantageous dominant mutation in a single individual in an exogamous population (which most mammals are) confers a reproductive advantage in that individuals descendants
... which descendants are going to mate
how without incest, especially the first and the second generation.
I also have some mind-blowing theories about the origin of species. Suppose by some reason unknown (geographic barrier or biological incompatibility) some part of the individuals of a species are deprived of the access to mate with some other part. Both parts start developing along different threads and make two varieties of the same species. One of the varieties (or even both) may become extinct, whereat the remaining ones start developing as a brand new species.
You may think that you are great in genetics, but you are missing the math - especially in its part
plausibility and
feasibility. BTW your 'positive mutations' should be subject to the laws of stochastic distribution. Not that I am interested, but can you give an example of a positive mutation ever happening and/or ever observed in the clinical studies? The circumstance that one can break a window by a stone does not prove at all that all the windows are made by throwing stones at them.