Tell me you are joking ?What are you meaning by this exactly?
Please read this:
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Like all natural processes, evolution is guided by laws that do not change. If you throw a rock up in the air, its path is not governed by pure chance, but by the law of gravity. It cannot fly off randomly in any direction, but will travel in a parabolic arc and land at a predictable point. If you put a hot object next to a cold one, the transfer of heat is not governed by pure chance, but by the laws of thermodynamics. Heat cannot flow randomly in either direction; it will move consistently from the hotter object to the colder one. And if you set a population of randomly mutating organisms in an environment, their future is not drifting at the whim of chance, but is directed by the law of natural selection.
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To compare natural selection to gravity is just stupid. It has already been stated at the beginning of this thread, that natural selection is a term that retrospectively describes events that eliminate or filter certain traits/characteristics. It is not a force or agent like gravity is. Your first article actually says the same thing. Therefore it cannot direct the future of anything.
I'll quote the YEC website for you again. It does not matter that it's from a YEC website, this strictly deals with your "observed evolution"In any case, evolution is an observed fact.
With cases of speciation the conclusion is clear if following observational science. Speciation will not produce radical biological structure dissimilarity resulting in a different animal, such is needed to support molecules-to-man evolution, but rather deeply unique and wide-ranging phenotype diversity of structures that constitute specific kinds of animals.
Beyond phenotype expression, any other conclusion will not suffice but rely on extrapolation that assumes deep time.
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