Page 62 - Atlas of Creation Volume 2
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In an article in New Scientist, Tom S. Kemp, curator of the Oxford University museum's zoological col-
                   lections, described how findings had been turned into evidence for the theory of evolution, just as in the
                   case of punctuated evolution:

                       In other words, when the assumed evolutionary processes did not match the pattern of fossils that they
                       were supposed to have generated, the pattern was judged to be ‘wrong.' A circular argument arises: inter-

                       pret the fossil record in terms of a particular theory of evolution, inspect the interpretation, and note that it
                       confirms the theory. Well, it would, wouldn't it?    41

                       According to the proponents of the punctuated model of evolution, stasis in the fossil record repre-
                   sented the "equilibrium" in the theory defined as punctuated equilibrium. The theory maintains that under
                   environmental pressures, a species can have evolved in as short a space of time as only a few thousand
                   years. It then entered a period of stasis and remained unchanged for millions of years.

                       Therefore, proponents believed that this claim could account for the stasis in a large proportion of liv-
                   ing things. In this way, they thought they had covered up the challenge that the fossil record poses to evo-
                   lution. But this was a grave deception.


                       The Punctuation Mechanism


                       In its present state, the punctuated theory of

                   evolution explains living populations that exhibit
                   no change over very long periods of time as hav-
                   ing remained in a kind of "equilibrium."
                   According to this claim, evolutionary changes

                   take place in very narrow populations and at very
                   short intervals that interrupt—or in other words,
                   "punctuate" the equilibrium. Since the population
                   is such a narrow one, natural selection quickly fa-

                   vors large mutations, and the emergence of a new
                   species is thus made possible.
                       According to this theory, a reptile species, for
                   example, can remain unchanged for millions of

                   years. However, one small group of reptiles that
                   split away from this species in some way is sub-
                   jected to a series of intense mutations, for some
                   reason that is not explained. These mutations

                   endow those individuals with some advantage
                   (and there is no instance of a beneficial mutation).
                   They are quickly selected within this narrow
                   group. The group of reptiles evolves quickly, and

                   may even turn into mammals. Since this entire
                   process is so very rapid and takes place with a rel-
                   atively small number of creatures within a narrow
                   time frame, few if any fossil traces are left behind.

                       As close inspection reveals, this theory was
                   proposed as an answer to the question of "How
                   can an evolutionary process happen so fast as to
                   leave no fossil traces behind?" In reply, the theory

                   makes two fundamental assumptions:
                       1. The assumption that macro-mutations—in
                   other words, wide-ranging mutations that cause





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