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><font color=blue><b><center><p> >Fossil Gaps 1g-h ></font></b></center><p> >g. Evolutionists believe that amphibians evolved into >reptiles, with either Diadectes or Seymouria as the >transition. By the evolutionists’ own time scale, this >“transition” occurs 35 million years (m.y.) after the >earliest reptile, Hylonomus (a cotylosaur). A parent >cannot appear 35 million years after its child! The >scattered locations of these fossils also present >problems for the evolutionist. ><p> >[See Steven M. Stanley, <i> Earth and Life Through >Time </i> (New York: W. H. Freeman and Co., 1986), pp. >411–415. See also Robert H. Dott Jr. and Roger L. >Batten, <i>Evolution of the Earth, 3rd edition </i> >(New York: McGraw-Hill, 1981), p. 356.] ><p> >It is true that skeletal features of some amphibians >and some reptiles are similar. However, huge >differences exist in their soft internal organs, such >as their circulatory and reproductive systems. For >example, no evolutionary scheme has ever been given >for the development of the many unique innovations of >the reptile’s egg. [See Denton, pp. 218–219 and >Pitman, pp. 199–200.] ><p> >h. <font color=blue><i> “Gaps at a lower taxonomic >level, species and genera, are practically universal >in the fossil record of the mammal-like reptiles. In >no single adequately documented case is it possible to >trace a transition, species by species, from one genus >to another.” </font></i>Thomas S. Kemp, <i>Mammal-Like >Reptiles and the Origin of Mammals </i> (New York: >Academic Press, 1982), p. 319. ><p> ><a rel=nofollow target=_blank >href="http://www.creationscience.com/onlinebook/LifeSci >ences27.html#wp1049019">http://www.creationscience.com/ >onlinebook/LifeSciences27.html#wp1049019</a>

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