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Counterexamples to Evolution (view source)
Revision as of 02:48, March 8, 2009
, 02:48, March 8, 2009Reverted edits by Artichoker (Talk) to last version by Aschlafly
The following are some counterexamples to the abilities of random mutation. If just one cannot be explained by the idea, then logically the theory of evolution as it is must be inadequate.
The following are some counterexamples to the abilities of random mutation. If just one cannot be explained by the idea, then logically the theory of evolution as it is must be inadequate.
* Many cases of beauty, such as the brilliant autumn foliage and staggering array of beautiful marine fish, lack any plausible evolutionary explanation.
* the [[immune system]] is irreducibly complex, as without one which is thoroughly developed, an organism would not be able to resist any infection<ref>Behe, Michael J. 1996. ''Darwin's Black Box'', New York: The Free Press, pp. 117-139.</ref><ref>[http://biology.creighton.edu/courses/BIO432/Evolution%2005.htm]</ref>
* the [[immune system]] is irreducibly complex, as without one which is thoroughly developed, an organism would not be able to resist any infection<ref>Behe, Michael J. 1996. ''Darwin's Black Box'', New York: The Free Press, pp. 117-139.</ref><ref>[http://biology.creighton.edu/courses/BIO432/Evolution%2005.htm]</ref>
* [[Jellyfish]] in [[Hawaii]] swarm to the beaches roughly 9 to 10 days after each full [[moon]], for no apparent evolutionary reason<ref>http://www.aloha.com/~lifeguards/jelyfish.html</ref>
* the fact that [[cicada]]s appear like clockwork every 13 years for some species, and every 17 years for others<ref>http://inside.msj.edu/academics/faculty/kritskg/cicada/faq.html</ref>
* the migrations of butterflies and birds, and the mechanisms which allow them to navigate.<ref>[[migration]]</ref>
* The neck of the [[giraffe]]. Although the length of the neck can be explained by simple sexual selection, the presence of valves in the neck (which are necessary because of its great length) raises a question of how one could have arisen without the other being there first (see the irreducible complexity argument).<ref>[http://www1.pacific.edu/~e-buhals/GIRAFFE2.htm]</ref>
* The neck of the [[giraffe]]. Although the length of the neck can be explained by simple sexual selection, the presence of valves in the neck (which are necessary because of its great length) raises a question of how one could have arisen without the other being there first (see the irreducible complexity argument).<ref>[http://www1.pacific.edu/~e-buhals/GIRAFFE2.htm]</ref>
* The enormous gaps and lack of intermediate species in the [[fossils|fossil]] record.
* The enormous gaps and lack of intermediate species in the [[fossils|fossil]] record.
*[[Pterosaurs]]; a scientist recently stated that they could not have flown, but why then did they evolve wings?<ref>http://www.physorg.com/news142086647.html</ref>
*[[Pterosaurs]]; a scientist recently stated that they could not have flown, but why then did they evolve wings?<ref>http://www.physorg.com/news142086647.html</ref>
* The development of wings, as intermediary wing stubs would have no use, and be a competitive disadvantage.
* The development of wings, as intermediary wing stubs would have no use, and be a competitive disadvantage.
* The [[flagellum]] a multi-part cellular motor which fails to function if a single part is removed is the classic example of [[irreducible complexity]] and cannot arise according to the theory of evolution.<ref>[http://www.millerandlevine.com/km/evol/design2/article.html]</ref>
* Variation in chromosome count (ploidy) is impossible in evolution. One member of a species with 2 sets of chromosomes cannot mate with a member with 4. Thus, for the chromosome count of a species to change (and thus account for the variety of counts in nature) a vast portion of a species would have to evolve a new chromosome set simultaneously.
* Variation in chromosome count (ploidy) is impossible in evolution. One member of a species with 2 sets of chromosomes cannot mate with a member with 4. Thus, for the chromosome count of a species to change (and thus account for the variety of counts in nature) a vast portion of a species would have to evolve a new chromosome set simultaneously.
* Symbiosis - There are many examples where creatures rely on each other to survive which could not arise through evolution. Grass cannot survive without a certain fungus that helps it fix nitrogen from the atmosphere and the fungus can't survive without the grass. They must have appeared on earth at the same time.<ref>[http://www.sciencedaily.com/releases/2007/04/070410084136.htm]</ref>
* Symbiosis - There are many examples where creatures rely on each other to survive which could not arise through evolution. Grass cannot survive without a certain fungus that helps it fix nitrogen from the atmosphere and the fungus can't survive without the grass. They must have appeared on earth at the same time.<ref>[http://www.sciencedaily.com/releases/2007/04/070410084136.htm]</ref>