Changes

# Evolution is internally inconsistent.  It posits that all life must continuously improve, but on the other hand, it holds that some creatures, like the horseshoe crab, the alligator, the shark, and the [[coelacanth]],<ref>http://www.dinofish.com/</ref> have remained virtually unchanged for improbably long time periods.

# Evolution is internally inconsistent.  It posits that all life must continuously improve, but on the other hand, it holds that some creatures, like the horseshoe crab, the alligator, the shark, and the [[coelacanth]],<ref>http://www.dinofish.com/</ref> have remained virtually unchanged for improbably long time periods.

# According to evolutionary theory, cavemen with no scientific or genetic knowledge domesticated the wolf (''canis lupus'') into a different species - the dog (''canis familiaris''). However, many experts on dog genetics have created hundreds of different dog breeds over the years through selective mating, but they are all the same species. If the cavemen could create new species seemingly by accident, it stands to reason that experts could do so with intentional effort. But since this has not been done, the wolf-dog example seems false.

# According to evolutionary theory, cavemen with no scientific or genetic knowledge domesticated the wolf (''canis lupus'') into a different species - the dog (''canis familiaris''). However, many experts on dog genetics have created hundreds of different dog breeds over the years through selective mating, but they are all the same species. If the cavemen could create new species seemingly by accident, it stands to reason that experts could do so with intentional effort. But since this has not been done, the wolf-dog example seems false.

 

===Lack of mechanism===

===Lack of mechanism===

# The long legs of the [[giraffe]]: if a random mutation led to long legs without a long neck or vice versa, the animal would be unable to survive.

# The long legs of the [[giraffe]]: if a random mutation led to long legs without a long neck or vice versa, the animal would be unable to survive.

# 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>

# The [[flagellum]] of certain bacteria contain a multi-part cellular motor which fails to function if a single part is removed. This is the classic example of [[irreducible complexity]] as publicised by Professor [[Michael Behe]].<ref>[http://www.millerandlevine.com/km/evol/design2/article.html]</ref> Because the flagellum must have all its parts to function it could not have evolved and therefore must have been designed by an intelligent being.

# Many [[bat]]s which live in caves employ a type of sonar in order to navigate and find prey. Evolutionists propose that the bat evolved from a squirrel-like animal, but a squirrel would have no use for a sonar system. The bats can't fly without sonar, and an animal that can't fly doesn't need it. Therefore, bats must have been created with fully functioning sonar and flight.

# Many [[bat]]s which live in caves employ a type of sonar in order to navigate and find prey. Evolutionists propose that the bat evolved from a squirrel-like animal, but a squirrel would have no use for a sonar system. The bats can't fly without sonar, and an animal that can't fly doesn't need it. Therefore, bats must have been created with fully functioning sonar and flight.

# The organ and brain development required for retinal imagery require a base level of complexity, making a primitive form useless and impossible under evolution.<ref>http://www.creationresearch.org/crsq/articles/43/43_1/retinal_imagery.htm</ref>

# The organ and brain development required for retinal imagery require a base level of complexity, making a primitive form useless and impossible under evolution.<ref>http://www.creationresearch.org/crsq/articles/43/43_1/retinal_imagery.htm</ref>