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| | # There are no historical records of anyone directly observing one species evolving into another, which would certainly be something worth writing about. Surely of the millions of species we have, someone would have witnessed ''one'' come into existence had it evolved. | | # There are no historical records of anyone directly observing one species evolving into another, which would certainly be something worth writing about. Surely of the millions of species we have, someone would have witnessed ''one'' come into existence had it evolved. |
| | # If evolution were to explain where human beings come from, then every personality type should benefit human life. This is clearly untrue because the world is filled with liars, psychopaths, and murderers. These traits clearly do not benefit humanity. | | # If evolution were to explain where human beings come from, then every personality type should benefit human life. This is clearly untrue because the world is filled with liars, psychopaths, and murderers. These traits clearly do not benefit humanity. |
| − | # Evolution should lead to the extinction of homosexuality, yet to this day homosexuality continues to exist. | + | # Evolution should lead to the extinction of [[homosexuality]], yet to this day homosexuality exists among humans. |
| | # The Theory of Evolution dictates that all organisms descended from single celled bacteria. Considering that bacteria are, and always have been, the most successful group of organisms, covering all areas of the globe in some of the most extreme environments, why would it have been advantageous to evolve into organisms that are so much more limited to the environments they can inhabit? Surely, staying as bacteria would be far more advantageous, due to their tolerance of extreme conditions, quick reproduction time, etc. | | # The Theory of Evolution dictates that all organisms descended from single celled bacteria. Considering that bacteria are, and always have been, the most successful group of organisms, covering all areas of the globe in some of the most extreme environments, why would it have been advantageous to evolve into organisms that are so much more limited to the environments they can inhabit? Surely, staying as bacteria would be far more advantageous, due to their tolerance of extreme conditions, quick reproduction time, etc. |
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| | ===Lack of mechanism=== | | ===Lack of mechanism=== |
| | [[Image:Feather image.jpg|thumb|300px|right|[[Harvard]] biologist [[Ernst Mayr]] wrote: "It must be admitted, however, that it is a considerable strain on one’s credulity to assume that finely balanced systems such as certain sense organs (the eye of vertebrates, or the bird’s feather) could be improved by random [[mutation]]s."<ref>[http://www.creationscience.com/onlinebook/ReferencesandNotes9.html Ernst Mayr, Systematics and the Origin of Species (New York: Dover Publications, 1942), p. 296]</ref>]] | | [[Image:Feather image.jpg|thumb|300px|right|[[Harvard]] biologist [[Ernst Mayr]] wrote: "It must be admitted, however, that it is a considerable strain on one’s credulity to assume that finely balanced systems such as certain sense organs (the eye of vertebrates, or the bird’s feather) could be improved by random [[mutation]]s."<ref>[http://www.creationscience.com/onlinebook/ReferencesandNotes9.html Ernst Mayr, Systematics and the Origin of Species (New York: Dover Publications, 1942), p. 296]</ref>]] |
| − | # The extraordinary migration patterns of butterflies and birds cannot be explained through naturalistic development, and lack any plausible materialistic explanation.<ref>[[migration]]</ref> | + | # The extraordinary [[animal migration|migration]] patterns of butterflies and birds cannot be explained through naturalistic development, and lack any plausible materialistic explanation.<ref>[[Animal migration]]</ref> |
| | # Evolution does not account for the immense amount of [[information]] in the genome. While there are various definitions of information, and many types have been observed to occur naturally, DNA contains information that is processed to lead to a result predetermined by the content of that information. Strictly speaking it is inaccurate to refer to DNA as a "code" or "language," as many scientists are prone to doing. In fact DNA is more like a template, which produces messenger RNA (mRNA,) a new template with more appropriate bases for protein production. The mRNA essentially acts as a scaffold to which the appropriate amino acids attach to form a protein molecule. Rather than being a language containing words which each have a meaning, DNA is more like a jig or framework which allows a specific molecule of mRNA, and subsequently a specific protein sequence, to be assembled on it. In effect the information is the sequence of chemical reactions which that length of DNA will catalyse. Given the huge number of useless protein molecules which could be formed and the complexity of even a simple protein such as haemoglobin, this sequence could not have evolved by natural selection as the odds against the initial organism having a functional protein are too great. | | # Evolution does not account for the immense amount of [[information]] in the genome. While there are various definitions of information, and many types have been observed to occur naturally, DNA contains information that is processed to lead to a result predetermined by the content of that information. Strictly speaking it is inaccurate to refer to DNA as a "code" or "language," as many scientists are prone to doing. In fact DNA is more like a template, which produces messenger RNA (mRNA,) a new template with more appropriate bases for protein production. The mRNA essentially acts as a scaffold to which the appropriate amino acids attach to form a protein molecule. Rather than being a language containing words which each have a meaning, DNA is more like a jig or framework which allows a specific molecule of mRNA, and subsequently a specific protein sequence, to be assembled on it. In effect the information is the sequence of chemical reactions which that length of DNA will catalyse. Given the huge number of useless protein molecules which could be formed and the complexity of even a simple protein such as haemoglobin, this sequence could not have evolved by natural selection as the odds against the initial organism having a functional protein are too great. |
| | # The development of feathers, which could not have conceivably "grown" from the scales of reptiles or any other known structure.<ref>http://icb.oxfordjournals.org/cgi/reprint/40/4/687.pdf</ref><ref>[http://palaeoblog.blogspot.com/2008/02/early-evolution-of-feathers.html]</ref>[[File:Autumn.jpg|292px|right|thumbnail|The beauty of [[God]]'s [[creation]], such as [[autumn]] foliage, cannot adequately be explained through the evolutionary [[paradigm]]. See: [[Argument from beauty]] | | # The development of feathers, which could not have conceivably "grown" from the scales of reptiles or any other known structure.<ref>http://icb.oxfordjournals.org/cgi/reprint/40/4/687.pdf</ref><ref>[http://palaeoblog.blogspot.com/2008/02/early-evolution-of-feathers.html]</ref>[[File:Autumn.jpg|292px|right|thumbnail|The beauty of [[God]]'s [[creation]], such as [[autumn]] foliage, cannot adequately be explained through the evolutionary [[paradigm]]. See: [[Argument from beauty]] |