RockSmith372 said:
Are you kidding? Since there are so many observed speciation, I am just going to link a site showing you all the observed speciation you need. Most are bacteria/single celled organisms due to fast reproductive rates, allowing time for speciation to be much quicker, but there are observed speciations in animals too. http://www.talkorigins.org/faqs/faq-speciation.html |
That's a perfect example of what I already said: a dogmatic approach to science can only hurt science. The first point of that faq: "Speciations Involving Polyploidy, Hybridization or Hybridization Followed by Polyploidization" is not speciation, the first example is about Oenothera gigas and Oenothera lamarckiana. Oenothera gigas is not classified as a species (nor as a subspecies, it's just a mutation) anymore, while Oenothera lamarckiana is a defunct name for Oenothera glazioviana (so that faq uses outdated infos) -> http://plants.usda.gov/java/ClassificationServlet?source=profile&symbol=OENOT&display=63. Polyploidy occurs in humans too -> http://faculty.clintoncc.suny.edu/faculty/Michael.Gregory/files/Bio 100/Bio 100 Lectures/Genetics- Human Genetics/human.htm (and no, polyploid humans are not considered a different species). About the speciations in plant species not involving polyploidy, that article doesn't mention the names of the new species. The maize example is quite laughable: a well known effect of inbreeding is the reduction in fertility.
As for the animals, it's all about those damned fruit flies: what's the name of the new species of fruit flies created from the drosophila melanogaster?