miggidy said:
But the support for evolution is deminishing every day.
And there is no evidence to disprove the bible.
I have never heard someone be more incorrect in my entire life... All of Darwin’s theories have been nothing but supported and it even says that in print in my college biology book. Also the bible is as flawed as an uncut diamond....
If you do not want to read all of this, you should go here and read Frequently Asked Questions About Evolution…
http://www.talkorigins.org/origins/faqs-qa.html
Biological evolution is a change in the genetic characteristics of a population over time. That this happens is a fact. Biological evolution also refers to the common descent of living organisms from shared ancestors. The evidence for historical evolution -- genetic, fossil, anatomical, etc. -- is so overwhelming that it is also considered a fact. The theory of evolution describes the mechanisms that cause evolution. So evolution is both a fact and a theory.
'The evolutionists wrote the scenario of human evolution by arranging some of the skulls that suited their purpose in an order from the smallest to the biggest and scattering the skulls of some extinct human races among them. According to this scenario, men and modern apes have common ancestors. These creatures evolved in time and some of them became the apes of today while another group that followed another branch of evolution became the men of today.
If evolution is mentioned to laypeople, typically the first thing that emerges is human evolution. Human evolution is, after all, the part people find most hard to swallow. Most can accept the fact that bacteria, plants, birds, and horses evolve. However, people employ a double standard when confronted with human evolution. Perhaps the matter of having an ape as an ancestor is actually the main reason why creationists try to refute evolution.
On the contrary, the available evidence points consistently to the ape-to-human scenario (although that statement is not suitable, because humans are still apes). Humans and other extant great apes (chimpanzee, bonobo, gorilla, orangutan) shared many features. The extant ape species most similar to humans is the chimpanzee (Pan). Presented here are studies that confirm the similarity between humans and other extant great apes.
Molecular evidence: there have been claims that humans and chimps are 99% similar in their genetic constitution. The studies referred have shown that, based on small samples (up to 30.000 base pairs) human and chimp nuclear DNA are highly identical (only 1% divergence). Notice the small difference in the noncoding DNA. Being non-functional, the similarity cannot be attributed to function or convergent evolution. Noncoding DNA similarity is the genetic equivalent of vestigial organs; both imply common descent. In addition, the fact that the 99% similarity came not from only one but many analysis strongly suggest that the similarity was not due to sampling errors.
The molecular evidence is still open to further inquiry. The human genome size is estimated to be 3.000.000.000 bases (International Human Genome Mapping Consortium 2001: 934) and the chimp genome is estimated to be as large. Therefore, if the current difference data is correct, then a difference of about 30.000.000 bases (1%) is to be expected from human and chimp genomes. The Human Genome Project is under way, and efforts have been made to establish a Chimpanzee Genome Project (Varki 2000: 1065; Hacia 2001: 637)
Anatomical: Gibbs et al. (2000, 2002) attempted a phylogenetic analysis of 171 hominoid soft-tissue characteristics (which include muscles, nerves, and blood vessels) from five extant ape genera (Hylobates, Pongo, Pan, Gorilla, and Homo). The results are consistent with molecular phylogenies which support a Homo-Pan clade with Gorilla as the nearest sister group. In vernacular terms, this means that chimps are more similar to humans than they are to gorillas.
There are two other strong points of this analysis. First, the convergence with molecular results show that support for the close relationship between humans and chimps come from two lines of evidence, thus unlikely to be incidental. Second, Gibbs et al.'s study was done by literature research, most of which were done in a time where phylogenetic hypotheses was not a goal and the close link between humans and chimps has not become a scientific viewpoint (Pilbeam 2000).
Interestingly, Collard & Wood (2000) and Pilbeam (2000) also pointed out that phylogenies based on hard-tissue (dental & skeletal) characters are less reliable than molecular and soft-tissue phylogenies. Pilbeam (2000) suggested that soft tissues are more conservative and less prone to observer bias. If soft-tissue analysis is more reliable than hard-tissue analysis, then further tests on other groups should reflect such a distinction.
RECENT TAXONOMICAL CONSIDERATIONS: Humans are apes. Or, apes are really humans.
These days, chimps and gorillas are also considered hominids. The traditional classification which divide humans (Hominidae) and great apes (Pongidae) has been corrected in order to include new molecular taxonomic information. At present, the family Pongidae is no longer used, and the great apes are grouped with humans in Hominidae; the chimpanzee is grouped in the same sub-family (Homininae) with humans, extant and extinct. Wood & Richmond (2000) summarizes the new taxonomic arrangement of apes, in the following table:
Superfamily Hominoidea
Family Hylobatidae:
Genus Hylobates (gibbons, siamangs)
Family Hominidae ('hominids'):
Subfamily Ponginae:
Genus Pongo (orangutan)
Subfamily Gorillinae:
Genus Gorilla
Subfamily Homininae:
Tribe Panini
Genus Pan (chimpanzee):
Tribe Hominini ('hominins')
Subtribe Australopithecina ('australopiths'):
Genus Ardipithecus
Genus Australopithecus
Genus Paranthropus
Subtribe Hominina:
Genus Homo (human)
The molecular evidence shows that humans are, taxonomically speaking, apes. Therefore, even the phrase 'humans have evolved from apes' lost its meaning. We are still apes, albeit a special & successful one.