Stefan Bauwens
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Double post.
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+1The fact that we are all able to find good sources to support what we believe about evolution establishes how much we as humans still don't know know about evolution and how much some pieces of information fly in the face of others and yet are equally credible.
It doesn't really matter if it's angelfire.Um, I would be leery of sites that are not credible. Angelfire is not a credible hosting site, the people could have written anything.
If this were the case, we'd be allowed to use such sites in our Works Cited for research and debate papers in school. But we can't, now can we use Wiki. Things can be altered very easily on various websites. More trust sites would be news sites, government sites, health and science sites, etc. And if it's out of the book, you'd need to get that book and directly quote it, then cite it appropriately. Since we don't have the book, we cannot verify if it's directly quoted and true.It doesn't really matter if it's angelfire.
Doesn't mean that if you don't have the money to pay your own hosting site that everything you say is most likely false. Anyway, he's quoting out of a book, published by a doctor. So, I believe it's quite credible.
Although the article does make a lot of false claims. For example,Found this interesting article: https://english.pravda.ru/science/earth/10-04-2009/107388-microevolution-0/
evolution
Biological theory that animals and plants have their origin in other preexisting types and that the distinguishable differences are due to modifications in successive generations. It is one of the keystones of modern biological theory. In 1858 Charles Darwin and Alfred Russel Wallace jointly published a paper on evolution. The next year Darwin presented his major treatise On the Origin of Species by Means of Natural Selection, which revolutionized all later biological study. The heart of Darwinian evolution is the mechanism of natural selection. Surviving individuals, which vary (see variation) in some way that enables them to live longer and reproduce, pass on their advantage to succeeding generations. In 1937 Theodosius Dobzhansky applied Mendelian genetics (see Gregor Mendel) to Darwinian theory, contributing to a new understanding of evolution as the cumulative action of natural selection on small genetic variations in whole populations. Part of the proof of evolution is in the fossil record, which shows a succession of gradually changing forms leading up to those known today. Structural similarities and similarities in embryonic development among living forms also point to common ancestry. Molecular biology (especially the study of genes and proteins) provides the most detailed evidence of evolutionary change. Though the theory of evolution is accepted by nearly the entire scientific community, it has sparked much controversy from Darwin's time to the present; many of the objections have come from religious leaders and thinkers (see creationism) who believe that elements of the theory conflict with literal interpretations of the Bible. See also Hugo de Vries, Ernst Haeckel, human evolution, Ernst Mayr, parallel evolution, phylogeny, sociocultural evolution, speciation.
natural selection
Process that results in adaptation of an organism to its environment by means of selectively reproducing changes in its genotype. Variations that increase an organism's chances of survival and procreation are preserved and multiplied from generation to generation at the expense of less advantageous variations. As proposed by Charles Darwin, natural selection is the mechanism by which evolution occurs. It may arise from differences in survival, fertility, rate of development, mating success, or any other aspect of the life cycle. Mutation, gene flow, and genetic drift, all of which are random processes, also alter gene abundance. Natural selection moderates the effects of these processes because it multiplies the incidence of beneficial mutations over generations and eliminates harmful ones, since the organisms that carry them leave few or no descendants. See also selection.
mutation
Alteration in the genetic material of a cell that is transmitted to the cell's offspring. Mutations may be spontaneous or induced by outside factors (mutagens). They take place in the genes, occurring when one base is substituted for another in the sequence of bases that determines the genetic code, or when one or more bases are inserted or deleted from a gene. Many mutations are harmless, often masked by the presence of a dominant normal gene (see dominance). Some have serious consequences; for example, a particular mutation inherited from both parents results in sickle-cell anemia. Only mutations that occur in the *** cells (eggs or sperm) can be transmitted to the individual's offspring. Alterations caused by these mutations are usually harmful. In the rare instances in which a mutation produces a beneficial change, the percentage of organisms with this gene will tend to increase until the mutated gene becomes the norm in the population. In this way, beneficial mutations serve as the raw material of evolution.
I'm absolutely obsessed with Quantum Mechanics so the confirmation of the Higgs Boson was a BIG thing for me xD It's something that I find really interesting, and it's most likely going to be what I get a job in in the future if I don't choose to go down the Maths route.I know this isn't totally relevant to evolution, but since we're having the discussion about creationism versus science, I thought this might interest people since it links to the Big Bang- which of course started it all, if thats what you believe, and poses similar issues as evolution to creationists- and because it's at the cutting edge of current science:
Literally within the last couple of months, Physicists have discovered the "Higgs Boson" particle which supposedly holds the secrets to the existence of the universe and absolutely everything within it- to put it very simply, since I know nothing about Quantum Physics! The search for it has been going on for about 50 years and its discovery greatly strengthens the theory of the occurrence of the Big Bang, which already had considerable supporting evidence such as the continual expansion of the universe.
https://www.isciencetimes.com/articles/4701/20130314/higgs-boson-found-big-bang-theory-mysteries.htm
I just think it's amazing that these kinds of discoveries are happening right now. I mean, we're always taught theories that are often many years old and because of this sometimes it feels that we're not really making a lot of headway, but this discovery is brand new and opens up a whole new area of study for Physicists.
Watch out! We've got a Sheldon here! (Kudos if you know who he is.)I'm absolutely obsessed with Quantum Mechanics so the confirmation of the Higgs Boson was a BIG thing for me xD It's something that I find really interesting, and it's most likely going to be what I get a job in in the future if I don't choose to go down the Maths route.
Haha, I hope not! Sheldon is hilarious on the show, but I think in real life he'd just be a total pain (well, even more so than he usually is anyways!). But at the same time I really wish I was that smart xDWatch out! We've got a Sheldon here! (Kudos if you know who he is.)
I'm not very math-y, sadly, but I do find it fascinating how we learn about and discover this stuff more and more.
Haha, yeah, people often point out my similarities with Sheldon Cooper :/Watch out! We've got a Sheldon here! (Kudos if you know who he is.)
I'm not very math-y, sadly, but I do find it fascinating how we learn about and discover this stuff more and more.
But he is the ultimate and awesome troll. That means you're awesome, too!Haha, yeah, people often point out my similarities with Sheldon Cooper :/
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