Originally posted by blader
That's perfectly fine with me. I'm glad we agree that merely believing that you are a scientist is not enough, quite unlike being a Christian.
Oh, by the way:
"sci·en·tist Pronunciation Key (sn-tst)
n.
A person having expert knowledge of one or more sciences, especially a natural or physical science."
- American Heritage Dictionary
scientist
\Sci"en*tist\, n. One learned in science; a scientific investigator; one devoted to scientific study; a savant. [Recent]
-Webster
scientist
n : a person with advanced knowledge of one of more sciences [syn: man of science]
Source: WordNet ® 1.6, © 1997 Princeton University
Originally posted by Sky77
Nails&Thorns, consider yourself banned.
goodbye.
Originally posted by Morat
You've had the pleasure of Boatwright's um "company"? Is he still trolling around Usenet?
Originally posted by Morat
http://www.howstuffworks.com/evolution.htm
The theory of evolution succeeds in explaining why we see bacteria and mosquitoes becoming resistant to antibiotics and insecticides. It also successfully predicted, for example, that X-ray exposure would lead to thousands of mutations in fruit flies.
Originally posted by XmagickaX
What good is an experiment showing beneficial change in an animal when that animal woulndt be able to survive outside of lab conditions?
Originally posted by edgeo
Yes, you are correct. These are examples of mutations that would be selected against. It is just the other side of the coin of natural selection.
Originally posted by Late_Cretaceous
"not ones that leave a species unable to survive outside of controlled conditions"
Mutations affect particular individuals, not entire species.
Oh you mean the fruit flies that were deformed and target=_blank>couldn't survive outside of the lab? This has already been proven.
What good is an experiment showing beneficial change in an animal when that animal woulndt be able to survive outside of lab conditions?
Are you arguing that changes to an individual when given enough time(evolution only takes time right?) do not affect the species as a whole?
Please explain your logic...
Originally posted by Morat
First off, those experiments were deailing with mutation. Not speciation. Secondly, when species to speciate, they do so in response to the enviroment. Whether it's the London Underground, or a lab. Thirdly, if you actually want a couple of dozen examples ot speciation, all you have to do is ask. Talk.Origins maintains two lists: Both lab events, and in the wild.
They only spread to the population if they're neutral or beneficial. That's the point of natural selection.
I realize what the experiments were dealing with....However, saying that they respond to their environment either in the lab or elsewhere is bad reasoning. Lab conditions are nearly always set in advance to get the most favorable results.(The target=_blank>Miller experiment comes to mind, no?) What good are skewed, unrepeatable results?
Changes (negative, neutral, beneficial) <I>are </I>given to the species, or <I>taken away</I> if you will...These are CHANGES...and they happen all the time. The nature of the change is inpertinent when talking about these things.
Originally posted by XmagickaX
What good is an experiment showing beneficial change in an animal when that animal woulndt be able to survive outside of lab conditions?