often enough for what? survival?
For the transitions along the hypothetical evolutionary tree to happen.
does putting the same old words in different orders result in new ideas? does ordering 1s and 0s in different sequences result in new computer programs?
Randomly, not very likely. With a programmer, very likely.
genes aren't information in an important sense. information presupposes a receiver.
The receivers are the various parts of the body that are affected by the genes. AFAIK there is no requirement that the receiver be a conscious entity for it to be called "information." Although I have heard that debated occasionally.
in a secular view, genes and life are mere happenstance.
Dictionary.com Unabridged (v 1.1) - Cite This Source
hap·pen·stance /ˈhæpənˌstæns/ Pronunciation Key - Show Spelled Pronunciation[hap-uhn-stans] Pronunciation Key - Show IPA Pronunciation
–noun
a chance happening or event.
[Origin: 1895–1900; happen + (circum)stance]
Dictionary.com Unabridged (v 1.1)
Based on the Random House Unabridged Dictionary, © Random House, Inc. 2006.
Interesting that you decide to use that word. This really confirms what Christians have been saying all along: What is commonly called "evolution"
is based upon randomness and chance. Sure, there are some non-chance mechanisms such as natural selection, but when you boil it down to its roots, it really is a random process.
maybe it seems far fetched, but if you think about how large the universe is, it was bound to happen by mere chance somewhere
Well, that would require a statistical analysis. Just saying "if you think about it" doesn't provide me with the information necessary to come to a conclusion.
Let me take a wild guess: those specific terms are "microevolution" and "macroevolution", as if there's a meaningful difference between the two.
Your wild guess is wrong. I avoid those terms also, for the same reason: They're still vague.
Except saying so explains nothing, is unproven, and most importantly for the purposes of this discussion, does nothing to support your claim that what happened to the peppered moths wasn't evolution.
Interesting - did I really make such a claim? As I've said, I try to avoid the word "evolution" because it is vague - and because, frankly, it has multiple implied meanings.
See, this is how it works: if I accuse you of creating a strawman when describing something, "No I didn't!" does not constitute a rebuttal.
I'm just saying that I don't see the strawman you accuse me of creating.
I'll do you one better: find me a quote (with citations, please) from an actual evolutionary biologist in an actual scientific journal that says that an individual from one living species can mutate into an individual from another living species, and I'll retract the strawman accusation.
Okay, bad example. I asked for something that crossed the evolutionary tree horizontally when I should've asked for something vertical.
How about this:
From this diagram (or any other evolutionary tree diagram):
http://www.dhushara.com/book/evol/trevol.jpg
I'd like to see a scientist take, in a lab, something closer to one of the "roots" on the diagram and over successive generations create something closer to the "leaves" on the diagram. Supposedly, that's what happened - or at least that's what textbooks teach.
I'll save you the trouble. Creationist critiques of evolution based on information theory are predicated upon conflating two unrelated information theories which have nothing to do with one another. The result is entirely nonsense. Nonsense full of sixty-five cent words, but still nonsense.
No, you won't save me the trouble. It is my dream to become a computer scientist, and if I am to become one I should be knowledgeable in that field of study. Computers rely heavily on information theory, especially when talking about compression and encryption. So I still have plans to pursue the subject further.
3) Is there a way to test what happens over millions of years? IMHO, science is all about testing stuff - if we can't test our hypotheses somehow, we're on shaky ground. So far, our tests have been extremely limited by the large time scale required.
By that logic, astronomy isn't a science.
And in some ways, I suppose I would indeed distinguish it from other sciences. Interestingly enough, we tend to group them together when there are indeed different styles of science.
First, showing it's feasible is half of constructing a valid hypothesis (and, incidentally, it's far more than what any Creationist has ever accomplished).
Well, usually creationists aren't just concerned about the creation event - they often explore other events, like Noah's flood, and claim they have the models to show they are feasible.
Evolution was tested repeatedly and borne out.
Some people believe other theories have survived testing as well.
1. If there was a Flood (or a "catastrophe", as you put it), why are animals from different biomes found in the same locations?
Strangely enough, many creationists have borrowed the idea of ice ages - some believe that there was an ice ace immediately after the flood, causing much lowered water levels. Other people think that human activity may be to blame (ie, as humans expanded they may have bought animals with them). Other people believe that accelerated plate tectonics happened during the flood. There are actually several hypothesis about how this may have been accomplished.
3. Why are plants, which are not motile, found above animals, who presumably could have tried to run away?
This is a valid question. Unfortunately, the issue is a lot more complex - while mobility may be a factor, it would certainly not be the only factor. Such a catastrophe would certainly throw things around a lot.
4. Why are more mobile animals not found clustered at high points, in sheltered areas, wherever they might have run from a catastrophe, but instead distributed more or less randomly within their ranges?
I haven't seen any data concerning the distribution of fossils, so I am unable to investigate the question.
5. Where are the physical signs of a catastrophe? Where are the enormous piles of debris on the continental shelves that would have been deposited by withdrawing floodwaters? Where's the impact crater from an asteroid or the transmuted elements from a nearby supernova?
I am unfamiliar with the distribution and types of fossils along the continental shelves, so I can't answer the question.
I'm also unfamiliar with the asteroid and supernova hypotheses about the flood. Usually I hear about the "canopy" hypothesis or the "fountains of the deep" hypothesis.
6. Why did the catastrophe wipe out dinosaurs, giant amphibians, synapsid reptiles, and many giant mammals, but left some mammals who fill the exact same niches?
Actually, many creationists believe that dragon stories may have originated from dinosaurs - in other words, they believe they became extinct soon after the flood rather than during the flood. In addition, many believed that severe weather changes after the flood may have been to blame. Another hypothesis is that human activity such as hunting may have been to blame.
7. How did all the animals represented in the fossil record live at the same time without stripping the Earth clean of all plant life--going by known fossilization rates, the number of extant large animals would have been in the trillions had they all lived at the same time.
A possible valid question, although it may simply be based upon extrapolation assuming millions of years in the first place - usually the explanation of "missing links" points out (correctly) that most animals aren't fossilized when they die, so usually the number of animals is estimated based on the assumption that there are many more animals in Earth's history than fossils. If the number of animals is based on this assumption, then the estimated number of animals may be vastly different than what young earth creationists may estimate.
8. Why were there so many different animals adapted to the same niches living at the same time?
I'm not sure what you're asking here - or how it's relevant.
9. Why are stone and metal human artifacts, which should be at the bottom of the fossil record since they can't move on their own and don't float, universally at the top?
Hmm, sounds like a good question to me. Can't say I have an answer, though.
This is just what I came up with off the top of my head, and only covers paleobiology and a little bit of geology. Given a few hours, I could come up with a much longer list.
Yeah, and I'm sure I could find creationists who could come up with similar lists (why do some planets spin backwards? etc). All this really tells me is that there are tough questions for both sides.
This is why we have logic and the scientific method to begin with. Those are the filters by which beliefs can be sorted into "accurately describes reality" and "fantasy". If you can logically prove your beliefs, do so. Otherwise, admit you can't and we'll both get on with our lives
I don't think I ever claimed that I can logically prove all of my beliefs. All I'm trying to say is that neither can the naturalists.
"Well, I believe..." or "Well, other people believe..." isn't a rebuttal.
I think I'm trying to make the point that, as long as we have incomplete data, it's not inconsistent for several theories to fit the same data.
And of course, if Christians aren't concerned with how Christianity describes the universe, why all this fuss and bother about evolution to begin with? Why does it matter if Christianity isn't trying to explain the natural world?
I don't think we
set out to describe the universe - this issue just crops up for reasons of maintaining internal consistency with our religion.
Ignorance my...well, there's probably a profanity filter, but you can get the idea. I went through eight years of CCD (like Sunday school for Catholics) and was taught theology at a major Catholic university by a Ph.D.-holding Augustinian monk. I was a devout Catholic for the first 22 years of my life.
Which is nice - except I'm not Catholic, and disagree with them on many things.
And at any rate, your selective quoting, while cute, snipped my main point: religion is supposed to make death less terrifying, and then Christianity went and added something even scarier to keep the plebes in line.
I dunno if you've followed previous religious discussions I've made in other threads, but I don't quite agree with the hell that is shown in popular culture.
The point, which sailed so far over your head it's in orbit, is that the scientific method is demonstrably superior to any other for the purpose of describing the real world because it's the only one which has produced actual real-world results.
And my point - which apparently left orbit a long time ago and sailed off into space - is that the use of science and technology isn't inconsistent with religion, and that viewing them as mutually exclusive is a false dilemma.
If you revere God so much, then just who the hell are you to tell Him how to run His universe?
Apparently no better than people who have nothing better to do than to tell God that we know how the universe runs better than he does.
In any case, I don't pretend to tell God how he runs his universe. It is humans I am disagreeing with, not God.
Funny how you seem to ignore the first part: "accounts for all the evidence".
Because it's a broken argument. It's not infeasible or even unlikely for several explanations to exist for the same set of evidence. Indeed, I'd like you to find two scientists who agree on absolutely everything.
we know self-replicating molecules exist. We know how (mostly) how natural selection works
I know some young earthers that agree with those statements.
We know evolution exists.
Depends on your definition of "evolution." If you mean simply "change," then I know some young earthers that would agree.
Those "assumptions" you complain of that are filling the gaps are predictions.
You assume millions of years, so naturally you predict millions of years. It's pretty much a self-fulfilling prophecy.
Parsimony is an unbreakable logical principle, or else it would be impossible to distinguish between hypotheses that explain the same data.
Netonian physics and Einsteinian physics often produce similar results when below revalistic velocities - so much that they are indistinguishable considering the error levels of standard instruments.
Therefore, it is often possible to have similar data.
Einsteinian physics has more terms than Newtonian physics, so if we have such a data set, parsimony would conclude that Newtonian physics is more likely.
However, once we started adding more data to the set, especially at relativistic velocities, we have found that Einsteinian physics actually fits the expanded data set better.
Therefore, with the smaller data set, parsimony has failed to predict the larger data set that would better fit the data.
Therefore, I deny parsimony as a logical principle, and prefer to use it as a guide.
Frankly, if I have more than one explanation for the data, I usually withhold my judgment until I have more data. "I don't know" is a valid answer when given incomplete data.
And I think what I've discussed so far answers the other stuff you write about. If you think something needs to be addressed that hasn't been addressed, feel free to discuss it.