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You are just a troll, likely an atheist trying to paint Christians / creationists in a negative light.
originally posted by: Phantom423
a reply to: AngryCymraeg
Very nice paper on dinosaur-bird transition, Cymraeg - thanks for posting it. I put it in my library.
originally posted by: flyingfish
a reply to: Barcs
You are just a troll, likely an atheist trying to paint Christians / creationists in a negative light.
Do creationist really need a troll to help them look ignorant? I know this is a conspiracy site and all, but I think the creationist that post here are doing a bang up job of it already.
Ignorance and superstition go hand in hand, this is something that a few people have known for some time now. In order for creationist to preserve, protect or keep their belief in things which really do not make any real sense, the human mind must be kept down to a certain degree of ignorance. Many believers simply choose to ignore anything which contradicts what they believe, they just do not let that information enter their mind.
originally posted by: flyingfish
a reply to: Barcs
You are just a troll, likely an atheist trying to paint Christians / creationists in a negative light.
Do creationist really need a troll to help them look ignorant? I know this is a conspiracy site and all, but I think the creationist that post here are doing a bang up job of it already.
Ignorance and superstition go hand in hand, this is something that a few people have known for some time now. In order for creationist to preserve, protect or keep their belief in things which really do not make any real sense, the human mind must be kept down to a certain degree of ignorance. Many believers simply choose to ignore anything which contradicts what they believe, they just do not let that information enter their mind.
originally posted by: Barcs
The way I see it, willful ignorance is essentially trolling. Genuine misunderstandings or questions about science are different. There is nothing genuine about any of this, although you are right, they do not need a troll to help with that. Unless of course all of these guys are trolls and creationists are actually just a myth! How about that for a conspiracy?
I mean, hey, the arguments are usually downright ridiculous and attacking science and non believers does directly conflict with Jesus' teachings. YECers and science deniers are walking contradictions. It would be hilarious if they were all just a social experiment to see if society is ready to take the next step. If so, I'm guessing society failed. But then again, perhaps folks like you and me fighting on the front lines for scientific knowledge and understanding give us all hope for the future. Critical thinking, for the win.
originally posted by: borntowatch
My issues re science and assumed belief in religion and marriage to science
I quote your link and its introduction
Neontological studies suggest a radiation ( Suggest because we havnt a clue really)
However, deep time patterns of bird evolution remain obscure because only limited fossil data have been considered. (we still dont know and we dont have any fossils to substantiate our claim, but, if we did here is our imagined, beliefs, mythological, scientific based assumption on the possible fact of what happened)
yawn,
and please believe that it is science and that it answers your question 100% satisfactorly. but when I read words like, "obscure limited suggest", then accept that i think its a faith, a belief a religion
originally posted by: AngryCymraeg
Exactly the response I was expecting. A wilful misunderstanding of the cite, a total misunderstanding of the language involved, along with a sneer. The science is beyond you so you curl your lip and reject it.
Typical - but thanks for confirming every theory that this community has about you.
Can you be kind enough to tell me why the exceptions are not prevalent and what are the exceptions and are not exceptions and how we can tell if they are exceptions or not exceptions
Well cut my throat and end this game
originally posted by: Barcs
Normally questions end with question marks. If you want folks to answer your question, then at least format it properly. People barely skim through your posts these days, as is, if they already don't flat out ignore you.
The answer is no and your list is not exceptions to anything. The layers are dated to verify what time period they are from, it isn't just assumed based on where they are in every single column and rock strata across earth. You do realize that the column is not the same everywhere, right? The column is based on the dating of layers from all over the world. You'll deny this or bring up some irrelevant attack against dating, but that's the way it is. Sorry that your faith (or trollness) blinds you from this fact.
originally posted by: flyingfish
Well cut my throat and end this game
I'm not playing your game or any game for that matter. If I choose not to ignore you, I will correct you for the benefit of other readers. The problem is 99% of the crap you post needs correcting, and I simply do not have the time to keep up with all your Gish. But there is hope! thanks to members like Barcs, peter vlar, boymonkey, angry, Phantom and many others, your ignorance has been spotlighted and exposed.
But, I do appreciate the laughs
originally posted by: peter vlar
a reply to: borntowatch
There's absolutely no reason at all to go near your question. It's nothing but a deflection from the fact that you have
continuously, throughout multiple threads, asserted that dating techniques are based on circular reasoning. That the fossils are dated by the strata and the strata is dated by the fossils found within. Despite havin been shown to be woefully incorrect in this statement, you simply move on and ignore it as though your egregious error were never addressed. It's just business as usual in borntowatch fantasy land where science is defined by your whim of the day while standin gupon your soapbox pontificating about things you have no idea about because you refuse to read the facts and dismiss it out of hand in a fit if willful ignorance and childish outbursts where you make personal slurs against other posters for simply demanding evidence of, support for or even verification that you grasp the material at hand which you time and again refuse to give, address or acknowledge. It's baffling taken in any context other than trolling for personal amusement. Otherwise you wouldn't hide behind whatever petty and sardonic crap you pull from your rectum and would actually respond to questions and rebuttals. Yet you refuse, shock of all shocks. Best of luck with all that.
No solid replies to the dilemma have been forthcoming:
The first step is to explain what is done in the field in simple terms that can be tested directly. The field man records his sense perceptions on isomorphic maps and sections, abstracts the more diagnostic rock features, and arranges them according to their vertical order. He compares this local sequence to the global column obtained from a great many man-years of work against his predecessors. As long as this cognitive process is acknowledged as the pragmatic basis of stratigraphy, both local and global sections can be treated as chronologies without reproach.
Despite these pitfalls we can with reasonable care avoid the danger of presupposing what it is we want to ultimately to test and have at our disposal a distribution of organisms in space and time that we suppose to have been related to one another by descent.
What was the question?
I just want an answer
more at source
Stratigraphic Principles and Relative Time
Much of the Earth's geology consists of successional layers of different rock types, piled one on top of another. The most common rocks observed in this form are sedimentary rocks (derived from what were formerly sediments), and extrusive igneous rocks (e.g., lavas, volcanic ash, and other formerly molten rocks extruded onto the Earth's surface). The layers of rock are known as "strata", and the study of their succession is known as "stratigraphy". Fundamental to stratigraphy are a set of simple principles, based on elementary geometry, empirical observation of the way these rocks are deposited today, and gravity. Most of these principles were formally proposed by Nicolaus Steno (Niels Steensen, Danish), in 1669, although some have an even older heritage that extends as far back as the authors of the Bible. A few principles were recognized and specified later. An early summary of them is found in Charles Lyell's Principles of Geology, published in 1830-32, and does not differ greatly from a modern formulation:
1. The principle of superposition - in a vertical sequence of sedimentary or volcanic rocks, a higher rock unit is younger than a lower one. "Down" is older, "up" is younger.
2. The principle of original horizontality - rock layers were originally deposited close to horizontal.
3. The principle of original lateral extension - A rock unit continues laterally unless there is a structure or change to prevent its extension.
4. The principle of cross-cutting relationships - a structure that cuts another is younger than the structure that is cut.
5. The principle of inclusion - a structure that is included in another is older than the including structure.
6. The principle of "uniformitarianism" - processes operating in the past were constrained by the same "laws of physics" as operate today.
Note that these are principles. In no way are they meant to imply there are no exceptions. For example, the principle of superposition is based, fundamentally, on gravity. In order for a layer of material to be deposited, something has to be beneath it to support it. It can't float in mid-air, particularly if the material involved is sand, mud, or molten rock. The principle of superposition therefore has a clear implication for the relative age of a vertical succession of strata. There are situations where it potentially fails -- for example, in cave deposits. In this situation, the cave contents are younger than both the bedrock below the cave and the suspended roof above. However, note that because of the "principle of cross-cutting relationships", careful examination of the contact between the cave infill and the surrounding rock will reveal the true relative age relationships, as will the "principle of inclusion" if fragments of the surrounding rock are found within the infill. Cave deposits also often have distinctive structures of their own (e.g., spelothems like stalactites and stalagmites), so it is not likely that someone could mistake them for a successional sequence of rock units.
These geological principles are not assumptions either. Each of them is a testable hypothesis about the relationships between rock units and their characteristics. They are applied by geologists in the same sense that a "null hypothesis" is in statistics -- not necessarily correct, just testable. In the last 200 or more years of their application, they are often valid, but geologists do not assume they are. They are the "initial working hypotheses" to be tested further by data.
Using these principles, it is possible to construct an interpretation of the sequence of events for any geological situation, even on other planets (e.g., a crater impact can cut into an older, pre-existing surface, or craters may overlap, revealing their relative ages). The simplest situation for a geologist is a "layer cake" succession of sedimentary or extrusive igneous rock units arranged in nearly horizontal layers. In such a situation, the "principle of superposition" is easily applied, and the strata towards the bottom are older, those towards the top are younger.
Figure 1. Sedimentary beds in outcrop, a graphical plot of a stratigraphic section, and a "way up" indicator example: wave ripples. Wave ripple in strata
This orientation is not an assumption, because in virtually all situations, it is also possible to determine the original "way up" in the stratigraphic succession from "way up indicators". For example, wave ripples have their pointed crests on the "up" side, and more rounded troughs on the "down" side. Many other indicators are commonly present, including ones that can even tell you the angle of the depositional surface at the time ("geopetal structures"), "assuming" that gravity was "down" at the time, which isn't much of an assumption :-).
In more complicated situations, like in a mountain belt, there are often faults, folds, and other structural complications that have deformed and "chopped up" the original stratigraphy. Despite this, the "principle of cross cutting relationships" can be used to determine the sequence of deposition, folds, and faults based on their intersections -- if folds and faults deform or cut across the sedimentary layers and surfaces, then they obviously came after deposition of the sediments. You can't deform a structure (e.g., bedding) that is not there yet! Even in complex situations of multiple deposition, deformation, erosion, deposition, and repeated events, it is possible to reconstruct the sequence of events. Even if the folding is so intense that some of the strata is now upside down, this fact can be recognized with "way up" indicators.
No matter what the geologic situation, these basic principles reliably yield a reconstructed history of the sequence of events, both depositional, erosional, deformational, and others, for the geology of a region. This reconstruction is tested and refined as new field information is collected, and can be (and often is) done completely independently of anything to do with other methods (e.g., fossils and radiometric dating). The reconstructed history of events forms a "relative time scale", because it is possible to tell that event A occurred prior to event B, which occurred prior to event C, regardless of the actual duration of time between them. Sometimes this study is referred to as "event stratigraphy", a term that applies regardless of the type of event that occurs (biologic, sedimentologic, environmental, volcanic, magnetic, diagenetic, tectonic, etc.).
These simple techniques have widely and successfully applied since at least the early 1700s, and by the early 1800s, geologists had recognized that many obvious similarities existed in terms of the independently-reconstructed sequence of geologic events observed in different parts of the world. One of the earliest (1759) relative time scales based upon this observation was the subdivision of the Earth's stratigraphy (and therefore its history), into the "Primary", "Secondary", "Tertiary", and later (1854) "Quaternary" strata based mainly on characteristic rock types in Europe. The latter two subdivisions, in an emended form, are still used today by geologists.
originally posted by: Phage
a reply to: borntowatch
No solid replies to the dilemma have been forthcoming:
On the contrary. Your propensity to quote other quote mining sources does not actually accomplish much but demonstrate your enthusiastic propensity to confirmation bias. You have invented a "dilemma" to support yourself.
Your quote from O'rourke just says that the "circular argument" is so ridiculous that geologists find no point in disputing it. Read it again, it says that it's not worth the effort. In any case, in his conclusion O'rouke says:
The first step is to explain what is done in the field in simple terms that can be tested directly. The field man records his sense perceptions on isomorphic maps and sections, abstracts the more diagnostic rock features, and arranges them according to their vertical order. He compares this local sequence to the global column obtained from a great many man-years of work against his predecessors. As long as this cognitive process is acknowledged as the pragmatic basis of stratigraphy, both local and global sections can be treated as chronologies without reproach.
O'rourke supports geological dating techniques. He is not someone you want to quote to prove your point. Unless, of course, you take him out of context and not expect anyone to follow up.
Oh, using Kitts? Not so good for you. The "circularity problem" is avoidable, he says so. Following your out of context quote:
Despite these pitfalls we can with reasonable care avoid the danger of presupposing what it is we want to ultimately to test and have at our disposal a distribution of organisms in space and time that we suppose to have been related to one another by descent.
www.talkorigins.org...
What was the question?
I just want an answer