:chuckle: You're no Fool....I don't even know all the questions.
:chuckle: You're no Fool....I don't even know all the questions.
No, he tries to make the case. I showed how it failed with liquafaction. You have to get down to cases.Ok.
Just one example???
How about more than that?
- The Grand Canyon
- Mid-Oceanic Ridge
- Continental Shelves and Slopes
- Ocean Trenches
- Earthquakes
- Magnetic Variations on the Ocean Floor
- Submarine Canyons
- Coal and Oil
- Methane Hydrates
- Ice Age
- Frozen Mammoths
- Major Mountain Ranges
- Overthrusts
- Volcanoes and Lava
- Geothermal Heat
- Strata and Layered Fossils
- Limestone
- Metamorphic Rock
- Plateaus
- Salt Domes
- Jigsaw Fit of the Continents
- Changing Axis Tilt
- Comets
- Asteroids and Meteoroids
For each of the above Dr. Brown shows how his theory fits the evidence and other theories do not fit.
Again, I don't think you actually read his book.
No, looks like lots of this is mixed with ash - evidence of a global fire... need another explanation, and flod ain't it.I'm sorry .. none of what you quoted or the text you posted even mentions the issues I raised. Sedimentary deposits are formed almost exclusively in water. So either you admit that a single asteroid created a global iridium layer on a water covered planet or you admit that several asteroids hit over a long period of time during which every part of the planet was under water at some stage when an asteroid hit.
I do not think you understand enough about what a global flood might do in order to dismiss the idea.Stipe,
floods also leave a deposit - which did not happen, so no global flood.
The idea that you can't rule out a flood without knowing exactly what happened - consider an alibi - we know things inconsistent with a global flood, so that idea can safely be abandoned, even if we don't know every little detail of what did happen.
I'm sorry, what?Stipe writes:
No, looks like lots of this is mixed with ash - evidence of a global fire... need another explanation, and flod ain't it.
laughsoutloud - The entire planet is covered in sedimentary deposits which formed under water.Stipe,
floods also leave a deposit - which did not happen, so no global flood.
:think: Hmmm.... I have read the book three times and you haven't read it once, so I think I will trust my own judgment over yours, but thanks. :thumb:No, he tries to make the case. I showed how it failed with liquafaction. You have to get down to cases.
laughsoutloud - The entire planet is covered in sedimentary deposits which formed under water.
:think: Hmmm.... I have read the book three times and you haven't read it once, so I think I will trust my own judgment over yours, but thanks. :thumb:
First - To make a sand-dunes into rock still requires water.Stipe, that's just not true. First of all, many sedimentary deposits are clearly non-marine in origin. In fact, if you visit the American Southwest, you can see it happening even today, and the nature of the grains of sand that are eroded away due to wind is clearly different than those created by moving water. By microscopically examining the particles making up different sedimentary layers it's quite apparent which is which. Secondly, your statement would get quite a chuckle out of those living in the Adirondacks - High Peaks (igneos) or Lowlands (metamorphic).
Yes. It explains all of that in detail. Walt Brown is no dummy.I haven't read it. Does he explain why liquification would sort repeating layers? For instance, going down into the Grand Canyon, one encounters repeating layers of limestone, sandstone and three distinct layers of shale at different depths. Does his model of liquification explain why a repeating pattern of layers with different densities, particle sizes and hardnesses would occur?
First - To make a sand-dunes into rock still requires water.
Second - Metamorphic rock was once sedimentary.
Yes. It explains all of that in detail. Walt Brown is no dummy.
Oh and... "liquefaction" is a very real phenomenon that happens all the time (especially in earthquakes and floods).
Oh, well since you spelled it wrong and questioned liquefaction's effects I assumed you didn't know what it was. I stand corrected.Yes, I know. I have encountered quicksand, both wet and dry.
Wouldn't it be easier for you to read it yourself? :idunno:Since you've read it and I haven't, perhaps you can paraphrase his explanations?
Yes he explains it in detail, but his explanation does not "explain" why we find creatures grouped by species, and associated with particular plants, if there was a single ecosystem catastrophically inundated in a global flood.Yes. It explains all of that in detail. Walt Brown is no dummy.
The book is nearing it's 8th edition (I believe). It's his life work.
Oh and... "liquefaction" is a very real phenomenon that happens all the time (especially in earthquakes and floods). Dr. Brown simply digs deeper into the larger picture of why things are the way they are all over the world. Walt Brown didn't event the term Liquefaction nor it's qualities.
Wouldn't it be easier for you to read it yourself? :idunno:
You are wrong he addresses that directly. In fact I just re-read that part.Yes he explains it in detail, but his explanation does not "explain" why we find creatures grouped by species, and associated with particular plants, if there was a single ecosystem catastrophically inundated in a global flood.
No, I am saying that the distribution of plants and animals do not fit with the model of a single, catastrophic, global flood. There is no mechanism to account for the distribution of animals and plants that we find when we go looking. It is not a tenuous argument, it is a pretty significant issue, which Brown does not explain.I think you'll find there are always exceptions to the rules you state. I think what you are looking for is a way to say that because we've never found a bunny with a dino that means bunnies and dinos never lived together. From that you are making the claim that therefore the flood didn't happen. It's a fairly tenuous line up of assumptions if that is what you are saying.