Anaconda, July 11, 2012 4:55 pm wrote:Let's be clear, as I stated before, "comet oil would be possible", but it doesn't explain the giant oil deposits or the vast bulk of the world's oil supply.
For that Abiotic Oil Theory provides the best answer: The bowels of the Earth is a veritable geo-physical and chemical factory of vast resources.
starbiter, July 13, 2012 10:57 am, wrote: If the Green River Basin is a slosh from recent catastrophes then the oil shale containing 2 trillion barrels of oil would have flowed with the slosh.
starbiter wrote:Me again,
Anaconda admits comet oil is possible but then claims it's not capable of meaningful deposits. Then he gets upset when i claim the majority of Earth oil seems to be from external sources, because he admitted comet oil is possible.
Anaconda", July 11, 2012 4:55 pm wrote:Let's be clear, as I stated before, "comet oil would be possible", but it doesn't explain the giant oil deposits or the vast bulk of the world's oil supply.
For that Abiotic Oil Theory provides the best answer: The bowels of the Earth is a veritable geo-physical and chemical factory of vast resources.
starbiter wrote:The chapter uses legend and myth from around the world describing huge amounts of oil falling from the sky. Most of the people died. Apparently You're not impressed. I don't care. And i don't care for your lectures either.
starbiter wrote:Please don't lecture me for my choice of words.
starbiter wrote:Anaconda, Your argument escapes me. You don't seem to want to consider a catastrophic scenario on a catastrophist forum for the bulk of Earth's oil.
starbiter wrote:Or are You willing to consider legend and myth?
starbiter wrote:Do You think the Green River basin might be the result of rivers of oil fulling lakes with sediment and oil? Or did the oil require many millions of years to be created by volcanoes?
starbiter wrote:As i mentioned last time, many floods with and without hydraulic currents are being proposed.
starbitter wrote:Lakes would be filled with oil, water, and sediments by flooding rivers of oil . Then electric currents would lithify some of the deposits to varying degrees. That seems to agree with Your link.
BobDodds wrote:Why would comets only hit rifts? Why would biological matter collect at rifts only?
We might compare abiotic and biogenic theories for how well they each posit in terms of first physical principles, and reproduce in lab, specific chemical reactions that catalyse or otherwise bring up the energy potential of specified input substances to a much higher energy density. Abiotic theory still has to explain the same phenomenon of rising energy density of material, but, abiotic science does so and biogenic theory is a no show.
starbiter, August 18, 2012, wrote:The oil of the greater Green River basin is contained in what appears to be a geologic feature produced underwater with a strong current. This is over half of the worlds proven reserve. There are fossils associated with the oil as if it was a flooding scenario.
starbiter, August 20, 2012, wrote:As i mentioned last time, many floods with and without hydraulic currents are being proposed.
Anaconda wrote:My opinion is that hydrocarbons were emitted from below the surface into the body of the ancient lakes and/or within the raparian area of those lakes and then it flowed into the lakes. The light hydrocarbons evaporated and the heavy hydrocarbons sank to the bottom of the lakes. That is why the thickest layers are towards the center of the ancient lake beds.
starbiter wrote:Me again,
Thanks for sharing that. I think it speaks for itself.
Sourcebook Project Anomaly Register No. 3, Oct 97, p. 5, BBC2 Horizon 1997
The Green River formation in Wyoming shows more than a million varves (thin layers) of shale, each supposedly indicating one year's lake sediments. However, fossil catfish are found over a large area in excellent state of preservation, which indicates rapid burial as dead fish normally decay rapidly on a muddy lake bottom. There are also two layers of volcanic ash in one area, yet the thickness and varve counts between them varies to the tune of 400 years. It is also hard to imagine any lake surviving over a million years, through ice ages and climate changes, yet never varying its rate of sedimentation, nor even becoming eventually silted up.
In the course of the Horizon program on the death of the dinosaurs via an impact at Chichxub, a Mexican geologist pointed to a thick bed of sediment and suggested it might have been laid down during a single tidal wave. With the increasing numbers of examples like these how is it possible for geologists to maintain that the depth of any layer is indicative of even decades of slow deposition, let alone the millions they usually attribute to them? Bernard Newgrosh raises again the question of how it can be glibly assumed that the very thick layers necessary to cover a large dinosaur bone can have taken thousands of years to be deposited. We have had reports of dinosaur bones which looked remarkably fresh; patently they had to be catastrophically buried. All thick layers of sedimentary rock should really be viewed as possible indicators of rapid and catastrophic deposition.
Stunning Map Reveals World's Earthquakes Since 1898
Andrea Mustain, OurAmazingPlanet Staff Writer - Jun 28, 2012 04:50 PM ET
World map shows 105 years of earthquakes.
More than 100 years of earthquakes glow on a world map.
CREDIT: John Nelson, IDV Solutions.
If you've ever wondered where — and why — earthquakes happen the most, look no further than a new map, which plots more than a century's worth of nearly every recorded earthquake strong enough to at least rattle the bookshelves.
The map shows earthquakes of magnitude 4.0 or greater since 1898; each is marked in a lightning-bug hue that glows brighter with increasing magnitude.
The overall effect is both beautiful and arresting, revealing the silhouettes of Earth's tectonic boundaries in stark, luminous swarms of color.
The map's maker, John Nelson, the user experience and mapping manager for IDV Solutions, a data visualization company, said the project offered several surprises.
"First, I was surprised by the sheer amount of earthquakes that have been recorded," Nelson told OurAmazingPlanet. "It's almost like you could walk from Seattle to Wellington [New Zealand] if these things were floating in the ocean, and I wouldn't have expected that."
In all, 203,186 earthquakes are marked on the map, which is current through 2003. And it reveals the story of plate tectonics itself.
Earthquake makers
The long volcanic seams where Earth's crust is born appear as faint, snaking lines cutting through the world's oceans. The earthquakes along these so-called spreading centers tend to be rather mild. The best studied spreading center, called the Mid-Atlantic Ridge, bisects the Atlantic Ocean, on the right side of the image.
Its Pacific counterpart wanders along the eastern edge of the Pacific Ocean, cutting a wide swath offshore of South America. Another spreading center makes a jog though the Indian Ocean and up through the Red Sea.
But one glance at the map shows that the real earthquake action is elsewhere. [7 Ways the Earth Changes in the Blink of an Eye]
Subduction zones, the places where tectonic plates overlap and one is forced to dive deep beneath the other and into the Earth's crushing interior — a process that generates the biggest earthquakes on the planet — stand out like a Vegas light show.
Nelson said this concept hit home particularly for the Ring of Fire, the vast line of subduction zones around the northern and western edge of the Pacific Ocean."I have a general sense of where it is, and a notion of plate tectonics, but when I first pulled the data in and started painting it in geographically, it was magnificent," Nelson said. "I was awestruck at how rigid those bands of earthquake activity really are."
That realization prompted one big decision about the map's design, Nelson said. Unlike many maps made in the United States, this one is centered over the Pacific Ocean. "That looked like where the magic was happening," Nelson said. California, a spot rattled by quakes where faults jolt horizontally, also shines brightly.
Teaching tool
There are undoubtedly many earthquakes missing, given the dramatic change in scope and accuracy of seismological instruments from 1898 to the present day. Nelson said he saw a huge jump in the volume of data from the 1960s forward. Yet even without the complete catalog of earthquakes, the map provides a striking visual reference — even though none of the data are new.
All the earthquake information and maps are freely available on the Internet courtesy of the U.S. Geological Survey, university and state partners in California, and NASA.
"There's nothing new about plotting earthquakes," Nelson said. "It's just presenting it in an interesting way."
And although he was modest about his own role as a designer, Nelson emphasized the value of design in making data more engaging. The project was a follow-up to a recent map of more than 50 years of tornado tracks across the United States; he said both maps are designed to get people more interested in the larger phenomena behind them. "To get them to start asking questions," Nelson said.
In short, a colorful map will grab people more than an Excel spreadsheet, even when both contain the same information.
"It seems almost superficial, but it's true," Nelson said. "If something is treated with thoughtful design, then it becomes better."
Reach Andrea Mustain at amustain@techmedianetwork.com. Follow her on Twitter @AndreaMustain.Follow OurAmazingPlanet for the latest in Earth science and exploration news on Twitter @OAPlanet. We're also on Facebook & Google+.
starbiter wrote:My reading of Your statement is that You completely ignore legend and myth. When have You ever considered legend or myth in Your thinking?
starbiter wrote:Have You ever considered a 10,000 year timeline for the surface of Earth?
starbiter wrote:You seem more concerned with my use of singular or plural sloshes. The answer is plural.
starbiter wrote:The link You posted talked about lakes being filled.
starbiter wrote:The idea of lakes being filled from below with deep volcano oil seems ludacris.
starbiter wrote:The Green River basin has very little volcanics associated with it by the way.
starbiter wrote:You seem to be pulling Your model from thin air
starbiter wrote:But i see no basis for belief in this fantastic story [oil seeps at the bottom of a lake].
Anaconda wrote:starbiter, do you subscribe to Dr. Anthony L. Peratt's theory and Rens van der Sluijs exhaustive explanation of legend and myth concerning the Axis Mundi?
Glenn R. Morton wrote:Conclusion
Every feature of the Green River formation points to long periods of deposition. The coprolites of fish and birds, algal encrusting of logs, footprints, variations in laminae thickness consistent with known weather patterns, sunspots, and Earth orbital parameters. Radioactive dating confirms the depositional rates which indicate yearly varves. The young-earth creationist, like Garner, can sit on the fence and throw rocks at the geological explanation, but he can't explain any of these features. The young-earth creationist must ask himself the following set of questions if he is to be rational.
1. Why were the flood waters on layer after layer the depth of a bird leg as indicated by the footprints?
2. How were catfish able to leave so many coprolites on the layers if this is a rapidly deposited formation?
3. Why would God imprint orbital parameters and sunspot cycles on the thicknesses of the laminae?
4. Why do the radioactive dates seem to verify the slow depositional rates?
5. How could a bird take the time to nibble the lake floor during a global flood?
6. How are raindrop impressions preserved under the waters of a global flood?
7. Why did God produce a flood deposit which exactly matches the areal distribution seen in lakes? Did God deceive us?
8. Why do the oxygen-18 values decrease around the edges of Fossil Lake as would be expected of a modern lake?
9. The young-earth creationist must also ask him- or herself why the young-earth authors never tell him what I just told him.
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