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According to archaeologists, the "ruins" are either natural rock formations and result of faulty remote sensing equipment and the "artifacts" recovered are either geofacts or foreign objects introduced to the site by the very strong tidal currents in the Gulf of Cambay. The side scan sonar equipment used to image the bottom of the Gulf may have been faulty, and the claimed supporting evidence is purely circumstantial.
Interpretations of the objects and seismic data differ sharply between archaeologists and lay commentators. The consensus among scientific archaeologists is that there is no evidence supporting claims of submerged Neolithic ruins and artifacts. In sharp contrast, amateur commentators, including Graham Hancock, Vedic mystics, and Hindu nationalists, argue that the evidence clearly indicates the presence of submerged Neolithic cities at the bottom of the Bay of Cambay (Witzel 2006).
Figure 1, Natural carbonate concretions from near Endako, British Columbia. Concretion in upper right corner is 4 cm long. Reproduce from Plate 7 of Kinder (1923) with permission
For Item 1, (EDIT: Item "1" Heinrich refers to here is in the photo linked at the top of this post - Harte) Hancock (2002b) concluded:
"Overall appearance of this object indicates it was manufactured or created by hand rather than having been formed by natural forces within the environment."
It making this statement, Hancock (2002b) overlooked the fact that the cementation of thinly laminated sediments, as in case of the above calcareous concretions, can produce a ridged cylindrical concretion like Item 1. As illustrated in Figure 1, concretions of undoubted natural origins exhibit a development of ridges and symmetry far superior to any of the objects that he hypothesized to be artifacts. Despite their well-developed ridges and superior symmetry, these concretions are without question concretions of natural origin. The concretions from laminated lake silts near Endako and Quesel, Canada refute the interpretation of Hancock (2002b) that the overall appearance of Item 1 is any indication that it is man-made.
The ridges on Item 1 can be explained by the precipitation of some sort of cement around a pre-existing burrow within either flat-laminated or cross-laminated sand. The hole in the specimen, which is remarkably off-centered for a drill hole, as interpreted by Hancock (2002b), is the burrow itself. The ridges on the specimen represent individual sand laminae of the sand bed penetrated by the burrow. The distance that each ridge extends from the burrow reflects the texture of the sand laminae. The coarser laminae would extend further from the burrow than the finer sand laminae because the greater porosity would allow the cementation of the laminae it to penetrate further away from the burrow. A hypothetical cross-section of Item 1 is shown in Figure 2.
Originally posted by cormac mac airt
The discovery of fossil whale bones in Michigan has been a source of some embarrassment for the conventional geologic story of the history of the Great Lakes region, and the notion that the area has remained above sea level for 290 million years since the end of the Pennsylvanian period, as whale fossils are obviously evidence that the land was submerged beneath the sea.
From your own link:
Carbon 14 dating of samples taken from the Michigan whale bones by Harington produced enigmatic results; the age reported for the sperm whale was less than 190 years; the results for the finback whale were 790 - 650 years old, and the right whale was dated as being between 810 and 690 years old. (Holman, 1995, p. 207) Perhaps these results reflect some kind of recent contamination.
The "enigmatic results" actually seem right on the spot. The lower limit for radiocarbon dating is about 100 years and even then the error can be fairly large. It's a tool that is more useful to date things that are 700 to 50,000 years old... but not yonger and not older than that range:
www.talkorigins.org...
Fairbanks used his coral data to estimate changes in global sea level versus time. About 12,000 BP, he states, sea level was rising ten times faster than today due to melt water from the polar ice caps. This amounts to 2.5 to 4 meters per century. "...perhaps fast enough to prompt legends of a Great Flood"!
Modern-looking whales don't show up until after the Eocene (a mere 60 million years ago) :
news.bbc.co.uk...
www.intersurf.com...
There weren't any whales 290 million years ago, since the earliest mammals didn't show up until around 200 million years ago... and they were very small -- and most definately not whales.
www.hno.harvard.edu...
They had fish 260 million years ago... but as everyone knows, whales aren't fish.
Fairbanks used his coral data to estimate changes in global sea level versus time. About 12,000 BP, he states, sea level was rising ten times faster than today due to melt water from the polar ice caps. This amounts to 2.5 to 4 meters per century. "...perhaps fast enough to prompt legends of a Great Flood"!
Originally posted by TheWayISeeIt
cormac -
I see your point in trying to do the math where you are averaging the water mass. Makes sense, but I don't think you are arriving at the conclusions that Shaw, Fairbanks, et al are. These are accomplished, mainstream guys, speaking to, and being quoted in, mainstream, top-drawer science publications.
Originally posted by Harte
These wild-ass floods could very well be sources for some flood myths, though. And no impactor would be necessary.
Harte
Originally posted by cormac mac airt
reply to post by TheWayISeeIt
I realize that those are only averages, which never happen. But even if you cut Fairbanks timeframe at 4 meters to 25 years, instead of 100, that's still only 6 inches per year. Enough to drive people to higher ground, certainly, but not enough to constitute a Global Flood as such. Still, I would like to know what does constitute a Global Flood as relates to this topic.
cormac
The emerging evidence supports every known culture that has a global 'flood myth' post end of YD era -- WHICH IS EVERY KNOWN CULTURE.
As I have stated previously in this thread, if you get a suddent impact there are other implications besides just finding comet fragments. TWISI has explained the "meltwater" under the glaciers. I have explained how you can see change in continental mass due to sudden changes in weight on one side of the shelf. Consider the effect of the release of all that water weight from the edge of a continental plate. Would the other end of said plate not "dip" down in response to the rise on the other end?
Now, take that a step further. What effect does the comet have on this plate? The force of impact...would it not also create a similar effect (think "fulcrum")? What if you combine the two? Have a comet impact the ice shelf, releasing millions of cubic feet of water nearly instantaneously. This release happens not only from meltwater under the glacier, but also from the energy of the blast blowing a good amount up into the atmosphere.
BFFT - What I question is how they have dated water levels. Compound ignorance seems to preclude any real possibility of accurate dating, honestly.
The most probable way of determining the genesis of sedimentary rocks is, first, to identify cycles of transgressive-regressive sequences by sequence stratigraphy. The results of our flume experiments are relevant in this connection. They show that in the presence of a current, strata in a sequence are not successive. Change of orientation in stratification, or erosion surfaces between facies of the same sequence, or between superposed sequences can result from a variation in the velocity of an uninterrupted current. Bed plane partings separating facies or sequences can result from desiccation following the withdrawal of water.
Having established the sequences of cycles, their paleohydraulic conditions must be determined. These would be minimum conditions, because it is possible that certain cycles, resulting from tectonic processes, attained an amplitude beyond anything comparable today.
Knowledge of paleohydraulic conditions should help to determine better the paleo-ecological zones (depth and site) of the species which, as with the sediments, were dragged along by the currents. It might also provide a better explanation of the layering of fossil zones in the sediments of sedimentary basins.
From TWISI:
The emerging evidence supports every known culture that has a global 'flood myth' post end of YD era -- WHICH IS EVERY KNOWN CULTURE.
Nothing "relative" about that. That was pretty much all inclusive, wouldn't you say?
Originally posted by cormac mac airt
Hello BFFT,
To answer your question, no the term "global flood" is not relative when it is being used in the following way, either here or in other threads.
From TWISI:
Nothing "relative" about that. That was pretty much all inclusive, wouldn't you say?
I understand what you're saying, but on what timescale are we talking about "sudden changes" and what evidence backs up that time scale?
Considering that no one's even sure whether the impact in question was aerial or glacial, that adds many more questions than we currently have answers for. It also allows for both to be used as a coverall for what we don't know about the situation.
cormac
TWISI - Can we please have a discussion about what is actually being presented?
No sir. If you have several events spaced hundreds of years apart, with little intra-cultural communication, and with the world as they know it being washed away, surely it would seem as though it were "global". Like the man on the island who thinks he is the only one left on Earth.
Sudden as in "right now".
But if it were not a glacial impact, then where is the crater? We KNOW that there was an impact. Where did it hit?
Originally posted by cormac mac airt
And that's where the problem lies, I believe. There is no way to determine that all of these flood stories are even talking about the same event or even nearly contemporary events, yet someone is always assuming that they are. There's not enough information in those stories to make that kind of determination, IMO.
If part of a geological area is raising while another associated area is sinking, shouldn't there be evidence of the raised area that we can date to that period (end of Ice Age) and have we?
Why does it have to be a glacial impact over an aerial one? We don't even know, definitively, what this impactor was made of or how large it was. Without that, we really can't say with any certainty what the effects would be.
cormac
What we CAN say is that it is not far fetched to view these as contemporary.
What you must remember is, there HAS to be a starting point. Each hypothesis begins with some assumptions, and then you look for facts to support these assumptions. I believe that TWISI has done an oustanding job of forming a hypothesis, and then presenting supporting evidence. Is it airtight? Well...no. But neither is General Relativity. It hasn't stopped the mathematics derives from GR from getting us to the moon, now has it?
There is evidence of such. The Himalayas could be one such piece of evidence. Local lore in Tibet/India has the area being a nearly flat. Of course, their lore may be a bunch of BS....but in a time before geology is it reasonable to assume that these people could even IMAGINE the land before it was mountainous? That is a question that I think would need to be answered at some point.
.
But if we ignore it, and choose to not seek answers to the questions, then we are no less ignorant than yesterday.