combsbt said:
Hmm, it is possible that evidence of impacts 7,200 years ago could have been covered up by more recent impacts. The Tunguska Event took place in the Yenisei basin!!
_http://www.singularvortex.com/WFE%20on%20Tunguska%20event.htm
article said:
The Tunguska epicenter is right in the middle of the paleovolcano crater, inside Yenisei basin that was outlined by a river system as a huge dual core geological depression; centered on a core at North of the other core in a dual core depression. There is a bigger circular depressed structure surrounding the huge dual core depression.
Lightning supposedly doesn't strike the same place twice, but what about comets?
edit: I don't really agree with the theory in that article, just the location of the event. It was probably comets rather than a vortex of molten matter inside the earth, although it is an interesting interpretation.
Here's an article that discusses the fact that the Tunguska event occurred over an ancient volcano site.
_http://omzg.sscc.ru/tunguska/en/newse/abstracts/sapron2.htm
Radial fall out of wood after the Tunguska Meteorite (TM) explosion is located on the territory of early Triassic basalt volcano (Sapronov, Sobolenko, 1975; Sapronov, 1986). Nowadays volcanic edifice has been considerably destroyed and on its day surface the root is exposed: intrusions of feeding magmatic system, bordering highly raised tectonoblock of base, which is composed of Permian coal-bearing deposits.
In the southern periphery and in some places inside the volcano there are developed intrusions, mono- and polymineral veins of hydrotermal rocks and of body of sulphate mineralization of carbonitite volcanism, appeared later.
Volcano structures have their specific highly intensive magnetic fields. Dolerites consist of magnetite, which enriches eluvium, talus and allyuvium in the district. Carbonatites bring rare-metal and rare-earth mineralization, polymetals, boron, strontium, barite, fluorine and a range of other elements. In coaly aleurolites, coals and sandstones with detrit there are rare-earth elements and phosphorus.
All this testifies that numerous geophysical and material anomalies defined in the process of TM substance searh, including those found in plants, can have Earth, geochemical origin.
I wonder if there is something about the magnetic anomalies of this region that would attract a comet? We don't know for certain that a comet hit this particular region twice, but there seems to be a chance this is true. I also find it odd that of all a places this comet could strike, it managed to make a direct hit over the top of an ancient volcano. Odd coincidence, if anything.
Then there is the C's reference to "nickel", which looks like it is probably a more general clue - but they do ask the question "is nickel magnetic?" twice in the same session.
[quote author=Laura]
Q: (A) This is exactly the question. The object in question is the comet,
and the question is: what is its composition, is it a dirty snowball, or is
it a charged object that collects particles on its way like the 'vacuum
cleaner' model?
A: Nickel?
Q: (L) So the composition of this particular comet is nickel? A: No, we
are almost desparately trying to "jump start" your intellectual capacities.
Remember, this is a group effort here. Not a series of questions from the
meek and helpless to the Lord High Commander!!
Q: It seems that they are desperately trying to tell us something without
violating free will, but we have to participate in order to receive it.
A: Yes.
Q: (A) I just want to know about this particular comet?
A: Nickel?
Q: (L) What do we know about nickel? (A) There are all kinds of things
about nickel. It is a metal. The question is whether nickel has anything
to do with this particular comet.
A: If it does, it could be vital.
Q: (A) What is the composition of this comet?
A: Most comets are indeed "dirty snowballs," composed largely of water ice
and particulate matter. But, some are more like fast moving asteroids
caught up in an orbital plane. Your "Millennium Group" is maybe just a bit
too one-side-or-the-otherish at this point. Thus, a spectral analysis of
this object is in order before one assumes it to be a cosmic vacuum cleaner.
Q: (A) I guess from this that, even if these guys can be in some cases
correct, this comet, after analyzing, will prove to be just an ordinary
dirty snowball. That is my guess.
A: No guessing allowed!
Q: (L) These guys say that they have repeatedly ask to get some data on
this comet from the various government sources who have the capacity to do
such analyses, simply have not been forthcoming with this information as
though they have something to hide.
A: They are not the only ones who can analyze.
Q: (L) Then, I guess we need to find somebody who has done a spectral
analysis. Find out who can do this. (A) It requires special equipment...
(L) Is there something about this comet business that you want to convey to
us so that we need to keep on it until we get to the right question?
A: You need to "keep on" a lot of things.
Q: (L) That's what I mean. If there is nothing crucial about this at the
moment, if spectral analysis is what we need to find and you are not going
to tell us what it is composed of... ARE you going to tell us? What is it
composed of? Or do we have to do a spectral analysis and find out on our
own?
A: Have we not already indicated? Knowledge is power. If we give it to
you like Halloween candy, it is diffused.
Q: (L) You said that the primary composition of this comet is nickel?
A: No, we said "nickel?"
Q: (L) What does 'nickel' mean? (A) It's a shiny metal. (L) A coin, a
five cent piece...
A: What does molten nickel look like against the backdrop of space?
Q: (A) It would look like silver... (L) Would it have a color? (A) I
don't think so.
A: Does it conduct electricity?
Is it magnetic?
Q: (A) Yes, it can conduct, but its not magnetic. Why 'molten?'
A: What about the "tail" of such an object coming into contact with the
ionosphere?
Q: (L) Oh. I think I get it. The Nostradamus thing about a great
comet's tail or something... let me look it up:
After great trouble for humanity, a greater one is prepared
The Great Mover renews the ages:
Rain, blood, milk, famine, steel and plague,
In the heavens fire seen, a long spark running.
[This sounds kinda like this current comet.]
This one is supposed to refer to something that occurs at the turn of the
Millennium... is this what we are getting at here? Something that will
look like a 'long spark running' which then comes in contact with the
ionosphere which may exchage potentials with the earth by virtue of this
conducting, molten nickel tail? Yes????? Is that good?
A: Ask Arkadiusz.
Q: (L) Well, honey... am I on to something here? (A) The point is that this
comet is in space. Space is rather cold, so the question is: what would
make nickel molten? (L) Well, it will be close to the sun! That will heat
it up! (A) This particular comet is not going to come close enough to the
sun to melt it! (L) Well then, how can the nickel be molten???
A: What about flares?
Q: (L) That's it! A bodacious solar flare! And, combined with the
bodacious solar flare is a change of trajectory because of its accumulation
of matter... so that it is closer to the sun ... (A) But it is not coming
close enough to the sun to be caught in a solar flare!
A: Is nickel magnetic?
Q: (L) No. What does it mean to this subject that a nickel is not magnetic?
A: Does nickel have a companion?
Q: A) Well, when we say a 'companion,' it means another metal in the same
family in the Mendeleev Table. I believe that cobalt and Nickel are in the
same family, but I will have to check...
A: And cobalt is invisible in the good old vacuum of space, but not
nickel!
Q: L) Does that mean it will attract cobalt?
A: No, cobalt will attract.
Q: L) The cobalt will attract flares... electromagnetic phenomena...
A: Et al.
Q: (L) I see.
A: Now, you need to know the composition of this comet... And any other
closely following same. We have alluded to the increased cometary activity
before. Oort, and that which cyclically disturbs it.
Q: (L) I just want to know one thing... are any of these comets gonna hit
the earth?
A: Someday, certainly. As have before.
[/quote]
In any event, I fear I am diverging from the topic at hand. Thanks for sharing this shijing! Your interpretation of these maps give much food for thought.
Ryan