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Originally posted by danman23
Ya know what, that makes a lot of sense.. So this is what I get from what you said. If there were a stationary low pressure system over a fault line the pressure being emitted down would be lessened greatly. So that the pressure pushing from the inside of the earth would, instead of just bulging the crust upwards if it were stable land, it would crack at the fault line.. causing an earthquake. Right?
Funny you bring low pressure into the picture...
After I took that first screen shot of the visible radar that I posted on the first page I decided to snap this one too.
Notice the extreme low pressure around the earthquake epicenter. (Is there away to get graphs or data from the US before and after the Earthquake?.. this is about 6 hours later.)
This does make sense. I originally speculated they shot the energy into the spiraling cloud then used a satellite to shoot the energy into the crust to cause the earthquake. (I have no ionogram data over the epicenter so there is no way to see what they actually did... [that would be good to find though... can someone try to find some data from the 18th over the US?.. preferably around Indiana.]) So.. this opens up 2 possibilities of exactly how they induce earthquakes.. my first idea, now this. I made SPECULATIVE images of how I think they would cause the earthquake using each idea.
So basically, the first diagram I posted would be the simplest and least conspicuous for them to do. (no satellite and beam of energy entering the earth) We already know HAARP is plenty capable of weather modification.. and if you check the graphs out.. it was definitely on before the quake.. charging up.. then before the quake it was sending it's energy in the general direction of the earthquake... then after wards they turned it off.
[edit on 28-4-2008 by danman23]
Originally posted by Solace
I doubt any satellite have the ability to store enough energy to trigger an earthquake...
The weather map you posted does NOT show a deep low over the earthquake area, as the isobars are far too widely spaced, even considering the weather map snapshot is taken several hours after the earthquake...
Then there still is the matter of finding out whether there is a known fault in the area, which would seem quite possible, since earthquakes and faults are usually closely related...
Originally posted by Essan
Originally posted by danman23
Have you seen a Spiral system that stretched from up into Canada and down to Mexico that stayed stationary for at least 12 hours.. (not to mention the 12 hours before I noticed it.)
Yes. It happens all the time. It's a bog standard depression. It's about as common as a frost in Siberia in January .... Here in the UK we get dozens of such systems cross us every year - none coincide with earthquakes, even those with central pressure down to 956mb
Originally posted by danman23
Originally posted by Solace
I doubt any satellite have the ability to store enough energy to trigger an earthquake...
The weather map you posted does NOT show a deep low over the earthquake area, as the isobars are far too widely spaced, even considering the weather map snapshot is taken several hours after the earthquake...
Then there still is the matter of finding out whether there is a known fault in the area, which would seem quite possible, since earthquakes and faults are usually closely related...
My theory does not need the satellite to store a lot of power.. Actually that's why they would have to HAARP. HAARP directs the energy over the epicenter and the satellite shoots a plasma beam down to force the energy spiraling in the cloud into the crust.
I don't know weather maps, but pink/purple indicates extreme on that map. I thought that meant it was an extremely low pressure. If not what does the purple mean?
There are fault lines there.. I read which one specifically here is something referring to it though: "There is a region called the Illinois Basin-Ozark Dome region which includes a number of smaller fault lines."
Originally posted by _Del_
The color code on the bottom is for precipitation. As stated, you'd have to look at the isobars (which measure pressure) for a reference of low pressure.
This just reaffirms that you are basing this all on conjecture, and you are unable to interpret this data correctly. I'm not trying to be rude. I believe HAARP is trying to manipulate weather, but the evidence doesn't support a causal relationship with earthquakes. Why doesn't the equally (or even more severe? I haven't looked up the back data) pressure system in Oregon/Washington cause an earthquake in that region, which is more seismically active?
Originally posted by _Del_
reply to post by Solace
I'm not a meteorologist, but I can buy that it may be A contributing factor. I just don't think it would have a measurable effect on earthquakes. It'd be a very small pressure relative to tons of mass(plates) pushing against eachother.
Originally posted by Solace
Your depressions usually come from the West and sweep quickly across the UK to hit the rest of Europe without lingering around...
In addition, British fault lines are buried deep: for a lingering low pressure system to have any effect, one has to assume that the fault must be near the surface...
That a low pressure system can cause an earthquake is not too far fetched, since mining has been blamed for such occurrence and even heavy rain, so the Earth crust balance is delicate, particularly around faults under stress...
news.nationalgeographic.com...
environment.newscientist.com...
Originally posted by Solace
If you'd read my earlier posts on the subject, you'd find that a 960 millibar depression relieves the ground from some 315 pounds per square foot of pressure or about 8.8 BILLION pounds per square mile, if my back of the envelope calculations are correct. If the low pressure system is 40 miles in diameter, the total weight relief on the area is 1256 times greater or around 11 TRILLION pounds...
It doesn't take much imagination to figure out what would happen to a near surface fault under stress affected by such a substantial change in conditions...
Scientists urged residents of northern Nevada's largest city to prepare for a bigger event as the area continued rumbling Saturday after the largest earthquake in a two-month-long series of temblors.
source