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Low Pressure Area
Lows are frequently associated with stronger winds and atmospheric lift. This lift will generally produce cloud cover through adiabatic cooling, once the air becomes saturated as it rises. Thus, low pressure typically brings cloudy or overcast skies.
Originally posted by danman23
Look at the data.. go to the site start downloading as much of thier data as you can... it might be the key to so many different disasters.
Originally posted by danman23
Look at the data.. go to the site start downloading as much of thier data as you can... it might be the key to so many different disasters. (They just dont realize it's public info. I don't see how no one noticed this before.)
Originally posted by mythatsabigprobe
Originally posted by danman23
Look at the data.. go to the site start downloading as much of thier data as you can... it might be the key to so many different disasters. (They just dont realize it's public info. I don't see how no one noticed this before.)
It's in the big green 'public sector' menu instead of the big red 'restricted sector' menu, so I have an inkling that they might know it's public info.
It's a good theory but I think you should email the website contact [[email protected]] and ask for a full explanation of the graph points. A couple of things stand out just looking at them briefly:
1. The time is listed in UTC so you're about 5 or 6 hours off in matching the graphs to the Earthquake time.
2. You've labeled the 'Y' axis as MHZ but the range is 90-650 and they only produced a max of 11 Mhz in those tests.
3. You've labeled the 'X' axis as HEIGHT x 1000Km, so you've got most of the transmissions happening thousands of kilometers outside our atmosphere. (I don't know what the X axis is supposed to represent, but I think you'll find the bottom two lines of text on the graph (D=Distance) and (MUF) correspond to each other, ie: (4.3Mhz @ 100Km, 11.0Mhz @ 3000Km, etc)
Good luck and let us know if you can get more info.
Originally posted by danman23
First off.. I don't see anywhere on those graphs that it is UTC..
You obviously don't understand the graphs.. I didn't either. It took me about an hour to actually comprehend everything. The max is actually 11000 Mhz... It goes off the charts.. We are actually only seeing a small amount of what is actually going on. But it sure does give it way.
K... actually its read 430Mhz @ 100 km, 11000 Mhz @ 3000km.. It does'nt show what happens at 12000 Mhz and up so it could even be ten of thousands of Mhz actually. There is no way yo tell how high it goes because it's not supposed to work at those intensities for pure ionosphere research. They actually built it so that to do research you can only turn it up 10% of the power.. what is the other 90% used for???.. disasters.
Thanks.. but next time can you think about it a little more before you tell me I'm wrong.
Originally posted by danman23
Ok.. so I did some more research on HAARP.. and I found a link to their data... Guess what.. (my heart has been racing since I saw this.. I haven't eaten.) The data shows that they did it 100%
Originally posted by danman23
Look at the data.. go to the site start downloading as much of thier data as you can... it might be the key to so many different disasters. Try to find data for the dates of Katrina, 9/11, maybe the ever the Tsunami.
Originally posted by mythatsabigprobe
Originally posted by danman23
First off.. I don't see anywhere on those graphs that it is UTC..
Every graph you used is labeled with the UTC time.
I'm sorry but 1000 Mhz is 1 Ghz. If it was supposed to represent 11Ghz they would write 11Ghz, not 11Mhz...
K... actually its read 430Mhz @ 100 km, 11000 Mhz @ 3000km.. It does'nt show what happens at 12000 Mhz and up so it could even be ten of thousands of Mhz actually. There is no way yo tell how high it goes because it's not supposed to work at those intensities for pure ionosphere research. They actually built it so that to do research you can only turn it up 10% of the power.. what is the other 90% used for???.. disasters.
Thanks.. but next time can you think about it a little more before you tell me I'm wrong.