palani
6th November 2010, 05:15 AM
Ralph Winterrowd had a guest Bob Nichols on his show of October 31 discussing use of DU in munitions used in Iraq. Interesting details to consider:
Well, there’s a way of measuring that that everybody in the world recognizes immediately. Now, this is a rare thing but it’s also a rare thing for a country to use a nuclear weapon on another country. It’s only been done twice in the world, in the history of the world, and that was when the United States bombed the empire of Japan at Hiroshima and Nagasaki with atomic bombs and so we’ve all seen that mushroom cloud. Now, what our army has been doing in Iraq for twenty years is using these munitions, these nuclear munitions, these bullets, A10 Warthog shells, bombs. They don’t rise to the threshold of a nuclear weapon and have the giant mushroom cloud that goes up 20,000 feet. No, no, no, no, this might shower up a little uranium dust that you can’t see. A 5000 pound bomb might make a little bitty, kind of a boom, but nothing like that mushroom cloud. So if you can’t see it you don’t know it’s there but this is an industrial scale operation. There’s nothing small about this. This is the United States of America at war—serious—and they’re using uranium weapons and this is the whole other level of warfare, folks. We have dropped the equivalent in terms of the number of atoms that are radioactive, we have dropped the equivalent of 400,000 Nagasaki atomic bombs on Iraq.
Well, you remember shock and awe? Now, remember, President George Bush made a big deal about the opening of the Baghdad war, shock and awe, that his Daddy didn’t finish. And shock and awe went on for about a month. There were thousands of bombs and missiles and bullets utilized. They created a uranium dust cloud. Due to freaky weather which a professional weather guy, who also happened to be an MI6 spy, can attest to this because he’s figured it out. He was an air traffic controller who worked with air currents all the time. He’s retired now. And due to the freaky weather this dust cloud went from Iraq about 7000 miles to a very special spot in England. And the only reason it’s special is because they have the equipment there to sniff it in the air—sniff, sniff. Those monster things are called high-volume air filters. They’re in Aldermaston, England (750 acre site). Those of you, in front of your computers, can look it up, Aldermaston, England. There is an establishment there—the British are really kind of goofy—they put all their atomic weapons in one basket, in one place, because they just got that little island. They’ve called the atomic weapons establishment, AWE, or AWE for short, in England, the atomic weapons establishment. Well, the people that live around there they were kind of freaked out about having this atomic weapons thing built up there. I mean, it’s huge—hundreds of buildings in this plant where they build these things. And the people weren’t really too happy about it so the people who run the atomic weapons establishment, AWE, said to the citizens that, well, tell you what, we’ll put these sniffers, high volume air filters, up in the air and if there’s any radiation, if there’s any uranium in the air they’ll be able to tell us because we’ll make them so sensitive that they’ll know and they will take a record and we’ll know if there’s anything. So, we’ll know immediately if there’s anything. Well, shock and awe starts in Baghdad nine days later—nine days, Ralph. The sirens went off. The little wheels started moving. Everybody thought, uh oh, something happened at AWE. Well, AWE was battened down. All the weapons guys started looking around and pointing at each other, saying, ‘did you do something, did you do something?’ ‘No, no, everything’s cool.’ Everything’s cool where they were making the British nuclear weapons. But somebody looks up at the air filters and they’re just going nuts and it’s the dust from shock and awe. And it had gone through Europe and over to England.
In England and through Europe. That’s why I said I would not go to France. And Hungary is toast. I did an article on toast. I hope none of you all are Hungarian. Well, if you’re Hungarian I hope you’re out of Hungary. Hungary and in England one of the ways you measure this horrible stuff is that these particles are so tiny and they go all over your body and, fellows, it’s there going to your gonads. They stop production so the birth rate—now, the total fertility rate in Hungary where I have the statistics from the CIA for, for the past ten years, is way down past replacement rate. That’s what they call it when each woman has on average of two kids in her lifetime. It’s down to 1.3 and 1.25—been bouncing around in there for the past ten years. Now, this gets into really serious stuff, Ralph. We’re talking about survival here. But people who should know this sort of thing, people at the nuclear weapons labs who make this sort of study their business told me that replacement is 2.11 children per woman. That’s over millions. There’s ten million people in Hungary. Over a population of millions. You got to have at least two kids per woman to stay even. To have a growing population got to have 3. Well, this is down, Ralph, to 1.3.
Well, there’s a way of measuring that that everybody in the world recognizes immediately. Now, this is a rare thing but it’s also a rare thing for a country to use a nuclear weapon on another country. It’s only been done twice in the world, in the history of the world, and that was when the United States bombed the empire of Japan at Hiroshima and Nagasaki with atomic bombs and so we’ve all seen that mushroom cloud. Now, what our army has been doing in Iraq for twenty years is using these munitions, these nuclear munitions, these bullets, A10 Warthog shells, bombs. They don’t rise to the threshold of a nuclear weapon and have the giant mushroom cloud that goes up 20,000 feet. No, no, no, no, this might shower up a little uranium dust that you can’t see. A 5000 pound bomb might make a little bitty, kind of a boom, but nothing like that mushroom cloud. So if you can’t see it you don’t know it’s there but this is an industrial scale operation. There’s nothing small about this. This is the United States of America at war—serious—and they’re using uranium weapons and this is the whole other level of warfare, folks. We have dropped the equivalent in terms of the number of atoms that are radioactive, we have dropped the equivalent of 400,000 Nagasaki atomic bombs on Iraq.
Well, you remember shock and awe? Now, remember, President George Bush made a big deal about the opening of the Baghdad war, shock and awe, that his Daddy didn’t finish. And shock and awe went on for about a month. There were thousands of bombs and missiles and bullets utilized. They created a uranium dust cloud. Due to freaky weather which a professional weather guy, who also happened to be an MI6 spy, can attest to this because he’s figured it out. He was an air traffic controller who worked with air currents all the time. He’s retired now. And due to the freaky weather this dust cloud went from Iraq about 7000 miles to a very special spot in England. And the only reason it’s special is because they have the equipment there to sniff it in the air—sniff, sniff. Those monster things are called high-volume air filters. They’re in Aldermaston, England (750 acre site). Those of you, in front of your computers, can look it up, Aldermaston, England. There is an establishment there—the British are really kind of goofy—they put all their atomic weapons in one basket, in one place, because they just got that little island. They’ve called the atomic weapons establishment, AWE, or AWE for short, in England, the atomic weapons establishment. Well, the people that live around there they were kind of freaked out about having this atomic weapons thing built up there. I mean, it’s huge—hundreds of buildings in this plant where they build these things. And the people weren’t really too happy about it so the people who run the atomic weapons establishment, AWE, said to the citizens that, well, tell you what, we’ll put these sniffers, high volume air filters, up in the air and if there’s any radiation, if there’s any uranium in the air they’ll be able to tell us because we’ll make them so sensitive that they’ll know and they will take a record and we’ll know if there’s anything. So, we’ll know immediately if there’s anything. Well, shock and awe starts in Baghdad nine days later—nine days, Ralph. The sirens went off. The little wheels started moving. Everybody thought, uh oh, something happened at AWE. Well, AWE was battened down. All the weapons guys started looking around and pointing at each other, saying, ‘did you do something, did you do something?’ ‘No, no, everything’s cool.’ Everything’s cool where they were making the British nuclear weapons. But somebody looks up at the air filters and they’re just going nuts and it’s the dust from shock and awe. And it had gone through Europe and over to England.
In England and through Europe. That’s why I said I would not go to France. And Hungary is toast. I did an article on toast. I hope none of you all are Hungarian. Well, if you’re Hungarian I hope you’re out of Hungary. Hungary and in England one of the ways you measure this horrible stuff is that these particles are so tiny and they go all over your body and, fellows, it’s there going to your gonads. They stop production so the birth rate—now, the total fertility rate in Hungary where I have the statistics from the CIA for, for the past ten years, is way down past replacement rate. That’s what they call it when each woman has on average of two kids in her lifetime. It’s down to 1.3 and 1.25—been bouncing around in there for the past ten years. Now, this gets into really serious stuff, Ralph. We’re talking about survival here. But people who should know this sort of thing, people at the nuclear weapons labs who make this sort of study their business told me that replacement is 2.11 children per woman. That’s over millions. There’s ten million people in Hungary. Over a population of millions. You got to have at least two kids per woman to stay even. To have a growing population got to have 3. Well, this is down, Ralph, to 1.3.