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2014-03-29 16:01:27|  分类: 聊天问答 |  标签: |举报 |字号 订阅

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There's a phenomena called the Min Min lights, named such for where they're more often sighted at Min Min in Queensland. [and from another] http://en.wikipedia.org/wiki/Min_Min_light  Min Min light is the name given to an unusual light phenomenon that has been reported numerous times in eastern Australia. The lights have been reported from as far south as Brewarrina in western New South Wales, to as far north as Boulia in northern Queensland. The majority of sightings are reported to have occurred in Channel Country. Stories about the lights can be found in Aboriginal myths pre-dating western settlement of the region and have since become part of wider Australian folklore. [and from another] http://rednomadoz.blogspot.com/2011/11/aussie-icons-6-min-min-light-boulia.html#.UywJa4XiitY  Despite several theories (phosphorescence, burning gas, ghostly apparition, alcoholic influence, even fungus!!), as yet there's no scientific explanation to completely explain the spooky light – often mistaken for a bright car headlight – now seen by thousands of people since that first sighting nearly 100 years ago. And despite attempts to chase it down, it's never been caught, outpacing runners, horses and cars. [and from another]
http://strangenationaustralia.blogspot.com/2012/09/mount-isa-qld-mysterious-min-min-light.html  I had noticed in the rear vision mirror a single headlight many hundreds of meters behind me. It had been following along behind for the last 20 kilometres or so. This surprised me for several reasons. I had only ever encountered one other vehicle on that track in daylight hours and it was now midnight, and the vehicle had not gained on me in the 20 kilometres or so despite the fact that I was going very slow with a fuel tanker. We sat there watching the mirrors and I scratched my head as the light also stopped or at least it kept the same distance. So this light that had been following my vehicle for many kilometers did not want to catch up, pass, and get out of my dust. Suddenly the "thing" rose up into the air fifty feet or so and commenced to come towards us. [and from another] http://en.wikipedia.org/wiki/Ball_lightning  Ball lightning is an unexplained atmospheric electrical phenomenon. The term refers to reports of luminous, spherical objects with diameters varying from pea-sized to several meters. It is usually associated with thunderstorms, but lasts considerably longer than the split-second flash of a lightning bolt.

We have described a bending of the plate holding Australia, such that the western 2/3 will bend down during the hour of the Pole Shift, sinking with India under the waves. Such bending and breaking of rock layers invariably occurs where the crush is weak. Such weak points are often where rivers flow, where the crust has drooped due to lack of support. The Channel Country in central Australia is such land, as can be seen in elevation maps. Are the Min Min lights related to this bending and snapping rock?
我们描述过承载澳大利亚的板块的弯曲,在极移期间西部的2/3将被弯下,与印度一起沉入海浪之下。岩层的这种弯曲和破裂总是发生在地壳的薄弱点。这种薄弱点经常都是河流,也就是地壳因缺乏支撑而下降之处。澳大利亚的康乃尔地区就是这样的地方,可以从海拔地图中看出来。Min Min lights现象与这里弯曲的岩层有关吗?
We have often mentioned that the electronic screech prior to earthquakes is due to air pockets within the rock being compressed so water can touch all side, allowing electrons to flow. Ball lightning is also a phenomena not unknown to man. We have explained that ball lightning occurs when an immense charged field develops, and the desert area over the Channel Country is thus, due to the bending it endures. Why do the Min Min seem to follow cars but remain out of reach? The car's electrical system is an attractant, but likewise this ball lightning is held in a suspension of electron related particle flows. Any excess of a particular charge, even that coming from a human, acts as a repulsion.

我们经常提到在地震之前的电子尖声是岩层内部的气穴受到压缩导致水能够互相触碰允许电子流动导致。球状闪电也是人类所未知的现象。我们解释过当出现巨大的带电领域是就会出现球状闪电,由于所承受的弯曲,康乃尔沙漠地区就是这样的地区。为什么Min Min似乎在追逐车辆但又保持一定距离触及不到?车辆的电气系统具有吸引力,但同样地这种球状闪电悬浮在与电子相关的粒子流中。任何过量的带电体,即使是来自于人体,都会予以排斥。

A second Malaysian Airlines flight in trouble with electrical systems: http://time.com/35129/malaysia-airlines-flight-mh066-emergency-landing-hong-kong/  My questions: 1.  Is this route out of Kuala Lumpur over the Sunda Plate going to prove so treacherous to aircraft, that the truth will be afforded humanity that watches on, ie that Planet X is indeed the cause as the Zetas have already stated? 2.  Is the particle flow activity in the area, around the Sunda Plate, (that humankind is grossly unaware of), going to cause similar fate to MH370 for a larger number of other aircraft?  This question is more about data that only the Zetas would know, to what extent has the EMP and particle flows increased?  Is it steady, exponential or slow release due to the humming boxes?

We stated that aircraft would increasingly be affected by EMP caused by the clash of the Earth's magnetosphere with that of Planet X, and caused primarily by the charged tail of Planet X increasingly wafting over the Earth. We also stated that the electronic screech from compressed rock, especially when under shallow water, is a factor. On the heels of the MH 370 disaster, another electronic failure occurred in MH 066, taking the identical path over the waters between the Malay Peninsula and the tip of Viet Nam. Can safe routes for aircraft be calculated, based on our advice, and if so what would that calculation be? Our predictions for the 7 of 10 plate movements can indeed be used as a guide to determine what parts of the globe will endure the greatest electronic screech from rock compression, and where those regions lie under shallow water easily determined also.


  • The compression of the Sunda Plate will not ease, as the lifting of the Indo-Australian Plate under pressure from the Pacific will be continuous.


  • Likewise the pressure on the Caribbean Plate, including Central America, pushed down and westward as S America rolls. The Caribbean has shallow water in many areas so potential EMP points could be gauged.


  • Where the St. Lawrence Seaway is mainly being pulled apart, there are pinch points inland which could result in EMP, especially if under water along the shores of the Great Lakes.


  • The Sea of Japan, the East China Sea, and the Sea of Okhotsk are all under shallow water and will be under continuous pressure as the Pacific compresses.


  • As the Arabian Plate turns during the African roll, the tip of the Arabian Plate will plow through Iraq, as we have described, but this will also put pressure on the Caspian Sea and along the eastern Mediterranean at times, so that Israel might experience EMP along its coastline.
  • 随着非洲滚动期间阿拉伯板块的转动,阿拉伯板块的尖端将会犁过伊拉克,正如我们描述过的,但是这有时也将为里海和地中海东部沿岸施加压力,所以以色列的沿海可能会遭遇电磁脉冲。

I'm wondering about huge mud slides like the one in Washington state.  With more than 100 people missing, I am surprised at the size of the hillside that slid.  Is there some way one could be warned of the danger beforehand? [and from another] http://news.yahoo.com/fears-rise-more-8-died-mudslide-172534848.html  The 1-square-mile slide swept through part of a former fishing village about 55 miles northeast of Seattle. Of the 49 structures in the neighborhood hit by the slide, authorities believe at least 25 were occupied full-time. Authorities had to pull back some crews Monday morning because of concern about the hillside moving.  Frequent, heavy rainfall and geography make the area prone to landslides. Less than a decade ago, another slide hit in the same general area. Geologists and other experts said the Stillaguamish River likely caused some erosion in the area that was carved by glaciers. Authorities believe Saturday's slide was caused by ground made unstable by recent rainfall. [and from another] http://www.idahogeology.org/DrawOnePage.asp?PageID=83  Many landslides are initiated by triggering factors that increase stress and weaken slope materials. These triggers include: Heavy rains, rapid snowmelt, or irrigation that load slopes with water. Natural erosion or human activities that increase slope angles or undercut the toes of slopes. Shaking by earthquakes. Removal of vegetation by wildfire, logging, agriculture, or overgrazing. Loading of slopes with piles of rock, ore, or mining waste.

The causes of landslides are not a mystery to mankind. Layers of rock and soil such that rain running along a clay or rock layer can create a slippery surface for the weight of the layers above it is a common cause. A rock jumble from previous mountain building, broken or fractured rock easily dislodged. We have stated that the earthquakes man experiences between the periodic passages of Planet X can be considered aftershocks from the last passage, and this is true of landslides also. Mountain building rumples the landscape, so the land is not flat but has steep ravines and hill sides. Older mountain ranges are recognized for their rounded or smoothed appearance, because of frequent landslides distributing the rubble.
As we approach another passage, another Pole Shift, the pace of landslides has picked up. Why would this be? Plates under pressure will put pressure on regions that contain rumpled hillsides and deep ravines, as these give more readily than strictly flat land, thus act as a weak link. In addition, due to the wobble, the weather has gotten more extreme, with drought and deluge increasing in extremes. Dry ground, suddenly flooded with rainwater needing to seek its level as runoff, will create internal water slides between the rock and soil layers that constitute the rumpled hillsides. Is there an early warning system that mankind could use? The trembles that soil about to slide emits could be detected, yes. These are not earthquakes, and have their own frequency.


I have a ZT question and I am sure others will ask.  Why is NASA shutting down the ISS camera feed in 2 weeks for good? [and from another] http://www.ustream.tv/channel/live-iss-stream  Live video from the International Space Station includes internal views when the crew is on-duty and Earth views at other times. The video is accompanied by audio of conversations between the crew and Mission Control. This video is only available when the space station is in contact with the ground. During "loss of signal" periods, viewers will see a blue screen. Since the station orbits the Earth once every 90 minutes, it experiences a sunrise or a sunset about every 45 minutes. When the station is in darkness, external camera video may appear black, but can sometimes provide spectacular views of lightning or city lights below. [and from another] http://spacestationlive.nasa.gov/  Thanks to your feedback the ISS live clock has been extended. [and from another] http://www.youtube.com/watch?v=mjrUJchRew0  ISS live will be retired in 2 weeks.

The public has been puzzled by NASA's dance with the ISS feed. First it is going to be retired, then it gets a reprieve, and meanwhile the public is to get involved with their suggestions on how to utilize the feed! NASA has been busy reinventing itself lately, suggesting they could potentially predict sinkholes and clucking about the dangers when the rich get richer at the expense of the poor. Now they've managed to elicit a public exchange about the ISS live feed. Open to suggestions! Uncle NASA, so open and approachable. Who can even remember the days when they wiped away any evidence of UFO's and refused to admit that Planet X, aka Nibiru, was right next door.


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