Volkan alanlarında yaşam - Zetas

The Zetas have warned that volcanoes will erupt during the hour of the Pole Shift. This is the primary reason for the predicted 25 years of gloom to follow the Pole Shift. But there will be places on Earth with sunshine, and the degree of gloom will vary, depending upon location. Yellowstone will NOT be a super volcano, per the Zetas.

ZetaTalk Prediction 11/16/2002:
http://adf.ly/eE7Pb
We have stated that all volcanoes active within the last 10,000 years can be considered candidates to blow, or ooze during the shift. All volcanoes that have been active within the memory of man will begin spewing and burping and oozing, and many that were not expected to become active will reactive. During every pole shift, there are places on Earth where the earth is stretched, like the Atlantic, such that mountain ranges such as the Appalachians have not experienced mountain building and scarcely any rock outcropping are bare. Places like the Himalayas are subducting, so that rock layers are being laid under one another, and protection from the lava occurs. Hawaii, likewise, is expected to do better than one would think, because the compression of the Pacific will layer rock strata and protect the oozing volcanoes from roiling lava. In New Zealand, where that edge of the plate will tip up, it will be some protection from exploding volcanoes as the pressure will be relieved. Likewise, where there is a stretch, as Iceland will experience, there will be continued oozing, but explosions caused by lava under pressure unlikely to happen. Inland cauldera, like Yellowstone, have their basis in pressure that has a long route to climb before heating the surface. There will be explosions, though not violent, of lava, from volcanoes however active along the Sierras and Andes. The later part of the hour sees rock strata pushed under the West Coast of the Americas, shutting off access of lava from those volcanoes. In areas under stretch in Europe and the Middle East, likewise, the roiling will cause oozing and where volcanoes are already open to the air, an outlet established, such as in Italy, they will continue during the early part of the shift to explode and ooze. One must, thus, analyze the past of local volcanoes or caulderas, to gauge their actions during the shift.

The uptick in volcanic activity is obvious, as noted in Issue 172
http://adf.ly/eE7Qi
of this newsletter, particularly in Indonesia, as detailed in Issue 210
http://adf.ly/eE7TK
of this newsletter.


The Pole Shift ning
http://adf.ly/eE7VK
blog on volcanoes details this uptick in graphic human terms. The Zetas advise to be 100 miles from any volcano likely to erupt and for good reason as these images show.  The Indonesian volcano Kelud erupted again in early February, 2014, forcing the temporary evacuation of 200,000 people. As the 7 of 10 planet movements continue to push Java under the curve of the Indo-Australian Plate, Java is fringed by active volcanoes, the most active region in the world.

Kelud
http://en.wikipedia.org/wiki/Kelud
Kelud is a volcano located in East Java on Java in Indonesia. Like many Indonesian volcanoes and others on the Pacific Ring of Fire, Kelud is known for large explosive eruptions throughout its history. More than 30 eruptions have occurred since 1000 AD. It last erupted on February 13, 2014.

Volcanic ash is fearsome, and can kill, turning to a type of cement in the lungs. Thus the need to evacuate, at least temporarily. But this same ash, or the eventual crumbling of hardened lava pouring forth from the volcano, produces very fertile soil! This is the reason villagers return to the slopes of volcanoes. Crops are lush.

More than 200,000 People Evacuated and Five Airports Closed
February 14, 2014
http://www.dailymail.co.uk/news/article-2559205/More-200-000-people...
A volcano erupted on the heavily populated Indonesian island of Java today, sending a huge plume of ash and sand 10 miles into the air and forcing the evacuation of more than 200,000 people and the closure of five airports. Indonesia's national disaster agency ordered the evacuation of all families living within a six-mile radius of Mount Kelud.

Mount Kelud on Java Island has Exploded
February 2, 2014
http://www.news.com.au/world/mount-kelud-on-java-island-has-explode...
Sunar, a 60-year-old from a village eight kilometres in Blitar district, said his home also collapsed after being hit with “rocks the size of fists”. A man and a woman, both elderly, were crushed to death after volcanic material that had blanketed rooftops caused their homes in the sub-district of Malang to cave in, while another elderly man died from inhaling the ash.

Indonesia Volcano Erupts; 3 killed, 100K Evacuated
February 1, 2014
http://www.sfgate.com/news/world/article/Indonesia-volcano-erupts-3...
Some residents were shoveling the ash and grit into sacks to use in the construction of buildings or to fertilize crops. One collector said that middlemen had already told him they would pay up to $56 for a small truck filled with the debris. Due to the fertile volcanic soil and the shortage of space on Java, hundreds of thousands of people live close to active volcanoes. They are used to the rumblings, but their proximity to the peaks presents difficulties for authorities.

Per the Zetas, plotting the location of survivor camps should include a volcano analysis. There are many factors to consider – wind direction, altitude as ash is thinner at higher altitudes, rising seas to force volcanoes under water, and whether the volcano is burping or oozing.

ZetaTalk Advice 8/10/2002:
http://adf.ly/eE7d0
We have stated that the Earth will be under volcanic dust gloom for 25 years. Obviously, this will depend upon region, proximity to burping volcanoes, being down or upwind of same, and elevation. Volcanic gloom is always heavier within a thousand miles down wind from the volcano. Thus, if one if outside of the downwind corridor, one escapes this heavy fallout. Volcanic gloom is always heavier at lower elevations in such places, as the heavier particles fall back to Earth, after being air born by the force of heat rising or explosions, and high elevations some 500 miles downwind from a burping volcano might find they have less dust than a lower elevation 1,000 miles downwind. The size of the volcano also matters, and whether it is under water of above ground. As silly as this statement seems, this is something to consider when planning a survival location. Remember that the sea level will rise, our estimate some 675 feet above current levels. If a volcano, such as those in Indonesia or the Philippines or Central America, goes under water during this time, the ash will be carried by water, not air. Also, some volcanoes ooze, others belch, and the amount of ash differs.

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