Today, there are two most likely hypotheses for a tectonic fault that will lead to the end of our civilization. And the fact that the earth's masses are moving, and the Earth is constantly changing - not a single man of sense will not deny. Though Lately tectonic activity was very low, and there is a high probability that this will change soon.

Iceland.

Giant rifts - breaks in the earth's crust that form at the border of slowly diverging tectonic plates - the North American and Eurasian. The plates are diverging at a rate of about 7 mm per year, so over the past 10 thousand years the valley has expanded by 70 meters and settled by 40 meters.

Tectonic fault under glaciers... This hypothesis belongs to Academician N. Zharvin. According to him, the cause of the tectonic fault will be the melting of ice under Antarctica. The relationship between the transformation of a chain of tectonic faults into a huge volcano and the melting of ice is explained by the fact that the earth's crust is constantly sagging under the weight of any massif. Accordingly, under the weight of the huge Greenland glacier, the trough reaches significant values, about 1 kilometer. It is logical to assume that this value begins to decrease with the melting of ice. At some point, this trend will lead to a significant increase in the fracture of the earth's crust.

Breaking tectonic plates chain reaction will cover the entire planet. But this is not the worst thing. When a huge mass of ice ceases to press on the earth's crust, it will rise. Then masses of ocean water will rush underground. Since the matter underground is heated to about 1200 degrees Celsius, this will cause the release of huge amounts of basalt dust and gas into the Earth's atmosphere. This, in turn, will cause an unprecedented downpour. The horror of the all-heating rain is complemented by the consequences of tectonic faults, namely volcanic eruptions throughout the rift system and huge tsunamis. In a matter of time, everything will be washed off the face of the Earth.

Lithospheric catastrophe of our civilization... This version is offered by the Russian inventor E. Ubiyko. His hypothesis not only suggests the future, but also explains much of the past. He amazingly analyzes all the information about our past, finds the relationship between the cultural heritage of all ancient civilizations, and with the help of this explains all the changes that have already occurred and will continue to occur with the Earth.

Referring to the Mayan calendar, Evgeniy Ubiyko suggests that at dusk last day the era of the third sun, the Earth looked completely different. Its radius was about 2.5 times less than it is now, and all the continents were connected together. The map did not show the Atlantic, Pacific, Arctic and Indian oceans. There was one world ocean and one continent with many seas, lakes and rivers. If you look closely at the globe, you will notice that it resembles a sweep of a small sphere stretched over a sphere of a larger diameter.

This structure of the Earth provides answers to many questions about the ancient civilizations of Lemuria and Atlantis, and also explains the gigantic size of dinosaurs. The fact is that the Earth's atmosphere was denser, and the climate was much more comfortable. It was possible to breathe freely at an altitude of up to 25 km. The air temperature throughout the planet did not drop below 8 degrees Celsius. Naturally, in such conditions people of very tall stature - Atlantes - could freely exist. In addition, if you glue all the continents together, then the location of ancient temples and pyramids becomes more logical and explainable. So the Sphinx looked at the pole star, and the great white pyramid Kailash was located strictly at the then North Pole of the Earth. Delving deeper into the research in more detail, you can find the clues to the Great Walls of China, Babylon, the Rig Veda and other legacies.

The location of many cities in zones of potentially high planetary destructions and the failure to take into account the influence of geophysical anomalies during construction is of particular danger.

Among these cities is Moscow, located in the place:

Cruciform intersection of two powerful deep faults:

The San Andreas Fault, which is in motion, is indicative. It is considered one of the most dangerous in the world. Seismologists have noticed that there are ups and downs I am.

What movements are characteristic of the San Andreas Fault?

Although these movements are small enough to be noticed by most people living along the fault, the researchers note that they are consistent and constant. Every 200 kilometers the fault moves 2 mm per year. Movements are up or down. These changes were detected using GPS measurements.

These movements were undoubtedly caused by the chaotic, abrupt movements of the Pacific and North American tectonic plates. Small surges of accumulated stress cause the ground around the fault to rise and fall. Consequently, the Los Angeles Basin is sinking, while a portion of San Bernardino is rising, and this is happening at the same rate.

Release pressure E

These minor shifts pose no immediate threat to the population. But they do demonstrate how dynamic and active the rift has been. While the movement allows the pressure in San Andreas to be relieved, it is not enough to reduce the next blow.

The massive sections of the fault have moved slightly over the past 150 years, and the other sections have been building up pressure for more than three centuries.

After an earthquake occurs, all this energy is released. Understanding how a fault behaves each time it goes down and up, releasing pressure, helps geologists estimate how the next earthquake that might hit the area will have an impact on the surrounding region.

Being in continuous motion, they are directly involved in shaping the appearance of our planet. Tectonic plates are in continuous dynamics relative to each other, and even small deviations from the norm in their activity respond to serious catastrophes: earthquakes, tsunamis, volcanic eruptions and flooding of islands. The study the most dangerous faults Researchers have studied the earth's crust quite recently, until now they cannot determine exactly where on the planet the next peak of tectonic activity will occur. The largest rifts are constantly monitored, and modern scientists know nothing about the existence of some dangerous tectonic faults.

The largest and most famous fault in the world is San Andreas, a significant part of it runs on land. Most of it is located in California, and part of it runs along the coast. The length of the transform fault is about 1,300 meters, a rift was formed as a result of destruction lithospheric plate Farallon. The giant rift is the cause of serious earthquakes, which reach magnitude 8.1.


A major earthquake struck San Francisco in 1906, and the last major Loma Prieta earthquake happened in 1989. The maximum displacement of the ground, which was recorded in the fault area during earthquakes, was 7 meters. Over the past hundred years, the town of Santa Cruz, which is located in the immediate vicinity of San Francisco, has been badly damaged by numerous earthquakes. In 1989 alone, more than 18,000 houses were destroyed in it, 62 people died from the elements.


The San Andreas Fault is considered the most dangerous in the world, it is he, according to researchers, that can lead to a global catastrophe, followed by the death of civilization. Despite the destructive power of earthquakes, it is they who help the rift to release the accumulated pressure and prevent a global catastrophe. It is impossible to accurately predict the time of the next earthquake, it is only recently that experts have begun to track the vibration of the plates that form the connector using GPS measurements. Currently, the most earthquake-prone section of the fault near Los Angeles is considered. There have been no earthquakes here for a very long time, which means that the new earthquake promises to be incredibly powerful.


Not so long ago, researchers were able to establish that the Pacific Ring of Fire is also nothing more than a huge tectonic fault. This unique perimeter area The Pacific, is the focus of 328 active volcanoes out of 540 known on earth. The volcanic chain covers the territory of many countries; Indonesia is considered one of the seismically prone regions.

The bottom of the largest lake on the planet, Lake Baikal, is also a tectonic fault. The shores of the lake are in constant motion and gradually diverge, many scientists argue that such transformations are a vivid example of the emergence of a new ocean. However, it takes several hundred million years for the lake to expand to the scale of the ocean. Volcanic activity in the Baikal region is very high; every day at least five tremors are recorded here. Large earthquakes also occur here, the most famous is the Tsanag earthquake, which happened in January 1862.

V last years the attention of researchers is attracted by the volcanoes of Iceland, the power and danger of which for a long time was underestimated. On the territory of Iceland, you can see several giant ruptures of the earth's crust, which were formed by the movement of the Eurasian and North American tectonic plates. Plates annually diverge by about 7 mm, initially this figure seems quite insignificant. At this rate, over the past 10,000 years, the fault has expanded by 70 meters, if these figures are compared with the age of our planet, then tectonic changes seem more than impressive.

In Russia in Sochi national park there is an amazing Psakho canyon, which, according to some sources, is also nothing more than a tectonic fault. The large-scale canyon is divided into two branches - dry and wet. A river flows along the bottom of the wet canyon, and the dry canyon does not differ in the presence of streams and rivers. The dry canyon is about 200 meters long; it was formed more than 70 million years ago during a strong earthquake.

A unique geological object is the Great African Rift, it is not by chance that it is considered one of the most mysterious places on the planet. The fault is so large and is growing so actively that many scientists are confident in the imminent disconnection of the present eastern part of Africa from the mainland. As a result of the growth of a tectonic fault, another large island may appear on the planet.

Due to the appearance of a mysterious rift, the city of Gramalot, located in Colombia, became known to the whole world. In December 2010, this city in literally began to move, several large cracks appeared on its territory in earth crust, hundreds of houses and roads were destroyed. Initially, local media explained this by ground movement due to heavy rains however, it was not possible to scientifically confirm this version. What exactly caused the destruction big city, and it is not known now. In the state of Michigan in the Birch Creek area, a mysterious rift also appeared recently, the length of which is 180 meters and the depth - 1.2 meters, respectively. A rift was formed in a flat area, for many years a forest grew in these places. Looking at these places now, you can see an amazing picture. It seems that the ground beneath the crack has suddenly risen, which is why the trees to the right and left of it are now tilted in different directions by about 30 degrees.

Another large fault in the earth's crust formed a few years ago in Pakistan, in the Sigi region. The population in this area is very low, so there were no mass media announcements after the discovery of this geological anomaly. The presence of a fault, the length of which is several hundred meters, became known to the world community quite by accident, after the video appeared on one of the major international sites.

PLATE UNDER THE CITY: Moscow stands on a crystalline basement 40 km thick. But in such a powerful "pillow" cracks and breaks are inevitable. There are enough places of "increased fracturing" in Moscow. Many of them, joining each other, add up to a fairly large areas... In the diagram below, it is interesting to see how Moscow collapsed in the 2000s, when there were no such grandiose road works, and, at times, it was possible to observe the natural movements of the soil.

FORECASTING HISTORIAN: The 19th century historian Ivan Zabelin was right when he wrote: wise prince Yuri Vladimirovich, not by the whim of a happy capricious occasion, but by the force of reasons and circumstances of a higher or deeper order. "

ANOMALOUS KOLOMENSKOYE: The first settlers of the places where the city now stands chose Kolomenskoye. This area, although it is considered one of the abnormal zones capital city can have a beneficial effect on people. "Our ancestors did not settle on the faults themselves, but in the immediate vicinity of them," says the elder. Researcher Russian Physical Society Olga Tkachenko. - Radon gas is emitted from tectonic faults and cracks. This radioactive element is harmful in high doses, but like many poisons, it is useful in small doses. It is even able to strengthen the human skeleton, which is built in accordance with the parameters of the golden ratio.

FORTRESS FITS: But the Kremlin is not at the intersection of faults, but next to them. The rift passes through the Red and Manezhnaya squares, and the fortress itself was built in a safe place, on Borovitsky hill. In pagan times, by the way, there was a temple.

CHURCHES AT THE FAULTS: Moscow churches were also erected on the faults. Why is not entirely clear. Apparently, the architecture of the temple is capable of transforming telluric (earthly) radiation, transforming it into some kind of positive energy. "

TWO ZONES: The entire territory of Moscow is divided into two large geological zones. The north is like a dome (it is slightly higher), the south is like a bowl. The North is considered a more favorable territory for living, although if another earthquake happens in the South Carpathians, it is these areas of the city that will first of all feel its consequences. The fact is that the northern part of Moscow lies in the zone of a global tectonic fault.

CHECK FOR HEALTH: Until now, many Muscovites, at their own risk, come to the Golosov ravine, located in Kolomenskoye, to collect "live" or "dead" water there. There are also various unverified rumors that there are areas where the statistics of cancer are higher than in other places in the capital, allegedly due to geology. “In Europe, the relationship between the occurrence of cancerous tumors and tectonic faults has long been recognized,” says Yuri Sukhanov, Doctor of Medicine. - In such places, they even put up warning signs, realtors, when buying a home, warn of the risk of disease. In Moscow, no one seems to know about this! But "cancer houses" are even on Kutuzovsky Prospekt. There are quite a few of them on the right side of the Khoroshevskoe highway. " How can the connection between oncology and tectonics be explained? Yuri Sukhanov argues that in geopathogenic (more correctly, in geoactive) zones, the processes of oxidation and aging of the body are faster - due to the fault of the same radon. Immunity, protective functions are weakened, the activity of the central nervous system... Moreover, in the first years after settling in a geoactive zone, a person may complain of seemingly insignificant diseases - acute respiratory infections, allergies, headaches, joint pains. And more serious diseases will come later. By the way, as scientists have noticed, equipment often fails also in geoactive places.

WRONG MOSCOW: “In principle, almost the entire territory of Moscow is built up incorrectly,” sums up Olga Tkachenko. - If in the old days houses were erected on the boundaries of faults, then in the twentieth century they simply forgot about the need to observe this rule. By the way, the water park that collapsed in February was also located in the zone of “increased fracture”. Just like the numerous elite housing that has been built in Moscow in recent years. " On the map of Moscow at the beginning of the 21st century, a number of ring and linear tectonic structures are distinguished. The central structure falls on the territory between the Moscow and Yauza rivers, on which the city has developed since ancient times. One of the most powerful faults, running from the south-east to the north-west, is located under the Khoroshevskoe highway. (The map in Fig. 1 was compiled by Irina Fedonkina, Candidate of Geological and Mineralogical Sciences and published by AiF Moscow No. 49 (595) dated December 8, 2004)
Posted on: March 15, 2011 at 09:52

The earthquake that caused record destruction and the subsequent tsunami that struck Japan early Friday morning is a harsh reminder of the devastating natural disasters that could strike inhabited cities - especially those in high-risk areas, such as along major fault lines the earth's crust.

Take a look at the five cities most at risk of such disasters due to their location.

1. Tokyo, Japan

Built exactly at the triple intersection of three major tectonic plates - the North American Plate, the Philippine Plate, and the Pacific Plate - Tokyo is constantly in motion. Long story and awareness of earthquakes pushed the city to create maximum levels of tectonic protection.

Tokyo is by far the city most prepared for earthquakes, which means that we probably underestimate the potential destruction that nature can cause.

Facing a magnitude 8.9 earthquake, the worst earthquake in Japanese history, Tokyo, 370 km from the epicenter, went into automated stopping mode: the elevators stopped working, the subway stopped, people had to walk many kilometers on a cold night to get to their houses outside the city, there was the greatest destruction.

A 10-meter tsunami that followed the earthquake washed away hundreds of bodies on northeast coast, thousands of people are missing.

2. Istanbul, Turkey

The East San Andreas, North Anatolian strike-slip fault is the world's longest fractured fault, tearing westward along the fault line since 1939.

The city is a melting pot of rich and poor infrastructure, putting a huge portion of its 13 million inhabitants at risk. In 1999. an earthquake with a magnitude of 7.4 struck the city of Izmit, it is only 97 km from Istanbul.

While older buildings such as mosques survived, newer buildings of the 20th century, often constructed from concrete mixed with salty groundwater and ignoring local building codes, turned to dust. Around 18,000 people died in the region.

In 1997. seismologists predicted that with a 12% chance, the same earthquake could be repeated in the region until 2026. Last year, seismologists in the journal Nature Geoscience published data that the next earthquake is likely to occur in the west of Izmit along the fault - a dangerous 19 km south of Istanbul.

3. Seattle, Washington

When the inhabitants of a Pacific Northwest city think about disasters, 2 scenarios come to mind: a mega-earthquake and an eruption of Mount Rainier.

In 2001. The Niskolli earthquake prompted the city to improve its earthquake preparedness plan and several new building code improvements were made. Be that as it may, many older buildings, bridges and roads are still not modernized to meet the new regulations.

The city sits on an active tectonic boundary along the N American Plate, the Pacific Plate, and the Juan de Fuca Plate. Ancient history both earthquakes and tsunamis are recorded in the land of stone-turned floodplain forests, as well as oral histories passed down from generation to generation of Pacific Northwest Native Americans.

Dimly looming in the distance, and when the cloud cover is high enough, the impressive view of Mount Rainier opens up reminding that it is a dormant volcano and at any time it can push Mount Saint Helena as well.
Although seismologists are extremely good at monitoring volcanic tremors and warning authorities of an impending eruption, the eruption of Icelandic volcano Eyjafjallajökull last year showed that the length and duration of the eruption is just someone's guess. Most of the devastation will affect the east of the volcano.

But if an uncharacteristic northwest wind blows, Seattle Airport and the city itself will collide with large quantity hot ash.

4. Los angeles, california

Disasters are not new to the Los Angeles area - and everyone is not talked about on TV.

Over the past 700 years, powerful earthquakes have occurred in the region every 45-144 years. The last strong earthquake with a magnitude of 7.9 occurred 153 years ago. In other words, Los Angeles must be hit by the next major earthquake.

Los Angeles, with a population of about 4 million, is likely to experience violent tremors in the next major earthquake. Taking into account the whole of Southern California, which has a population of about 37 million, has been speculated that a natural disaster could kill 2,000 to 50,000 people and cause billions of dollars in damage.

5. San Francisco, California

San Francisco with a population of over 800,000 is another Big city on the west coast The United States, which could be devastated by a powerful earthquake and / or tsunami.
San Francisco is located nearby, although not exactly on the northern end of the San Andreas Fault. There are also several related faults running parallel across the San Francisco region, raising the likelihood of an extremely devastating earthquake.

There has already been one such disaster in the history of the city. April 18, 1906 San Francisco was hit by an earthquake of between magnitude 7.7 and 8.3. The disaster killed 3,000 people, caused half a billion dollars in losses and razed much of the city to the ground.

In 2005. earthquake expert David Schwartz, a San Francisco resident, has suggested that there is a 62% chance the region will be hit by a major earthquake over the next 30 years. While some buildings in the city are built or fortified to withstand an earthquake, many are still at risk, according to Schwartz. Residents are also advised to keep emergency kits ready at all times.

The Russian capital, according to official geological science, stands on a crystalline basement 40 km thick. But even in such a powerful stone "pillow" cracks and breaks are inevitable. Representatives of alternative science never tire of talking about this, as well as about all kinds of diseases caused by geopathogenic zones. There are enough places of "increased fracturing" in Moscow. Many of them, joining each other, fold into rather large zones. Pictures taken from space give an idea of ​​what it looks like geological structure metropolis.

Dome and bowl
PROBABLY, the historian of the late nineteenth century Ivan Zabelin was right when he wrote: “Such world-historical cities as Moscow are born in their place not at the whim of any kind and wise prince Yuri Vladimirovich, not at the whim of a happy capricious occasion, but by force reasons and circumstances of a higher or deeper order. " The first settlers of those places where the Mother See now stands, as you know, took a fancy to Kolomenskoye. This area, although considered one of the anomalous zones of the capital, can have a beneficial effect on people.
“Our ancestors settled not on the faults themselves, but in the immediate vicinity of them,” says Olga Tkachenko, senior researcher at the Russian Physical Society. - Radon gas is emitted from tectonic faults and cracks. This radioactive element is harmful in high doses, but like many poisons, it is useful in small doses. It is even able to strengthen the human skeleton, which is built in accordance with the parameters of the golden ratio. But the Kremlin, contrary to popular belief, stands not at the intersection of faults, but next to them. The rift passes through the Red and Manezhnaya squares, and the fortress itself was built in a safe place, on Borovitsky hill. In pagan times, by the way, there was a temple. It is noteworthy that Moscow churches were also erected on the faults. Why is not entirely clear. Apparently, the architecture of the temple is capable of transforming telluric (earthly) radiation, transforming it into some kind of positive energy. "

According to research data, the entire territory of Moscow is divided into two large geological zones. The north is like a dome (it is slightly higher), the south is like a bowl. The North is considered a more favorable territory for living, although if another earthquake happens in the South Carpathians, it is these areas of the city that will first of all feel its consequences. The fact is that the northern part of Moscow lies in the zone of a global tectonic fault.

From colds to cancer
They say that many Muscovites still come to the Golosov ravine, located in Kolomenskoye, to collect "live" or "dead" water there. It is also said that there are areas where the statistics of cancer are higher than in other parts of the capital. And geology is blamed again.

“In Europe, the relationship between the occurrence of cancerous tumors and tectonic faults has long been recognized,” says Yuri Sukhanov, Doctor of Medicine. - In such places, they even put up warning signs, realtors, when buying a home, warn of the risk of disease. In Moscow, no one seems to know about this! But "cancer houses" are even on Kutuzovsky Prospekt. There are quite a few of them on the right side of the Khoroshevskoe highway. "

How can the connection between oncology and tectonics be explained? Yuri Sukhanov argues that in geopathogenic (more correctly, in geoactive) zones, the processes of oxidation and aging of the body are faster - due to the fault of the same radon. Immunity, protective functions are weakened, the activity of the central nervous system is disrupted. Moreover, in the first years after settling in a geoactive zone, a person may complain of seemingly insignificant diseases - acute respiratory infections, allergies, headaches, joint pains. And more serious diseases will come later. By the way, as scientists have noticed, equipment often fails also in geoactive places.
“In principle, almost the entire territory of Moscow is built up incorrectly,” Olga Tkachenko sums up. - If in the old days houses were erected on the boundaries of faults, then in the twentieth century they simply forgot about the need to observe this rule. By the way, the water park that collapsed in February was also located in the zone of “increased fracture”. Just like the numerous elite housing that has been built in Moscow in recent years. "

A number of ring-shaped and linear tectonic structures are distinguished on the map of modern Moscow. The central structure falls on the territory between the Moscow and Yauza rivers, on which the city has developed since ancient times. One of the most powerful faults, running from the south-east to the north-west, is located under the Khoroshevskoe highway. (The map was compiled by Irina Fedonkina, Candidate of Geological and Mineralogical Sciences.)

Dmitry PISARENKO
(AiF Moscow No. 49 (595) dated December 8, 2004)
"AiF": moskva.aif.ru/issues/595/23_01

* * *
"On the territory of Moscow, a space image was made a decade and a half ago, on which strange stripes appeared, oriented from S-S-W to N-N-E. The spectrozonal image reflected a small burst of tectonic activity of the earth's interior, moreover, in an anticyclone. Dark stripes alternated light, their width was about 1 km. When analyzing the identified formations, it became clear that they coincide with the most ancient faults of the crystalline basement. The most powerful strip stretches from south to north, right through the historical center of the city.

The study of the relationship of such bands with the preserved written annals on the territory of Moscow showed that the unprecedented power of hurricanes, thunderstorms, earthquakes and fires of gigantic proportions were topographically confined to the areas of the Kremlin, Varvarka, Ilyinka, Zaryadye, Zamoskvorechye, Kitay-gorod, the current Lubyanka, Old and Novaya areas. It is geologically determined that from west to east the center of Moscow is cut by a powerful ancient fault, and from south-south-west to north-north-east the same giant fault, also through the city center in the above territories, forming a cross. It is along these faults that the flow of energy comes from the bowels of the planet, which forms violent atmospheric processes.

Chronicle writing in Moscow was established relatively late. It should be remembered that books and chronicles perished in the fires, their hundredths of a percent survived.

The Trinity Chronicle for 1280 in Moscow noted unprecedented hurricanes and thunderstorms ("beat the thunder many people"). In the XIII century, an extreme era was established for 40 years. “Storms are raging, during which many people and livestock die (1280, 1299, 1300). Hurricane gusts of wind lift many courtyards into the air and carry them away along with people and all households. ”Fires are raging. "On May 3, 1331, the Kremlin burned down." In 1337, in Moscow "everything burned out and then the rain was strong." A similar thing happened on July 21, 1389, in 1396.

During periods of such tectonic manifestations in Moscow there were auroras: "from midnight to light, pillars of fire appeared, and their end at the top was like blood." In this case, Moscow again burned down to the ground (1401). Often in the same years and in the same places earthquakes occurred: "That same autumn, 1446, October 1 day, at the hour of that night the city of Moscow shook, the Kremlin and the townships and the temples shook."

On the hill where Moscow was built from time immemorial, on the cross of faults, extreme events proceeded very violently. “1460 On July 13, at 6 o'clock in the afternoon, a very formidable and dark cloud appeared from the west, and an unusually strong storm began. The storm destroyed many buildings ... the earth shook from a terrible storm, gusts of wind, thunder and lightning. " The same thing happened in 1469 on August 30 - a strong storm with hail and thunderstorm: "burning brands and birch bark were carried far away for many miles." Moscow was completely burnt down again.

The violent activity of the bowels was manifested by an earthquake in 1471. The next year, on July 20, “the storm was great, fire was thrown over seven courtyards more. Roofs fell from the churches and the choir. " Fire. Tectonics simply raged: in 1474, in the spring there was “a coward in the city of Moscow ... During the earthquake, the almost completed church of the Holy Mother of God collapsed. All the temples shook and the earth trembled. " In winter and autumn, aurora borealis appeared. Storm of 1477 September 1 with a thunderstorm: "there was a great thunder." From the lightning strikes fell "the head of the church and the neck and the earth shook with a terrible thunder."

In the years 1481-1486. Moscow burned annually, in 1493, terrible fires on April 15, July 6, 16 and 28 during strong wind most of the city burned down. In 1495 and 1507. burned "people and bellies innumerable." The same thing happened in 1530. The fire on June 21, 1547 during a storm turned out to be special: "the storm was great and the fire flowed like lightning." For three years the city had aurora borealis. Storms with fires 1565 - Neglinka, 1566 - a dark cloud rose and became red as fiery "; 1584, 1591, 1594, 1599: “In China-city, all courtyards and shops in all rows burned out without a trace and on the roof of the town. And there is no fire in China-city, not a single house. "

Unusual storm of 1604, and "in Moscow in the middle of the summer snow fell great and frost ...". Aurora in February 1626, followed by fires. Storms and fires 1631, 1633, 1649: "A great fire, as a result of which not a single stake remained in the White City." It's in a stone city! It is easy to see that it is not the part of the city to the west of the Kremlin that is subject to misfortunes, but to the east - on the faults. Here, in the knot of the faults, atmospheric processes spasmodically rise, the clouds suddenly become bloody, the environment is ionized, even the flashes of auroras "above, yaki blood". But the fire in Morflot, on the Sofiyskaya embankment opposite the Kremlin, in the hotel "Russia", the fire in the building of the Samara Department of Internal Affairs and in many other places - the same nature of the process of ionization of the environment, ignition from radiation in the places of faults, a sharp rise in temperature to "melting of copper bells of 170 poods instantly ", and a stone is burning, staircases, in the Kremlin the stones in the wall glowed red-hot. The fire spread instantly and in a spiral.

Fiery phenomena: crimson fog, pillars of flame, balls of fire, fiery tongues blazing along the ridges of mountains were also noted in the twentieth century. During earthquakes in Tokyo, Tangshan (PRC), Chile, Tashkent, etc. Second important point- this is a sudden expansion of the strip along the faults for several kilometers, along which the tornado and hurricane rolls.

Thus, although today the Moscow faults have quieted down, slightly "lit up" 1 km wide, but with local exacerbations of geodynamics they are able to capture a strip 3-4 km wide, which is confirmed by history. Moreover, storms from all directions are drawn to the city center. There is a large sublatitudinal fault along the southern edge of Moscow, and three more glowing faults have been tracked to the northwest of the center of the capital. In the geo-catastrophic zone are located: the Kremlin, the hotel "Russia", the Duma, the complex of buildings of the FSB, the Board of the Central Bank of Russia, the Olympic complex, The White house, City Hall, embassies, ZIL factories, Hammer and Sickle and hundreds of others, hazardous industries, laboratory institutes, Ostankino Television Center, Tower, hospitals, schools, residential buildings ...

But the cycle is the era of cataclysms on the nose. "The Earth will shake" and how the rescue service will work, if the flame will be thrown a mile away, and people, cars and stairs will spin in the air and fall out in the surrounding lakes and forests. "

A very important point. The subsoil is not indifferent to nuclear installations, energy and electronic systems, pipelines and much more. There is reliable evidence from people much smarter than humanity today: "We have this established fact that the magnetism of the Earth produces wind, storm and rain ... and there is a strong connection between the magnetism of the earth, changes in the weather and man." Let's add - and to the products of his hands. There are many "Chernobyls" in Moscow, but one is enough.
Science does not yet know the laws, causes, periods and cycles of such phenomena. We are witnessing the consequences. They were and are coming necessarily and suddenly. It is more terrible that they are not present now, and we are not psychologically ready for this.

book "Detection and neutralization of geopathogenic radiation of the Earth"
author's site http://www.atsuk.dart.ru/books_online/15obnarzon/text9.shtml

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small article
invur.ru/print.php?page=interes&cat=art&doc=moskow_awlakogen
- The capital of Russia "floats" in the water like an iceberg in the Arctic Ocean

http://alamor.kvintone.ru/magic/anomalia/a_map2.htm
faults map Moscow

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+ Info from here http://lit999.narod.ru/zs/497.html Article from the magazine "Knowledge is power", Nr.4 "97

Moscow at the crossroads of two great faults
So, during abnormal solar cycles, there is a pulsating increase in the size of the Earth. At the same time, planetary faults are formed in the earth's crust, which pass through it, "not paying attention" to whether it is an ocean or land, a mountain-fold area or an ancient platform. These faults are very active, very quickly grow in depth and breadth, and it is in their zones that they occur extreme natural and technical phenomena.

I will briefly describe two such faults, which run quite close to Moscow.

Sicilian-Ural. The famous Etna, located at the southwestern end of this fault, was not particularly active until the middle of the 17th century and did not cause much trouble to the locals. But in 1669 she suddenly went berserk - the eruption of that year is still the strongest eruption of this volcano. And in 1693, a new attack hit Sicily - an earthquake of unprecedented strength that destroyed the city of Catania.

I must admit that, having opened this fault, I thought for some time that its development began in Sicily and then proceeded from west to east: the fault crossed the Adriatic Sea, creating in it deep sea trench, passed the Balkans, caused the strong Pishkelt earthquakes of 1829 and 1834 on the border of Romania and Ukraine, formed huge landslides in Chernivtsi and an accumulation of gypsum caves in Podolia (Figure 2), crossed the ill-fated Berdichev, where houses are constantly cracking and crumbling, Chernobyl passed, where at that time there was no nuclear power plant, caused the formation of karst caves in the north of Chernigov region, crossed Tula and reached Nizhny Novgorod, where he formed a huge and very active Dzerzhinsky karst region, as well as several large Oka and Volga landslides. As I believed, the fault ended its journey in the Kama region, the Urals and the Trans-Urals, forming there great amount karst caves, craters, sinkholes, hollows, as well as a whole constellation of epicenters of fairly strong earthquakes. And, looking at this constellation, I saw at the very northeastern end of the fault, a little south of the city Serov, the epicenter of the earthquake that occurred in 1693. Yes, in the very moment when Catania died!

What does it mean if earthquakes occur at two opposite ends of a fault in the same year? This means that the fault was formed at once along its entire length. And its development, expansion and deepening did not go from west to east, as I thought at first, but simultaneously along its entire length, "from Sicily to the Urals."

I will note that, from my point of view, the reason Chernobyl tragedy there was electromagnetic, plasma radiation from the Sicilian-Ural fault, which caused an explosion in underground bunker fourth power unit. The fact that this explosion, which struck twenty seconds before the catastrophe, was precisely electromagnetic, is proved by its temperature, which was thirty to forty thousand degrees. And an explosion with such a temperature is within the power of either nuclear (which is completely out of the question) or electromagnetic energy.

Therefore, I consider it necessary to emphasize that the Sicilian-Ural fault runs one hundred to one hundred and ten kilometers from Obninsk and the Vnukovo and Domodedovo airports, seventy kilometers from Serpukhov, goes through Tula, Dzerzhinsk, Nizhny Novgorod... It should be borne in mind that any large fault has many "feathering" branches diverging in all directions. And the fact that the Sicilian-Ural fault is very young, it is only three hundred years old, and it is not yet expressed either in the geological structure or in the features of the relief. This is Rael - "invisible", which explains the fact that he is still unknown to scientists.

Saratov-Ladoga fault. It passes Saratov, where in 1807 there was a seven-point (!) Earthquake, Chembar (now Belinsky), where in 1886 a phenomenon resembling the Tunguska was noted; Sasovo, where mysterious explosions with craters 30 meters deep took place in 1991 and 1992; the village of Novoselove, Vladimir Region, where on March 27, 1968, the MIG-15 crashed with Y. Gagarin; the city of Kolchugino, located one hundred and twenty kilometers from the center of Moscow; the city of Kalyazin, seventy kilometers from Dubna and, finally, Lake Ladoga, where in 1911-1926 a series of ten earthquakes, surprising for the platforms, occurred. This fault is also very young and also has feathery branches.

A cursory examination of some districts of Moscow during my last visits to my beloved city showed that it can hardly "sleep well." The deformation zone of buildings, stretching through the Duma, National, Mokhovaya, the State Library and Volkhonka, to the Polyanka metro area, is not at all the result of the construction of the Chertanovsky metro radius, but a clear, rapidly developing "feathering" branch of the Saratov-Ladoga fault. I did not carry out any underground observations and measurements, but over three decades of research in crumbling Odessa I gained experience, skill and intuition, allowing to accurately identify active tectonic faults in cities.

To the east of the Saratov-Ladoga fault there are several more of its fellows. The Onega-Orenburg fault, which crosses the Plesetsk cosmodrome and KamAZ, is especially important. The scope of the article does not allow us to consider it in more detail.
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