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As the core nears the mantle of Earth, the number of earthquakes, tsunamis and volcano eruptions increases
The core of our planet is directly connected with the Earth's magnetic field. Scientists noticed back in the 17th century that the field was constantly changing. The Earth's magnetic intensity has reduced by almost five percent over the recent hundred of years. The tempo implies that the field will totally disappear already in 2000. The geomagnetic field is a peculiar screen, which protects the planet from space radiation. If the screen is removed, the planet will be attacked with a strong radiation current, which will either kill all living beings on Earth or cause various mutations in the biosphere.
There is another danger too. It was noticed in 1829 that the Earth's inner core was displaced by 252 kilometers against the axis towards the Pacific Ocean. The displacement had increased to 451 kilometers by 1965. If the core continues moving towards the Earth's surface, the planet will simply turn over itself in space someday.
The displacement of the Earth's axis occurred in ancient times too. The evidence of it can be found in both numerous historical sources and modern scientific researches. Archaeologists have recently uncovered a sundial in Egypt, which could be used only in a country located in latitude 15, although Egypt is situated on latitude 25-30. Astronomical tables contain the information, which says that Babylon used to be situated a little bit far to the north in comparison with up-to-date ruins of the city.
One of the recent displacements of the Earth's axis occurred during the Flood. Legends about the Flood can be found with almost every nation of the world: the descriptions of the disaster are almost identical everywhere. The Bible says that the Apocalypse would start with the voice of the Lord that every human being will hear. Egyptians used to say that the Great Sphinx was the father of horror and fear. One of Egyptian legends says that the whole world will shudder, when the Sphinx starts roaring with laughter. All those stories describe the sound that the Earth's core produces when it touches the mantle. The sound can be heard in various parts of the world from time to time; some nations even have specific terms for it.
As the core nears the mantle of Earth, the number of earthquakes, tsunamis and volcano eruptions increases, especially in the areas of the Pacific and Indian oceans, adjacent to the crust break. A displacement of the earth's axis will inevitably result in climate changes. The eruption of volcanic gases and ashes will darken the atmosphere and reduce the power of the solar energy. A contact between the earth's core and mantle will lead to catastrophic consequences on the surface of the planet – mammoth earthquakes and tsunamis.
The parameters of the Earth's rotation have already changed before. The recent tsunami in Southeast Asia wobbled the earth's axis and increased the speed of the planet's rotation.
The axis wobbles for about a meter every month, but it does not lead to any tremendous and horrible global changes. Alterations of the planet's magnetic field are not a reason to panic either: it is a natural dynamic process. There will be no need to worry for four billion years, until the Sun runs out of its power,” the specialist believes.
The constantly increasing centrifugal momentum produced in this way will, when it has reached a certain point, produce a movement of the earth's crust over the rest of the earth's body, and this will displace the polar regions toward the equator."
Albert Einstein From The Path of the Pole by Charles Hapgood
Originally posted by Chadwickus
reply to post by questioningall
The last link you posted, pravda.ru is known to produce complete and utter rubbish.
I should have said the website is a dodgy source to use, if Sorcha Faal wrote that article I don't know...I was just pointing out supplying bad sources isn't good for your arguments
The poles thus don's shift. Land masses may shift--one half of San Francisco is sliding past the other half, for instance, with the San Andreas fault in between. But the rate is only about one inch per year.
The magnetic poles exchange places at the peak of the sunspot cycle
Earth’s magnetic field also flips, but with less regularity. Consecutive reversals are spaced 5 thousand years to 50 million years apart. The last reversal happened 740,000 years ago. Some researchers think our planet is overdue for another one, but nobody knows exactly when the next reversal might occur.
Originally posted by greshnik
..."complete and utter rubbish" is what you can find EVERY DAY at cnn.com, nasa.gov, and other sites that you trust. You carefully avoid to discuss anything....this is a very interesting topic, and I am tired of people who destroy topics by being negative, negative, negative...
Please have an open mind. Nothing in science is a complete project - we practically still DON"T KNOW ANYTHING. If you have any idea of science, any TRUE idea, you should know that.
Abstract The Advanced Composition Explorer (ACE) RTSW system is continuously monitoring the solar wind and produces warnings of impending major geomagnetic activity, up to one hour in advance. Warnings and alerts issued by NOAA allow those with systems sensitive to such activity to take preventative action. The RTSW system gathers solar wind and energetic particle data at high time resolution from four ACE instruments (MAG, SWEPAM, EPAM, and SIS), packs the data into a low-rate bit stream, and broadcasts the data continuously. NASA sends real-time data to NOAA each day when downloading science data. With a combination of dedicated ground stations (CRL in Japan and RAL in Great Britain), and time on existing ground tracking networks (NASA's DSN and the USAF's AFSCN), the RTSW system can receive data 24 hours per day throughout the year. The raw data are immediately sent from the ground station to the Space Environment Center in Boulder, Colorado, processed, and then delivered to its Space Weather Operations center where they are used in daily operations; the data are also delivered to the CRL Regional Warning Center at Hiraiso, Japan, to the USAF 55th Space Weather Squadron, and placed on the World Wide Web. The data are downloaded, processed and dispersed within 5 min from the time they leave ACE. The RTSW system also uses the low-energy energetic particles to warn of approaching interplanetary shocks, and to help monitor the flux of high-energy particles that can produce radiation damage in satellite systems.