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A magnitude 8.2 earthquake struck off near Iquique in Chile Preliminary Earthquake Report Magnitude 8.2 - NEAR THE COAST OF TARAPACA, CHILE







 Tsunami Messages for the Pacific Ocean (Past 30 days)

M8.2 - NEAR THE COAST OF TARAPACA, CHILE
Preliminary Earthquake Report
Magnitude 8.2
Date-Time
  • 1 Apr 2014 23:46:45 UTC
  • 1 Apr 2014 18:46:45 near epicenter
  • 1 Apr 2014 23:46:45 standard time in your timezone
Location 19.630S 70.863W
Depth 10 km
Distances
  • 99 km (61 mi) NW of Iquique, Chile
  • 140 km (86 mi) SSW of Arica, Chile
  • 191 km (118 mi) SSW of Tacna, Peru
  • 225 km (139 mi) SSE of Ilo, Peru
  • 449 km (278 mi) SW of La Paz, Bolivia
Location Uncertainty Horizontal: 0.0 km; Vertical 1.8 km
Parameters Nph = 78; Dmin = 78.0 km; Rmss = 1.40 seconds; Gp = 60°
Version = 1
Event ID us c000nzvd
For updates, maps, and technical information, see: Event Page or USGS Earthquake Hazards Program
National Earthquake Information Center
U.S. Geological Survey
http://earthquake.usgs.gov/regional/neic/

Tectonic Summary

The April 1, 2014 M8.2 earthquake in northern Chile occurred as the result of thrust faulting at shallow depths near the Chilean coast. The location and mechanism of the earthquake are consistent with slip on the primary plate boundary interface, or megathrust, between the Nazca and South America plates. At the latitude of the earthquake, the Nazca plate subducts eastward beneath the South America plate at a rate of 65 mm/yr. Subduction along the Peru-Chile Trench to the west of Chile has led to uplift of the Andes mountain range and has produced some of the largest earthquakes in the world, including the 2010 M 8.8 Maule earthquake in central Chile, and the largest earthquake on record, the 1960 M 9.5 earthquake in southern Chile.

The April 1 earthquake occurred in a region of historic seismic quiescence – termed the northern Chile or Iquique seismic gap.  Geodetic modeling indicates that the subducting and overriding plates are partially to fully-locked, implying that large earthquake are possible along the plate boundary megathrust. Historical records indicate a M 8.8 earthquake occurred within the Iquique gap in 1877, which was preceded immediately to the north by an M 8.8 earthquake in 1868.

A recent increase in seismicity rates has occurred in the vicinity of the April 1 earthquake. An M6.7 earthquake with similar faulting mechanism occurred on March 16, 2014 and was followed by 60+ earthquake of M4+, and 26 earthquakes of M5+. The March 16 earthquake was also followed by three M6.2 events on March 17, March 22, and March 23. The spatial distribution of seismicity following the March 16 event migrated spatially to the north through time, starting near 20oS and moving to ~19.5oS. The initial location of the April 1 earthquake places the event near the northern end of this seismic sequence. Other recent large plate boundary ruptures bound the possible rupture area of the April 1 event, including the 2001 M 8.4 Peru earthquake adjacent to the south coast of Peru to the north, and the 2007 M 7.7 Tocopilla, Chile and 1995 M 8.1 Antofagasta, Chile earthquakes to the south. Other nearby events along the plate boundary interface include an M 7.4 in 1967 as well as an M 7.7 in 2005 in the deeper portion of the subduction zone beneath onland Chile.


Seismotectonics of South America (Nazca Plate Region)

The South American arc extends over 7,000 km, from the Chilean margin triple junction offshore of southern Chile to its intersection with the Panama fracture zone, offshore of the southern coast of Panama in Central America. It marks the plate boundary between the subducting Nazca plate and the South America plate, where the oceanic crust and lithosphere of the Nazca plate begin their descent into the mantle beneath South America. The convergence associated with this subduction process is responsible for the uplift of the Andes Mountains, and for the active volcanic chain present along much of this deformation front. Relative to a fixed South America plate, the Nazca plate moves slightly north of eastwards at a rate varying from approximately 80 mm/yr in the south to approximately 65 mm/yr in the north. Although the rate of subduction varies little along the entire arc, there are complex changes in the geologic processes along the subduction zone that dramatically influence volcanic activity, crustal deformation, earthquake generation and occurrence all along the western edge of South America.
Most of the large earthquakes in South America are constrained to shallow depths of 0 to 70 km resulting from both crustal and interplate deformation. Crustal earthquakes result from deformation and mountain building in the overriding South America plate and generate earthquakes as deep as approximately 50 km. Interplate earthquakes occur due to slip along the dipping interface between the Nazca and the South American plates. Interplate earthquakes in this region are frequent and often large, and occur between the depths of approximately 10 and 60 km. Since 1900, numerous magnitude 8 or larger earthquakes have occurred on this subduction zone interface that were followed by devastating tsunamis, including the 1960 M9.5 earthquake in southern Chile, the largest instrumentally recorded earthquake in the world. Other notable shallow tsunami-generating earthquakes include the 1906 M8.5 earthquake near Esmeraldas, Ecuador, the 1922 M8.5 earthquake near Coquimbo, Chile, the 2001 M8.4 Arequipa, Peru earthquake, the 2007 M8.0 earthquake near Pisco, Peru, and the 2010 M8.8 Maule, Chile earthquake located just north of the 1960 event.
Large intermediate-depth earthquakes (those occurring between depths of approximately 70 and 300 km) are relatively limited in size and spatial extent in South America, and occur within the Nazca plate as a result of internal deformation within the subducting plate. These earthquakes generally cluster beneath northern Chile and southwestern Bolivia, and to a lesser extent beneath northern Peru and southern Ecuador, with depths between 110 and 130 km. Most of these earthquakes occur adjacent to the bend in the coastline between Peru and Chile. The most recent large intermediate-depth earthquake in this region was the 2005 M7.8 Tarapaca, Chile earthquake.
Earthquakes can also be generated to depths greater than 600 km as a result of continued internal deformation of the subducting Nazca plate. Deep-focus earthquakes in South America are not observed from a depth range of approximately 300 to 500 km. Instead, deep earthquakes in this region occur at depths of 500 to 650 km and are concentrated into two zones: one that runs beneath the Peru-Brazil border and another that extends from central Bolivia to central Argentina. These earthquakes generally do not exhibit large magnitudes. An exception to this was the 1994 Bolivian earthquake in northwestern Bolivia. This M8.2 earthquake occurred at a depth of 631 km, which was until recently the largest deep-focus earthquake instrumentally recorded (superseded in May 2013 by a M8.3 earthquake 610 km beneath the Sea of Okhotsk, Russia), and was felt widely throughout South and North America.
Subduction of the Nazca plate is geometrically complex and impacts the geology and seismicity of the western edge of South America. The intermediate-depth regions of the subducting Nazca plate can be segmented into five sections based on their angle of subduction beneath the South America plate. Three segments are characterized by steeply dipping subduction; the other two by near-horizontal subduction. The Nazca plate beneath northern Ecuador, southern Peru to northern Chile, and southern Chile descend into the mantle at angles of 25° to 30°. In contrast, the slab beneath southern Ecuador to central Peru, and under central Chile, is subducting at a shallow angle of approximately 10° or less. In these regions of “flat-slab” subduction, the Nazca plate moves horizontally for several hundred kilometers before continuing its descent into the mantle, and is shadowed by an extended zone of crustal seismicity in the overlying South America plate. Although the South America plate exhibits a chain of active volcanism resulting from the subduction and partial melting of the Nazca oceanic lithosphere along most of the arc, these regions of inferred shallow subduction correlate with an absence of volcanic activity.
More information on regional seismicity and tectonics

NIBIRU - PLANET X - PLANETA COMETA - HERCOLUBUS - Carlos Muñoz Ferrada














Earthquake in Chillán, Chile, January 24, 1939.

His astronomical and geophysical predictions made ​​him famous. Later he predicted other earthquakes such as the 1945 Ligua [ie earthquake occurred March 28, 1965, I think the publisher was wrong with the date] and the 1985 [ie earthquake occurred March 3, 1985 in Santiago], Chile. He also announced the trajectory and suffer disruption of Halley's comet, changing its speed, which s' occurred when the Halley walked 36 hours of its orbital period, to 85 kilometers of the Sun, the shortest distance in its history. To explain their observations and predictions, Carlos Muñoz Ferrada developed the theory of geodynamics , which is based on the attractions of the heavenly bodies, large explosions in the Sun and the cycles of geophysical disturbances. With this method he predicted earthquakes, volcanic eruptions, climate change, he discovered new planets and comets, deciphering their trajectories and other features. few people who visited Mr. Muñoz Ferrada at his home in the quiet Villa Alemana of Viña del Mar have seen there, in his laboratory, surrounded by strange devices developed and designed by himself, he had a special gift: the gift to enter into trance when he was researching and that, in this state, he wrote and drew what he received, and that it gave him much success as enemies throughout his life.

Carlos Muñoz Ferrada in his observatory Villa Alemana .

Ferrada Carlos Muñoz has stated that this "Planet-Comet": 1. It has an elliptical orbit like a comet and a large mass such as a planet, that is to say, a planet with a tail. 2. She approaches the Earth charged with cosmic energy. 3. Does not meet the heavenly laws established. 4. She travels between our Sun and Black Sun located 32 billion kilometers. 5. This will increase to 14 million kilometers from Earth. 6. It will eventually enter our solar system and will be seen with the naked eye and photographed. 7. His arrival will cause a geophysical and human change, bringing change and destruction. He provided us with other data in the television and multiple media. These data are the following: - 92 km / s = speed of the planet Hercolubus turning around the Black Sun. - 76 km / s = speed of the planet Hercolubus when it revolves around the Sun in the Solar System. - 300 km / s = speed of the planet Hercolubus halfway two suns. - 14,000,000 m = closest to the Earth in the path of the planet Hercolubus Point. - 32000000000 m = distance from the Sun Black Earth. - 0.003382378 s = Distance in light years from the Earth to the Sun Black. 385,000 m = Distance of the Moon to the Earth. - 300 000 km / s = speed of light. 9 460 800 000 000 m = distance traveled by light in one year. - If the planet-comet is 14 million kilometers [of the earth], then it is equivalent to 36.36 the distance of the Moon to the Earth. Apparently it is not enough to prevent catastrophe. We transcribe an extract of the report sent by Carlos Muñoz Ferrada Brian Marsden of the Harvard-Smithsonian Center for Astrophysics (specialists comets), Cambridge, Boston, Massachusetts, United States [j ' I made ​​a literal translation, respecting the style of the author]: "And at the same time, the undersigned has included calculations, illustrations, sidereal positions, he has also calculated, and he has already expressed June 11, 1940, the slow penetration of the solar system, a new and brilliant cosmic mass approaches the Earth, a huge "Comet-Planet" (it has an elliptical orbit like a comet and a large mass such as a planet), strong vibrations, heavy, large electromagnetic field as three times that at the speed planet Jupiter, high, it is vertical [literal translation] in the earth elliptical and it travels in the forward direction in an elliptical orbit in time 13 years 333.3, 133.3 centuries between our Sun and the Black Sun a distant dying star that is 32 billion kilometers. "This large star that is now enter a large eccentricity of 0.99999 and an average angular movement 0.0000739 per day at the same time: 12 average angular conjunctions [literal translation] big news and distant planets: more X XI with its gravitational perturbations in equivalent to a full course of 13 years equal eccentric orbits 333.3 (1 125.6 x 12) 173.9 years of Comet Planet large mass and electromagnetic field. "This great star, who comes to Earth with a uniformly accelerated rate, will soon located near the North Pole, north of Corona Borealis, to the Little Dipper in the equatorial sidereal coordinates with right ascension equal to 15 hours 15 minutes and a more equal declination 67 degrees 20 minutes .. northern and Thursday [Friday] August 11, 1999, DC, that is to say, in the 15 years from 1984, this star that will shine even in daylight, this date will be in conjunction: Sun Comet-Earth-Moon-in 11:22 minutes Universal Time. Meanwhile, it will be the day of the great eclipse of the sun reddish. At this time, this mysterious planet will be in perigee just 10, 5 million kilometers from the Earth ... " Obviously, Mr. Carlos Muñoz Ferrada erred in this latter date; perhaps he was mistaken when he made ​​some calculations, but will still be significant all the information, Since 1940, he passed the mysterious "Planet-Comet" ... Extension of the original article (April 2012) I decided to transcribe the final two paragraphs of the extract from the report sent by Carlos Muñoz Ferrada Brian Marsden [I made ​​a literal translation, respecting the style of the author]: "The sun will rise inside the orbit of the Earth with a satellite speed of 66 kilometers per second, and at the same time, at that time, its perihelion only 139,100,000 km from the Sun. "In addition, the undersigned, it is also in the scope of probabilities, determining that this new and attractive gigantic cosmic mass can reach straighten the axis of the Earth with great gravity and geophysical disturbances and even, it may affect the attraction field of our satellite Moon. The Earth's elliptical orbit is parallel to the Celestial Equator. The two poles removed at the same time, as in the days of the equinoxes of spring and autumn. "

Signs Of Change The Past Week Or So 2014 (1) - January



2014 has stated with a bang, literally! With a surge of loud booms being heard and felt throughout much of north America. But then again, didn't the last few years start like this? This video includes strange and extreme weather events for most of the month of January and it's not looking good for a few heavily populated areas.

Nibiru Double Sunrise Sunset Feb 15



I'm not sure about anything anymore.But chemtrails are killing people.This is a FACT.
Love you all.Peace.
It's Coming?2014 will be crucial.
Still looking for answers.Peace.and be well.
Check for yourself.
http://www.sciechimiche.org/scie_chim...
http://www.tanker-enemy.com/
http://www.wunderground.com/webcams/
http://www.youtube.com/watch?v=6bh5ws...
http://www.pakalertpress.com/2012/05/...
http://mkwc.ifa.hawaii.edu/current/ca...
http://www.emsc-csem.org/#2
http://www.antarcticconnection.com/an...
http://helioviewer.org/
http://sohodata.nascom.nasa.gov/cgi-b...
http://skycam.mmto.arizona.edu/
http://irtfweb.ifa.hawaii.edu/
http://www.the-webcam-network.com/
http://www.goes.noaa.gov/
http://cor1.gsfc.nasa.gov/
http://www.huffingtonpost.com/2010/01...
http://hubblesite.org/the_telescope/
http://www.cfht.hawaii.edu/en/gallery...
http://www.rsi.ch/home/channels/meteo...
http://secchi.nrl.navy.mil/index.php?...
http://stereo-ssc.nascom.nasa.gov/cgi...
http://mohavecountyconstitution.com/c...
http://www.wunderground.com/webcams/

2 COLLEGE PROFESSORS CLAIM NIBIRU IS DESTROYING EARTH'S MAGNETOSPHERE. POLE SHIFT THIS YEAR

THE PLANET COMET

MAGNETOSPHERE FIELD RIGTH NOW
Plasma density, velocity and magnetic field - north-south cut
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