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US Craton And Mississippi Valley Shifting Again

November 7, 2013 by
A map of the North American Craton boundary.

The North American Craton boundary – Wilipedia

Some very interesting movement is taking place in the interior USA. Small to medium-sized earthquakes are again shaking the Craton boundary and the Mississippi Valley.

Check This Out

Beginning November 1, 2013 through November 6, 2013, the following quakes occurred. Some movement is subsurface volcanic activity (Oregon), some is the weakening of the crust from fracking (Oklahoma), and one appears to be from a quarry blast, but ALL should be recognized as crustal movement, and that’s always significant:

  1. 2.7  Beatty, Nevada
  2. 3.7  Edmond, Oklahoma
  3. 2.6  Spencer, Oklahoma
  4. 2.7  Jones, Oklahoma
  5. 3.6  Spencer, Oklahoma
  6. 2.5  Spencer, Oklahoma
  7. 2.7  Spencer, Oklahoma
  8. 2.6  Spencer, Oklahoma
  9. 2.7  Jones, Oklahoma
  10. 3.1  Dillon, Montana
  11. 3.3  Spencer, Oklahoma
  12. 3.2  Countryside, Illinois (quarry blast?)
  13. 3.8  Jones, Oklahoma
  14. 3.2  Spencer, Oklahoma
  15. 3.2  Bandon, Oregon
  16. 2.7  Baker City, Oregon
  17. 2.6  Reno, Texas (west of Ft. Worth)
  18. 4.0  Offshore Oregon

Human Interference

The building that collapsed into the FLorida sinkhole.

A building collapsed into a sinkhole. Humans are interfering with Nature in ways that harm the people living there. Photo posted to Twitter by RedHuber.

We must remember that human interference is weakening an already fractured crust. Don’t blame Nature – blame development.

The old Craton boundary is where the ocean once met the North American shore, and these are areas rich in ancient, fossilized natural resources that we, modern humans, are addicted to.

As technology taps into, and over extracts, these resources, the crust becomes even weaker. This leaves Americans susceptible to earthquake effects.

Pay attention to these shifts at the Craton and Mississippi Valley because they will move as the Earth moves. This not only signals the shifting at the poles, but it also reminds us how human interference in the natural Earth/cosmic cycle will cause more damage to the people living within these areas.

 

Filed Under: Earthquakes, Pole Shift Tagged With: , , , , , , , ,

Continuous Large Quakes Signals Earth Movement

October 15, 2013 by
A picture of the Earth and the Ring of Fire with rising magma along the tectonic plates and cracks near Papua New Guinea.

The Ring of Fire along the Pacific Rim is a very dangerous earthquake zone.

After a 7.2 magnitude quake struck the Philippines less than 19 hours ago, this island country has had continuous earthquakes 5.0 and above.

An earthquake swarm like this is a sign of future volcanic eruptions, a big shift at the Pacific Rim (Ring of Fire), a pole shift, or all of the above.

Philippine Quake Swarm

Over the past 9 hours,  quakes continue to hit the Philippines:

  1. 5.2
  2. 5.0
  3. 5.5
  4. 5.9
  5. 5.4
  6. 5.1
  7. and more to come?

Volcanic Eruptions

Now, we should watch for an increase in volcanic eruptions all along the Ring of Fire. This includes:

  1. Alaska
  2. the Western US
  3. Central America
  4. Mexico
  5. South America
  6. New Zealand

Release of Pressure Or A Pole Shift?

A picture of the Earth and a toy top comparing how the Earth spins like a toy top.

The Earth spins and wobbles like a toy top, making it unstable as it spins.

If the Earth is merely “releasing” pressure like a pressure cooker needing to vent, well, this is a good thing. If the Earth’s poles are wobbling again and slipping, even the slightest bit, this can be a bad thing.

When the poles slip due to precession, weight at the poles, and general rotational instabilty, we typically experience major shifting at the crust.

This results in volcanic eruptions and large earthquakes both at the polar regions and along the equator.

A man pointing to Portugal on a map of the Earth.

Track the earthquakes and volcanic eruptions for the patterns that show Earth movements.

Track The Movement

Pay attention to the location of the upcoming quakes, 5.0 and above. See if these quakes are where volcanoes are active.

Put 2+2 together, and you’ll know if we have a mere release of heat and pressure, or if the poles are, indeed, taking a dip downward.

Filed Under: Earthquakes, Pole Shift, Volcanoes Tagged With: , , , , , ,

Large Quake At South Pole = Large Quake At North Pole

October 1, 2013 by
A picture of the Earth and a toy top comparing how the Earth spins like a toy top.

The Earth spins and wobbles like a toy top – all round objects spin and wobble.

Recent earthquakes at the North and South Poles are showing us that the Earth is wobbling again – I mean really unstable.

You can see this “mirror image movement” in where these earthquakes are located and how quickly they respond to each other.

This is happening more these days – a large quake shakes the southern polar region, and the next day, a large quake shakes the northern polar region.

Then, notice that the Earth will start shaking at the equator.

Track It

In May 2013, I started tracking these mirrored-polar-movements, and I have noticed that the earthquakes have decreased in number, but have dramatically increased in strength and magnitude. On July 15, 2013, and now more recently on September 5, 2013 and September 30, 2013, there were BIG polar shifts.

These are common movements for any round object that’s wobbling and losing its balance. It starts with many smaller shakes and shifts, but when it gets closer to a large slip at the axis piercing the ball, the movement becomes much more dramatic.

Two Biggins’ Yesterday

A picture of the Earth with an earthquake crack going down the USA and S America

The increase in polar earthquakes today.

When you see the pattern, however, of a large quake at the South Pole quickly responding to a large quake at the North Pole, you can tell that the poles are moving.

On September 30, these two big ones got my attention because I noticed that they are occurring closer in time and increasing in magnitude.

Notice the magnitude scompared to the polar quakes in May 2013; over time, we will watch this climb into the 8.0-9.0 magnitude range:

  1. 6.5  Kermedec, New Zealand
  2. 6.7  Okhotsk, Russia

This is movement that signals a shifting at both poles ….  watch for more earthquakes at the poles and around the equator in the weeks and months to come. 

 

Filed Under: Earthquakes, Pole Shift Tagged With: , ,
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