Quakes In Atlantic Ocean Respond To Quakes In Pacific Ocean

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

Increase in earthquake activity worldwide.

The Pacific Rim has seen dozens of large earthquakes over the past few days, and the Atlantic side of our planet is responding.

Here’s the earthquake volley, in order of occurrence, going back and forth from the Pacific side of our planet to the Atlantic sideone after another.

Our entire planet is resonating, you think?

  1. 4.5  Vanuatu (Pacific) 
  2. 4.8  Central Mid-Atlantic Ridge (Atlantic)
  3. 5.3  South Pacific Ocean (Pacific)
  4. 5.2  New Zealand (Pacific)
  5. 2.8 & 2.9  Utah (Atlantic/North America)
  6. 5.3  Tonga (Pacific)
  7. 4.8  Egypt (Atlantic)
  8. 4.7  Chile (Pacific)
  9. 4.1  India (Indian Ocean)
  10. 5.6  Philippines (Pacific)
  11. 4.5  Greenland (Atlantic)
  12. 5.5  Solomon Islands (Pacific)
  13. 4.9  Mid-Indian Ridge (Atlantic)
  14. 5.0  Nicaragua (Pacific)
  15. 4.0  Greece (Atlantic/Mediterranean)
  16. 4.3  Guatemala (Pacific)
  17. 4.2  Libya (Atlantic/Mediterranean)
  18. 6.5 (6.2)  Taiwan (Pacific)
  19. 4.1  Afghanistan (Atlantic/Mediterranean)

There is NO DOUBT that our planet is on the move and the axis is slipping.

Natural Disasters Ramping Up Around Mediterranean Sea and Saudi Arabia

A picture of a volcano erupting.

Increase in volcanic activity at Mt Etna, Italy, 2013.

When the Earth’s mantle shifts, the poles follow. – Albert Einstein, 1955

Earthquakes, volcanoes, and storms are increasing in and around the Mediterranean Sea, but according to an article by ABC News, many scientists are oddly puzzled by this.

It’s No Mystery

Throughout history, Mt. Etna has been one of the most fascinating volcanoes in the world. The volcano towers 3,329 meters (10,922 feet) above the Sicilian city of Catania.

The volcano is located at the precise spot where the African and European tectonic plates rub against each other. At this boundary location, lava continuously flows into the base of Mt. Etna, and today, Etna is releasing lava more violently than it has in many years.

What’s happening to cause this sudden eruption and increase in volcanic activity? The Earth’s axis is shifting, and this causes a shift in the crust all over the planet.

THIS shift causes:

  1. large earthquakes to occur globally (as we are witnessing today),
  2. a shift in the global wind patterns (which we are witnessing today),
  3. larger and more unpredictable storm patterns (that we are witnessing today),
  4. global warming (as we are witnessing today),
  5. an increase in extraterrestrial objects hitting the Earth (that we are witnessing today),
  6. an increase in volcanic eruptions (which we are witnessing today).

Watching Etna

German geophysicist Rolf Schick stated in the ABC article: “The stream of magma doesn’t move uniformly, but in spurts, vibrating as if it were in a hydraulic pump. This makes Etna so unpredictable.”

Using seismic sensors, Schick discovered that the stream of magma from Etna has a “pulse rate” of sorts, which is forced through the volcano’s vents at a rate of about 72 beats per minute —  a rate similar to that of the human heartbeat.

Hum, this proves that all life on Earth resonates WITH the Earth. When the Earth shifts, we shift. When the Earth heats up, we heat up … This comes as no surprise.

5.7 Quake in Yemen

The USGS small globe showing 5.7 earthquake in Yemen, May 2103

5.7 earthquake in Yemen, May 2103 – USGS

On May 27, 2013, a 5.7 earthquake struck off the coast of Yemen, south of Saudi Arabia. The increase in earthquake activity in this area is occurring at the same time volcanic eruptions are increasing in the Mediterranean Sea.

Coincidence? Of course not.

Earthquakes will continue to strike around the Arabian Plate as the African Plate continues to push against the European Plate.  The Arabian and Indian Plates will respond with an increase in volcanic and earthquake activity.

Look for more volcanic eruptions, more earthquakes, and a tsunami or two in this region.

Mount Etna is a barometer … this comes as no surprise.