Signs 43 – How California Sinks Into the Ocean

| September 26, 2019

Signs 43 - How California Sinks Into the OceanOver the past year, our Signs earthquake database has developed an anomalous pattern with respect to a very large earthquake (VLE) swarms. In this article, we will present our hypothesis of what the data is telling us.

A hypothesis is a proposed explanation for a phenomenon, and the data we’ll examine in this article is very dark to consider, especially for those living along the Western shores of North America.  The possibility of a catastrophic event such as the one depicted in the Sony blockbuster film, 2012 released on November 13, 2009.

In the film, Earth-crust displacement begins, and earthquakes start happening in California.  Then, as the principal characters escape by air, Los Angeles area is ripped apart by a horrendous earthquake, and they see the city collapse into the Pacific Ocean as they fly away.

For the audience, the destruction of Los Angeles is overshadowed by the fact that most of the rest of the world fares no better.

Now let’s change the scenario.  This time, only one event is depicted as it occurs in the film.  In this case, the question is, where does the event happen?  This question goes to the heart of what we’ve learned by data mining our earthquake database for VLE swarms.  Our path of discovery if you will.

The Path of Discovery

Since October 2017, J.P. Jones has searched to correlate the anomalous Earth events present in our Signs database. These include a ten-fold increase in the number of simultaneous erupting volcanoes, sinkholes where they normally do not form, dormant volcanoes suddenly erupting, and Earth trumpeting for example.

On October 13, 2017 we published Signs No. 17 – Crustal Undulation, which introduced our crustal undulation hypothesis to our readers for the first time., October 13, 2017
Signs No. 17 – Crustal Undulation
Radiation and Crustal Undulation

The basis for crustal undulation is heat. Specifically, additional heat that is being delivered to the core of our planet upon which Earth’s lithosphere, the rigid outer part of the earth, consisting of the crust and upper mantle floats and which is divided into tectonic plates.

So with crustal undulation, what we’re seeing is a subtle yet pronounced deviation of a natural balance.

On the one hand, we could argue that this is just a degree of difference or something completely new. Either way, it is happening even though the mainstream media is doing its best to keep us from connecting the dots. Therefore, the first dot we need to connect is the causality, which in this case is uneven heating and cooling of the Earth’s core. So where does the heat come from? Photons as a result of solar luminosity.

If we use the conduction stovetops and convection ovens in our kitchens as an example, heat is transferred by movement of electrons, vibrational energy, and collisions of molecules and atoms, but not by photons.

Rather, what we’re talking about here is the heat transfer to the core of our planet using solar radiation. Solar radiation is the radiant energy emitted by our sun, and photons carry the energy.

Is there a way to substantiate crustal undulation? Geoengineering (or what most call chemtrailing) proves it perfectly.

The causality for our crustal undulation hypothesis is the glowing luminescence of our Sun, which is showering our planet with a small, but measurable increase in light with a corresponding increase in radiation.  While this amount of increase is very small, it is sufficient to cause a damaging buildup of radiation.

The question then becomes, how exactly does this small increase in the heat of the magma swirling about the core of our planet manifest itself.  Does it create more magma?  Not likely.  Rather, it works more like the gas pedal in your car.

When you press the pedal down, more fuel (radiation) is injected into your engine.  This result in a corresponding increase in the revolutions per minute (RPM), and this increased speed creates greater pressure and heat.  The engine deals with this by transferring this increased energy to the drive wheels.  This works well to a point.

No matter how well-designed your engine is; it was not built to sustain these added pressures and heat indefinitely.  Keep your foot buried on the gas pedal, and you’ll be stranded on the roadside with parts of your engine littering the highway behind you.

The takeaway here is that increased radiation does not create more magma.  Rather, the heat from the radiation converts to increased magma velocity.

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Ergo, while our crustal undulation hypothesis offers an explanation of the effects of magma velocity, it does fully address the issue of the underlying velocity.

However, the J.P. Jones Magma Rivers Hypothesis presented in this article does, thanks to the excellent research into VLE swarms and by J.P. Jones.

We began tracking VLE swarms as a new subset in our database after the stunning Hawaii VLE swarms occurred back in June and July of 2018.  Back then, we wondered if the Hawaii 2018 VLE swarms were a one-trick-pony or the anchor point of what could be a disturbing new development.

This was in my mind when J.P. Jones sent me the raw data for August 2019 at the beginning of the month. He provided me with two study findings.  The first was the usual data we track with this series which were reported in Signs 42 – Beware of Falling Rocks.

However, J.P. also sent me a surprise.  As a result of the VLE swarms occurring in 2019, the 2018 Hawaii anchor point now evidences a clear trend, and the data is disturbing.  Consequently, the first thing I asked myself was, “what is the data telling us?”

I expressed that thought to J.P., and we both decided to let this percolate for a couple of weeks before releasing our study findings.

For me, it was a fruitless two weeks.  Each time I looked at the data, I felt like I had one foot nailed to the floor and kept seeing the same scenery, none of which is good.

When we got together for our scheduled video conference to discuss this, the first thing I did was to admit my frustration.  J.P. agreed with the feeling, and then he tentatively said, “Marshall, this might seem a little far-fetched, but I have a possible hypothesis that explains what we see with these VLE swarms.”

He had me at far-fetched because I know J.P. and he does shoot from the hip.  So here it is.

J.P. Jones Magma Rivers Hypothesis

We often think of volcanoes and fault lines as being regionally isolated from one another, for the most part.  Conversely, this hypothesis posits J.P’s question, “what if there is another entire, undiscovered dimension to our planet, far below the ground?”

Imagine vast rivers of magma, flowing under high pressure, up from the Southern hemisphere along tectonic plate boundaries, and into to the Northern hemisphere.

Moving at high speeds and under great pressure, these rivers of magma feed tributary systems spanning vast distances, replete with streams, pools, lakes, and reservoirs.

The pools and lakes of magma in these tributary systems form under volcanoes, and the reservoirs form under supervolcanoes.

When volcanoes erupt, they function much as the release valve on the top of a pressure cooker.  They vent excessive pressure caused by magma overflow, through the eruption.

What causes this pressure?  More magma? Not likely. Rather, it is due to pressure from increased rates of magma flow velocity due to forces building deep up within the Earth.  The causality is that Earth is in the early stages of a magnetic pole shift., December 7, 2018
Earth’s magnetic poles could start to flip. What happens then?

As Earth’s magnetic shield fails, so do its satellites. First, our communications satellites in the highest orbits go down. Next, astronauts in low-Earth orbit can no longer phone home. And finally, cosmic rays start to bombard every human on Earth.

Solar Weather

This is a possibility that we may start to face not in the next million years, not in the next thousand, but in the next hundred. If Earth’s magnetic field were to decay significantly, it could collapse altogether and flip polarity – changing magnetic north to south and vice versa. The consequences of this process could be dire for our planet.

Most worryingly, we may be headed right for this scenario.

‘The geomagnetic field has been decaying for the last 3,000 years,’ said Dr. Nicolas Thouveny from the European Centre for Research and Teaching of Environmental Geosciences (CEREGE) in Aix-en-Provence, France. ‘If it continues to fall down at this rate, in less than one millennium we will be in a critical (period).’

Using this as our explanation for the source of these increased rates of magma flow, the next question is, where are they flowing from and to?

Where Is the Source?

The source of the magma flows is found in the Southern Hemisphere because here is where a magnetic pole shift begins.  The initial signs are found in the South Atlantic Ocean, where vast areas are experiencing polarity shifts.  These are so profound that many maintain that a few fly-by-wire commercial jet airliners crashed due to this phenomenon.

This increased magma velocity in the Southern Hemisphere is pushing magma up along vast deep Earth rivers that snake upwards into the Northern Hemisphere by following tectonic plate boundaries, where magma has more opportunities to flow.

The Pacific Plate is our planet’s largest tectonic plate.  The southern half reaches all the way down to Antarctica and the northern half to Alaska.

This is an important fact because magma is no different than any other liquid.  It follows the path of least resistance as it jets through superheated rivers and tributaries with great pressure and speed.

This raises a critical question.  Assuming that vast underground rivers of magma are flowing around the Pacific Plate is this magma following a circular pattern around the edges of the plate, or following two separate tracks, one on along each side of the plate.

One River or Multiple Rivers

The data tells us that two tracks are the likely scenario as we see very different volcanic eruption and earthquake patterns on both sides of the Ring of Fire, at the top of the Pacific Plate, above the equator.  Ergo, when volcanoes erupt in places like Kamchatka and Japan, they follow different patterns than the VLE swarms we’re now seeing in North America.

Pacific PlateIn a practical sense, there is one river of magma flowing along the Orient side of the Pacific Plate and another, on the North American side. Yet, both are fed by the same magnetic pole shift events now occurring in the Southern Hemisphere.  Consequently, all kinds of anomalous events are happening, such as VLE swarms and dormant volcanoes erupting.  In fact, more volcanoes are erupting concurrently today, than ever before in recorded history.

If we extend this hypothesis to a broader scale, the same circumstances are found around the globe.  Hence, accelerated magma is moving up from the Southern hemisphere with unprecedented velocities, into multiple magma river and tributary systems far beneath our feet, where no man has ever gone before.

This, in turn, raises a question.

If both rivers of magma are fed by magnetic pole shift events in the Southern hemisphere, why are they dissimilar?  In fact, why are all of these systems exhibiting similar symptoms, but behaving in distinctly different ways?  While there are many reasons for this, the overarching causality is obstruction.


Based on Signs database mining efforts, J.P. Jones maintains that the VLE swarms we’re now seeing are the result of obstructions caused by tectonic plates moving against each other.  These obstructions result in back-pressure for the entire magma river system.

Hence, the magma finds new paths of least resistance.  If not, the ponds, lakes, and reservoirs of magma below our volcanoes will exceed their volume capacities and erupt like pressure cookers release valves.

For this reason, obstructions are the wild-card.  They can occur anywhere along the flow path and pressure is released given the geology in that area.

This brings J.P.’s hypothesis to two conclusions.  First, seismic and volcanic events are regional.  Second, the only global connection between regional events is the overall amount of magma velocity pressing upward from the Southern hemisphere into the Northern hemisphere.

Yellowstone National Park

In other words, if Yellowstone erupts, that event is not directly associated with a similar eruption in Vesuvius, though both events are the result of a global increase in magma velocity.

And this brings us to the big badda bing, badda boom question.  What comes next?

What Comes Next

For those who have been following our Signs series, you already know that we see the highest levels for global earthquakes of all magnitudes and observed fireballs in all of recorded history. Yet, we’ve been in a protracted solar minimum.  When we look at the history of the Maunder Minimum, what we see is that we’re either in a Maunder Minimum or a Dalton Minimum, but either way, once the sun transitions back into a solar maximum, the increase in sunspot activity will be sharp.

Sunspot Numbers

In other words, once our sun transitions out of this extended minimum, we will enter a period where Earth could be pelted with numerous solar storms.  Solar flares will strike us with heavy levels of X-rays and Gamma rays, and the plasma from coronal mass ejections could devastate our ozone layer.  Life for us on the surface could become very difficult, and for the Earth below us, the present magnetic pole shift forces could be greatly amplified.  At that point, clean the guest room, hell will be coming for a long visit.

This is the J.P. Jones Magma Rivers hypothesis.  Now, let’s look at the data that led J.P. to these findings, then you, the reader, can decide if this hypothesis makes sense.  If so, after the data, I’ll offer suggestions on what we can do to further investigate the hard data behind this hypothesis.

North America Swarm Study Datasets

The purpose of the study is to evaluate the possibility of a river of magma flowing around the Eastern edge of the Pacific Plate, by studying three designated VLE swarms in the China Lake, Alaska, and NW Territory regions.

USA Very Large Earthquake (VLE) Swarm DatasetsIn the illustration above, you see screen captures with the designated areas and their geographic boundaries coordinates.


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The most stunning of the three is the China Lake dataset shown below.

When J.P. Jones first prepared the slides for this study, he cut the China Lake numbers by half to normalize the other periods.  It was helpful for my analysis, but for the readers, that slide failed to convey the full impact of this data.

China Lake Dataset All Earthquakes - 1/2017 to 8/2019

So I had J.P. redo it with the actual numbers, which is what you see in the slide above.  Looking at July, you cannot help but wonder, if could it get worse?    If you’re living in Alaska, perhaps it could.

Alaska Dataset All Earthquakes - 1/2017 to 8/2019

When we look at the overall trends for Alaska over the last three years, August 2019 is the low-end oddball.  Everywhere else, the month-over-month trend is bad to worse.  This holds true for the Northwest Territory as well.

NW Territory Dataset All Earthquakes - 1/2017 to 8/2019

From March through August of 2019, the trend is ominous, because we have six consecutive, record-breaking months.

Now let’s compare these North America datasets against worldwide totals by year.

2017 VLE Swarms

What is most curious about 2017 is the trending difference between our three, North America swarm study datasets.

2017 VLE Swarm Datasets vs Worldwide Totals

The degree of variance between worldwide earthquake levels shows more month-to-month variances than the three VLE swarm datasets in our study.  This indicates that these VLE swarm events are being propelled by different and more consistent forces.

Now, let’s break this down to a more granular level because with 3-d modeling, we can begin to see trends in effect.

2017 USA VLE Swarms vs Worldwide Totals

When you look at the model, the same pattern of minor variances we see in Alaska also holds true with the other two datasets in this study, China Lake, and NW Territory.


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Therefore, 2017 serves as an excellent baseline for this study and given what you’re about to see for 2018, 2017 was the calm before the storm.

2018 VLE Swarms

The first thing we noticed in 2018 is that the even 2017 baseline disappeared.  Now, the totals are tracking each other more closely.

2018 VLE Swarm Datasets vs Worldwide Totals

Another aspect of importance is the number of quakes in the VLE swarm datasets.  In 2017, the maximum was roughly 5,000 earthquakes for all three datasets combined. However, in 2018, the combined datasets match or exceed the 5,000 number for all months, and the largest is December with roughly 9,000 earthquakes.

Given that the 2018 Hawaii VLE swarm is still the highest on record, I asked J.P. to add this event to the previous slide.

2017 VLE Swarm Datasets + 2018 Hawaii VLE Swarm vs Worldwide Totals

The swarm figures for July 2018 in Hawaii, is roughly 24,000 earthquakes of all magnitudes.  Wow!  Now let’s look at the 3-d analysis

2018 USA VLE Swarms vs Worldwide Totals

When 2018 is viewed with the three North American datasets vs. worldwide, we see a fairly consistent statistical trend.  However, that changes when we add Hawaii 2018 to this slide.

2018 USA VLE Swarms + 2018 Hawaii vs Worldwide Totals

Here, J.P. added Hawaii to the worldwide total, instead of showing it separately.  This gives us a more workable representation of the data for 2018.  For 2019, we only have data from January through August, but as you can see below, July was a doozy.

2019 VLE Swarm Datasets vs Worldwide Totals

In 2019, what we now see is that the differences between the combined datasets and the worldwide numbers track each other.  Furthermore, when you compare this slide with 2017, the result is obvious.  Relative to worldwide totals, the VLE swarm datasets have closed the gap. This is even more pronounced when we look at the 3-d analysis slide.

2019 USA VLE Swarms vs Worldwide Totals

What we see in July and August for this year is a discernable wave effect, and this is the worry.  It’s not good. Not good at all.


What we now have is a working hypothesis, which in the absence of anything else, explains what we see in the data.

Moving forward, we need to continually monitor global earthquake activity, but with a difference.  We’ve got the North American dataset.  What about a European dataset as well?

By accumulating and analyzing this data, we may not be able to pinpoint a location for another swarm, but by continually studying the data, we hope new findings will enable us to identify regions of the planet where a catastrophic event looms in the near future.

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Category: Signs

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