Source

A big solar flair reached the Earth on March 10 at 06:30 UT (Universal Time), which appears to have peaked between 08:00 and 10:00, with some lesser inductions happening till about 23:00 according to the magnetometer. By this time the foreshocks (March 9) had already happened. The big quake happened at 05:46:23 UTC on March 11. Nor did the solar flair stand out in any big way against the background of the remaining data of powerful disturbances circling in the electrojet 2.5 times per second in the North, being constantly renewed in an extremely regular fashion. The Schumann resonances that one would expect from such an event are evident for a short period. Another single brief Schumann resonance spike is evident at the quake time, evidently resulting from the quake itself. 

The general background pattern that we see in the spectral graph above is not what one would expect to see from natural occurrences. The pattern is so strong that big solar flair barely stands out against it. Only precisely timed pulsing at regular intervals would produce the kind of pattern that we see extended over 36 hours with almost no variation.

Again, the magnetometer cannot tell us where the regularly repeated disturbances originated that almost mask the biggest solar flair of the year. Nor does it proof that the artificially induced pattern has caused the earthquake or similar earthquakes. It only suggests with a relatively fair certainty that an ionospheric pulsing has occurred at the time, of a type that the HAARP was created to produce, and that the earthquake occurred within the numerous times when the facility was active. The kind of high value billion dollar military research facility that HAARP is wouldn't be sitting idle for long, but would be frequently in use, especially to explore the new capabilities that its major upgrade had enabled that came on line in 2007. The facility would have been highly active in the period after the summer of 2007 with all kinds of ambitious high-power applications for which the upgrade was installed.

The HAARP (High Frequency Active Auroral Research Project) operated by the U.S. Air Force and Navy, was designed for ultra low frequency research of the "Active" type. Active means that the research is not focused on how the ionosphere normally functions, but how it functions when it is actively altered when shockwaves are induced by pulsed heating that disrupts the current flows, and how the resulting perturbations can be utilized for military purposes with a wide variety of potential applications. The faculty was upgraded to deliver 5.1 Gigawatt of effective radiated power into the ionosphere to induce heating and focused expansion. The upgrade came on line in the summer of 2007, which made it the most powerful facility of its type in the world that 'plays' with the immense galactic electric currents that surround our planet.

HAARP comparison

The 9.0-magnitude (MW) megathrust earthquake that occurred on 11 March 2011 at 14:46 JST in the western Pacific Ocean, 130 kilometers (81 mi) east of Sendai, Honshu, Japan, lasting approximately six minutes. The main earthquake was preceded by a number of large foreshocks, starting with a 7.2 MW event on 9 March, approximately 40 km (25 mi) from the 11 March quake, with another three on the same day in excess of 6.0 MW. Following the quake, a 7.0 MW aftershock was reported at 15:06 JST, followed by a 7.4 at 15:15 JST and a 7.2 at 15:26 JST. Over five hundred aftershocks of magnitude 4.5 or greater have occurred since the initial quake. 

Earthquakes of this type have happened before, though rarely. Is there a coincidence possible with HAARP, which has the stated objective to induce extra-long waves into the crust of the Earth for various types of objectives, such a subterranean mammography? Such a connection theoretically exist. The HAARP induced shock pulses would be reflected throughout the ionosphere including into the equatorial electrojets. If the pulses would occur at 1.1 second intervals, they might indeed trigger the resonance of the Earth at an Alfven Wave frequency, radiating especially strong  from the node points. 

The Astrophysical Connection

It is possible, also, that the in-the-ground Alfven waves can resonate at much lower frequencies than the 0.9 Hertz peak that is generally understood as the Alfven frequency, which may be but an upper limit. The Langmuir probe, of the CRESS satellite had detected wave frequencies stated as "from DC to 1 Hertz. If we look at the magnetometer readings with this in mind, we do find extremely low frequency rumblings of the type that are typical for induced solar disturbances happening prior to the earthquake events for both Haiti in 2010 and Japan 2011.

The magnetometer spectrograph (above) for the 09-11 March 2011 timeframe shows some significant 'rumbling' associated with the solar flairs in the extreme-low frequency range below 0.4 Hertz, which occurred repeatedly for 22 hours prior to the big quake in Japan. The same type of phenomenon, though much weaker, can also be seen in 07 March, 2011 spectrograph further above for the timeframe prior to the (much weaker) foreshocks in Japan, so that the so-called foreshocks and the main shock are potentially separately triggered events, caused by a solar induced low frequency disturbances that were distributed throughout the ionosphere, especially in areas of the node-points of the equatorial electrojets.

A similar disturbance at an even lower frequency, and weaker still is evident in the 11 January 2010 spectrograph on the day prior to the Haiti quake in 2010, with Haiti too being close to a node point.

Credit: NASA/University of California, Berkeley. - also The Interconnected Sun Part One

If an Alfven Wave was induced at the node points (both at the coast of South America and in South Asia) an induced Alfven wave would be projected northward along the magnetic filed lines towards the Earth magnetic pole (8 degrees south from the geographic pole at 114W - slightly west of Ellesmere Island). On the American continent this path would be located half-way between Haiti and California. We had the big earthquake in Haiti at the beginning of 2010, and we have also seen a huge increase in California in 2010 - 6 in a single year.

While low-frequency solar-induced rumbling may trigger earthquake events, it is also possible to artificially induce low-frequency rumbling with the induction of pulsed shocks into the polar electrojet by pulsed heating, causing electric disruptions that would be transmitted throughout the ionosphere in the same manner as the solar inductions are transmitted. This would explain the sharp increase in earthquake occurrences during the timeframe of the operation of HAARP and its upgraded power after 2007.  However, this increase occurs only in the context of the dynamics of the Earth's natural tectonic forces that nothing in the world, nor the Sun, can advance, or prevent.

Earthquakes are the result of tectonic forces.

It is not possible to manufacture earthquakes. External factors can only influence the triggering of events that must happen due to the structure of our Earth. Which means that an increase in the frequency of earthquakes is actually desirable. Since nothing can stop or hinder the grinding of the tectonic plates against each other that are driven by convention forces deep within the Earth, it is desirable to have the movements to occur as smoothly as possible, preferably in countless little steps, rather than in giant single steps spaced long periods apart. 

When nothing happens in a subduction zone, for a long period the dander increases for big events to occur, as we saw it in Indonesia along the Java fault line that had so little movement that it was deemed dormant. A similar situation exists in the Cascadia subduction zone and in the northern portion of the San Andreas fault. It had been proposed at one point around the 1980s or 90s that fluids should be pumped into to fault line to make plates slide more readily, causing little tremors to prevent the big one. The idea was scrapped as impractical, but the concept still applies. The occurrence of a sharp increase in the number of earthquakes in California may be evidence of a good thing, indicating that stress is being gradually released. If the HAARP project had the secondary effect to cause this, it should be applauded. The scientific irony is that no earthquake comes too soon. They only happen far too late, by which they become extremely big ones when they do happen.

What we see happening in California, which seem frightening on the surface, is actually good news. California had registered 44 earthquakes in the 330 years between 1680 and 2000 (0.13 per year), many of them big ones. Now we have registered 6 in a single year, on 2010 (a 46-fold upturn). This is reason for celebration rather than fear. Would there be a connection between the long delayed Haiti quake that (finally) happened, and the California upturn in earthquakes?

If an Alfven Wave was induced in this region, one would expected to see such a pattern. The same would also happen in South Asia with the node point at 110E over Indonesia and 135E just east off Japan. The Alfven waves would then follow essentially the magnetic lines. In this case, one would expect to see also an upswing in the number of quakes in Australia, which has indeed happened (11 in ten years till 2010, vs. 36 going back to 1842 - see: List of Earthquakes).