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Originally posted by Elliot
With great respect, earthquakes are not only caused by gradual earth movements of the plates.
For example, in Switzerland hot rock energy explorations had to be stopped because drilling was causing earthquakes and damaging many buildings.
WE can cause earthquakes by our activities.
For example, if a country were to explode a nuclear device in a deep sea trench, they might cause and almighty earth changing earthquakes and tsunami.
If the plates were to be vibrated using waves bounced off the ionosphere at a regularly increasing frequency.
So, if we can cause quakes, think what a huge magnetic storm might do with the sun overacting and the magnetic pull of our very magnetic world.
Birds react to changes in magnetism and magnetic field.
During the last earthquake in our area, we were awoken by our parrots about five minutes before the quake began. They were going 'mad' in their cages and I got up to see what was up with them when the quake happened. They were very unsettled for several hours afterwards and I had to stay close to them all night....and they were still very edgy.edit on 30-3-2011 by Elliot because: spelling
Originally posted by Lionhearte
reply to post by OldCorp
Induction Magnetometer
I monitor it every day and have only seen a few slight, practically unnoticeable spikes these last two weeks. It should be noted that for the Japan quake, the magnetometer was in overdrive for at least a week before the quake, constantly pounding it up until the day of the actual quake on March 11.
Originally posted by OldCorp
Originally posted by Lionhearte
reply to post by OldCorp
Induction Magnetometer
I monitor it every day and have only seen a few slight, practically unnoticeable spikes these last two weeks. It should be noted that for the Japan quake, the magnetometer was in overdrive for at least a week before the quake, constantly pounding it up until the day of the actual quake on March 11.
Thank you very much. Star for you, bookmark for me.
Analysis of the 2007 M5.4 Alum Rock earthquake
near San Jos´e California showed that magnetic pulsations
were present in large numbers and with significant
amplitudes during the 2 week period leading up the event.
These pulsations were 1–30 s in duration, had unusual polarities
(many with only positive or only negative polarities
versus both polarities), and were different than other pulsations
observed over 2 years of data in that the pulse sequence
was sustained over a 2 week period prior to the quake, and
then disappeared shortly after the quake
[\quote]
And...
A number of papers have reported various electromagnetic
signals being detected prior to large earthquakes. These include
the M7.0 Loma Prieta, Ca. quake in 1989 (Fraser-
Smith, 1990, 1991), Izu Islands earthquake swarm, Japan
(Hattori, 2004), and theM5.4 Alum Rock, Ca. quake in 2007
(Bleier, 2009). In addition, work has evolved trying to explain
the underlying physics involved with these electromagnetic
signals. Two theories have been cited recently. The
first is based on the release of Radon gas prior to the earthquake,
which may then cause air conductivity changes, latent
heat/IR signatures, and ionospheric changes (Liu, 2004;
Ouzounov, 2007). The second theory is based on semiconductor
physics, and cites the existence of stress-induced mobile
charge carriers (p-holes) in the rock structure that cause
active current pulses within rocks, corresponding magnetic
pulsations, air conductivity changes near the ground, Infra
Red (IR) signatures within a wider area, and Total Electron
Content (TEC) changes in the ionosphere above the epicenter [\quote]
SOURCE LIST: www.quakefinder.com...
Watch for the K-4 warning over the next few hours. If the warning goes from level 4 to level 5, watch for bird and fish deaths to begin popping up again. Also as this magnetic field is streched, the side of earth facing the sun is exposed to higher levels of radiation, punching through the atmosphere.