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A series of unusually large quakes in Sumatra, Norway, and Nevada occurred within hours of each
other. There is significance in the relationship of the timing of each quake relating to the visibility of the
magnetic N Pole of Earth as it faces the N Pole of the approaching Planet X. These positions can be
determined by the time of the quakes, which are published in UTC time. UTC is Coordinated Universal
Time, formerly known as GMT or Greenwich Mean Time - the time over Greenwich, England. The first
quake in the series was a 7.5 in Sumatra on February 20, 2008 at 9:05 UTC.
February 20, 2008
- Lat 2.74 Long 95.97 Magnitude 7.5 Off W Coast of Northern Sumatera. 9:05:08 UTC
This is not a particularly large quake as quakes in Sumatra go (the December 26, 2004 quake was a
magnitude 9.5) but the timing is of note. At 9:05 UTC the magnetic N Pole of Earth had just peeked
over the horizon and was starting to face off against the magnetic N Pole of Planet X, riding just to the
right of the Sun in our view from Earth. The Zetas called this time of day the "Christmas Hammer" when
quakes appeared regularly at 8:00 UTC during the Christmas week of 2007, and promised that the
hammer would return.
ZetaTalk Explanation 12/21/2007: Each day, when the Earth's magnetic N Pole comes over the
horizon so that it is facing the Sun and the bully magnet Planet X, the Earth receives a shove
from Planet X, pushing her magnetic N Pole away. This occurs at approximately 8:00 UTC, the
point at which the European lean occurs during the daily wobble.
Why does a Sumatra quake often appear as the first in a series of quakes, in this case the first with
Norway and Nevada following? Because the compression of Pacific plates is held back by the need to
first force the Indo-Australian plate under the Himalayas - no small feat as the Himalayas must be lifted
and the Indo-Australian plate ripped along its long border at Sumatra.
ZetaTalk Explanation 12/21/2007: Great quakes that affect the globe in its entirety must first
occur at one of the brake points in the global mesh of plates. For the Earth, this is primarily the
point where the Indo-Australian plate dives under the Himalayas.
Thus this part of the Earth has the most jarring earthquakes, as this is where the hammer lands.
ZetaTalk Explanation 9/22/2007: Indonesia is expected to be a disaster long before the rest of the
world, as the time of the pole shift approaches. The Indo-Australian plate is sliding toward India.
The land is dropping on this plate on the India side, while rising on the Australian side. Thus
adjustments via large quakes means that land is simultaneously dropping or rising and ripping in
different directions on the horizontal plane. Very choppy.
The next quake in this series occurred in Norway at 2:46 UTC on February 21, 2008. A magnitude 6.2,
this was the largest quake ever in Norway's history.
- Norway Quake
February 21, 2008
- Lat 77.05 Long 18.35 Magnitude 6.2 Svalbard Region. 2:46:18 UTC
This quake was along the fault line near Iceland. The Zetas have stated that as the Pacific compresses,
the Atlantic is allowed to rip open, and the Svalbard Region is along this rip line at the top of the Atlantic
Quakes have and will become larger in magnitude, long a Zeta prediction, due in part to the fact that the
rock fingers holding the plates against each other have been worn off during the jerking around caused
by the Earth wobble, so the plate edges are now smooth and can move further during adjustments. In
addition, the Earth wobble has become stronger, the shove against the Earth's magnetic N Pole more
violent, so that the Earth's plates are thrown against each others.
ZetaTalk Explanation 12/21/2007: In 2004 the pattern in global quakes was for them to occur at
0:00 UTC or 12:00 UTC when Greenwich mean time is either at midnight or high noon. This
coincides with the Atlantic Rift either facing the sun or in opposition on the other side of the
globe. The wobble has become more severe because the interaction between Planet X and the
Earth is driven by a N Pole push.
The Atlantic Rift is key to the timing of the Norway and Nevada quakes in this series, as they are both
close to the 0:00 UTC or 12:00 UTC timing noted in the global quakes that started in 2003. These
seismograph signatures were known as the Dark and Face points, as global shuddering and earthquakes
occurred at the point where Greenwich, England was either at midnight, on the dark side of the globe, or
at high noon, facing the Sun. The Norway quake at 2:46 UTC on February 21, 2008 is just past the
Dark point. The next large and unusual quake in the series is a 6.0 in Nevada, occurring also on
February 21, 2008 but this time at 14:16 UTC, just past high noon, the Face point, in Greenwich,
- Magnitude 6.0 - NEVADA
February 21, 2008
- Magnitude 6.0. 152 miles W (279°) from Salt Lake City, UT. This event has been reviewed
by a seismologist. 14:16:05 UTC
Where quakes on the west coast are not unusual, everyone has been expecting the next big one to occur
somewhere along the San Andreas fault line. So why Nevada?
ZetaTalk Explanation 1/12/2008: We have explained that a bowing effect is in place along the
west coast of the N American continent. This N American continent is held rigidly along the
northern border with Russia, so it cannot roll. As the Atlantic widens and the Pacific shortens, N
America is pulled diagonally. Mexico pulls west, the East Coast drops in elevation, and the New
Madrid Fault line is stressed. We have explained that such incidences as the Utah mining disaster
were caused by the bow formed around the area of San Diego. This fractures rock all throughout
the West, all the way up the coast of N America to Alaska.
The Zetas are warning that such unusual quakes as occurred in Norway and Nevada can be expected to
be on the increase as we approach the last weeks before the pole shift.
ZetaTalk Warning 2/23/2008: We have repeatedly stated that earthquakes are no longer
increasing on a linear basis, but are increasing on something more akin to an exponential basis.
We have mentioned that the plates have their edges smoothed, and can thus move further during
any adjustment. A record quake in Norway is to be expected in any case, eventually, given what
we have predicted will be in place going into the last weeks. Nevada is under stress due to the
bowing along the west coast. We mentioned during the Utah mine collapse that this was due to
the bowing, for instance. This is all going to get worse!
As though to put an emphasis on their words, another series quickly established itself. Sumatra suffered
more quakes on February 25, 2008, a 7.3 and 6.9 at 8:36 UTC (the Christmas Hammer point) and
21:02 respectively. This was followed by the worst quake in 25 years in England- a magnitude 5.2 at the
Face point at 12:56 UTC on February 27, 2008. Here we go again!
- Two Earthquakes Shake Indonesia
February 25, 2008
- The quakes were measured at 7.3 and 6.9 respectively.
- England Hit by Biggest Quake in 25 Years
February 27, 2008
- The largest earthquake seen in 25 years shook England and Wales overnight. It struck at
12.56am, triggering hundreds of calls to emergency services across the country over the
next two hours. Measuring 5.2 on the Richter Scale, its epicentre was recorded five miles
east of Market Rasen, Lincolnshire, and 14 miles south-west of Grimsby. Buildings were
damaged and a man from Barnsley, South Yorkshire, was taken to hospital after a chimney
collapsed and fell through his bedroom roof.
A massive electrical outage occurred in Florida on February 27, 2008, plunging most of the state into
darkness for hours. The shock was not the extent of the outage but what caused it - a minor equipment
failure at one of the substations. This caused a series of automatic responses to prevent brownout on the
grid or excess production of electricity by the power plants.
- Florida Power Blackout Remains a Puzzle
February 27, 2008
- Power executives were still in the dark Wednesday about how a glitch at a substation
triggered a blackout that cut power to millions across south Florida. The president of
Florida Power & Light was puzzled by how the blackout happened, saying an equipment
malfunction at an electrical substation should not have caused the outages. At about 1 pm
an equipment malfunction happened at a facility that transmits power in Miami, starting a
sequence of events that caused power to go off in areas around the state. The malfunction
led to a fire at the facility, which in turn caused larger problems - disabling two power
distribution lines between Miami and Daytona Beach, according to the power company.
Systems monitoring the power grid saw took action, automatically shutting down two
nuclear plants at the Turkey Point facility south of Miami. A fossil fuel plant also went
off-line. Once that amount of megawatts was not available to the grid, the system had to
shut off power until it could compensate for the losses. Authorities said there were no
safety concerns at the nuclear plant and the outages were not related to terrorism.
What caused this outage? Those in charge of the grid are still scratching their heads, trying to formulate
an explanation for why the state was plunged into darkness for hours due to equipment failure at a single
ZetaTalk Explanation 3/1/2008: We have described the "broken link" effect often when
explaining why modern technology will essentially come to a stop during the pole shift, and not
be restored. Those who are used to modern conveniences and have come to assume that any
disruption can be quickly corrected will be shocked to see their electrical grids go down, their tap
water slow to a drip and then stop, their sewage backing up, and the phone lines dead. With no
one to complain to, those thrown on their own resources will be forced to adapt or will sink into
depression or long angry rants. We have described an inability to get factories running again by
something as small as a missing specialized lubricant needed for mechanical parts. We have
described how skilled workers will wander off or be driven off by the necessity of finding food to
eat, so that even when parts are available there is no one to utilize them. Everything rots and
rusts and gets displaced. The power outage in Florida is an example of the fragility of the grid.
Automatic breakers are in place to prevent brownout, a situation where the electrical current
being produced is not strong enough to support demand. Brownout destroys equipment as much
as a surge does, so is avoided. Better to have the electricity go out, temporarily, than destroy
equipment, is the logic. Feedback to the generators indicated that less electricity was needed,
after the breakers cut power across the state, so the power stations automatically shut down,
compounding the problem. None of these automatic steps could have been eliminated, as they are
all necessary safeguards. The problem was not how the grid performed or reacted. The problem
is mankind's expectation that the grid will always BE there for him!
The Zetas have long warned about the "broken link" theory applying after the pole shift, whereby
mankind's technology cannot be repaired or replaced as readily as man has come to expect.
ZetaTalk Warning 4/15/1999: Consider what is necessary to run the average manufacturing
plant, which runs heavy machinery. Gears, metal plates - it all looks quite solid. Lets say the
building stands after the pole shift, having been retrofitted and braced, and the machinery itself
is pretty durable. Some parts break, but one can replace them, so why would it not run? There
are factors in this scenario that are not being considered. All the necessary small parts, the
lubricants and additives, that will not be available. Most lubricants are necessary to maintain a
certain chemical balance or there is corrosion. Without these lubricants, parts burn out, wear
out, and you can't simply pour water or any chemical in, you need a particular chemical. The
chemical industry will be very hard hit, as much of their stores are liquid and will burst, spray,
disburse, and require specialized ingredients to create in the first place. So you back up,
endlessly, and anytime there is a break in the link, the link is broken and affects everything
downstream. So it all goes down the chain. Even a tiny broken part can stop the process, as
perhaps a particular metal or particular alloy is needed. Without this a particular function won't
occur, an electrical impulse will not occur, or an etching will not occur. If that alloy is missing, all
the rest of the machinery becomes idle, and simply is not effective. And if it's not effective, what
is the point of maintaining it.
What motive is there for staying and maintaining this factory? Who is going to feed the workers,
or pay their salary? There is simply no flow of money. Bridges are down. The grid is down. The
government is in chaos, and gone off to huddle and get drunk and discuss among themselves.
Workers do not come out of loyalty, starving to death, to keep a corporate fat cat in business.
They go off, attempting to find food for themselves. If the industry loses its skills, what occurs?
Any industry that finds that its skilled workers are no longer available fails! This is a common
fact, and one reason that bringing immigrants into the US, educated and with a skill set, is
considered a necessity. 3rd World countries can't even get started unless they have this educated
skill set. If it goes off, because it's more important to feed the family than keep the boss in power,
who's going to run the factory?
It's for these reasons that industry will not run, but will go idle. There are cities discovered in
Central American and in China, found under the jungles or under the shifting sands, with no
explanation for where the inhabitants went. These were great cities with grand steps. They had
irrigation, water flowing through the city, so why did it collapse? Was it a great plague? Was it a
terrible drought? Did someone come and slaughter them all? These are remnants of pole shifts,
where great civilizations have fallen in the past. The survivors wander, in search of a better life.
They are often confused, as they don't know what has hit them. They are sure this is a local event
and they are off to find out where the sun is shining and the grain is growing. They all wander. So
your industries will be idle, for these reasons.
While on the subject of mechanical failure, here's another example of the fragility of electrical equipment
subject to electromagnetic flux. The Zetas have long warned mankind's electrical equipment, including
satellites, will suffer under the onslaught from the charged tail of Planet X. Per the Zetas, some recent
plane crashes have been due to damage by this flux.
- Stealth Bomber Crashes; Pilots Safe
February 22, 2008
- A B-2 stealth bomber plunged to the ground shortly after taking off from an air base in
Guam on Saturday. A board of officers will investigate what caused the aircraft to crash at
10:30 a.m., shortly after taking off from a runway. It was the first crash of a B-2 bomber.
The accident occurred 11 days after a Navy plane crashed into the ocean about 20 miles
northeast of Guam's Ritidian Point.
ZetaTalk Explanation 2/23/2008: First ever crash for this model. The plane crashed close to the
landing strip. For a plane designed to float on large span wings, it's ability to maneuver was
missing. This was not a situation where propulsion was lost as then it could have arranged to
glide to a semblance of a smooth landing. Control of the plane was gone. The ability to steer it
was gone. Once again, magnetic flux, which electronics has little defense against, has struck.
Planes can defend against lightning, which can be deflected. But magnetic flux permeates the
area, and is not a defense planes are anticipated to need. Thus, they are vulnerable. Magnetic
flux in equipment on the ground results in broken equipment that is simply replaced. In a plane,
there is no opportunity for repair!
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