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Dear
Michael,
Our Mother
Earth has been very active since the beginning of the New Year.
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Figure
1: Earthquake map 2010, by USGS.
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Several big
earthquakes occurred, starting in Haiti (January 12), followed
by Chile (February 27), China (April 15), Taiwan (March 4), and
Turkey (March 8), and many smaller earthquakes that had a lesser
impact on human life, property and environment (Figure 1: earthquake
map for 2010, by USGS). Many wonder if the number of earthquakes is
increasing, but scientist say they are not becoming more frequent:
(USGS: http://earthquake.usgs.gov/earthquakes/
eqarchives/year/eqstats.php)
Also, the Icelandic volcano Eyjafjallajokul erupted on April 14,
forming a massive cloud of volcanic ash (Figure 2) that had an
enormous impact on air traffic, with 27 airports closed for many
days.
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Figure 2: Lava and lightning light the crater of
Eyjafjallajokul volcano on April 17, 2010. (REUTERS/Lucas
Jackson)
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Recent scientific research confirms a
connection between high energy charged particles in the ionosphere
and earthquakes. A study conducted in 2008 by Jann-Yeng Liu, from
the Center for Space and Remote Sensing Research in Chung-Li,
Taiwan, examined more than 100 earthquakes with magnitudes of 5.0
or larger in Taiwan over several decades. The results indicate that
almost all of the quakes down to a 35 km depth were preceded by
distinct electrical disturbances in the ionosphere.
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Solar activity is picking up in the current Cycle 24. Presently (May 10), the
moderate sunspot 1069 is active. On April 3rd, the largest solar
storm of Cycle 24, also called a coronal mass ejection (CME) took
place. The solar wind hit Earth on Monday, April 5th and sparked the
strongest geomagnetic storm of the year. The event registered a
geomagnetic index Kp 7 (on a 0-9 scale, Figure 3).
Luckily the storm was not strong enough to interfere with power grids
and satellites, but it created auroras in the Polar Regions (Figure
4).
On May 5th another solar eruption came from a spotless region near
the sun’s southwestern limb, producing a bright coronal mass ejection
(CME) and came to an end on May 9th. Extreme ultraviolet images from
the Solar and Heliographic Observatory captured the solar eruption.
(Figure 5), current images: (http://sohowww.nascom.nasa.gov)
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Figure 4
by NASA
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Figure
5: Solar eruption on May 5th, by NASA
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As discussed
in previous commentaries, the solar activity affects the Earth’s
magnetic field. Some science is starting to emerge that demonstrates
a possible connection between solar activity and Earth events like
earthquakes, volcanoes, hurricanes, floods and storms.
Not only is the Earth’s magnetic field affected by the solar
activity, so is human health and behavior. Some of the scientific
findings are discussed in more detail below.
The
electrical currents from the sun also affect the human body’s
magnetic field.
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The
environmental scientist Neil Cherry (2001) reviewed a large number of
studies that identified significant physical, biological and health
effects that are associated with changes in Solar and Geomagnetic
Activity (S-GMA). He suggested that the Schumann Resonances (SR)
frequencies that link solar and geomagnetic activity are what link
solar activity to the effects on human health and behavior. The SR
have ultra low frequency peaks at 7.8Hz, 14, 20, 26, 33, 39, 45, and
51 Hz, which closely overlap with the human brain (also see GCI
commentary July 15, 2009, http://glcoherence.org/monitoring-system/commentaries.html).
Everything on Earth is driven by cycles. The "circadian rhythm"
is a cycle every living being on Earth experiences, which is a
roughly 24 hr (daily) cycle (Figure 6). Prof. Franz Halberg of the
University of Minnesota and board member of GCI, coined the term
circadian and is widely considered the "father of
chronobiology". Chronobiology is the science that examines
cycles of living organisms as well as their adaption to solar and
lunar related rhythms (Patrick at el., 2003). "Chrono"
pertains to time, and biology to living organisms. The 24 hr cycle
influences biochemical, physiological and behavioral processes.
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Figure
6: Circadian cycle, from Wikipedia
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The connection between the daily (circadian) and
seasonal cycles and geomagnetic activity.
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The human
body is designed to adapt to daily and seasonal climatic variations.
Environmental factors alter the hormone balance of the body,
specifically the melatonin/serotonin balance, which affect many
physiological functions, e.g. blood pressure, breathing, immune and
reproductive systems as well as cardiac and neurological processes.
Research by Burch et al. (1996) and Rapoport et al. (1998) gives
evidence that the melatonin levels are reduced during increased solar
and geomagnetic activity. In rats, seasonal melatonin levels were
correlated with the seasonal variations in the Earth’s geomagnetic
field (Bartsch et al., 1994). Diseases like cancer, neurological
disease, acute heart disease and heart attacks are all related to
melatonin levels that are too low, as is accelerated aging. In the
daily cycle, blood pressure, heart rate, neurological, cardiopulmonary
and reproductive functions are affected.
Since the fetus has melatonin receptors, an increase in sudden infant
death is observed during higher Geomagnetic Activity (GMA). Also,
reduced melatonin produces arrhythmic cardiac activity, e.g. cardiac
activity dropped in rabbits during a magnetic storm (Chibisov et al.,
1995).
In addition, clinical measurements have identified significant
changes in blood pressure, blood flow, aggregation and coagulation,
cardiac arrhythmia and heart rate variability during GMA events; all
of these conditions are influenced by melatonin levels. EEG pattern,
pulse rate, blood pressure and reaction time were measured in a group
of people by Doronin et al., (1998). The authors noted that the oscillations in the
Kp index had identical periods in the monitored EEG Alpha-Rhythm.
This confirms that whole body changes occur in conjunction with GMA
alteration by changing heart and brain patterns.
Another study by Pobachenko et al. (2006) monitored the Schumann
resonances of the environment and the EEG in a frequency range
between 6-16 Hz simultaneously. During a daily cycle, individuals
studied showed variations in the EEG similar to changes in the
Schumann resonances. Hence, the biological EEG rhythm is
characteristic of the daily rhythm of the Schumann resonances.
However, some deviations were observed for some individuals, which
can be due to the individual’s adaptive ability. Due to the global
interconnection between solar and geomagnetic activity, the
ionospheric waveguide, Schumann resonances and the human brain (EEG)
and heart, increased solar activity can disturb the biological rhythm
of humans and animals and exacerbate existing diseases.
Increased
solar activity and GMA is also correlated to a
significant increase in heart attacks and incidence of death,
myocardial infarction incidence (Villoresi et al., 1998), a 30% to
80% increase in hospital admissions for cardiovascular disease
(Oraevskii et al, 1998) and cardiovascular death.
Neurological
Effects correlated to GMA: The brain is a very
sensitive electromagnetic organ. The Schumann Resonances appear to
interact with the brain, altering the brain waves and neurohormone
responses. Geomagnetic storms are strongly related to human health
effects and death. Altered EEG rhythms and GMA have been observed by
Belov et al. (1998). Strong GMA effects were identified as stressors,
while low frequency magnetic oscillations had a sedative effect. A 10
Hz signal stimulates people; while a 3 Hz signal slows them down.
Also, memory and attention were correlated to GMA (Tambiev et al.,
1995); rats were observed to behave more aggressively during GMA
events (St. Pierre and Persinger (1998); GMA and war (Persinger,
1999); crimes and GMA (1-3 days after solar activity). Rajaram and Mitra
(1981) found a correlation between patients with seizures in Calcutta
and GMA; increase in epileptic experiences during increased GMA;
increase in hospitalization for mental disorders, psychiatric
admission and suicide; and increase in depression after geomagnetic
storm. GMA is also a trigger for migraine attacks. Birth rates were
observed to drop and mortality to increase during increased solar and
GMA (Zeitseva and Pudovkin, 1995).
Cycles related
to the solar cycle: Schumann Resonances are closely
correlated with the solar cycle, which include the daily,
semi-weekly, weekly, 13.5 day and 27-28 day solar rotation,
semiannual, annual, 11 year and 22 year cycles (Cornelissen et al.,
1998). Dimitrov (1993) found a 7.5 and 11 year cycle in malignant
melanoma.
Halberg et al. (2009) found more cycles being related to the solar
cycle: Terrorism 39 year and ~ 16 month component (solar wind speed
and geomagnetism), ~ 7 day rhythms in heart rate, ~1.3 year component
in systolic blood pressure and terrorism, ~10 months and 5 months
rhythms reflected in sudden cardiac death and cardiac arrhythmia.
We can change
the course of planetary events. While solar cycle 24 is becoming more
active, affecting all beings on Earth, we can decide on how to react
to these changes. It is important to remember that
the increasing solar activity has a positive affect – it’s a time
when opportunity and creativity can flourish along with increased
individual and collective enlightenment. It’s an auspicious
opportunity for advancing our intelligence on how to cooperate more
harmoniously with each other and with Mother Earth. This can
eventually lead to a global consciousness transformation and
increasing peace. A few effective co-creative actions we can take
through these opportune times would include committing to reducing
fear, becoming more responsible for our own energy, and increasing
love, care and respect for others and for ourselves. This can do much
to restore balance and energetic alignment between Earth and the
global community.
Many thanks to all who are caring and holding the vision of humanity
in the state of joy, love, peace and health and a vision of a vibrant
Earth. I would like to end this commentary with a quote by Albert
Einstein:
"Our task
must be to free ourselves – by widening our circle of compassion to
embrace all living creatures and the whole of nature and its
beauty."
With much love and gratitude,
Annette Deyhle, Ph.D. and GCI Research Team
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