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Originally posted by Forevever
so that means even if there's no earthquake by Tuesday, you still get to link people to google documents as verification that CME's cause earthquakes?
I just want to be clear.
Looks like a lot of loopholes to me.
Another factor is that your head, and body, might not always there to be hit by rocks, and in the same way not all cmes are directed at Earth, an error which Chad did not take into account in one of his tries to debunk this connection.
Earth's magnetic field is still reverberating from a CME strike on August 5th that sparked one of the strongest geomagnetic storms in years. Registering 8 on the 0 to 9 "K-index" scale of magnetic disturbances, the storm at maximum sparked auroras across Europe and in many northern-tier US states.
Originally posted by DJW001
No-one is saying that the Sun does not influence the Earth. It is the primary driver of climate and weather. It also affects a myriad other things. One of the few things it does not affect is tectonic activity. That's all we're saying.
Originally posted by DJW001
The problem being, of course, that this CME smacked Earth right upside the head:
There was a series of eruptions on Etna in January and June which showered local villages with ash but caused no injuries. Some believe this may be a prelude to the volcano's first significant eruption in 6 years.
This is the most active volcano in the world.
Earthquake activity controlled by the regular induced telluric currents
Gerald DUMA, Central Institute for Meteorology and Geodynamics, Department of Geophysics,
[email protected], Hohe Warte 38, A-1190 Vienna, Austria
Tel 0043-1-36026-2503, Fax 0043-1-368 66 21
Introduction
From 1996 to 1998 remarkable observations were obtained at the ZAMG (Central Institute for
Meteorology and Geodynamics, Vienna, Austria) regarding regional earthquake activity and the magnetic
variations which were recorded at adjacent geomagnetic observatories: In many of the main earthquake
regions worldwide, seismic activity changes in accordance with the geomagnetic secular variations (long
term changes) as well as with the regular solar daily variations Sq (Duma, 1996; Duma, Vilardo, 1998).
Moreover, this applies also to strong earthquake activity, i.e. to events with magnitudes exceeding M5 and
M6.
Model calculations have revealed that the effect differs from all known observations, which have been
frequently reported from the 1960s on, where regional magnetic anomalies were observed in seismic regions
prior to strong earthquakes (e.g. Nagata, 1976). These anomalies can be well interpreted by changing
magnetic rock properties and changing magnetization under increasing stress in a focal zone. Thus, up to
now, those anomalies were considered as precursor phenomena, giving some indication of forthcoming
strong earthquakes and possibly being suitable for the prediction of strong seismic events.
In contrary to this widely known process, the effect reported in this paper (referred to as the ‘Magneto-Seismic Effect MSE’ in the following) seems to actually regulate earthquake activity: The long term geomagnetic variations and the seasonal variations, as well as the Sq-variations do not originate in the Earth’s lithosphere, but have external sources, situated in the deep Earth’s interior (magnetic dynamo) and in the ionosphere, respectively. But by electromagnetic induction they produce the telluric currents in the Earth’s lithosphere and mantle, which are large scale and intense current systems, easy measureable e.g. in magnetotelluric surveys. Since the conductive lithosphere is exposed also to the Earth’s main magnetic field, Lorentz forces (I . B)result which act on the current layers and superimpose the tectonic stress field. Modeling this process (Duma, Ruzhin, 2002), it turns out that the deformation energy provided to the lithosphere is surprisingly high and lies within the range of tectonic strains itself: for an area of 200 km times 200 km for instance, the energy amounts to a value equal to that of an earthquake with Richter magnitude M3,8.
...
Atmosphere-Ionosphere Response to the M9 Tohoku Earthquake Revealed by Joined Satellite and Ground Observations. Preliminary results
Dimitar Ouzounov, Sergey Pulinets, Alexey Romanov, Alexander Romanov, Konstantin Tsybulya, Dimitri Davidenko, Menas Kafatos, Patrick Taylor
(Submitted on 13 May 2011)
The recent M9 Tohoku Japan earthquake of March 11, 2011 was the largest recorded earthquake ever to hit this nation. We retrospectively analyzed the temporal and spatial variations of four different physical parameters - outgoing long wave radiation (OLR), GPS/TEC, Low-Earth orbit tomography and critical frequency foF2. These changes characterize the state of the atmosphere and ionosphere several days before the onset of this earthquake. Our first results show that on March 8th a rapid increase of emitted infrared radiation was observed from the satellite data and an anomaly developed near the epicenter. The GPS/TEC data indicate an increase and variation in electron density reaching a maximum value on March 8. Starting on this day in the lower ionospheric there was also confirmed an abnormal TEC variation over the epicenter. From March 3-11 a large increase in electron concentration was recorded at all four Japanese ground based ionosondes, which return to normal after the main earthquake. We found a positive correlation between the atmospheric and ionospheric anomalies and the Tohoku earthquake. This study may lead to a better understanding of the response of the atmosphere /ionosphere to the Great Tohoku earthquake.
Comments:
Preliminary results reported at EGU 2011 in Vienna, Austria
Subjects:
Geophysics (physics.geo-ph); Space Physics (physics.space-ph)
Cite as:
arXiv:1105.2841v1 (physics.geo-ph)
We found a positive correlation between the atmospheric and ionospheric anomalies and the Tohoku earthquake.
Earth trembles as big winds move in
01 July 2005
Magazine issue 2506. Subscribe and save
For similar stories, visit the Hurricanes Topic Guide
HURRICANES can trigger swarms of weak earthquakes and even set the Earth vibrating, according to the first study of such effects.
When Hurricane Charley slammed into Florida in August 2004, physicist Randall Peters of Mercer University in Macon, Georgia, had a seismometer ready to monitor any vibrations in the Earth's crust. He did so for over 36 hours as Charley travelled briefly over Florida, then slid back out into the Atlantic.
As the hurricane reached land, the seismometer recorded a series of "micro-tremors" from the Earth's crust. This happened again as the storm moved back out to sea. Then, as Charley grazed the continental shelf on its way out, it caused a sharp seismic spike. "I suspect the storm triggered a subterranean landslide," says Peters.
More surprisingly, the storm also caused the Earth to vibrate. The planet's surface in the vicinity of the hurricane started moving up and down at ...
...
Global electrical currents
Willis L. Webb1
(1) Atmospheric Sciences Laboratory, U.S. Army Electronics Command, 88002 White Sands Missile Range, New Mexico, USA
Summary The atmospheric electrical structure of the earth is postulated to be controlled by a motivating force in the lower ionosphere which is produced by interaction between neutral atmosphere tidal circulations and the ionospheric plasma in the presence of the earth's magnetic field. Associated electric fields power the dynamo currents through the Hall effect with a resulting development of a gross electric potential distribution in the lower ionosphere. Asymmetries in these hemispheric potential distributions result in exospheric current flows in lowL-shells and larger differences in potential produced by dynamo return current flows in high magnetic latitudes result in strong currents through highL-shells between auroral zones. Vertical thunderstorm currents with their associated lightning discharges effectively connect the earth to a low potential region of the dynamo circuit and thus supply the earth with an average negative charge which motivates a leakage tropospheric electrical circuit. In addition, the dynamo currents maintain the magnetic polar regions at different potentials with a resulting electrical exchange with the solar wind through the earth''s near space. These considerations indicate that observed electrical and variable magnetic phenomena near the earth are all part of a single comprehensive electrical current system.
Solar, geomagnetic and seismic activity
A. Mazzarella and A. Palumbo
Abstract
An 11-y modulation of large Italian earthquakes has been successfully identified and found to be positively linked to sunspot activity. The seismic activity appears to be modulated by the 11-y sunspot cycle through the coherent variation of geomagnetic activity. It is proposed that the two phenomena are linked by the influence of a magnetostriction process on stresses in the crust. An implication of this model is that geomagnetic storms may directly trigger large earthquakes.
...
Originally posted by soficrow
reply to post by ElectricUniverse
GREAT find - thank you - but a bit hard to read. Here's the meat.
We found a positive correlation between the atmospheric and ionospheric anomalies and the Tohoku earthquake.
Geophysical Research Abstracts, Vol. 7, 02070, 2005
SRef-ID: 1607-7962/gra/EGU05-A-02070
© European Geosciences Union 2005
Telluric currents add stress to seismoactive zones and
regulate earthquake activity
The study of variations in geophysical fields near focal zones of Kamchatka
Purchase
$ 31.50
References and further reading may be available for this article. To view references and further reading you must purchase this article.
V.I. Myachkina, G.A. Soboleva, N.A. Dolbilkinaa, V.N. Morozowa and V.B. Preobrazenskya
aInstitute of Physics of The Earth, Academy of Sciences of the U.S.S.R., Moscow U.S.S.R.
Received 7 August 1971. Available online 10 April 2003.
Abstract
This report contains the main results of recent investigations of telluric currents and sounding in seismoactive areas of East Kamchatka.
It was established that in some cases the variations of seismic waves' travel times amounted to 0.16 sec and the amplitude variations to 50%.
It was detected that the amplitude anomalies of telluric current field occurred before shallow earthquakes with M4.5. They reached about 100–300 mv/mm before 3–16 days of shock moment.
The physical interpretation of occurring effects has been carried out on the basis of laboratory and theoretical investigations.
Originally posted by Forevever
I'd read all that but frankly I don't care
I don't know those scientists from carrot top
Originally posted by Forevever
If no earthquake happens tomorrow, I'll never read another post written by you at all.
Originally posted by Forevever
And volcanoes that erupt all the time, automatically don't count.
Originally posted by Forevever
and I just stepped on a spider, we're all screwed....
Originally posted by Forevever
the point is, if the storms affected us and were THAT significant, wouldn't we know it by now? couldn't we predict with certainty? wouldn't there be less dead people in Japan????
Originally posted by Forevever
We already know they can affect electronics, so what point exactly are you trying to make?
Originally posted by Forevever
do CME's cause earthquakes? some science says so??
even boncho managed to prove he's a God through science.
Originally posted by Forevever
in all the energy you're putting into posting these massively boring quotes, to convince a whole lot of strangers, on a forum no less, that YOU'RE RIGHT and we're always going to be wrong....
Originally posted by Forevever
have you directed even a small portion of that energy into finding out what OTHER scientists, who disagree with these findings, have to say in the matter?
And to corroborate what I just said, which btw I have explained these processes in the past, even years ago in these same forums.
if the only thing you're trying to convince me is that the sun has "some" (however minor) effect on this planet - well "here's your sign"
if I go outside, in the sun, I get warm. thats all the proof I need.
whether or not the sun itself, alone, causes earthquakes, is a whole other issue - and the one I've been addressing all along.
Originally posted by DJW001
I've gone over Duma's paper, and some of the related references. It makes perfect sense that telluric currents would be influenced by solar activity, for exactly the same reason a compass needle will show diurnal variations.
Originally posted by DJW001
I do not find Duma's data sufficiently compelling, however. The 11 year earthquake cycle does not seem to match up across all the geographical locations. The Russian paper may simply indicate that the stress on the tectonic plates are responsible for the changes in the telluric currents, not the other way around. What this suggests is that solar activity should be accounted for when observing telluric currents for earthquake prediction. It doesn't really suggest causality.