Earthquakes around the world

Laura said:
Do they all follow the eclipse?

Some studies suggest that the moon triggers particle flow which disturbs the earth’s magnetic field.

Lunar Phases and their Effects on Life on Earth and Earth Processes
https://www.heartmath.org/gci-commentaries/lunar-phases-and-their-effects-on-life-on-earth-and-earth-processes/

Does the lunar cycle influence Earth? Most people are familiar with the fact that the moon causes the tides in the earth’s oceans. This is because of the gravity forces between Earth and moon. Does the moon also trigger movement in the earth’s crust, which could lead to earthquakes? Many scientists working on plate tectonics dismiss lunar effects as triggers of earthquakes (Kokus, 1987, Cycles); however, some research has been carried out to study the influence of the moon in earthquakes. Kokus and Ritter (1988, Cycles) studied lunar phase triggers in 21 earthquakes. 14 occurred at the quarter phase, five at the full moon and two followed an eclipse. Some scientists claim that the lunar effect is gravitational, i.e. tidal (Ferulano, 1986, Hartzell and Heaton, 1989). A study of 2000 earthquakes demonstrated that they occurred when tidal forces where over the epicenter of the earthquake (Stetson, 1935). While the gravitational effect should be too weak to cause an earthquake, many studies show that there seems to be a lunar trigger. Herman and Goldberg (1978) state that the moon triggers particle flow which disturbs the earth’s magnetic field.

The effect of Lunar Eclipses on Earth Eclipses are known to have an effect on the conductivity of the atmosphere, especially the E-region, which in turn affects the earth’s magnetic field (Bown, 1991). Stening (1989) states the largest effects of lunar tides on the geomagnetic field occur in the morning around the time of equinoxes. Though it seems that a lunar trigger is apparent, geophysicists nevertheless argue that the underlying processes remain obscure and, as discussed in previous commentaries, a solar linkage and possibly other factors also have to be considered.

Mitch Battors from “Earth Changes Media” made the statement in his Dec. 20, 2010 newsletter that earthquakes occurred within two weeks prior and/or two weeks after the last six full lunar eclipses. His speculation was correct that an earthquake would follow the lunar eclipse on Dec. 21, 2010. A 7.4 earthquake occurred on the same day of the eclipse in Japan (see table below).

Date of eclipse Date, strength and location of earthquake
2001 Jan 09 January 26, 2001, 7.9, India
2003 May 16 May 1, 2003, 6.4, Eastern Turkey
2003 Nov 09 November 17, 2003, 7.8, Alaska
2004 May 04 —
2004 Oct 28 October 23, 2004, 6.6, Japan
2007 Mar 03 March 6, 2007, 6.4 and 6.3, Sumatra.
2007 Aug 28 August 15, 2007, 7.4, Peru
2008 Feb 21 February 21, 2008, 7.4, Indonesia
2010 Dec 21 December 21, 2010, 7.4, Japan

Pachinyk, (2002) discusses that peaks in earthquakes around equinoxes and solstices also reveal solar linkage and that evidence indicates that there is an interaction between gravitational and electromagnetic fields.

However, when searching scientific literature, the connection between lunar phases and earthquakes are as ambiguous as the connection between the moon and human behavior. Lin et al. (2003) argue that there is a peak in small earthquakes (2.5 to 5) studied in Taiwan between 1973 and 1991, however, the authors did not find a correlation between larger earthquakes (larger than 5) and the lunar phase.

In 2016, there are two solar eclipses and two penumbral lunar eclipses. Predictions for the eclipses are summarized in the following figures. Annular Solar Eclipse - 2016 Sep 01 and Penumbral Lunar Eclipse - 2016 Sep 16

Solar Eclipses of Historical Interest
http://eclipse.gsfc.nasa.gov/SEhistory/SEhistory.html

2017 Aug 21 Total 145 1.031 02m40s Next Total Eclipse through central USA
2024 Apr 08 Total 139 1.057 04m28s Upcoming Total Eclipse through USA
 
Laura said:
Pierre said:
itellsya said:
In 24 hours the USGS registered 63 quakes - above M2.5.

This number is still growing with 67 quakes above M2.5 over the last 24 hours.

Do they all follow the eclipse?

Published on Sep 4, 2016

Sep 3, 2016

News Sep.2.2016
 
Magnitude 6.3 Quake Hits Off Russia's Kamchatka Peninsula

http://sputniknews.com/russia/20160906/1045002776/kamchatka-earthquake-hit.html

A 6.2-magnitude earthquake has occurred in the Pacific ocean, near the Commander Islands.

MOSCOW (Sputnik) — A 6.2-magnitude earthquake has occurred in the Pacific ocean, near the Commander Islands, which are part of Russia's Kamchatka Territory, the US Geological Survey (USGS) reported on Tuesday.

The epicenter was located at a depth of 13 kilometers (8 miles), 189 kilometers southeast of the village of Nikolskoye, on Bering Island in the Commander Islands chain.

There were neither immediate reports of casualties or damage, nor a tsunami threat.

According to the Richter scale, earthquakes with a magnitude of 6.0 — 6.9 are considered strong, and can cause either moderate or severe damage.
 
one more bigger tremor.

Tue, 6 Sep 04:13:27 UTC
M 5.6 / 10.0km - Santa Cruz Islands

source: https://earthquakes.volcanodiscovery.com/?L=10
 
sToRmR1dR said:
Magnitude 6.3 Quake Hits Off Russia's Kamchatka Peninsula

http://sputniknews.com/russia/20160906/1045002776/kamchatka-earthquake-hit.html

A 6.2-magnitude earthquake has occurred in the Pacific ocean, near the Commander Islands.

MOSCOW (Sputnik) — A 6.2-magnitude earthquake has occurred in the Pacific ocean, near the Commander Islands, which are part of Russia's Kamchatka Territory, the US Geological Survey (USGS) reported on Tuesday.

The epicenter was located at a depth of 13 kilometers (8 miles), 189 kilometers southeast of the village of Nikolskoye, on Bering Island in the Commander Islands chain.

There were neither immediate reports of casualties or damage, nor a tsunami threat.

According to the Richter scale, earthquakes with a magnitude of 6.0 — 6.9 are considered strong, and can cause either moderate or severe damage.

GeoForschungsZentrum (GEOFON) Potsdam, Germany
gfz2016rmwc.jpg

http://geofon.gfz-potsdam.de/eqinfo/event.php?id=gfz2016rmwc
Epicenter location in Google Maps
https://www.google.com/maps/place/54%C2%B045'36.0%22N+168%C2%B027'00.0%22E/@54.7600031,150.5203127,4z/data=!4m5!3m4!1s0x0:0x0!8m2!3d54.76!4d168.45
Данные о 20 землетрясениях, зарегистрированных в Службе Срочных Донесений
http://www.ceme.gsras.ru/eng/index.htm

September 2016 Moon Phase Calendar
http://www.moongiant.com/calendar/current/month/
ddeb213d546b374104cefa23d71bf18f.png
 
angelburst29 said:
Laura said:
Do they all follow the eclipse?

Some studies suggest that the moon triggers particle flow which disturbs the earth’s magnetic field.

I'm aware of all you posted which prompted, but did not answer, my specific question regarding the recent spate of apparently significant earthquakes.
 
Laura said:
angelburst29 said:
Laura said:
Do they all follow the eclipse?

Some studies suggest that the moon triggers particle flow which disturbs the earth’s magnetic field.

I'm aware of all you posted which prompted, but did not answer, my specific question regarding the recent spate of apparently significant earthquakes.

A few paragraphs in ECHCC deal with the influence of the Moon (particularly new Moon and full Moon) on weather and sismic activity:
Even a body as small as the Moon can exert very tangible effects on Earth, particularly in terms of weather. In fact, some weather-watchers take the Sun-Moon-Earth positions into account when determining their weather forecasts, which often are strikingly accurate.

New moons are times of weather disruption. Just before the new moon appears, it is located directly between the Sun and the Earth, shielding Earth from solar activity. Then, during the few days following the appearance of the new moon, the Earth is no longer shielded from the incoming solar wind and suddenly receives a massive inflow of solar particles, leading to intensified weather events.


When the moon is full it is located within the Earth’s plasma tail, hence its increased influence. (© Sott.net adapted from SOHO / NASA)

Full moons are often associated with weather disruption and catastrophes because, as depicted in the diagram above, during this phase the Moon enters the Earth’s plasma tail (magnetotail) and disturbs its electromagnetic activity. In such instances the moon acts within the Earth’s plasmasphere as previously mentioned comets act within the Sun’s heliosphere. As such the full moon acts as a discharger of the Earth capacitor. In addition, during a full moon, the moon and the Earth are aligned and add up their discharge capacity, triggering increased solar activity, hence the correlation between full moon phases and increased Solar activity.

From the above the Moon is a modulator of the exposure of Earth to Solar winds with the following chain of events for an increase in incoming Solar winds (and vice versa for a decrease).

higher solar activity -> increase rotational speed (slippage) -> increased volcanic and seismic activity
-> more positive ionosphere -> electrons moving up to the surface of Earth -> increased telluric current -> increased seismic activity

Notice that regardless of the level of incoming Solar winds one of the main drivers of seismic and volcanic activity is the variation in incoming Solar winds. The Moon playing an important role in modulating role in modulation incoming Solar rays it can be said that the Moon is an important causative factor for seismic and volcanic activity.

A lunar eclipse being the alignment of the Sun, the Moon and the Earth, it is a cause for Solar discharges (increase conductivity in the Solar capacitor) and therefore the chain events related to higher Solar activity (see above) applies
 

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Laura said:
angelburst29 said:
Laura said:
Do they all follow the eclipse?

Some studies suggest that the moon triggers particle flow which disturbs the earth’s magnetic field.

I'm aware of all you posted which prompted, but did not answer, my specific question regarding the recent spate of apparently significant earthquakes.


Here is the path that the shadow of the solar eclipse took:

path-760.png



It doesn't appear that any of the earthquakes from Sept. 1st were in the area of the shadow of the eclipse, although I may have missed one.
 
It seems like the earthquakes on the day were on pretty much the opposite side i.e. New Zealand and proximity with several in ranges of 5-6 and even a couple of 2s on east coast of Australia (Qld & Vic) FWIW
 
Nienna said:
Laura said:
angelburst29 said:
Laura said:
Do they all follow the eclipse?

Some studies suggest that the moon triggers particle flow which disturbs the earth’s magnetic field.

I'm aware of all you posted which prompted, but did not answer, my specific question regarding the recent spate of apparently significant earthquakes.


Here is the path that the shadow of the solar eclipse took:

path-760.png



It doesn't appear that any of the earthquakes from Sept. 1st were in the area of the shadow of the eclipse, although I may have missed one.

The path of the eclipse is irrelevant. What is relevant is the surge of energy that comes after an eclipse that can trigger EM activity anywhere on the planet.

I just wanted to get a note of the DATES of the earthquakes and how many there were following the eclipse and were they significant in terms of number/intensity thus confirming that there was, in fact, a significant surge from an annular eclipse as opposed to a total.

I'm still bound to my chair, working on a laptop, in pain, and I can't go searching for data and stuff and writing on this keyboard is miserable. So, I asked a short, simple question hoping to get a response so I won't have to do all this freaking typing.
 
Laura said:
I just wanted to get a note of the DATES of the earthquakes and how many there were following the eclipse and were they significant in terms of number/intensity thus confirming that there was, in fact, a significant surge from an annular eclipse as opposed to a total.

The eclipse occurred on September 1st 2016 between 6 am and noon (UTC).

Here are the links to the listing, maps and details of all the M2.5 + quakes after the eclipse (24 hours increments):

9/1/16 6 am to 9/2/16 6 am: 56 quakes Max: M7.1 in New Zealand

9/2/16 6 am to 9/3/16 6 am: 60 quakes. Max: M5.6 in California

9/3/16 6 am to 9/4/16 6 am: 71 quakes. Max: M5.6 in Oklahoma

9/4/16 6 am to 9/5/16 6 am: 46 quakes. Max: M5.3 in Southern Pacific

9/5/16 6 am to 9/6/16 6 am: 33 quakes. Max: M6.3 in Russia

A typical daily activity is about 30-40 quakes with a maximum of about M5.0 - M5.5.

Therefore, it can be said that an increase in quake frequency and magnitude occurred in the few days following the annular eclipse of September 1st.
 
Pierre said:
Laura said:
I just wanted to get a note of the DATES of the earthquakes and how many there were following the eclipse and were they significant in terms of number/intensity thus confirming that there was, in fact, a significant surge from an annular eclipse as opposed to a total.

The eclipse occurred on September 1st 2016 between 6 am and noon (UTC).

Here are the links to the listing, maps and details of all the M2.5 + quakes after the eclipse (24 hours increments):

9/1/16 6 am to 9/2/16 6 am: 56 quakes Max: M7.1 in New Zealand

9/2/16 6 am to 9/3/16 6 am: 60 quakes. Max: M5.6 in California

9/3/16 6 am to 9/4/16 6 am: 71 quakes. Max: M5.6 in Oklahoma

9/4/16 6 am to 9/5/16 6 am: 46 quakes. Max: M5.3 in Southern Pacific

9/5/16 6 am to 9/6/16 6 am: 33 quakes. Max: M6.3 in Russia

A typical daily activity is about 30-40 quakes with a maximum of about M5.0 - M5.5.

Therefore, it can be said that an increase in quake frequency and magnitude occurred in the few days following the annular eclipse of September 1st.

Thank you. That's what I wanted to know, synopsized, listed, to help me see stuff despite the fact that I'm debilitated at the moment. Can't be losing track of stuff!
 
Pierre said:
A few paragraphs in ECHCC deal with the influence of the Moon (particularly new Moon and full Moon) on weather and sismic activity:
Even a body as small as the Moon can exert very tangible effects on Earth, particularly in terms of weather. In fact, some weather-watchers take the Sun-Moon-Earth positions into account when determining their weather forecasts, which often are strikingly accurate.

New moons are times of weather disruption. Just before the new moon appears, it is located directly between the Sun and the Earth, shielding Earth from solar activity. Then, during the few days following the appearance of the new moon, the Earth is no longer shielded from the incoming solar wind and suddenly receives a massive inflow of solar particles, leading to intensified weather events.


When the moon is full it is located within the Earth’s plasma tail, hence its increased influence. (© Sott.net adapted from SOHO / NASA)

Full moons are often associated with weather disruption and catastrophes because, as depicted in the diagram above, during this phase the Moon enters the Earth’s plasma tail (magnetotail) and disturbs its electromagnetic activity. In such instances the moon acts within the Earth’s plasmasphere as previously mentioned comets act within the Sun’s heliosphere. As such the full moon acts as a discharger of the Earth capacitor. In addition, during a full moon, the moon and the Earth are aligned and add up their discharge capacity, triggering increased solar activity, hence the correlation between full moon phases and increased Solar activity.

From the above the Moon is a modulator of the exposure of Earth to Solar winds with the following chain of events for an increase in incoming Solar winds (and vice versa for a decrease).

higher solar activity -> increase rotational speed (slippage) -> increased volcanic and seismic activity
-> more positive ionosphere -> electrons moving up to the surface of Earth -> increased telluric current -> increased seismic activity

Notice that regardless of the level of incoming Solar winds one of the main drivers of seismic and volcanic activity is the variation in incoming Solar winds. The Moon playing an important role in modulating role in modulation incoming Solar rays it can be said that the Moon is an important causative factor for seismic and volcanic activity.

A lunar eclipse being the alignment of the Sun, the Moon and the Earth, it is a cause for Solar discharges (increase conductivity in the Solar capacitor) and therefore the chain events related to higher Solar activity (see above) applies

Nice Work. Thanks for your research Pierre.
 
casper said:
M 5.6 - OKLAHOMA - 2016-09-03 12:02:44 UTC
http://www.emsc-csem.org/Earthquake/earthquake.php?id=528303
http://earthquaketrack.com/p/united-states/oklahoma/recent
Caught on radar: Thousands of birds took flight minutes before Oklahoma earthquake
https://www.washingtonpost.com/news/capital-weather-gang/wp/2016/09/06/caught-on-radar-thousands-of-birds-took-flight-minutes-before-an-okla-earthquake/

According to the radar, the birds dispersed approximately 15 minutes before the earthquake took place.
 

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