LIVE "ELF/ULF" MONITORING OF EARTHQUAKE PRECURSOR SIGNALS ON GLP. QUAKE FORECAST UP TO 6HRS IN ADVANCE...(((Updated Daily))) By ELQ.

Good morning, IWTB. Good to see you back!

013-01-09 11:21:18.02hr 54min ago 24.43 S 69.43 W 100 5.1 ANTOFAGASTA, CHILE

[link to www.emsc-csem.org]

Aftershocks still hitting the Aegean Sea area.

Magnitude 2.5 - NEVADA

[link to earthquake.usgs.gov]

2013-01-09 15:40:28.017min ago 39.71 N 25.75 E 10 4.9 AEGEAN SEA

[link to www.emsc-csem.org]

Thread: NASA goes public with admission of possible new "Maunder Minimum"

Type: Earthquake
87 minutes ago
Magnitude: 5
DateTime: Wednesday January 9 2013, 21:05:01 UTC
Region: off the west coast of northern Sumatra
Depth: 14.9 km
Source: USGS Feed

Type: Earthquake
72 minutes ago
Magnitude: 4.8
DateTime: Wednesday January 9 2013, 21:20:07 UTC
Region: Carlsberg Ridge
Depth: 10 km
Source: USGS Feed

Type: Earthquake
27 minutes ago
Magnitude: 4.2
DateTime: Wednesday January 9 2013, 22:05:06 UTC
Region: Kenai Peninsula, Alaska
Depth: 43 km
Source: USGS Feed

[link to quakes.globalincidentmap.com]

They’re back: Unexplained ‘booming noises’ reported from South Carolina to California

At about 9:30 p.m., numerous people began tweeting about a loud explosion. Some thought it had come from a North Hollywood Metro station; others reported hearing an explosion in Studio City. “Mysterious explosion a few minutes ago. What’s going on? #LA” tweeted @ThatVitalSpark. “Seriously, any leads what the hell this boom was in North Hollywood?

[link to theextinctionprotocol.wordpress.com]

Earthquake swarm rattles seafloor along Carlsberg Ridge

January 9, 2013 – INDIAN OCEAN – Because the Carlsberg Ridge is one of the slowest-spreading, and so supposedly less active oceanic ridges, many had thought it unlikely to be the location of a major volcanic eruption.. At ridges such as this, heat is thought to be released more slowly from the underlying magma. However, we may have to rethink that previous assessment.

[link to theextinctionprotocol.wordpress.com]

Didn't feel this still keeping my eye on everything

Type: Earthquake
57 minutes ago
Magnitude: 4.2
DateTime: Wednesday January 9 2013, 22:05:06 UTC
Region: Kenai Peninsula, Alaska
Depth: 43 km
Source: USGS Feed
[link to quakes.globalincidentmap.com]

International Media Covers Giant Sinkhole: Never has one unleashed so much oil and gas into environment — Resident reports heavy stench inside home (AUDIO)

[link to enenews.com]

stay safe EC

This site addressing all the noises and booms Very interesting!
Terrifying Video of the Mysterious booms in Indianapolis, USA – January 7 2013
[link to strangesounds.org]

[link to anf.ucsd.edu]

I know this site is sometimes questionable but it sure is colorful!

We have felt ones listed by them in our area. We watch it daily living east of the MS river, you know, the area USGS won't report quakes in...

I second that!

Sorry I haven't been around much of late, besides RFL and have flu (I'm recovering) Things have been somewhat hectic at home too. Miss everyone.

Just gonna report last 24 hours my ears ringing like crazy, a couple of times was related with EQs

"A new report issued by the National Research Council (NRC), "The Effects of Solar Variability on Earth's Climate," lays out some of the surprisingly complex ways that solar activity can make itself felt on our planet."

"Much has been made of the probable connection between the Maunder Minimum, a 70-year deficit of sunspots in the late 17th-early 18th century, and the coldest part of the Little Ice Age, during which Europe and North America were subjected to bitterly cold winters. The mechanism for that regional cooling could have been a drop in the sun%u2019s EUV output; this is, however, speculative."
[link to science.nasa.gov]

CA "Statewide Mega Quake May Be Possible After All"
[link to ktla.com]
(creeping section may not stop rupture of SAF from N-S or S-N)








Terrestrial laser scanning (lidar) of Antarctica's Mt. Erebus:
[link to volcanofiles.com]

Same here, and I feel vibrations as well.

Me too! and quakes are swarming here today... again...

Check out the Japan real time sensor. It keeps showing a yellow exclamation mark.

[link to www.ustream.tv]

2013-01-10 17:21:00 5.0 52.56°N 170.65°W 10 A Fox Islands, Aleutian Islands
2013-01-10 16:33:40 4.9 19.37°N 64.46°W 35 M Virgin Islands
2013-01-10 16:26:25 4.9 10.88°S 162.26°E 43 M Solomon Islands
2013-01-10 13:52:26 4.5 17.32°N 86.41°W 10 C North of Honduras
2013-01-10 13:47:05 5.6 4.66°N 95.09°E 55 M MT Northern Sumatra, Indonesia
2013-01-10 12:48:22 4.9 37.56°N 141.30°E 58 M MT Near East Coast of Honshu, Japan

[link to geofon.gfz-potsdam.de]

Type: Earthquake
53 minutes ago
Magnitude: 2.9
DateTime: Friday January 11 2013, 02:28:46 UTC
Region: Illinois
Depth: 14.7 km
Source: USGS Feed

[link to quakes.globalincidentmap.com]

Good morning, my friends.

Articles of interest...

L.A. Times: Statewide quake may be possible in California — The fault in the model ‘snapped’

[link to enenews.com]

TV: “Our entire state could likely be in some sort of need” if mega quake hit California — “Aid would have to come in from much further away” (VIDEO)

[link to enenews.com]

2013-01-11 12:46:57.81hr 50min ago 22.55 N 45.17 W 10 4.6 NORTHERN MID-ATLANTIC RIDGE

2013-01-11 12:38:21.01hr 59min ago 2.03 S 68.17 E 2 4.7 CARLSBERG RIDGE

[link to www.emsc-csem.org]

Office of Conservation
Bayou Corne Field Update
Jan. 10, 2013 Activities

[link to assumptionla.wordpress.com]

Type: Earthquake
23 minutes ago
Magnitude: 5.1
DateTime: Friday January 11 2013, 16:30:44 UTC
Region: offshore Chiapas, Mexico
Depth: 90.4 km
Source: USGS Feed [link to quakes.globalincidentmap.com]

California quake model looks for ‘mega-quake’ along Cascadia

Posted on January 11, 2013by The Extinction Protocol

January 11, 2013 – PORTLAND, Or. - New research is giving us some insight into when a major earthquake could strike the Northwest. The research was done in part by Stanford geophysics Professor Paul Segall. He has been tracking a series of very small tremors that rumble deep within the earth. The slow tremors happen roughly every summer along the Cascadia Subduction Zone, an undersea fault about 70 miles off the Oregon Coast. Over the last decade, data shows the tremors have been getting progressively bigger. Last summer, the Pacific Northwest experienced a notably large one. Experts believe those tremors are adding stress to the offshore fault. Using this data, Segall built a computer model which suggests it will be one of those tiny quakes that triggers a major magnitude 9 earthquake. “What we do see is that ultimately one of these tends to develop into a fast and potentially, damaging earthquake,” said Segall. Segall said that scientists don’t yet know how big those tremors need to get before they explode into a mega-thrust quake. And that means a major earthquake in the Pacific Northwest could still be hundreds of years away. But, he added, those tiny tremors are a good reminder that we always need to be prepared. Scientists discover the largest-known spiral galaxy. –King 5

San Andreas stress rupture could shake entire state: For the first time, scientists and emergency planners are examining whether a super quake could affect both Northern and Southern California, rendering the entire state helpless in the aftermath of the “Big One.” Seismologists have warned Southern California that a major quake on the lower San Andreas Fault, the so-called Big One is inevitable. But that the population centers of both Southern and Northern California could be affected simultaneously by one quake on the San Andreas Fault has only recently been recognized as a possibility. The study by Professor Nadia Lapusta at the California Institute of Technology (Caltech) and Japanese collaborator Hiroyuki Noda focused on explaining the behavior of two devastating quakes in Asia: the 1999 magnitude 7.6 temblor in Taiwan, and the 2011 magnitude 9.0 quake off the eastern coast of Japan. In both cases, the quake spread across so-called “creeping“ fault segments long thought to be incapable of transmitting quakes, according to Caltech Staff Seismologist Kate Hutton, a Lapusta colleague. “The general idea until this paper was that they would stop a quake,” Hutton said. It was believed the slow, creeping movement prevents stress from building up and keeps such a segment stable, Hutton added. Lapusta and Noda developed a computer model to explain how under certain conditions “a rupture could just kind of barge right through,” Hutton said. “Now the question is how this would apply to California.” Such a creeping zone has been identified in a stretch of the San Andreas Fault in central California, just north of seismically active Parkfield. The Great San Francisco quake of 1906 occurred on the San Andreas north of the creeping zone. The 1857 Fort Tejon quake occurred to the south. No known quake has ever spanned across that creeping zone. Whether the model developed by Lapusta and Noda could apply there would depend on local geological variables not yet completely understood, Hutton said. –NBC LA [link to theextinctionprotocol.wordpress.com]

[link to www.youtube.com]