12/11/2015 — Earthquake strikes Volcanoes next to famous AREA 51 base in Nevada

12/11/2015 — Earthquake strikes Volcanoes next to famous AREA 51 base in Nevada

A rare M3.1 earthquake has struck the volcanoes next to the famous “AREA 51” base in Southern Nevada.yellowstone idaho cern-SPACEWAR-LCH sandhook haarp56

Above: Past 12 hours of earthquakes (up to 930am CT December 11 2015) , showing M2.7 and greater in the United States. The epicenters of the events show the only locations to experience any noteworthy movement are three dormant volcanic fields.


Do not confuse this with a “UFO crash” (lol!) or a bombing range test — the depth of the earthquake was at over 8km / 5 miles below the surface.

This movement at the ancient volcanic complex next to Area 51 is part of a much larger seismic event underway (currently) on the West coast of the United States.

area 51 earthquake volcano dec 11 2015
Above: Google Earth search of the USGS earthquake coordinates shows the M3.1 earthquake striking between the long dormant AREA 51 volcanic fields at a depth of over 5 miles.


In addition to the long dormant (extinct) volcanoes next to Area 51 showing activity, we see that the ONLY other locations to have M3.0+ activity are other volcanic locations to the North and South.

The swarm of earthquakes to the North struck Challis Idaho, which is the Westernmost portion of the Yellowstone Magma chamber, and a location where a man was almost killed in geothermal activity a few months ago.

Challis, ID is also the location where the USGS went to install new monitoring equipment after a M5.0+ earthquake struck the location 2 years ago.

4.9 yellowstone idaho earthquake april 12 2014

To the South of the Area 51 earthquake location , Cerro Prieto volcano showed up with an earthquake swarm as well, topping out at M3.1 in power.

This dormant volcano was forecast to show movement in the most recent earthquake forecast video issued on December 8, 2015.

cerro prieto earthquake forecast dec 11 2015

See the forecast calling for Cerro Prieto volcano to show movement here:

Overall, this seismic unrest at the dormant volcanoes along the West coast was expected.

The locations which are showing movement were all named out in the above forecast video, literally called out each location by name , Central Idaho (Challis), California border (Cerro Prieto), and Western Nevada near the California border.

Information on the AREA 51 earthquake from the USGS:


Magnitude/uncertainty 3.1 ml± 0.3
Location/uncertainty 37.199°N 115.884°W± 1.0 km
Depth/uncertainty 8.4 km± 1.7
Origin Time
Number of Stations 34
Number of Phases 52
Minimum Distance 15.92 km (0.14°)
Travel Time Residual 0.1868 sec
Azimuthal Gap 46.91°
FE Region Nevada (41)

12/04/2015 — Large M7.1 (M7.2) earthquake strikes the South Indian Ridge

A large M7.2 earthquake (M7.1 revised) has struck the South Indian Ridge , Southwest of Australia, North of Antarctica.

yellowstone idaho cern-SPACEWAR-LCH sandhook haarp20

This newest M7.0+ earthquake follows last weeks round of earthquake / seismic unrest … which has now built into several new volcanic eruptions spanning the globe, and additional large earthquakes in areas we don’t normally see much activity.

Momotombo Volcano erupted in Nicaragua (Central America) after being silent for nearly 110 years.  Mount Etna (Italy / South Europe) sent of the largest blast in the past 2 years.   Mauna Loa volcano in Hawaii is showing seismic swarms and deformation taking place (sign of possible eruption).  All this news occurred within just a few days of last weeks deep earthquake activity.

The deep earthquakes are usually followed by shallow movement, and volcanic eruptions.  This time around was no exception to the “rule”.

Some of my longtime viewers and readers may remember the two large Indo-Australian plate earthquakes which struck in 2012… two of the largest earthquakes to strike in the past 10+ years, ranking (in magnitude) right up there with the Japan M8.9 mega-quake of 2011 when the two M8.2 + M8.3 earthquakes struck the Indian / Australian ridge.

two megaquakes indonesia april 11 2012
Above: April 11, 2012 – Two very large earthquakes struck the Northern Indo-Australian plate boundary, causing a new fracture and the whole continent to begin massive unrest (still seeing results of this rupture today in 2015).

The South Indian ridge is due South of the Indo-Australian plate boundary — seen in the graphic above looking like a long straight “line” undersea which extends directly South from West Indonesia towards Antarctica.

Here is my video from 2012 regarding the two large back to back earthquakes which struck the Indo-Australian plate:

Information on this earthquake from the USGS:

Magnitude 7.1 mww
Location/uncertainty 47.643°S 85.093°E± 8.2 km
Depth/uncertainty 10.0 km± 1.7
Origin Time
Number of Stations
Number of Phases 572
Minimum Distance 1116.31 km (10.03°)
Travel Time Residual 1.28 sec
Azimuthal Gap 13°
FE Region Southeast Indian Ridge (435)

11/30/2015 — ANOTHER Large M4.7 earthquake strikes Oklahoma fracking operations

Another noteworthy M4.7 earthquake has struck North Central Oklahoma at the fracking operations located there.

yellowstone idaho cern-SPACEWAR-LCH sandhook haarp11

The nearest fracking operation is a few HUNDRED feet away from the Earthquake epicenter.  There is nothing ambiguous about the cause of these large midwest earthquakes.

The cause is due to man made drilling operations creating a weak point in the North American plate.

m4.7 earthquake nov 30 2015 a

This has been a record breaking month for the state of Oklahoma when it comes to seismic activity.

The month started out with news that Oklahoma is now the most seismically active place on the planet, then within days of that news coming out, multiple M5.0+ earthquakes (M4.7 USGS) started to strike the area of North Oklahoma, directly at a large fracking / pumping operation.

Now we see that another M4.7 (M5.0+) earthquake has struck the same area as before, letting us know that the “super-fracture” is spreading to other nearby wells, and growing in power.

Magnitude/uncertainty 4.7 mwr± 0.1
Location/uncertainty 36.737°N 98.006°W± 2.2 km
Depth/uncertainty 5.0 km± 2.0
Origin Time
Number of Stations
Number of Phases 64
Minimum Distance 18.14 km (0.16°)
Travel Time Residual 0.56 sec
Azimuthal Gap 67°
FE Region Oklahoma (499)