This video was originally published 11/7/2019
The huge amount of volcanic ash in the atmosphere makes it very apparent that we are in a feedback loop of cooling based on volcanic activity, cosmic rays, and a sliver from the decrease in the Sun’s total irradiance. Increased volcanic eruptions from an intensifying Grand Solar Minimum will equate to cooler temperatures, constrictions in global agriculture, increases in food prices, and severe contractions in the global economy. This is a reset button for societies on this planet.
Consider these two Grand Solar Minima described on the chart below, on the left is the Late Antique Little Ice Age, circa 535 AD, which is not heard often enough. The top row is the Altai Mountains, and the bottom row is the Alps. The onset of volcanic eruptions takes usually about 4 years before a bunch of volcanic eruptions occur, or a bunch of smaller eruptions like the 20,000 to 50,000-foot range eruptions that we are seeing now. These will start coupling to create VEI-4 and 5 eruption cooling effects.
One thing that is discernible in both charts is, the Late Antique Little Ice Age (LAIA) had two VEI-7s and one VEI-6. I am sure that you are aware to what happened when Tambora erupted during the Dalton Minimum in the early 1800’s, the right chart, which was classified as VEI-7+. Now eruptions have ticked up from VEI-3 to VEI-4 already, which is very early in the beginning of the Grand Solar Minimum. Since timelines are already known, we can make a forecast. This is not to scare you, rather, I am trying to explain these events in a straightforward manner so that you can have a better handle on what is happening. Perhaps this way, you can make better or wise choices in the future, for you to protect yourself and your families.
I want to put this event into context, and I am focusing on events occurring in the first six months 2019 to help you see how much activity there has been. Enormous amounts of activity occurred in 2018 as well, but right now, it seems there is a step-up in intensity. You may have heard of the eruption of 55,000 foot eruption of Anak Krakatau around New Year 2019 blowing the entire top of the mountain off, which was accompanied by a tsunami that went up through Jakarta.
A lot of spectacular images regarding this were seen in various social media outlets, but the mainstream media was only able to publish a few.
Manam volcano in Papua New Guinea had 55,000-foot eruption, as well on January 8th, which means these two eruptions occurred within days of each other. I therefore believe that these eruptions since the beginning of the year are starting to add up to global cooling.
Look at volcanic eruptions that happened in the first half of 2019, and looking at the latency lag of nine months, we should begin to experience volcanic induced cooling in October 2019. First of all, when I see something like this going up into the atmosphere, downright scary.
The density of the ash coming out of this eruption in Kamchatka peninsula, was incredible, and lots of images from this were already out.
For your information, any volcanic eruptions over 32,800 feet have a direct cooling effect on the atmosphere.
Obviously, if ash is going this high, it is going to be caught up in the jet streams and if you equate the latitudes of these events and look where the ash might get pushed to, you can then search if any of the record cold events are on the latitude band where the ash would be.
Also, if you go down southwest on this map, the jet stream is incredibly wide, thus some are doubling. This explains why jet streams are moving into new places, collapsing on with each other, or looking for new areas in the atmosphere to settle into. This is the effect of a Grand Solar Minimum, the weakening of magnetic field.
This one here, on the other hand, was the smallest eruption that sent more than 12 miles of ash in the atmosphere. They say it is difficult to judge some of these because they are in a more remote locations, especially far out Kamchatka peninsula, which is out in the sea in uninhabited islands.
Scientists were able to gauge SO2 emissions to track this. So, Kamchatka peninsula is to the west, and if you follow the Island chain down, you will come to Japan. This is where Kuril Islands are located. This does not really give a very good gauge of how large this eruption was.
But with the low earth orbit satellite, you can definitely see that punch to the atmospheric layer, as shown.
From this image of when the eruption first begun, during the first couple of hours, I observed some kind of anomaly. If you look at the bottom, left of where the eruption took place, there are crisscrossing grids. Are those ship tracks? But as you can see, they are so precise, like a tick-tack-toe pattern.
Anyhow, this is a close-up of the plume of ash that came out of that eruption. That, for me, is intense.
Then eventually, after a day and a half, almost 48 hours later, this is what they were showing in terms of sulfur dioxide dispersion.
Remember that, that is not purely gas, there is volcanic ash there as well, and as shown in this image, this mixture is following the clouds circulating from 60 degrees north up to the north pole. Ash is going to be dragged around from Alaska, to Canada and to Northern Europe. This very well explains the cooling temperatures. Ice anomalies and the record cold that we are seeing are all over that same latitude, around 55° north, which should be dragged up into the Arctic circle. Were there any anomalies happening in the Arctic circle last week?
Now you might ask, what do you mean by ash and gas, since they cannot be seen by naked eye. Allow me to help you see them with the help of this image taken at sunrise at Himawari 8. There is a bit of moon shadow in there, but the amount of ash in the atmosphere is discernible from this single eruption. Of course, it has dissipated, but this has surely mixed up with the moving jet streams.
This is another image of the plume of ash taken by NOAA satellite at a different angle, at the onset of eruption.
Look at that gap under the head of that first cloud layer, or the so-called stratosphere. This is at 50,000 feet, which is incredible.
I think this could go higher, but they are not measuring it accurately, because when you look at the Kuril Islands’ volcanic eruptions, shown in this famous image from NASA 10 years ago, right side, then compare it to the left image, which one is denser and girthier?
Which one has more debris on it? In my opinion, the one on the left is like a punch right through, it even has the gas capturing parts of the clouds. Whereas the one on the right is more of a sandstorm blasting into the clouds, with a full-on debris.
Then the Ulawun eruption. Ulawun is the dangerous one because it is right at the equator, and equatorial eruptions are always the ones causing enormous amount of cooling. This type of eruption starts at the equator and then is dragged down to every cloud band going north.
From 0- to 30-, 30- to 60-, 60- to 90-degree, and it just keeps getting circulated the whole way through the cloud band patterns on the planet. And I am sure, some of that gap is pulled into the Southern Hemisphere as well.
Anyway, VEI-4 is now confirmed for this particular eruption with more than 63,000-foot eruption. This image captured by VISIBLE satellite shows how the Ulawun eruption rippled through the atmosphere, and ‘breathtaking’ is an understatement, to describe this. The intensity of the eruption sent a shockwave through the atmosphere.
Meanwhile, this one here is from the University of Wisconsin-Madison, lining up the different satellite feeds. The dark grey on the right is basically a solid material.
I encourage you to look at Papua New Guinea and Indonesia and see how the islands changed, look at P.N.G. to see how big the island chain is.
Furthermore, this Major subplinian eruption is an atmospheric covering type of eruption that will lower Earth’s temperatures and I cannot believe it did not get more coverage in the media.
This is a major, massive eruption. I understand this is not like Pinatubo eruption. Pinatubo had more coverage because the US military base was buried in ash, and since the US media picked up on the story, it spread everywhere. I therefore think, that if a US military base got buried in ash there as well, this would have more coverage, but since there was none, it did not, even if it was a major eruption.
Then next door, if you will, Manam erupted in the same week, and is also a massive eruption. We are finally starting to get closer to air traffic patterns, so people are starting to get some images of these more remote locations that are difficult to get a glimpse on, and this one is terrifying. I do not want to be anywhere near that.
This is a different shot from the Ulawun eruption. Specifically, this is a farther shot of a free eruption showing vent coming out, captured during a flight.
This was down in Mexico, with a 50,000-foot eruption as well. Notice that this 50,000-foot eruption is seen again and again, but recently, the eruptions started to tick up to 60,000 to 65,000-foot eruption.
Bill Porter and I, have written about the galactic cosmic ray & volcanic eruption feedback loop in our new book Climate Revolution. We also quoted Sasha Dobler’s site Abrupt Earth Changes in this book. This page from Climate Revolution shows the Etna eruption earlier in 2019.
So, what are the chances that these erupting volcanoes with massive ash discharge are not combining to produce a larger impact? I mean if you have a 5-gallon bucket and you are pouring a glass of water in there at a time, how long will it take to fill that 5-gallon bucket?
The same analogy applies here, with the 50,000-foot eruption, 60,000-foot eruption, 45,000-foot eruption, etc. How long before those eruptions add up? Do you still remember what happened in Guatemala? That was a huge eruption as well. All these eruptions are happening due to the Grand Solar Minimum, and they are starting to amplify.
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*** Today’s Story Links ***
https://electroverse.net/summer-temperatures-tumble-below-zero-in-slovakia/
ALL-TIME LOW TEMPERATURE RECORD FALLS IN BRAZIL
https://electroverse.net/all-time-low-temperature-record-falls-in-brazil/
EAST NETHERLANDS RECORDS ITS COLDEST EVER JULY TEMPERATURE
https://electroverse.net/east-netherlands-records-its-coldest-ever-july-temperature/
SUMMER TEMPS TUMBLE BELOW ZERO IN SLOVAKIA — ALL-TIME COLD RECORDS BROKEN
https://electroverse.net/summer-temperatures-tumble-below-zero-in-slovakia/
“THERE IS NO HEAT OUT THERE” — ANOMALOUS COLD CONTINUES ACROSS EUROPE’S NORDIC NATIONS
https://electroverse.net/there-is-no-heat-out-there-anomalous-cold-continues-across-europes-nordic-nations/
MULTIPLE ALL-TIME LOW TEMPERATURE RECORDS SET ACROSS GERMANY — RARE JULY FROSTS RAVAGE SAXONY
https://electroverse.net/multiple-all-time-low-temperature-records-set-across-germany/
Snowing in high altitudes of Black Sea province of Rize, Turkey
https://www.iceagenow.info/snowing-in-high-altitudes-of-black-sea-province-of-rize-turkey/
Several record lows in the Trans-Baikal Territory
https://www.iceagenow.info/several-record-lows-in-the-trans-baikal-territory/
Volcanoes cooling our planet
https://www.iceagenow.info/volcanoes-cooling-our-planet/
Volcano news list
https://www.volcanodiscovery.com/volcano_news.html
Ash advisories
https://www.volcanodiscovery.com/news/vaac/latest-reports.html
MANAM VOLCANO JUST EXPLODED TO 50,000 FEET (15.2 KM)
https://electroverse.net/manam-volcano-just-exploded-to-50000-feet-15-2-km/
ULAWUN’S ACTIVITY REVISED-UP TO A FULL-SCALE SUBPLINIAN ERUPTION — ASH FIRED TO 63,000 FEET (19.2 KM)
https://electroverse.net/ulawuns-activity-revised-up-to-a-full-scale-subplinian-eruption-ash-fired-to-63000-feet-19-2-km/
https://electroverse.net/ulawun-volcano-papua-new-guinea-just-exploded-to-50000-feet-15-2-km-further-cooling-the-atmosphere/
RAIKOKE VOLCANO CONTINUES IT’S MASSIVE EXPLOSIVE ACTIVITY TODAY — EJECTING ASH TO 38,000 FEET (11.6 KM)
https://electroverse.net/raikoke-volcano-continues-its-explosive-activity-today-it-ejects-ash-to-38000-feet-11-6-km/
Nullschool Jet Stream loop
https://earth.nullschool.net/#current/wind/isobaric/250hPa/equirectangular
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