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Date: May 14, 2024 at 20:49:32
From: pamela, [DNS_Address]
Subject: Magnetic Pole Shift - Extinction Event |
URL: https://youtu.be/1sDZiCLUW8I?si=gOnMI7T1_JpIRXOc |
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Magnetic Pole Shift - Extinction Event
70,338 views May 14, 2024
LEARN - Catastrophe Evidence:
• The Catastrophe Evidence
https://youtu.be/-sGPCMIQZLw?si=M0nhPf8UJnKr7EKO
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48264 |
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Date: May 17, 2024 at 16:53:30
From: akira, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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Pamela, I think the Ben Davidson interview above will interest you..
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48258 |
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Date: May 16, 2024 at 12:16:54
From: eaamon, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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some thirty plus years ago I watched a experiment on a PBS station using magnetism.
the experimenter has a solution of a solid core, a liquid suspension ans a outer mantle.
while magnetized they all spun together as one.
when he shut down the magnetism
they all became separated, spinning at different speeds.
it was enough to make me wonder if that was a moment when gravity went to zero.
a 'Rapture' like moment when people might continue going straight off the earth off into space.
good luck for those in a house or cave but not those in the open.
when the experimenter added power things went back to normal and unison.
I do not believe everything was lined up as before.
I had often wondered about the young Mastodon found with two front broken legs
in the frozen Russian tundra and came back to earth.
the second large solar sun explosion and new magnetic storm. hmmmm...
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48249 |
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Date: May 15, 2024 at 15:42:24
From: Redhart, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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May I point out there have been many magnetic pole
shifts in Earth's history, and no extinction has ever
been noted to occur with them.
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Date: May 17, 2024 at 17:19:02
From: akira, [DNS_Address]
Subject: what do you base that statement on, redhart? |
URL: https://duckduckgo.com/?q=magnetic+pole+shifts+coincide+with+extinctions&t=osx&ia=web |
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I searched for "magnetic pole shifts coincide with extinctions"
and this was the first handful of articles that came up:
A magnetic field reversal 42,000 years ago may have contributed to mass
extinctions
The weakening of Earth's magnetic
https://www.sciencenews.org/article/earth-magnetic-field-reversal-mass-
extinctions-environment-crisis
Earth's magnetic field flipping linked to extinctions 42,000 years ago
https://www.newscientist.com/article/2268520-earths-magnetic-field-
flipping-linked-to-extinctions-42000-years-ago/
Ancient Trees Show When The Earth's Magnetic Field Last Flipped Out
https://www.npr.org/2021/02/18/969063568/ancient-trees-show-when-the-
earths-magnetic-field-last-flipped-out
Earth’s Magnetic Flips May Have Triggered Mass Extinctions
https://www.discovermagazine.com/planet-earth/earths-magnetic-flips-
may-have-triggered-mass-extinctions
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48272 |
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Date: May 18, 2024 at 08:21:44
From: Redhart, [DNS_Address]
Subject: Re: what do you base that statement on, redhart? |
URL: https://www.space.com/space-mysteries-why-do-earths-magnetic-poles-flip |
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Well, as a geology major in college...
and I can also find links that back this up.
Note the word "evidence".
(from space.com ..at link)
"...Currently, there is no significant evidence of a
correlation between mass extinctions of life on Earth
and geomagnetic polarity reversals. However, linking
rates of species extinction and speciation with periods
of low magnetic field intensity is hindered by
uncertainties in the known timescale of these magnetic
'flips'.
Additionally, magnetic reversals happen frequently on
geological timescales (several hundred times in the
past 160 million years), while recorded mass extinction
events occur every hundred million years or so (much
less frequently)..."
or, USGS:
"..Do any mass extinctions correlate with magnetic
reversals?
No. There is no evidence of a correlation between mass
extinctions and magnetic pole reversals.
Earth’s magnetic field and its atmosphere protect us
from solar radiation. It’s not clear whether a weak
magnetic field during a polarity transition would allow
enough solar radiation to reach the Earth's surface
that it would cause extinctions. But reversals happen
rather frequently--every million years or so--compared
to mass extinctions, which occur every hundred million
years or so..."
https://www.usgs.gov/faqs/do-any-mass-extinctions-
correlate-magnetic-reversals
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Date: May 18, 2024 at 17:39:36
From: akira, [DNS_Address]
Subject: "there does appear to be a linkage between extinctions and ..." |
URL: https://www.npr.org/2021/02/18/969063568/ancient-trees-show-when-the-earths-magnetic-field-last-flipped-out |
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and how many years ago were you in college?
Ancient Trees Show When The Earth's Magnetic Field Last Flipped Out
FEBRUARY 18, 2021
"An ancient, well-preserved tree that was alive the last time the Earth's
magnetic poles flipped has helped scientists pin down more precise timing of
that event, which occurred about 42,000 years ago.
This new information has led them to link the flipping of the poles to key
moments in the prehistoric record, like the sudden appearance of cave art
and the mysterious extinction of large mammals and the Neanderthals. They
argue that the weakening of the Earth's magnetic field would have briefly
transformed the world by altering its climate and allowing far more ultraviolet
light to pour in.
Their provocative analysis, in the journal Science, is sure to get researchers
talking. Until now, scientists have mostly assumed that magnetic field
reversals didn't matter much for life on Earth — although some geologists
have noted that die-offs of large mammals seemed to occur in periods when
the Earth's magnetic field was weak.
The Earth is a giant magnet because its core is solid iron, and swirling around
it is an ocean of molten metal. This churning creates a huge magnetic field,
one that wraps around the planet and protects it from charged cosmic rays
coming in from outer space.
Sometimes, for reasons scientists do not fully understand, the magnetic field
becomes unstable and its north and south poles can flip. The last major
reversal, though it was short-lived, happened around 42,000 years ago.
Why A Musician Breathed New Life Into A 17,000-Year-Old Conch Shell Horn
SCIENCE
Why A Musician Breathed New Life Into A 17,000-Year-Old Conch Shell Horn
This reversal is called the Laschamp excursion, after lava flows in France that
contain bits of iron that are basically pointed the wrong way. Volcanic activity
back then, during the flip, produced this distinctive iron signature as the
molten lava cooled and locked the iron into place. Iron molecules embedded
in sediments around the world also captured a record of this magnetic
wobble, which unfolded over about a thousand years.
"Even though it was short, the North Pole did wander across North America,
right out towards New York, actually, and then back again across to Oregon,"
says Alan Cooper, an evolutionary biologist with Blue Sky Genetics and the
South Australian Museum. He explains that it "then zoomed down through
the Pacific really fast to Antarctica and hung out there for about 400 years
and then shot back up through the Indian Ocean to the North Pole again."
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These changes were accompanied by a weakening in the magnetic field, he
says, to as low as about 6% of its strength today.
He and colleague Chris Turney, an earth scientist at the University of New
South Wales, found a new way to study the exact timing of all this, using
unusual trees in New Zealand.
Giant kauri trees can live for thousands of years and can end up well
preserved in bogs. "The trees themselves are quite unique," says Cooper.
"They're a time capsule in a way that you don't really get anywhere else in
the world."
Inside trees that lived during the last magnetic flip, the researchers and their
colleagues looked for a form of carbon created when cosmic rays hit the
upper atmosphere. More of these rays come in when the magnetic field is
weak, so levels of this carbon go up.
The trees, with their calendar-like set of rings, took in this kind of carbon and
laid it down as wood. That let the researchers see exactly when levels rose
and peaked and then fell again. One tree in particular had a 1,700-year
record that spanned the period of the greatest changes.
By creating a precise timeline, the research team was able to compare the
magnetic field's weakening to other well-established timelines in the
archaeological and climate records.
"We really think actually there's quite considerable impacts going on here,"
says Cooper.
Friend Or Foe? Naked Mole Rats Can Tell By A Unique Squeak
SHOTS - HEALTH NEWS
Friend Or Foe? Naked Mole Rats Can Tell By A Unique Squeak
They also turned to advanced climate modeling to try to understand how the
magnetic changes would have affected conditions on the planet. The ozone
layer, in particular, would have taken a beating.
"If you damage the ozone layer, as we've found out, you change the way in
which the sun's heat actually impacts the Earth," says Cooper. "And as soon
as you start doing that, you change weather patterns because wind
directions and heating goes AWOL, goes all over the place."
Sponsor Message
If the sun went through one of its periodic conniptions when the strength of
the Earth's magnetic field was turned way down, he says, a solar flare or
storm would have sent a burst of radiation that could have had massive
consequences for people living back then.
"This is what we think actually drove them into caves," says Cooper. "You
would not want to be outside during daylight hours."
He admits that it's difficult to draw clear links among all these various events
"at this stage. But I think that's always true when you're putting forward such
a radical new theory." He notes that the idea of an asteroid killing off the
dinosaurs once seemed far-fetched as well.
Other researchers say they're really struck by the fact that the scientists
were able to construct such a detailed record of the timing of magnetic
changes by looking at these trees.
"That high-resolution temporal record is, I think, pretty impressive," says
Brad Singer, a geologist at the University of Wisconsin-Madison who studies
the history of the Earth's magnetic field but was not part of the research
team. "This is only a small number of specimens that they measured, but the
results look fairly reproducible in the different trees, and I think that's a pretty
impressive set of data."
He thinks this report will steer people's attention to do work that could test
this proposal that reversals of the Earth's magnetic field could disturb its life.
James Channell, a geologist at the University of Florida, questioned whether
other kinds of historical records, like ice cores, support the idea of a global
climate crisis around 42,000 years ago. He works mostly on the North
Atlantic, he says, and isn't aware of anything very dramatic going on there at
that time.
Still, he has previously written about the possibility that magnetic field
weakening was linked to die-offs of large mammals, so he was "thrilled" to
see someone else connecting those two things. Large mammals, he notes,
are long-lived and susceptible to damage from prolonged exposure to the
ultraviolet radiation that would increase during periods when the magnetic
field was weak.
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"From what we know about field strength through time, over the last hundred
thousand years," says Channell, "there does appear to be a linkage between
extinctions and low geomagnetic field strength."
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Date: May 18, 2024 at 17:43:05
From: akira, [DNS_Address]
Subject: Earth's magnetic field flipping linked to extinctions 42,000 years ago |
URL: https://www.newscientist.com/article/2268520-earths-magnetic-field-flipping-linked-to-extinctions-42000-years-ago/?_ptid=%7Bkpdx%7DAAAA2-o5xofzhAoKcmJhNGYxWmNwZRIQbHdjc3lsYzhzYzh6amduYhoMRVg1Q1FOVDBDT0tYIiUxODIwNXRvMGRvLTAwMDAzM3NlOGNuMjQybm43NnVsaXJkazRvK |
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18 February 2021
Earth's magnetic field flipping linked to extinctions 42,000 years ago
The most recent reversal of Earth’s magnetic field may have been as recent
as 42,000 years ago, according to a new analysis of fossilised tree rings. This
flip of the magnetic poles would have been devastating, creating extreme
weather and possibly leading to the extinction of large mammals and the
Neanderthals.
Earth’s magnetic field extends into space and is most concentrated at the
north and south poles. The magnetic poles wander and occasionally reverse
around every 200,000 to 300,000 years, but we have little evidence on how
this impacts our planet.
Alan Cooper at the South Australian Museum in Adelaide and his colleagues
have now provided some answers. They came up with the most accurate
date yet of Earth’s last magnetic field reversal called the Laschamp event,
which they estimate occurred between 41,560 and 41,050 years ago and
lasted less than 1000 years.
The team calculated this using radiocarbon analysis of tree rings from an
ancient, fossilised kauri tree (Agathis australis) preserved in northern New
Zealand wetlands.
“The tree lived right through the Laschamps and we used the shift in
radiocarbon, carbon-14, in the atmosphere to detect exactly when the
magnetic field collapsed,” says Cooper.
The Earth’s magnetosphere – the region around the planet dominated by
Earth’s magnetic field – weakens when the magnetic poles reverse. Cooper
and his team estimate Earth’s magnetic field was just 6 per cent of current
levels during the Laschamp event.
Read more:
The north pole is moving and if it flips, life on Earth is in trouble
When the magnetic field weakens, more cosmic rays enter the atmosphere
and transform certain atoms into radioactive carbon-14, raising levels of this
isotope. By measuring the levels of carbon-14 in each tree ring of the kauri
tree, they were able to accurately date the Laschamp event.
They then used climate modelling to find that several major changes
coincided with the Laschamp event. The weakened magnetic field allowed
more ionising radiation from solar flares and cosmic rays from space to reach
Earth.
“These damage the ozone layer and ultraviolet light comes in at very high
levels,” says Cooper. This would have caused extreme weather conditions,
including lightning, high temperatures and lots of sunlight – which may have
been difficult for organisms to adapt to.
“These extreme environmental changes may have caused, or at least
contributed to, extinction events including those of large mammals in
Australia and the Neanderthals in Europe,” says Paula Reimer at Queen’s
University Belfast, UK, who wasn’t involved in the research. Megafauna
across Australia and Tasmania – prehistoric giant mammals that existed in
the Late Pleistocene – and Neanderthals in Europe went extinct around the
same time as the magnetic pole reversal, 42,000 years ago.
The north pole has been moving spasmodically over the past century, drifting
around a kilometre per year, says Cooper. “It doesn’t necessarily mean that it
is going to happen again, but if it did it would be absolutely catastrophic,” he
says.
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Date: May 18, 2024 at 17:53:00
From: akira, [DNS_Address]
Subject: Could it play a role in extinctions? Yes, says Smithsonian |
URL: https://www.smithsonianmag.com/air-space-magazine/could-doomsday-come-reversal-magnetic-poles-180977092/ |
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February 24, 2021
Could Doomsday Come From a Reversal of the Magnetic Poles?
Lessons from the Laschamps Excursion 42,000 years ago
Dirk Schulze-Makuch
The Earth’s magnetic field does more than just cause auroral light shows.
Could it play a role in extinctions, too?
After studying the reversal of Earth’s magnetic pole known to have occurred
42,000 years ago, a science team led by Alan Cooper from the South
Australian Museum in Adelaide, Australia concludes that the event had
significant environmental repercussions, especially at lower and mid-
latitudes. That time period, known as the Laschamps Excursion, had
anomalously high radiocarbon concentrations in the atmosphere, which were
linked to a higher influx of radiation. When the reversal occurred, within a
span of about 1,000 years, Earth’s magnetic field weakened drastically and
the magnetic North and South Poles flipped, temporarily leaving surface-
dwelling organisms largely unprotected from high influxes of both ionic and
ultraviolet radiation.
Previous studies had not found much of an environmental impact from
the flip. But that conclusion was based primarily on ice cores from Greenland
and Antarctica, which biased it toward higher latitudes. Cooper and his
colleagues took more representative samples from all over the world,
including from tree rings in New Zealand. They conclude that the magnetic
reversal was in fact related to the extinction of a large fraction of large
animals at the time, as well as the disappearance of the Neanderthals and
even the appearance of cave art.
If the connection with mass extinctions is true, it’s a cause for concern.
Earth’s magnetic field has weakened nearly 10 percent in the last 200 years,
and the position of the magnetic North Pole has changed quite a bit. A
magnetic reversal may be imminent. One can only imagine what trouble such
an event could cause, with more solar and cosmic radiation hitting Earth’s
surface. Potentially, we could see an increase in cancer rates, environmental
disturbances, and the failure of power grids. Do we need to worry?
Yes and no. Yes, because our energy supply is increasingly fragile (see the
recent effects of icy weather on Texas’s power grid), and much of our
communication is based on satellites. If those are knocked out by solar
storms, the effect on society could be substantial. No GPS, no social media,
electrical power outages. Do I need to go on?
No, because a reversal may not necessarily have a big environmental impact
after all. There have been other periods of magnetic weakening and reversals
—the last one was 34,000 years ago—with apparently little effect, judging
from the fossil record. During the Laschamps Excursion, or Adams Event as
the authors call it, Earth was still in the grips of an ice age, with much of
Europe and North America under glaciers. The Sun’s activity also was much
lower at that time—a so-called Grand Solar Minimum, which happens
periodically. So any extinction that occurred during that period may have
been more due to the ice age than the magnetic reversal. Or maybe it was a
combined effect. Humans may have retreated to caves because of both the
cold and the higher radiation levels, with cold probably being a more
important motivating factor.
I also don’t see how the Neanderthal extinction would be related to the
environmental stress 42,000 years ago. If anything, Neanderthals, with their
bulkier bodies, should have been more cold-adapted than Homo sapiens,
who originated from East Africa. Not to mention that recent research shows
that the Neanderthals did not actually go extinct during that time period.
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There’s no doubt that higher radiation levels would impact the biosphere, but
probably more on the individual rather than the species level. That’s true for
humans, too. But our greatest vulnerability may lie in our technology, on
which our society has become so dependent.
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Date: May 19, 2024 at 11:34:07
From: Redhart, [DNS_Address]
Subject: Re: Could it play a role in extinctions? Yes, says Smithsonian |
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"could" is not "did"
Looks like all of your articles are pointing to one
study of one shift that had a whole lot of other things
going on during that time period as well.
This is not uncommon in science and would need to be
investigated further to change that "could" to "did"
needs a lot more evidence.
In the article, it also said there was little to no
apparent effect in a more recent magnetic field change
about 31KYO. So, if there's evidence of effect in
one...but not another, certainly there are some other
variables science does not have a firm grasp on..yet.
They may certainly some day, but there have been
hundreds of these shifts and life seemed to carry on
just fine. No population bottlenecks, etc.
excerpt:
".... There have been other periods of magnetic
weakening and reversals
—the last one was 34,000 years ago—with apparently
little effect, judging
from the fossil record. During the Laschamps Excursion,
or Adams Event as
the authors call it, Earth was still in the grips of an
ice age, with much of
Europe and North America under glaciers. ..."
The Laschamps excursion of 42KYO certainly needs more
study. It raises questions as to what happened for
"this event" that didn't happen in others. An ice age,
perhaps? That's a massive variable (and there may be
other things going on we are not yet privy too).
That isn't proof of the next shift causing a mass
extinction in the future.
Now, will it mess up our grids and tech? Most
likely..that was something that hasn't been there in
previous history. Does it mean life will stop dropping
dead ?
No.
Should we ask questions and do more study?
Most certainly.
Should we run and scream the sky is about to fall?
People will do that anyway, but no.
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48276 |
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Date: May 18, 2024 at 18:30:33
From: akira, [DNS_Address]
Subject: Science.org |
URL: https://www.science.org/doi/10.1126/science.abb8677 |
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excerpt from a 2021 article, "A global environmental crisis 42,000 years ago"
"In the equatorial west Pacific, Lake Towuti currently experiences a wet
season from December to May as the ITCZ migrates southward (11). During
the last glacial period, Lake Towuti preserves a marked and sustained shift in
δ13Cleaf wax to more positive values (interpreted as representing more arid
conditions), which persisted until the Pleistocene-Holocene boundary (Fig. 4
and supplementary materials) (11). A comprehensive series of 13 new
radiocarbon dates and sediment magnetic intensity minima suggest that the
ITCZ shift occurred at 42.35 ± 0.2 ka, again during the geomagnetic
transition phase into the Laschamps (fig. S11), precisely aligning to the
westerly airflow shift recorded at Pillar Rock. The high level of precision on
the ages obtained for the major climatic boundaries recorded in Lake Towuti
and the Auckland Islands is only possible because of the contiguous series of
radiocarbon dates from each sequence, which permit accurate alignment
against the steep rise in atmospheric radiocarbon values across this period
(Fig. 1).
The above changes are consistent with a wealth of observations that
indicate major environmental changes around the Pacific Basin at the time of
the geomagnetic transition into the Laschamps. For instance, a northward
movement of the Southern Hemisphere westerlies has been proposed to
explain the local peak glacial advance in the arid southern-central Andes,
sometime before 39 ka (Fig. 4) (7) and tentatively related to fluxes in cosmic
radiation and the Laschamps (8). Maximum glacial advances are also
observed in New Zealand ~42 ka (10), consistent with the climate modeling
of enhanced southwesterly airflow over the mid-latitudes (Fig. 3) (8). These
broad-scale atmospheric circulation changes appear to have had far-
reaching consequences. Within Australia, the peak megafaunal extinction
phase is dated at ~42.1 ka, both in the mainland and Tasmania (Fig. 4) (14–
16), and has generally been attributed to human action, although well after
their initial arrival at least 50 ka (14, 16, 32). Instead, the megafaunal
extinctions appear to be contemporaneous with a pronounced climatic phase
shift to arid conditions that resulted in the loss of the large interior lakes and
widespread change in vegetation patterns (13, 15). At Lynch’s Crater in
northeast Australia, the shift in vegetation structure, accompanied by
increased burning (15), has been recalibrated here at 41.91 ± 0.4 ka,
overlapping with the climatic boundaries observed at Lake Towuti and the
Auckland Islands. Likewise, sediments at the Lake Mungo site associate the
timing of the loss of Australia’s interior lakes and megafaunal extinction
phase with a reported geomagnetic excursion ~42 ka (locally called the
“Lake Mungo Excursion”) (supplementary materials) (13). Similar signals of
marked floral and faunal change also appear to exist on New Caledonia and
as far afield as South Africa (see supplementary materials). Together, these
records suggest that both a mid-latitude climatic shift and major extinction
phases overlap with the geomagnetic transition leading into the Laschamps,
implying an association between these events.
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Date: May 15, 2024 at 17:08:32
From: pamela, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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also during the Carrington event in the 1800's before
all of our electronic/electrical/communications systems
were set up- we were "lucky", if a direct CME did hit
us, it would be very bad. There are no safe gaurds set
up for this. If the magnetic field keeps
slipping/weakening as it has been, it would not be a
pretty colors in the skies event.
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Date: May 15, 2024 at 17:32:28
From: Eve, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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Bottom line though it's up to the highest power who created the
universe and holds it together until shiloh comes.
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Date: May 15, 2024 at 18:06:59
From: pamela, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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Date: May 15, 2024 at 16:59:56
From: pamela, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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I agree- obvious since populations were able to start up
again-- extinction level event is not called for- but it
sure can mess up "civilization" and can set it back--
As I mentioned to Eve- I am just giving another person's
take on it- I do not necessarily agree with anything or
everything he posts. I've been hearing about pole shifts
since i was in my 11th grade history class-Mr Green
would take some time out of our regular studies to do a
short or longer theory /history on them back in the
60's. Any ways, Ben Davidson did not need to mention
the ELE to try to scare people- but hey, a Huge CME
could blast us to kingdom come. For many affected that
would be their personal ELE.
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Date: May 15, 2024 at 17:23:39
From: Eve, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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Did you know Ben Davidson is actually a lawyer (figures)
not a scientist but a pseudoscientist?. He flashes a
paragraph of a scientific paper to viewers then delivers
a pseudoscience POV in summary imo to garner support of
those who never read the entire paper or lack the
background to understand the scientific lingo of research
papers and maybe he does not understand it either as a
lawyer and just looks for loopholes for sales purposes.
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Date: May 15, 2024 at 18:02:32
From: pamela, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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Just another point of view-- from him- I listen to many
people on the subject- does not mean I follow them.
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48247 |
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Date: May 14, 2024 at 22:29:47
From: Major Tom, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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48244 |
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Date: May 14, 2024 at 21:00:36
From: Eve, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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Exterminator terminator stuff. I don't know I believe his
take on how it goes down but it does go down.
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[48245] [48257] [48246] |
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48245 |
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Date: May 14, 2024 at 21:28:40
From: pamela, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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hes posting science papers on this all the time-if you
care to watch-- nothing new to me or many of us- I could
easily post it on the Science/Tech board-- extinction
event-end of the world as we've known it- is not hype.
Our grid goes down- it basically takes back to the stone
age again. Basic info, on Sun, Moon, Earth cycles--
besides many of us dreamers have already posted about
these scenarios on dreams board for years- I'm just
posting another take on it from someone else. Personally
I've been having the dreams since I was 15/16 yrs old.
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[48257] [48246] |
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48257 |
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Date: May 16, 2024 at 12:16:01
From: Major Tom, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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I've had lots of dreams where I was rich but it hasn't happened yet.
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48246 |
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Date: May 14, 2024 at 22:23:46
From: Eve, [DNS_Address]
Subject: Re: Magnetic Pole Shift - Extinction Event |
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Maybe the grid will go down, maybe it won't it's an unknown...a probability but
when it does I think it's the end of time in terms of cycling.
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