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from Lots wife
Mahalo!
I will drop your material into a draft article so I don’t lose it.
I am
thinking Moana Loa (and just this week, Moana Kea showing signs of life) are
more “nucleated” because their magma chambers are more exposed, closer to the
surface, than many other volcanos, some deep chamber volcs may not see many GCR’s
Stock out
From:
Subject: Basaltic Eruptions Appear To Cause Abrupt Global Warming
Good work, Stock…but need
distinctions between basaltic and explosive eruptions. When GCRs flux there
appear to be differential effects. Pete Ward is the man. He has multiple vids…curiously,
his numbers are low. I alerted Adapt2030 to Ward last year. Crickets…David has
his blind spots. As additional data accumulates, what’s clear as cancer is that
TPTB fed the world a ration of shit - ‘you are responsible for warming; you
need to be controlled’. Precious years were lost running down a dead-end trail.
You might call/contact Ward for a personal angle on Hawaii and the bigger
picture. Am looking forward to your assimilation of Ward’s work.
dy
16:00 presentation, 2016
Introducing Peter L. Ward
[27years with USGS] who presents data showing the geologic footprints of
climate change throughout Earth history show sudden
warming followed by much slower cooling in erratic sequences averaging 5000
years that are not cyclic. Roughly self-regulating, Earth's climate
is driven by volcanic eruptions. Explosive events cool [mostly] the planet
while oozing lava flows warm the planet.
Sulfur dioxide SO2 [...] and
fine ash absorb ultraviolet energy from the sun that causes the bonds between
and within their atoms to oscillate at 47 times higher frequency than the bonds
in CO_{2} absorbing infrared radiation. Temperature is proportional to the kinetic
energy of these oscillations, i.e. the frequency squared. Thus these gases are
raised to much higher temperatures than greenhouse gases.
...SO2 from China is
traceable across the Pacific Ocean even to eastern America, perhaps playing a
major role in the unusually high air temperatures in 2010. Atmospheric
circulation in the northern hemisphere moves SO2 towards the pole where it is
the primary cause of Arctic Haze. In polar regions, solar radiation travels longer
path lengths through the atmosphere during longer summer days than in
equatorial regions, contributing to the well-documented excessive global
warming in the Arctic....In August 2014, Bárðarbunga in central Iceland began
erupting basaltic lava flows that in six months covered an area of 33 square
miles, the size of Manhattan, the highest rate of such lava extrusion since
1783, a major event. Chlorine and bromine from such
lava depletes the ozone layer, allowing more ultraviolet-B solar radiation to
reach Earth.
----------------------------------------------------
Jules Verne meets Hans Solo
Full Spectrum Dominance via Ionization of the Atmosphere
Space
War [spawar] is real; it’s happening. According to this speaker, geo-physcial
events [fires, floods, drought, earthquakes and
volcanoes] can be traced to microwave energy deliberately added to the
atmosphere above Earth’s surface.
[there’s
a 2 minute-long audio glitch midway in the tape]
It’s
on your watch.
------------------------------------
Jim
Lee asks…
fyi
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https://medium.com/the-physics-arxiv-blog/geophysicists-reveal-how-earthquakes-produce-magnetic-pulses-f9fc95f5aa
https://medium.com/the-physics-arxiv-blog/geophysicists-reveal-how-earthquakes-produce-magnetic-pulses-f9fc95f5aa
Scoville and
co begin by explaining the chemistry that leads to igneous rocks
behaving like semiconductors. They point out that when magma
crystallises in the presence of water, the resulting silicates contain
peroxy bonds consisting of OH groups.
Under
huge pressures and temperatures, these bonds can break to form
electron-hole pairs. The electrons become trapped near broken peroxy
bonds but the holes are free to travel through the crystal structure.
The natural diffusion of these holes leads to a separation of charge,
creating regions of the rock that are positively and negatively charged.
The
boundary between these regions behaves like the p-n junction of a
diode, say Scoville and co. This allows current to flow in one direction
but not the other. At least not until the potential difference reaches a
certain value when the boundary breaks down allowing a sudden increase
in current.
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