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The Spaceweather.com told on July 16th, 2013, about the Space Weather Balloon Update:
"Last month, a record-setting heat wave swept across the southwestern USA, with temperatures in Death Valley and surrounding areas jumping as high as 54 C (129 F). The student scientists of Earth to Sky Calculus decided to find out if the heat wave extended all the way to the edge of space. So, on June 30th when the temperature in their hometown of Bishop, CA, was 42 C (108 F), they launched a research balloon to the stratosphere. An onboard cryogenic thermometer measured the temperature all the way up to 90,000 feet above sea level. This is what they found:
The heat wave did not reach into the stratosphere."
The experiment above inspired us in Quintile72 to study how the temperature of the upper atmosphere, for example above Las Vegas, would behave, compared with our Weather Score of June 2013. The soundings for our study were found here. (Comments after the picture.)
(Click the picture to enlarge the Weather Score.)
See also the tropopause levels compared with the Weather Score.
The California students noticed, that the heat wave did not reach into the stratosphere. Why?
The answer is very simple, but it requires a
step into the area of the extended natural science and understanding about the etheric level, one of the four main levels in our reality, where the first one is the physical level.
The four basic factors of the etheric level are the coldness, the humidity or "water", the warmth, and the light or the dryness. They are also
called earth, water, fire and air. The last one, the light or dryness is causing heat near the ground in summer but at the same time coldness in
the upper atmosphere.
The etheric light dries humidity from the atmosphere. Thus it allows the sunshine to come down freely and warm up the ground, but in addition it
allows the warmth to rise up and disappear into space, because no humidity, no clouds are keeping it down. So a strong influence of light element
coming from space makes it very, very cold in the upper atmosphere.
However, very seldom does one element alone influence the weather in an area. We are living all the time in the middle of different combinations
of elements and they are also changing constantly. This fluctuation is caused by the whole solar system and the situation of each day is seen on
the Weather Scores.
Another cold factor is the combination of the light element and the earth element (yellow and violet
in the Weather Scores). When Jupiter moves "from earth into light" on June 20th, and when it in addition is representing etheric light itself,
this transition causes coldness.
The earth element alone (violet) causes coldness, but that coldness, in practice, contains humidity and therefore it is milder than the dry
coldness. When the dwarf planet Sedna (also Haumea and Quaoar) makes aspects (planet constellations)
with other planets, it causes coldness near the tropopause and this coldness will come downwards. It causes imbalance in the atmosphere and rain
and thunderstorms are very likely.
The warmth element also causes warmth in the upper atmosphere, and because the USA is situated in the zone of
warmth, Mercury, representing warmth, has a strong influence on the US. During the node of Mercury (when it is crossing the ecliptic) the
influence is strongest.
In addition to the warmth element, the US has a strong capability to receive the etheric light element, because it has large deposits of quartz
in the ground in many states. Quartz is considered "light from the ground" and "similar attracts similar". The local light element and the warmth
element together are factors for sunny and warm weather.
In reference to this and our numerous earlier studies we can say that the correspondence with the etheric elements and the temperatures in the
upper atmosphere has proved to be quite "boringly" accurate. The only surprises come from our defective familiarity with the extended natural
science. Nearer to the ground the local, receiving element qualities have a stronger steering influence on the weather, which then will be
divided into separate rain, sunshine, coldness and warmth in different localities. To understand these influences better, this topic is well
worth continuing, using very accurate research.
Quintile72.net
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