Adapt 2030 Ice Age Report: Jet streams break while 'once in a century' is our new norm

Adapt 2030
Thu, 31 Dec 2020 19:18 UTC

© YouTube/Adapt 2030 (screen capture)

Earth's winds and jet streams are reversing their flow sending record heat to Norway 15C/60F after Christmas and the Balkans are -5C/22F along the Adriatic Sea. Once in a lifetime Polar Stratospheric Clouds, coldest December temperature recorded in Pakistan. Update on Blue Star Kachina comet C/2017K2 arriving 2022.

Sources

Comment: See also:

• "Once in a lifetime" outbreak of polar stratospheric clouds captured on video above Sweden
• Delhi faces second-coldest December in 100 years as northern India shivers in record cold spell
• Up to 30 FEET deep snow banks in Iceland - 'We've never before had snow on this scale'
• Moscow experiencing its warmest winter since 1880s
• 'Remarkable' high as Scottish temperature record is broken

A recent study predicts the next solar cycle phase will bring on a 'Mini Ice Age' as early as 2020, as according to the models, there will be a "huge reduction" in solar activity for 33 years between 2020 and 2053. This will cause global temperatures to decrease drastically. Meanwhile NASA predicts the weakest solar activity in 200 years.

Jet Stream meanderings, and much more, are explained by Pierre Lescaudron in his book Earth Changes and the Human Cosmic Connection:

So since about 1998, when the solar activity started to drop, the Arctic jet stream has shown signs of weakness (lower speed and more southerly location). Jet stream latitudinal oscillations have been acknowledged by mainstream science for years. They are allegedly due to changes in the Arctic oscillation. [561] So far, no convincing explanation has been provided for the causes of this 'oscillation'. However, if the electric nature of our solar system is taken into account, shifts in the jet stream begin to make sense...

Therefore, if solar activity is weak, the jet stream should be observed at abnormally low latitudes. This is what has happened in recent years, particularly over Europe, with the jet stream as low as 15° north in winter (above North Africa) when it should be around 60° north (above Scotland)...

In this way, a lasting decrease in solar activity would induce an overall cooling of the 'temperate' latitudes that would be increasingly less separated from Arctic air by a more frequently and abnormally south-shifting polar jet stream. This could be an aggravating factor in the quick onset of an ice age.