CLIMATE CHANGE —IS THE SKY REALLY FALLING ON OUR HEADS?

This is my hypothesis for the changes to the climate we have all experienced, which I believe was triggered by a massive polar axial shift.

In 1995, Earth's axis started shifting so immediately and aggressively that billions of tonnes of polar ice drift was observed to stop, suddenly change direction, and speed up considerably.

This bit is important so bear with me. There is a global-scale, tropical atmospheric phenomenon called the Hadley Circulation, which sits in the troposphere above us like two massive invisible curtains covering much of the northern and southern hemispheres. It is a permanent climatic feature, which is intrinsically fixed to the equator where its cells rise and draw their energy, and it is responsible for the wild fluctuations in the jet stream that we all see and experience today.

This permanent natural climate conveyor phenomenon is responsible for the creation of all our deserts, and feeds all our rainforests with humidity and precipitation;?the last time it moved aggressively in the troposphere 6,000 years ago, it caused a massive region in North Africa to turn into the largest desert in the world —the Sahara.

In my view, it was disturbed once again by the movement of the Earth when the 1995 axial shift occured.

Here's the science: -

When the Earth tilted, the Hadley cells did not move with it, due to lesser gravitation at the equator where they rise and draw their energy. Instead, they remained static in the troposphere and s t r e t c h e d as the planet rotated beneath them like two sheets of invisible elastic, causing the now dramatic changes to the climate we are all experiencing beneath them.

In August 2022, I shared my hypothesis with the UK Met Office, who asked their Permanent Hadley Science team to investigate, and they confirmed that both Hadley cells had stretched further towards the poles, and the northern cell is now moving back and forth over the 40th parallel (40°N). Consequently, we are experiencing a permanent, radical adjustment to our global climate for a reason other than the intractable supplementary CO? emissions of mankind.

This scenario explains the wild fluctuations in the jet stream since the late 1990s as the two are intrinsically linked; it also explains the catastrophic evaporation of all inland seas across the same global latitudes —including the Mediterranean, which now loses approximately 4 feet of its million cubic miles of water to vapour every year. Equally, it is also depleting the Aral Sea, the Caspian Sea, the Black Sea, the biblical Dead Sea, and Lake Mead. It is also the cause of all accelerated glacial and permafrost melt, and we have seen a greater prevalence of severe storms (Hurricane Katrina et al); even the recent heavy rainstorms in Qatar during July 2022 —Doha had never seen a single drop of rain during the month of July in their recorded history.

At the same time in Tehran, catastrophic flooding was reported causing landslides that killed at least 22 with 2,600 people displaced (Red Crescent). Iran has never seen more than 0.2mm of precipitation during the entire month of July, ever.

You may have also heard that the Colorado River, the Yangtze River (above), the Rhine, the Po, the Danube, and the Loire were all drying-up at the same time in 2022, even though they are on different continents. Unfortunately, they are all on the same latitudes as the inland seas that are in the process of being depleted by the Hadley Circulation. Our French cousins say "it is a once in 500 years occurrence," it is more likely to be a once in a millennia occurrence in the 26,000-year cycle of this Earth's 'precession'.

All of these anomalies are intrinsically connected to the causality of the hot-dry/humid-wet circular movement of this natural phenomenon, which rises on both sides of the equator and wraps around the entire planet like an invisible Puffer jacket.

If this hypothesis is correct, it is probable that much of Southern Europe, Russia, China, and the southern states of North America may become arid as the Sahara did 6,000 years ago, when the Hadley Circulation turned the then lush, green region with a rainy climate and 67,000 km2 inland sea into the largest desert in the world, corroborated by the email communication from the UK Met Office below.

Equally, Now the Hadley cells have stretched, there is absolutely nothing mankind can do about it and “the sky is falling on our heads” for a different reason than man-made climate change.

This gif image shows the effect of the Hadley Circulation prior to 1995. Now imagine the white (Hot) areas moving north and south by 10° and you can see the causality of the prolonged heat we are experiencing today. Conversely, as the dark (wet) shades move further north and south by 10° one see's much greater humidity and precipitation, notably in Southern Russia, the Middle East and Pakistan. In 2022 there was also unprecedented catastrophic flooding in Germany, the United States, the northern territories of Australia, India, and south east Asia with freak hail storms in Germany and Mexico.

This is how Hadley cells create deserts: "As the air leaves the equator, it rains away more moisture, becoming denser and slightly cooler, until finally dry, it sinks, creating the arid bands where many of the world's deserts lie. Conversely, these giant atmospheric conveyor belts are also responsible for our tropical rainforests."

Here is the email from the UK Met Office confirming the stretching of the Hadley Cells.

"From: "Enquiries" <[email protected]>

To: sm*******@btinternet.com

Sent: Friday, 26 Aug, 22 At 16:10

Subject: CLI000**** - Movement of the Hadley Circulation a Climate Change Hypothesis

Dear Steven

Thank you for your enquiry on changes in the Hadley cells.

We have observed a widening of the Hadley cells expanding them towards the poles. This has come at the same time as changes in the jet stream and poleward movement of extratropical storm tracks.

The impact of human activity cannot be confidently determined although the effect of this Hadley cell expansion is likely to involve expansion of dry regions in the subtropics more towards the poles, an effect which is included in our current climate projections.

Regards

A********** *******

Climate Science Communicator

Met Office Hadley Centre, FitzRoy Road, Exeter, Devon, EX1 3PB, United Kingdom"

I suspect we will have to wait to see how the climate develops to reach a definitive conclusion, although I do suggest you review the World Atmospheric CO? PAPER, Carbon 14 Specific, Non-fossil Component, Anthropogenic Fossil Component, and Emissions (1750–2018).

Read the paper here: https://journals.lww.com/health-physics/Fulltext/2022/02000/World_Atmospheric_CO2,_Its_14C_Specific_Activity,.2.aspx

This 2019 Carbon 14 data irrefutably proves that between the year 1750, with a global population of 1bn, and 2018 with a population of 7.6bn, the amount of supplementary CO? in the atmosphere had increased from zero to 12%, which is entirely insufficient to have caused global warming.?

Update 19th July 2023. An answer to a question with respect to how the Hadley Circulation works: -

Both cells are anchored to the equator where they rise and draw their energy. When the planet rotated into its new position beneath them, the cells remained static in their old position in the troposphere, now stretched by the Earth beneath it, because the gravitational influence upon them is lesser at the equator than their farthest extremities.

The cells are not uniform in shape, I chose an elastic analogy because if one pulls a sheet of elastic it contorts into different shapes around the edges, which I believe is the case with the Hadley cells.

Both cells have stretched closer to the poles but their conveyor circulatory motion pushes their heat and humidity back and forth, pushing and pulling the jet stream with it, which can determine which areas get extreme heat while others cool and make humidity and precipitation.

An example would be today (19th July 2023), the jet stream is acting as a trough, buffering, or pushing southerly warm fronts back down over Europe, while allowing northerly and westerly cold fronts to push across the U.K. Consequently, European temperatures were very high (34-43°C), while the U.K. temp was a few degrees below average for this time of year (19°C).

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?Met Office?