Billy_Bob
Diamond Member
I have been barraged by the left wing nut cases who do not understand the paradoxical presentation of earths climatic systems. As I will show below the difference in a cooling world vs a warming world are stunning but confuse many people.
Stephen Wilde has done extensive research on solar input and how it affects the global climatic system.
In the graph above the left side shows a warming world where the suns energetic molecules bombard the Ozone layers of the earth and as that pressure increases at the equator, it creates a polar jet zonal response allowing warming of the earth. In a cooling phase when the suns output of excited molecules drops the ozone pressures build in the arctic regions, massive cooling and causing the wild polar jet swings we see on the right.
This is an excellent article on our planets atmospheric system and the pressures which control it. CO2 is but a very minor player and muted by water vapor such that concentrations above 7,000ppm have little or no effect on heat retention.
Source..
Just maybe Old Crock and Crick will learn something...
There is no tropospheric hot spot due to water vapor... It is the convection cycle which keeps earth in the 12 deg C to 22 Deg C range and has done so for millions of years.
Is the Sun driving ozone and changing the climate?

Stephen Wilde has done extensive research on solar input and how it affects the global climatic system.
In the graph above the left side shows a warming world where the suns energetic molecules bombard the Ozone layers of the earth and as that pressure increases at the equator, it creates a polar jet zonal response allowing warming of the earth. In a cooling phase when the suns output of excited molecules drops the ozone pressures build in the arctic regions, massive cooling and causing the wild polar jet swings we see on the right.


This is an excellent article on our planets atmospheric system and the pressures which control it. CO2 is but a very minor player and muted by water vapor such that concentrations above 7,000ppm have little or no effect on heat retention.
Source..
Just maybe Old Crock and Crick will learn something...
At the north and south poles the magnetic field lines converge, the Earth drags the atmosphere around a single point, the tropopause is lower, and temperature inversions are common. Polar vortices occur when an area of low pressure sits at the rotation pole of a planet. This causes air to spiral down from higher in the atmosphere, like water going down a drain. (Polar vortices should not be confused with the circumpolar jet around the poles, which is often given the same name in the media.)
All this remarkable action means that above the poles even the high mesosphere affects the height of the tropopause. In the polar vortices the descending flow draws air down from the mesosphere, right through the stratosphere to the tropopause.
The presence of a layer of ozone in the stratosphere is the cause of the temperature inversion that forms at the tropopause. That layer of ozone is warmed directly by incoming solar radiation. It is warmer than the rising air coming up from the surface below, so it effectively puts a lid on convection.
Ozone variations affect the temperature of the stratosphere, which in turn affects the height of the tropopause. From page 14 of Zangl and Hoinka:
There is no tropospheric hot spot due to water vapor... It is the convection cycle which keeps earth in the 12 deg C to 22 Deg C range and has done so for millions of years.
Is the Sun driving ozone and changing the climate?
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