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Message started by JOG on 10/14/24 at 20:29:48

Title: Finally,, some sanity, real science
Post by JOG on 10/14/24 at 20:29:48

https://slaynews.com/news/top-study-confirms-sunlight-clouds-earth-climate-not-carbon-emissions/

https://slaynews.com/news/top-study-confirms-sunlight-clouds-earth-climate-not-carbon-emissions/

Title: Re: Finally,, some sanity, real science
Post by thumperclone on 10/15/24 at 05:55:47

yes sunlight and clouds affect the climate
the hole in the ozone layer affects the amount of sunlight (heat) the reaches us
what caused the hole in the ozone layer?
greenhouse gasses...

Title: Re: Finally,, some sanity, real science
Post by MnSpring on 10/15/24 at 06:07:48

5D415C44594C5B4A4546474C290 wrote:

"... greenhouse gasses..."

For those who Continue to repeat the DFI, FDS, Controlling, socialists, lies.

" the story of CFCs and ozone, that is the part of the tale that is probably familiar.

The part of the story that fewer people know is that while the chlorine atoms freed from CFCs do ultimately destroy ozone, the destruction doesn’t happen immediately. Most of the roaming chlorine that gets separated from CFCs actually becomes part of two chemicals that—under normalatmospheric conditions—are so stable that scientists consider them to be long-term reservoirs for chlorine. So how does the chlorine get out of the reservoir each spring?

Under normal atmospheric conditions, the two chemicals that store most atmospheric chlorine (hydrochloric acid, and chlorine nitrate) are stable. But in the long months of polar darkness over Antarctica in the winter, atmospheric conditions are unusual. An endlessly circling whirlpool of stratospheric winds called the polar vortex isolates the air in the center. Because it is completely dark, the air in the vortex gets so cold that clouds form, even though the Antarctic air is extremely thin and dry. Chemical reactions take place that could not take place anywhere else in the atmosphere. These unusual reactions can occur only on the surface of polar stratospheric cloud particles, which may be water, ice, or nitric acid, depending on the temperature. "