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I have mentioned at times when CO2 also has negative feedback. Besides at the lower atmospheric levels, it truly does have an effect, along with other gasses, at the TOA (top of atmosphere.) I have specifically mentioned the statosphere and thermosphere at times.
Here are two things to consider. The first from 2012:
At 1:23; When the upper atmosphere heats up the CO2 and Nitric Oxide (NO) molecules try as hard as they can to shed heat back into space
At 2:20; CO2 and NO are the 2 most efficient coolants in the upper atmosphere
At 2:55; Majority of heat is sent back into space by the action of CO2 and NO
The video is 4:02 long, and I'll bet most of you who like to debate Climate change have never seen such facts about science. I suggest that you all watch the 4 minutes.
Now here is a link to the SABER satellite sensors they mention:
April 2015 - SABER observes strongest geomagnetic storm in over 10 years.
I wonder if this can help explain the hiatus:
There is a natural cycle here that is changed by CO2 and NO. The greater these gasses are, the greater they will shed the earths heat from the sun in the stratosphere and thermosphere. Notice that the peaks of around the solar radio flux is far greater at the beginning of the graph, than later, yet the cooling has less of a change. I attribute this to more CO2 and NO the 10 years later. Not shown here is the changes from O3 and other gasses, which do the same thing at other wavelengths.
Here are two things to consider. The first from 2012:
At 1:23; When the upper atmosphere heats up the CO2 and Nitric Oxide (NO) molecules try as hard as they can to shed heat back into space
At 2:20; CO2 and NO are the 2 most efficient coolants in the upper atmosphere
At 2:55; Majority of heat is sent back into space by the action of CO2 and NO
The video is 4:02 long, and I'll bet most of you who like to debate Climate change have never seen such facts about science. I suggest that you all watch the 4 minutes.
Now here is a link to the SABER satellite sensors they mention:
April 2015 - SABER observes strongest geomagnetic storm in over 10 years.
I wonder if this can help explain the hiatus:
There is a natural cycle here that is changed by CO2 and NO. The greater these gasses are, the greater they will shed the earths heat from the sun in the stratosphere and thermosphere. Notice that the peaks of around the solar radio flux is far greater at the beginning of the graph, than later, yet the cooling has less of a change. I attribute this to more CO2 and NO the 10 years later. Not shown here is the changes from O3 and other gasses, which do the same thing at other wavelengths.
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