Do you really think there are not ample facts confirming the reality of climate change?
- CO2 has gone up
- mean global temperature has gone up - over a far long period that individual El Niño cycles
- the temperature in the upper atmosphere has, however been going down,
- recent fires and floods have been taking place in a period when no El Niño event was in progress.
Do you really think all these climate experts are wrong and only you are right? Why would they all be fooled? Or do you think it's a giant "liberal" conspiracy?
You are trying to mischaracterize my position. I can see that the earth has warmed. This is an objective fact. It is not that much since 1.5 C, did not move me into a higher grow zone number. I am still at grow zone 6. I would not mind going to 7. The term Climate change is more subjective, since weather is not static, the 2nd law is always in affect, and change is inevitable. This label was chosen since it is easy to spin and call repeats change.
There is plenty of geological evidence that shows the earth has done this before; warm up, all by itself, even before we had human record keeping. I believe there is a blend of natural and manmade affects at work and that assuming only man made is a big mistake; conceptual flaw. We should be free to discuss natural affects and not be required to sweep it under the rug. Science looks at all angles. Politics needs a certain angle to stage a show. Narrowing to one angle raises yellow flags; politics before science.
You made the point that the temperature of the upper atmosphere is lowering. This will increase the thermal gradient between the surface and upper atmosphere, for extra heat loss, all else equal. This may be explained by natural feedback affects connect to CO2 level increase, due to man; fossil fuel, and nature; forest fires, soil bacteria, ocean heating.
Say CO2 is a good thermal blanket, it may be lowering the heat transfer to the upper atmosphere, with the cooling, part of an integrated response, by the earth, to help release more heat. I tend to think the earth and mother nature have way to deal with such things. There was a time in the geological record where temperature went down with CO2 levels high. This seemed backwards but the upper atmosphere trick could explain that.
I see the earth as continuous and integrated in terms of H2O, from core, to mantle, to crust, to oceans, to atmosphere. Solar heat drives the water cycle, adding potential to the atmosphere and surface. There is also a chemical potential between the oxygen in the atmosphere; O2, created by life, and the electrons of the metallic iron core. Water and oxygen can rust iron. Water can dissolve it way downward to the core, oxidize the iron, releasing heat and electrons. The integration is why the oceans are slightly negative.
The idea of the inner earth being heated by radioactive decay, has a conceptual flaw. Since radio active decay is based on half life, the amount of decay and heat release should be dropping at an exponential rate. The iron core is about the size of the moon and it does not decay, but it can be oxidized. It has billions of years of natural energy with the water cycles able to increase and decrease the electron flow, that makes new crustal materials.
Seismic experiments were done that showed the inner earth is less dense radially, core to equator, than north to south between the poles. The equator is where we get maximum solar evaporation. This creates the most positive charge in the atmosphere, due to hydrogen bonding potential of water vapor. It appears the equator is where there is more water diffusion, toward the core, making the inner earth materials less dense; sponge. North to South has little evaporation so the sun is not driving the water diffusion, the same degree, to release the potential with iron electrons. The magnetic field is perpendicular to the main electron current; the entire equator is perpendicular to north to south; right hand rule.
Between 2.4 and 2.5 billion years ago, cyanobacteria were producing enough oxygen to be stored in Earth's atmosphere. This time period, when oxygen levels in the atmosphere began to appreciably rise, is known as the Great Oxidation Event. The oxygen displace the methane in the atmosphere; burning light flashes. The rising oxygen levels atmosphere added extra electron potential to the solar water evaporation in the atmosphere, for enhanced geological changes from the core upward.