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I want to thank @suzukitamami for giving me a reply, allowing me to expand upon the topic.
The plot isn't always straightforward if you enter a movie partway through. I will recap over the next few posts.
This graph is a little confusing because as you go right, you go further into the past. The orbit of the Earth easily explains the largest rises and falls around the Sun. The orbit fluctuates from being circular to more elliptical. The closest perihelion in our recent lifetime occurred on Jan 05, 2020 (0.9832436 AU) until Jan 03, 2032 (0.9832469 AU). As we move closer to the Sun, its influence on Earth's temperature is more pronounced, making it hotter. For the balance of the century, we will be continuing to move further from the Sun until Jan 05, 2098; our perihelion will be 0.9833866 AU, 21403 km further from the Sun than 2020.
Looking at 100 years is trivial when it comes to the grand solar cycles. Compare the perihelions from 400 years in the past to 400 years in the future.
Earth revolves around the Sun in an elliptical orbit with a mean eccentricity of 0.0167. As a result, Earth’s distance from the Sun (center-to-center) varies with mean values of 0.9832899 AU (147,098,074 km) at perihelion (closest) to 1.0167103 AU (152,097,701 km) at aphelion (most distant). These extreme values of perihelion and aphelion were found over the 200-year period 1901 to 2100.
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It is apparent that this period is an infection point in the orbit of the Earth to the Sun. One of my main criticisms of computer models that are used to predict temperature is their sole reliance on CO2 as the control knob. If I used the same logic, picture in your mind me wiping my hands and saying this is the only thing causing our current "climate catastrophe". That is not the case. In future posts, I will continue to expand the explanations of why we are seeing what we are seeing.
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Keep posting and focus on explaining more of the evidence.. I am interested in the issue of climate change.. and thank you for your effort.
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