Global Warming and Climate Change} Cloud regulation of temperture

Global Warming and Climate Change} We talk of the temperature extremes on the planet Venus due to its massive atmosphere of 92 times that of our planet and 95% carbon dioxide and its super long days so that heat builds up to almost 900 degree Fahrenheit. Making it the hottest planet in the solar system. So very much different than our planet, but it does have one thing that hints as a temperature self-regulating feature that earth has, and that is cloud cover that radiates around 60% of the sun's energy back into space plus keeping in the heat that has been generated at a more consistent level. Back on our planet when the levels of carbon dioxide were many times higher then they are now, there would have been much more cloud cover then there is now, along with more rainfall, making the planet warmer but also much more consistent with fewer highs and lows meaning a more stable weather pattern overall. This should, in theory, reduce extremes in storms and tornados, but would generate quite a bit more rainfall, but to get back to that level of weather stability, we would have to decrease the number of deserts and semi-arid places by around 80%! That is a considerable number and would take many generations to do! By that time we would be quite a bit farther along in understanding what amount of greenhouse gases would work best in maintaining the level of stability best for most life on this planet. For now, our concerns would be to stop enough river water from entering the oceans and seas, and use that water to reduce as much of the deserts and semi-arid places as we can, so the level of the oceans will be maintained, the cloud cover should also be somewhat increased by the newly replanted areas. So the overall effect would be reduced carbon dioxide in the atmosphere now being used for all of the new vegetation and even if we would be uneven in our planting of new areas, the soils that were now planted would begin storing carbon on a larger base for many years until the soils would reach an equilibrium, of new growth and carbon breakdown in the soil. It seems that carbon storage in the soil, once the soils become saturated they can hold around 3 times as much as the plants growing on that soil can. This also implies that yields from these newly replanted areas would continually be increased each year until that saturated point is reached. The increased plant cover would also work to lower world temperature by increasing both cloud cover, and increased rainfall. Please read my 12-page paper titled} life cycle of a planet dan kadavy my phone is 402-890-7946 or I can be reached at     daniel.kadavy212@gmail.com  thank you, if you wish to continue reading more you can do so @ https://lifecycleofaplanet.blogspot.com  Dan

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