How atmospheric carbon dioxide becomes trapped in rock - EJ

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How atmospheric carbon dioxide becomes trapped in rock This is a preliminary outline of a detailed article to be issued in the next six months. Eric Jelinski October 15, 2021 The Dolomite Mountains in northern Italy The mountains in the picture didn’t just happen by themselves. The CaMg(CO3)2 was formed in what used to be sedimentary basins. The mountains appear to be mountains because of plate tectonics and wearing away mobile materials by winds of change. In order to form dolomite, CO2 was a reactant that is removed from the atmosphere. Over eons of time CO2 has been pulled out of the air reducing the CO2 to the near extinction point. No doubt this process of CO2 removal may still going on, but at what rate we do not know. We are fortunate that CO2 in the atmosphere is increasing and is ‘greening the earth’ as described by NASA. CO2 is plant food, and plants feed people and animals. 1


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