The Terraforming of Terra - Ancient Ecological Terraforming, October 6, 2020

How was soil created on planet Earth?

"This alternating layering that the ancients used for earthquake mitigation is simultaneously, I would argue, a way to bring soil to the earth, as the water erodes the softer, earthquake-mitigating layers. . . . All of that material has become soil for the plants to use, crystalline, granular soil that the plants can use."

"Over time . . . the water in the creeks and the rivers washes out the softer layers. And this concretized gypsum, which is soft and chalky, becomes soil that can be used by the plants that then litter the concrete with their own detritus, and that is additional soil for other plants, and the soil mass keeps getting larger and larger. . . . The harder layers have zero erosion on them, because they're so hard, and the softer layers have significant erosion. . . . So this chalky, soft, earthquake-mitigating layer, and the next one below it, and all the soft, chalky, earthquake-mitigating layers, here in Texas, that lie beneath the harder layers of concretized gypsum, created soil throughout Texas."

"So, as you can see, the creek banks are sectioned vertically. The geological orthodoxy in the universities would call these 'cracks' or 'fractures,' the vertical lines. They are nothing of the kind. They are section breaks, section ends. And we can see that very, very, very clearly by the smoothness of the section faces. . . . You see the smoothness and regularity of the section break."

"This soft chalkiness is characteristic of the softer layers that alternate with the hard layers here in Texas. In Bosnia, we have a different material. They used pure clay. And they have the alternating hard and soft layers of clay. So, if this were Bosnia, this would be soft clay that you could put your thumbprint into, and that's strong through earthquakes. Because the soft clay, in between the harder, baked claystone layers, kept the structures strong through earthquakes by moving slightly. The softness of the material was the key to earthquake survival for the structures that the ancients built in Bosnia. Here in Texas, the gypsum material is a different recipe. It's a recipe of concrete. It's not stone or rock, although we can use those terms. We can use the terms, "stone" or "rock," but really that's in quotes, because that implies geology. This is not geology in any sense of the word. This is archaeology. All of this landscape was built, here in Central Texas. And I haven't been able to find any place in any continent [out of the three continents that I've explored] that doesn't have terraforming. So, that's 4 1/2 years of exploration."

"The sides of these sections are regular, compared to what a natural crack or fracture would be, but not perfectly smooth. They don't have Grecian smoothness. So, although ... https://www.youtube.com/watch?v=V6JKosa1eBo