Understand the Ice Ages and Stop the Planet’s Warming
The contention of the hypothesis being presented, claims that, if you understand how the Earth went
from a planet that could have grown the fern-like vegetation (of the fossil fuel deposits) in the Arctic (and coal in Antarctica) plant life that could not have been grown under our present (oxygen-rich)
atmosphere . . . To the extreme cold of several Ice Ages and back to our current and warming Earth . . .
(A warmth which most believe is being caused by the release of CO2 from the burning of fossils as fuels fossils similar to those beneath the Arctic) . . . If the puzzle of these shifts could be understood, the claim being made in the following, is that global warming can be halted at a nerve center of pressure, life and oxygen on Earth.
That said, NASA describes the planet Venus, as lying beneath a dense layer of CO2, yet still maintaining temperatures in excess of 800°F.
Origin of Ozone
So imagine an original Earth, lying beneath a similar layer of CO2 (hinted at by the carbonated water from natural springs) [with the CO2] the gas of photosynthesis, triggering an explosive mode. For me, it seems most logical that this [mode] would now be echoing in the unstable nature of the [radical] Ozone molecule I believe to have been given off.
Evolution to the Oxygen Format
As the ozone layer formed, deflecting ever-greater volumes of radiation (with its movement, while consuming CO2) there would have been a cooling of the Earth and (most logically) an evolution of the photosynthetic mode, to the one which gives off oxygen.
The Triggering of the Ice Ages
This leads to the Ice Ages as periods of extreme cold, being caused by runaway blooms of the ocean’s food base (to be shown as being triggered in an area, documented as the primary reproductive section, where the richest ocean (North Atlantic) has its reproductive section for fish). . . with the blooms creating vast, Sargasso Sea-like layers, giving off massive volumes of deflective oxygen (O2).
A critical portion of this hypothesis finds common Oxygen(O2) and Ozone (O3) deflecting due to their active nature and CO2 accepting radiation because of its stability.
Origin of Ozone
That is, with an atmosphere of CO2 as a stable gas, it would have let in the radiation to warm, especially the equatorial waters, building the laden clouds for the rain, to water the growth of the deposits in a hothouse Arctic (and Antarctic) while fueling the explosive photosynthetic mode, giving off the radical, deflective, ozone.
If Venus has temperatures in excess of 700°F. I imagine the Earth with 200° to 300°F. at the equator, 110° to 120° at the poles.
Origin of Oxygen
As the ozone layer formed, [deflecting ever-greater volumes of radiation with its movement], this would have caused an evolution of the photosynthetic mode, to one which gives off oxygen . . .
Triggering of the Ice Ages
And it would follow that the oxygen from runaway blooms of the ocean’s food base, could have brought on the Ice Ages (with its own deflective movement that causes it to combine with or oxidize most metals and molecules) with the cold resulting oxygen’s deflection of radiation.
The diatom bloom, an event that is to be shown to be triggered in the center of pressures on Earth, an area documented as the primary reproductive section for the North Atlantics fish, is to be shown as currently being ruptured. Its repair and a fairly simple fertilization of the that triggers the bloom (think artificial insemination of the mechanism that triggers the diatom bloom) could turn vast areas of the North Atlantic and North Pacific into Carbon dioxide-absorbing, oxygen-emitting surfaces.
A million seed diatoms in the presence of the precise mix for triggering the bloom could yield a trillion relatives in 45 days and one to the 24th power i n 45 days.
And it is claimed just a portion of such numbers this would at least slow, if not stop the Earth’s warming. . .