Global Geology Goracle Gorming

We are doomed, say climate change scientists associated with the United Nations Intergovernmental Panel on Climate Change, the United Nations body that is organizing most of the climate change research occurring in the world today.
Carbon dioxide from man-made sources rises to the atmosphere and then stays there for 50, 100, or even 200 years. This unprecedented buildup of CO2 then traps heat that would otherwise escape our atmosphere, threatening us all.


“This is nonsense,” says Tom V. Segalstad, head of the Geological Museum at the University of Oslo and formerly an expert reviewer with the same IPCC. He laments the paucity of geologic knowledge among IPCC scientists — a knowledge that is central to understanding climate change, in his view, since geologic processes ultimately determine the level of atmospheric CO2.

Catastrophic theories of climate change depend on carbon dioxide staying in the atmosphere for long periods of time — otherwise, the CO2 enveloping the globe wouldn’t be dense enough to keep the heat in. Until recently, the world of science was near-unanimous that CO2 couldn’t stay in the atmosphere for more than about five to 10 years because of the oceans’ near-limitless ability to absorb CO2. “This time period has been established by measurements based on natural carbon-14 and also from readings of carbon-14 from nuclear weapons testing, it has been established by radon-222 measurements, it has been established by measurements of the solubility of atmospheric gases in the oceans, it has been established by comparing the isotope mass balance, it has been established through other mechanisms, too, and over many decades, and by many scientists in many disciplines.”

Then, with the advent of IPCC-influenced science, the length of time that carbon stays in the atmosphere became controversial. Climate change scientists began creating carbon cycle models to explain what they thought must be an excess of carbon dioxide in the atmosphere. These computer models calculated a long life for carbon dioxide.

In the real world, as measurable by science, CO2 in the atmosphere and in the ocean reach a stable balance when the oceans contain 50 times as much CO2 as the atmosphere. “The IPCC postulates an atmospheric doubling of CO2, meaning that the oceans would need to receive 50 times more CO2 to obtain chemical equilibrium,” explains Prof. Segalstad. “This total of 51 times the present amount of carbon in atmospheric CO2 exceeds the known reserves of fossil carbon — it represents more carbon than exists in all the coal, gas, and oil that we can exploit anywhere in the world.”

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