You've essentially sopped up all of the hydrogen, but you also have sopped up all of the hydroxide that you've added so far.

Unlike nitrates and peroxides, it gives off no signature.

Aluminum buffer action, aluminum hydroxide is what we think it is, uh, plus the barium carbonate, strontium titanate, strontium oxides, barium oxides, probably some aluminum oxides in there.

This was an epiphany.

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So, fungi and mycelium sequester carbon dioxide in the form of calcium oxalates.

And we then thought to ourselves, with those big stores,

A very simple example is this When the world was primarily plants, the environment, which had carbon dioxide and some oxygen in it when they first started,

And then above that, you're just adding more and more hydroxide.

Right?

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You get to observe the following that I've colorized two blacks followed by three reds by one black for the left image and one black followed by four reds by one black for the right scan line.

In fact, what's being absorbed is something like 25 percent of our emissions, which then leads to acidification or lower alkalinity in oceans.

Where have essentially, you have an equal amount and very

So why is this relevant? Because when you put animals and plants in the same environment,

Different amounts of UV hit different parts of the Earth at different times of year, so you can actually work out those stores of nitric oxide the nitrates, nitrites, nitrosothiols in the skin cleave to release NO.

These are potent anti oxidants that will support your retina, your mitachondria, your brain cells and the removal of toxins.

A warmer ocean releases CO2, just as a warm Coca Cola does.

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It actually all starts with the air you are exhaling this very minute, specifically the carbon dioxide molecules.

Each cylinder is about 10 percent ancient air, a pristine time capsule of greenhouse gases carbon dioxide, methane, nitrous oxide all unchanged from the day that snow formed and first fell.

Then of course, there's all that

And so any incremental hydroxide you add will actually go to build the hydroxide concentration.

The acid oxidises after the creature's death, completely neutralizing.

So what you can do is you can multiply those data by the NO that's released and you can calculate how much nitric oxide would be released from the skin into the circulation.

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So nature created a balance, and the balance was called animals.

That's the warm colors which show a well sampled region.

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So in the lungs you get rid of the carbondioxides and you pick up oxygen.

At this point, you said OK, it's pH is 0.

If you want to be able to manipulate the weather, one of the things we know about the materials that are being used in the aerosols we we've seen everything from aluminum oxide, barium salts, strontium, copper sulfate, uh, potassium iodide, um, a number of different kinds of things, each of which have different levels of reactivity with the moisture in the air.

If you oxidise an alcohol you get an aldehyde but what do you get if you oxidise an aldehyde?

Now, because the fate of water and carbon are tied to soil organic matter, when we damage soils, you give off carbon.

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Let's assume there's 9 data points as shown over here, and I've colored them differently in blue, red, and black.

You're at a pH of 7.

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This was a pure O2 static apnea record that Guinness had set the world record at 13 minutes.

The second plant is Mother in law's Tongue, which is again a very common plant, and we call it a bedroom plant, because it converts CO2 into oxygen at night.

A guy named Geoff Coates, at Cornell, said to himself, you know, plants do not see CO2 as the biggest poison of our time.