There may be some self-regulating mechanisms in all of this.
It is true that plants are able to exploit higher CO2 levels.
However, we seldom allow the sequestration that they might accomplish.
Slash and burn is still common in the Amazon.
Fossil fuels are oxidized to permit mass quantities of corn. Very little carbon is sequestered in the scenario.
Which is why I've wondered about the role of the formation of new limestone in the oceans.
I've brought up this matter previously here, but I'm not sure what the jury said.
Still, there are issues that seem hard to dodge...like the lost reflectivity in the polar ice melting; the release of methane from perma-frosted zones thawing, and more.
My angle on climate change, and the problems associated with it, come from an innate repulsion for doing things in a stupid way.
It is true that plants are able to exploit higher CO2 levels.
However, we seldom allow the sequestration that they might accomplish.
Slash and burn is still common in the Amazon.
Fossil fuels are oxidized to permit mass quantities of corn. Very little carbon is sequestered in the scenario.
Which is why I've wondered about the role of the formation of new limestone in the oceans.
I've brought up this matter previously here, but I'm not sure what the jury said.
Still, there are issues that seem hard to dodge...like the lost reflectivity in the polar ice melting; the release of methane from perma-frosted zones thawing, and more.
My angle on climate change, and the problems associated with it, come from an innate repulsion for doing things in a stupid way.
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