In case it was not your intent to point this out with sarcasm, for anyone reading:
not all forests are created equal: new growth forests are simply not as good at long-term burial of carbon.
carbon sinks only work so long as the carbon stays sunk, so if a tree dies and rots before it’s buried, all of that carbon just goes back to the atmosphere, except a lot of it is now methane, which is MANY times worse than CO2.
this means that it is possible for a poorly - managed tree to actually be an effective carbon source for the purpose of greenhouse gas emissions, rather than a sink, since a single molecule of methane can do the damage of a hundred molecules of carbon dioxide.
the largest carbon sink on earth is not the forests, but the ocean, and that carbon only really has two ways out: back into the atmosphere, or buried at the bottom in the calcareous ooze. Now if you really want to understand how fucked we are, read up on the following:
Carbonate Compensation Depth (see how it relates to the amount of calcareous ooze being buried in the ocean)
In case it was not your intent to point this out with sarcasm, for anyone reading:
not all forests are created equal: new growth forests are simply not as good at long-term burial of carbon.
carbon sinks only work so long as the carbon stays sunk, so if a tree dies and rots before it’s buried, all of that carbon just goes back to the atmosphere, except a lot of it is now methane, which is MANY times worse than CO2.
this means that it is possible for a poorly - managed tree to actually be an effective carbon source for the purpose of greenhouse gas emissions, rather than a sink, since a single molecule of methane can do the damage of a hundred molecules of carbon dioxide.
the largest carbon sink on earth is not the forests, but the ocean, and that carbon only really has two ways out: back into the atmosphere, or buried at the bottom in the calcareous ooze. Now if you really want to understand how fucked we are, read up on the following: