patandchickens
Deeply Rooted
Think of it this way (I am leaving out Science Details, but, this is what MATTERS):
The heat is produced by decomposition. THe more/faster the decomposition, the more heat. To get optimally high rate of decomposition, you need the right ratio of carbon to nitrogen.
Piles that are not heating up, almost always are deficient in the nitrogen end of the equation. So, if the pile isn't heating up, add nitrogen and decomposition will accelerate and the pile will heat up more as it 'works'.
If OTOH your pile is already heating up well, you clearly have pretty close to the optimal ratio of carbon to nitrogen, and should not screw around with it further
Some nitrogen *is* lost during the process, and the amount that is lost depends on how exactly your decomposition goes (which is partly reflected in temperature)... but, my suggestion is, don't worry about that, whatever compost you make will have a sufficient amount of N left in it to be useful to your plants
Good luck, have fun,
Pat
The heat is produced by decomposition. THe more/faster the decomposition, the more heat. To get optimally high rate of decomposition, you need the right ratio of carbon to nitrogen.
Piles that are not heating up, almost always are deficient in the nitrogen end of the equation. So, if the pile isn't heating up, add nitrogen and decomposition will accelerate and the pile will heat up more as it 'works'.
If OTOH your pile is already heating up well, you clearly have pretty close to the optimal ratio of carbon to nitrogen, and should not screw around with it further
Some nitrogen *is* lost during the process, and the amount that is lost depends on how exactly your decomposition goes (which is partly reflected in temperature)... but, my suggestion is, don't worry about that, whatever compost you make will have a sufficient amount of N left in it to be useful to your plants
Good luck, have fun,
Pat