Fossilized carbon is coal. One major way it gets back into the atmosphere is by humans burning it in coal power plants.
This is the human vector, however the geological method is that it is brought back in the gasses emitted by volcanoes.
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How is carbon cycled from the atmosphere through producers and consumers?
Combustion.
this microorganisms is called denitrifying bacteria, it helps to decompose the nutrients (nitrogen) back to the atmosphere. and the process of returning nitrogen or carbon dioxide to the atmosphere is called denitrification.
No, Cellular Respiration returns carbon dioxide back into the atmosphere: Photosynthesis: Carbon Dioxide + Water -> Light Energy -> Sugar + Oxygen Cellular Respiration: Sugar + Oxygen -> C.R. -> Carbon Dioxide + Water
Carbon can enter the atmosphere. It moves in and out of the atmosphere through the earth's regular carbon cycle.What it can not do is enter as pure carbon. Carbon is a solid in it's natural state and solids fall out of our atmosphere. Carbon must mix with a gas, such as oxygen, to create another gas, carbon dioxide, to enter the atmosphere.
carbon is moved back into the atmosphere as carbon dioxide.
How is carbon cycled from the atmosphere through producers and consumers?
Carbon dioxide goes back to the atmosphere through respiration, the decomposition of plants and animals, and combustion.
It puts the carbon back into the atmosphere
Carbon gets back into the atmosphere as carbon dioxide through the combustion of fossil fuels, and the cellular respiration of living things.
Carbon Dioxide
It returns carbon back into the atmosphere.
The carbon is released back into the carbon pool in the atmosphere
from the but hole
threw our body. Such as our sweat
Carbon is not 'moved' from the atmosphere. It can be absorbed and stored by things like plants and animals, but when they die and decay the carbon will go back into the carbon cycle again. Try googling 'carbon cycle'
When a tree decomposes, all the carbon dioxide it absorbed is released back into the atmosphere driven by heterotrophic activities.