How much carbon does a tree fix

Trees can absorb a large amount of carbon dioxide through photosynthesis. When trees grow, they store the absorbed carbon in structural substances such as cellulose and lignin, and fix it in the trunk, leaves, roots, and other parts. Every time a tree grows taller or thicker, it is a process of storing more carbon, which will continue to be stored in the tree's body until it dies.

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Trees absorb carbon dioxide (CO ₂) through their leaves and carry out photosynthesis through sunlight and water. In this process, the carbon element in carbon dioxide is captured by plants and converted into organic substances such as glucose, which are supplied for tree growth. This reaction not only generates oxygen, but also fixes carbon from the atmosphere in various parts of the tree, such as the trunk, leaves, roots, etc. Carbon storage: The "carbon pool" inside trees stores the absorbed carbon in structural substances such as cellulose and lignin as they grow. Every time a tree grows taller or thicker, it is a process of storing more carbon. A growing tree can fix a large amount of carbon, even up to several tons, which is stored in the tree's body until it dies or is burned. Long term carbon sequestration: In addition to trees themselves, forest ecosystems are also important carbon reservoirs from forests to soil. When leaves, branches, and other plants partially fall, they decompose and convert some carbon into organic matter.