Question

scientists are concerned about the changing climate and the potential loss of maple trees. trees are extremely important in the sequestering (storage) of carbon. the models below illustrate carbon sequestration based on tree age and the diameter of various species of trees. the effect of tree age on carbon sequestration rate carbon sequestration rate tree age (years) 1 2 34 35 carbon storage by tree species carbon sequestration tree diameter = 20 cm (7.9\) tree diameter = 40 cm (15.8\) tree diameter = 60 cm (23.6\) 4 describe the role of tree age and diameter, including those of maples, on carbon cycling and storage between the atmosphere and biosphere. 1

Explanation:

Older trees and larger - diameter trees generally sequester more carbon. Trees absorb carbon dioxide from the atmosphere during photosynthesis and store the carbon in their biomass. As trees age and grow larger (increase in diameter), their capacity to sequester and store carbon increases. This helps in reducing the amount of carbon dioxide in the atmosphere, playing a crucial role in the carbon cycle between the atmosphere and biosphere. Maples, like other trees, follow this pattern, contributing to carbon storage as they age and grow.

Answer:

Older and larger - diameter trees, including maples, sequester and store more carbon, reducing atmospheric carbon dioxide and contributing to the carbon cycle between the atmosphere and biosphere.