Evaluation and analysis of forest carbon sequestration and oxygen release value under cloud computing framework

Abstract

Forestry carbon sink refers to the net income generated by forests, trees and woodlands in the process of absorbing atmospheric carbon dioxide and fixing renewable forest resources. With the rapid development of Chinese economy and accelerating industrialization and urbanization, global climate change has become the focus of attention of all countries. Forest has a strong carbon sink function. The study of forest carbon sequestration and oxygen release value assessment is of great significance for the protection, development and utilization of forest resources and the mitigation of climate change. In this paper, the distributed storage model based on cloud computing architecture was adopted to evaluate the value of forest carbon sequestration and oxygen release. This model can be used to quickly calculate the value of forest carbon sequestration and oxygen release in a certain region, provide data support for forestry carbon sink trading, and provide method reference and scientific basis for forestry carbon sink project accounting.