Quantitative analysis based on forest value maximization decision model

Global warming is one of the common environmental problems faced by mankind. Forest ecosystems have the function of sequestering carbon dioxide and become a key factor in slowing global warming. We considered how to address the greatest carbon sequestration in forests and how to balance environmental and economic benefits to make sound decisions. We incorporate the social optimal harvesting amount as a constraint into the maximum forest value decision model. In this model, we consider both the carbon sequestration value and economic value of forests to find a reasonable balance to make decisions. Finally, we calculated the optimal harvesting amount of poplar trees in a certain area of Xinjiang. Based on the above model, we have applied and promoted and planned a timeline to illustrate management strategies in different cycles.