Forest Carbon Sink Network Model Based on Simulated Annealing

In order to effectively calculate forest carbon dioxide content and effectively manage and plan forests, this paper proposes a forest carbon sink network model based on simulated annealing. In this paper, we develop a carbon sequestration model that determines the carbon dioxide content of forests. Specifically, we build the carbon sink network system structure and model through the connections between the points, thereby transforming the problem into a planning problem. The optimal solution and pipe network layout were obtained by simulated annealing method, and the most effective forest management plan was given smoothly. By setting decision variables and constraints to translate forest value assessments into carbon sequestration and overall economic models, we obtain a function on the carbon sink network system. Finally, we conduct a comprehensive analysis of the considered models. The research results show that the model can effectively obtain forest carbon dioxide content, and can obtain the optimal solution of forest planning and pipe network layout planning.