Study on optimal Forest Management system based on Logistic derivative method

Abstract

This paper takes the forest as the research object, selects coniferous forest and broad-leaved forest as the representative, firstly analyzes the forest value in many aspects to form a comprehensive forest evaluation system, and makes an empirical analysis with an example. A carbon sequestration model was developed, the Logistic derivative model of trees was introduced, and the Charlize curve fitted the growth function of tree volume. The effects of tree species, topography, climate, and the development of forest products on carbon sequestration were studied. Then the relation function between forest carbon sequestration and time is obtained (for example, the carbon sequestration of the broad-leaved forest is). Finally, through mathematical analysis and calculation, it is found that different types of forests are affected by different environments. The relevant parameters in the carbon sequestration model need to be adjusted separately to find the best tree harvesting period and estimate the carbon sequestration.