本文应用日本林学家铃木太七的林分转移概率过程理论,结合我国实际,以浙江省开化县林场的用材林为例,组织了杉木、马尾松和阔叶林三个作业级,分别建立模型。将制约合理收获量的各种条件及其影响程度反映在模型的约束条件上,把经营目的反映在目标函数上,用线性规划的方法制定了森林调整的最优方案。 Based on the forestry transition probabilistic process theory of Japanese forestryman Taichi Suzuki and the practice of our country, taking the timber forest of forestry farm in Kaihua County of Zhejiang Province as an example, three operating levels of Chinese fir, Pinus massoniana and broadleaf forest were set up and the models were established respectively. The conditions and the degree of impact on reasonable harvest are reflected in the constraints of the model, the business objective is reflected in the objective function, and the optimal plan of forest adjustment is formulated by linear programming.