Newly-built mixed forest building mode based on adjacent wood space relation

Abstract

The invention discloses a newly-built mixed forest building mode based on adjacent wood space relation. The building mode comprises a planting point randomization configuration form, and one or more configuration forms can be adopted; and according to the mixed building mode, simple and convenient interplant mixed planting is adopted, and the plant number ratio Na: Nb of the tree species a and b is determined according to the principle that the tree species are suitable for the land. By simulating random body distribution characteristics in a natural forest structure, an optimized planting point randomization configuration form is innovatively adopted, and in cooperation with an inter-plant tree species mixing mode, it is guaranteed that newly-built artificial forests play the characteristics of mixed forests in a short time. The mode is mainly applied to the construction mode design of new afforestation, more random bodies are constructed to be mixed with tree species, the tree space pattern diversity and the tree species mixing degree are improved, the afforestation cost is reduced, and meanwhile the afforestation effect is improved.

Description

technical field [0001] The invention relates to a newly-built mixed forest construction mode, in particular to a newly-built mixed forest construction mode based on the spatial relationship of adjacent trees, and belongs to the professional field of forest cultivation in forestry. Background technique [0002] The mixed forest construction model focuses on the mixed interbreeding method adopted by tree species, which determines the intermingled situation and intraspecific interspecific interactions in the mixed forest. Common construction modes of artificial mixed forests include inter-plant intermixing, inter-row intermixing, strip intermixing and block intermixing. Planting point configuration usually refers to the configuration of tree planting distribution form. [0003] The traditional plantation point configuration form usually adopts the row planting mode. Though this simple method is easy to the popularization and management of artificial forest, every seedling all...

AI Technical Summary

Problems solved by technology

Although this simple method is easy to promote and manage artificial forests, each seedling needs to be dug for planting, and the cost of afforestation is relatively high.

Along with tree growth, intensified competition, equal distribution of environmental resources and other reasons, forest self-thinning occurs, resulting in problems such as long period of tree growth and low output of large-diameter timber, which directly leads to low afforestation results

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