Famous flower and tree fast big tree grafting method

Abstract

The invention provides a fast big tree grafting method of rare flowers and trees in the field of agriculture and forestry. The grafting method is mainly characterized by: choosing a trunk or a branch of a normal big tree as a rootstock, transplanting more than one variety of seedlings of rare flowers and trees to the root part of the rootstock, not cutting the trunk or top branch, connecting the trunk or top branch to the trunk or branch of the rootstock, taking nursing measure, and forming a big tree of the rare flowers and trees quickly. The engrafting rate is improved, the adaptability is strong, and the price is higher than that of the tree seedlings of the same variety, and the method can form one variety with one tree, so as to breed multiple rare flowers and trees, thus satisfying the social demand and having obvious economic benefit and social appreciation value.

Description

Rapid Grafting of Precious Flowers and Trees technical field The invention belongs to the technical field of agriculture and forestry, and relates to a forest tree grafting method, in particular to a fast-growing large tree grafting method of famous and precious flowers and trees. Background technique Along with the development of society, urban construction, tourism urgently need to introduce and plant a large amount of precious flowers and trees, especially the big trees of famous and precious flowers and trees in attractions, parks, streets and other places. However, most of the famous and valuable flowers and trees are non-fast-growing species, which grow slowly and require high environmental conditions. Although small trees are famous and not expensive, although large trees are both famous and expensive, they are in short supply due to the long growth cycle. The traditional forest tree grafting method adopts the method of grafting the cut scion and the branch of the ...

AI Technical Summary

Problems solved by technology

The traditional forest tree grafting method is not suitable for the current demand for precious flowers and trees. It is