Tree transplanting method capable of improving survival rate

Abstract

The invention provides a tree transplanting method capable of improving the survival rate. The tree transplanting method comprises the following steps that 1, a rectangular transplanting pit is dug, and degradable plates evenly provided with a plurality of through holes are laid at the periphery and the bottom end of the transplanting pit; 2, bottom soil is laid in the transplanting pit to obtain a bottom soil layer, perlite is laid on the bottom soil layer to obtain a perlite layer, and then irrigating and compacting are performed; 3, nutrient soil is laid on the perlite layer, a transplanted tree is planted in the pit simultaneously, and the nutrient soil is filled to the 80% height of the transplanting pit to obtain a nutrient soil layer; 4, plant ash is laid on the nutrient soil layer to obtain a plant ash layer, and mud soil is laid on the plant ash layer to obtain an external soil layer; 5, irrigating is performed to water the transplanting pit thoroughly, and after a support frame is erected on the transplanted tree, plant ash leaching liquid is sprayed on the transplanted tree. The tree transplanting method capable of improving the survival rate has the advantages that due to the fact that the plant ash layer is laid, the internal temperature of the soil is improved, and the rooting and growth recovering speed of the transplanted tree is accelerated.

Description

【Technical field】 [0001] The invention relates to the technical field of urban greening and transformation, in particular to a tree transplanting method for improving survival rate. 【Background technique】 [0002] In the field of urban greening technology, tree transplantation occupies a considerable position. [0003] The current stage is tree transplantation. Generally, transplanting pits are dug according to the diameter of the tree pole or the diameter of the soil ball, and then the transplanted trees are planted in the transplanting pit, and the soil is added to the ground for irrigation, and finally the tree support is set; [0004] It has the following disadvantages: [0005] (1) After the trees are transplanted, due to soil humidity, the survival rate of the trees is low, which affects economic benefits; [0006] (2) After tree transplantation, due to insufficient air permeability of the transplanted soil, the survival rate of trees and the speed of tree growth rec...

AI Technical Summary

Problems solved by technology

[0005] (1) After the trees are transplanted, due to soil humidity, the survival rate of the trees is low, which affects economic benefits;

[0006] (2) After tree transplantation, due to insufficient air permeability of the transplanted soil, the survival rate of trees and the speed of tree growth recovery are affected;

[0007] (3) After the tree is transplanted, due to bacteria and soil temperature, the transplanted tree dies or the growth and recovery speed is slow

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