Bark repairing and regenerating method

Abstract

The invention discloses a bark repairing and regenerating method, which comprises the following steps: 1, removing rotten wood parts and diseased insect pest tissues at damaged parts of tree bark, andcleaning with clear water; 2, spraying a sterilization and disinfection solution to the damaged part of the bark, cleaning, and airing; 3, smearing the damaged part of the bark with a bark regeneration liquid; and 4, filling the damaged part of the bark with a layer of glass cement, adhering and covering the glass cement with a layer of tin foil paper, and after the new bark at the damaged part of the bark grows out, automatically breaking off the glass cement. The method has the advantages that the bark repairing effect is improved, the bark regeneration capacity and speed are remarkably improved, and repeated brushing of a cytokinin solution and replacement of a plastic film according to the traditional method are not needed, so that the steps of the method are simple, convenient and easy to operate, and manpower and material resources are saved.

Description

technical field [0001] The invention relates to the technical field of tree restoration methods, more specifically to the technical field of tree bark restoration methods. Background technique [0002] Garden or landscape trees often have bark damage and fall off due to natural disasters, pest damage, mechanical collision and other human factors. Bark damage not only affects the appearance, but also makes trees vulnerable to pests and diseases. Therefore, bark damage will affect the normal growth and development of trees and reduce the survival rate of trees. If the area of ​​bark loss is large enough, it may even cause trees to die without sufficient nutrient supply. For the repair of damaged bark, garden workers usually apply cytokinin 6-benzyl adenine solution to the damaged part of the bark, and then wrap it with a plastic film to regenerate the bark at the wound. The bark repair method, the repair effect is not very ideal, the bark regeneration ability is poor, the reg...

AI Technical Summary

Problems solved by technology

[0002] Garden or landscape trees often have bark damage and fall off due to natural disasters, pest damage, mechanical collision and other human factors. Bark damage not only affects the appearance, but also makes trees vulnerable to pests and diseases. Therefore, the damage of the bark will affect the normal growth and development of the tree, reduce the survival rate of the tree, and if the bark loss area is large enough, it will even cause the tree to die without sufficient nutrient supply

For the repair of damaged bark, garden workers usually apply cytokinin 6-benzyl adenine solution to the damaged part of the bark, and then wrap it with a plastic film to regenerate the bark at the wound. The bark repair method, the repair effect is not very ideal, the bark regeneration ability is poor, the regeneration speed is slow, and the sealing performance of the plastic film is poor, the cytokinin solution applied to the wound is easily washed by rain, causing the bark At the same time, the wound is easily attacked by diseases and insect pests. In addition, because the wound at the plastic film is easily exposed to direct sunlight, the temperature rise at the wound is high, and the cytokinin solution quickly volatilizes, which affects the regeneration effect of the bark.

In addition, the traditional repair method requires repeated application of cytokinin solution and replacement of plastic film, so the operation is very cumbersome and wastes manpower and material resources