Method for improving transplanting survival rate of seed of project tree

Abstract

The invention relates to a method for improving the transplanting survival rate of a seed of a project tree. The method for improving the transplanting survival rate of the seed of the project tree comprises the steps of digging the tree seed, namely the tree seed is dug out together with the root and mud from an original growing land; trimming the tree seed, namely the tree seed is trimmed after being dug out and separated from the soil with the root reserved; processing the root of the tree seed before the tree seed is planted, namely mycorrhizal fungi, sawdust, cane sugar, sweet potato dust, dipotassium phosphate and auxin are put into a reaction still and are evenly stirred to form mycorrhizal fungi agents, and then the mycorrhizal fungi agents are poured or sprayed on the root of the tree seed; and planting the tree seed, namely a planting hole is dug, and water is poured into the hole, wherein the water occupies two thirds of the space of the hole, the water and aggradation are stirred to form mud, the root of the tree seed is placed in the mud in the planting hole and then the hole is covered with soil. According to the method for improving the transplanting survival rate of the seed of the project tree, water and the mycorrhizal fungi are used as media, raw root regulation hormone is dissolved in the media with a certain proportion, and therefore the media have the advantages that the tree seed is promoted to strike fresh roots and shoot, the main root of a sapling is promoted to stretch and grow strong, and lateral roots are promoted to increase, and the like and plays an important and forcible role in improving the transplanting survival rate of the tree seed.

Description

technical field [0001] The invention belongs to the technical field of garden plant planting, in particular to a method for improving the transplanting survival rate of engineering tree species. Background technique [0002] With the rapid development of my country's modern urban construction and the continuous improvement of urban green ecological environment construction requirements, the concepts of "better city makes life better" and "gardens make city better" are also increasing day by day. Green land, some high-end commercial buildings, and high-end residential areas have higher and higher requirements for the living environment. The transplanting of large-scale tree species has emerged as the times require, with quick results and good green landscape. Some green areas require tight construction schedules and heavy tasks. , often back to the season for construction, which has caused certain difficulties for the survival of tree species transplanted, especially for the ...

AI Technical Summary

Problems solved by technology

Green land, some high-end commercial buildings, and high-end residential areas have higher and higher requirements for the living environment. The transplanting of large-scale tree species has emerged as the times require, with quick results and good green landscape. Some green areas require tight construction schedules and heavy tasks. , often back to the season for construction, which has caused certain difficulties for the survival of tree species transplanted, especially for the owner to pursue high-end and novel tree species and transplant tree species from the south to the north, etc. Some internal and external factors affect and restrict survival of tree species

[0003] People can often see that many green plants such as ginkgo, pine, and poplar have died one after another recently transplanted on both sides of the road or in the green belt area, causing great losses. In addition, there are many excellent fruit tree varieties introduced from other places in orchards It often dies soon after planting.

[0004] The reason for the low survival rate of the above-mentioned green planting species is mainly due to the adoption of inappropriate transplanting techniques.