A kind of tree transplanting method

Abstract

The invention discloses an arbor transplanting method, and belongs to the technical field of gardening cultivation. The method comprises the process of planting a transplanted arbor on an improved sandy soil site, wherein the sandy soil is improved through composite glue, and the raw materials of the composite glue comprise clay, chlorite, humic acid materials and baking soda. According to the arbor transplanting method, the advantages of the sandy soil can be made full use of, and the disadvantages of the sandy soil can be overcome, so that the arbor can be transplanted to the sandy soil, and has a high survival rate after being transplanted.

Description

technical field [0001] The invention relates to the technical field of tree transplanting. Background technique [0002] Sandy soil is generally difficult to be directly applied to the cultivation of seedlings, especially for tall trees with well-developed root systems like trees, and sandy soil is even more difficult to maintain their stable and healthy growth and development. However, due to its dense canopy, tall and straight tree body, and strong vitality, arbors are the backbone tree species in gardens, and there is a demand for transplanting in many places. Among them, more sandy soil sites also particularly hope that the environment can be improved through arbor transplantation. Improvement and beautification, but the survival rate of the tree in the prior art after being transplanted to sandy soil is extremely low. [0003] Therefore, some technologies have taken into account the improvement of sandy soil, such as the Chinese patent CN201010167195.0, which proposes ...

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Problems solved by technology

[0003] Therefore, some technologies have taken into account the improvement of sandy soil, such as the Chinese patent CN201010167195.0, which proposes an aeolian soil improver, which consists of cow dung, corn stalks, furfural slag, sheep dung, CO(NH 2 ) 2 , NH 4 h 2 PO 4 Mixed and fermented, it can improve the aeolian sandy soil to a certain extent, effectively improving the water and fertilizer retention capacity of the aeolian sandy soil, but it mainly focuses on adding nutrients to the soil, and does not affect the loose texture of the soil. It plays an improving role, so that even after adding nutrients to the soil, the fertility will still be lost quickly and it is difficult to maintain. At the same time, too much nutrient supply will easily cause adverse effects on the cultivated seedlings themselves. In addition, between the roots of the seedlings and the sand Combines loosely, making it difficult to transplant

[0004] In the paper "Experimental Research on the Improvement of Dredged Reclaimed Sea Sand in Qidong Area" ("Construction Technology", November 2014), Yu Guoxuan et al. studied the improvement of dredged reclamation sand by using inorganic binders, and found that using some inorganic binders Materials, such as lime, can effectively increase the shear strength of dredged reclamation sand, reduce the plasticity of dredged reclamation sand, and improve its engineering performance; The force is too strong, it is difficult to apply in agriculture and forestry cultivation, when the sandy soil improved by inorganic binder is used for seedling cultivation, it usually leads to rapid death of seedlings

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