Euonymus bungeanus four-season evergreen column total-height rapid-increasing culture method, evergreen columns and evergreen walls

Abstract

The invention discloses an euonymus bungeanus four-season evergreen column total-height rapid-increasing culture method. An euonymus bungeanus tree which is annual or older is selected, firstly, the boughs of a crown are trimmed into a roughly symmetrical shape, then the crown is closed up, the boughs of the crown are limited to make the boughs grow upwards in combination with new branches, the crown is subjected to closed-up adjustment year after year, so that the crown is kept in a growth posture with a columnar structure as a whole, and meanwhile, through the further utilization of a four-season evergreen winged euonymus grafting technology of the euonymus bungeanus tree, products of euonymus bungeanus tree four-season evergreen columns are finally obtained. According to the method, aneuonymus bungeanus variety with a high trunk and the narrow crown is selected, and through material selection, the technical effect of green columns and green walls with large height and strength is achieved. By closing up the crown, the technical effect of green columns and the green walls with larger height is achieved; through the whole-body grafting technology, four-season evergreen of the green columns and the green walls is achieved, the period is short, the effect is taken quickly, and large-scale production is facilitated. The euonymus bungeanus four-season evergreen columns and wallsare all prepared from organic materials, and construction of the ecological environment is facilitated.

Description

technical field [0001] The invention belongs to the technical field of garden green plant cultivation, and in particular relates to a method for rapidly raising the total height of evergreen pillars of silk floss wood, evergreen pillars and walls. Background technique [0002] At present, green pillars and green walls for landscaping are generally obtained by the following two methods. The first is to plant creepers, ivy, etc. on inorganic building materials, such as brick walls and cement walls, etc. After the planted ivy, ivy, etc. are covered with brick walls and cement walls, the green pillars and green walls that are actually needed can be obtained. They are beautiful in appearance and can purify the air, but they need to use inorganic building materials. It is beneficial to the construction of the ecological environment. In addition, such as creepers, etc. cannot achieve evergreen in all seasons, and cannot really meet the requirements of engineering applications; the ...

AI Technical Summary

Problems solved by technology

[0002] At present, green pillars and green walls for landscaping are generally obtained by the following two methods. The first is to plant creepers, ivy, etc. on inorganic building materials, such as brick walls and cement walls, etc. After the planted ivy, ivy, etc. are covered with brick walls and cement walls, the green pillars and green walls that are actually needed can be obtained. They are beautiful in appearance and can purify the air, but they need to use inorganic building materials. It is beneficial to the construction of the ecological environment. In addition, such as creepers, etc. cannot achieve evergreen in all seasons, and cannot really meet the requirements of engineering applications; the second is to use pine and cypress. Some tree species of pine and cypress themselves have columnar structures, and pine and cypress are large Some varieties are evergreen plants in four seasons, which are relatively easy to rely on conventional technology, but there are problems such as long cultivation cycle, height and aesthetics that cannot meet the requirements of future market engineering applications

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