Cultivation method for fan-shaped artistic modeling of lagerstroemia plants

Abstract

The invention discloses a cultivation method for fan-shaped artistic modeling of lagerstroemia plants. The cultivation method comprises the following steps of firstly, structural analysis of folding fans; secondly, modeling design of fan-shaped trunks; thirdly, modeling design map production of single plant; fourthly, manufacturing and mounting of a single trunk breeding mold base; fifthly, single trunk breeding; sixthly, manufacturing of a fan-shaped trunk inarching supporting frame; seventhly, planting and inarching of the fan-shaped trunks; eighthly, maintenance management after inarching; ninthly, high grafting and head changing. The cultivation method disclosed by the invention has the advantages that the forming time is short, the service life is long, and the formed modeling can be viewed all the year round and for multiple years; standard and scale production can be realized; the artistic effect of the fan-shaped modeling is obtained, and the ornamental value and the commodity value of nursery stock are obviously improved.

Description

technical field [0001] The invention relates to an artistic modeling cultivation method, in particular to a fan-shaped artistic modeling cultivation method for Lagerstroemia genus plants. Background technique [0002] Traditional fan-making technology can only produce inanimate handicraft folding fans. The crape myrtle seedlings are propagated by sowing, cutting, and tillering; the crape myrtle seedlings are tree-shaped single-stem seedlings, with an upright, obvious trunk and uniform branches; clustered seedlings are often cultivated into clusters by manual pruning and fixed stems, without the artistic shape of a folding fan. The existing Lagerstroemia Zhajingyan yellow bottle cultivation technology can carry out weaving modeling, but there are the following defects: (1) The crape myrtle seedlings used to make the vase shape are planted around the mold at one time, and there are large differences in the growth of each individual crape myrtle plant , resulting in uneven bra...

AI Technical Summary

Problems solved by technology

The existing Lagerstroemia Zhajingyan yellow bottle cultivation technology can carry out weaving modeling, but there are the following defects: (1) The crape myrtle seedlings used to make the vase shape are planted around the mold at one time, and there are large differences in the growth of each individual crape myrtle plant , resulting in uneven branch thickness, affecting the overall molding effect, commodity value and ornamental value; (2) In the process of gradual growth and binding of crape myrtle seedlings, due to various reasons such as manual operation errors, diseases and insect pests, and natural factors, Necrosis of the whole plant is required to complete the overall shape of the vase. The background technology adopts the method of replanting crape myrtle seedlings at the base of the mold to fill the gap, and the thickness of the branches between the overall shape seedlings is further enlarged, which affects the overall molding effect, commodity value and ornamental value; (3 ) During the gradual growth and binding of crape myrtle seedlings, due to various reasons such as manual operation errors, diseases and insect pests, natural factors, etc., the seedlings are broken at a certain point, and the overall shape of the vase must be completed. The lateral buds form new branches to complete the shape, and the upper and lower branches at the place where the lateral buds grow form a bend, which affects the overall shaping effect, commodity value and ornamental value