Nursery stock single-branch layerage-propagation cultivation pot

Abstract

The invention provides a nursery stock single-branch layerage-propagation cultivation pot which belongs to the field of nursery transplantation and comprises an angle adjustment component, a pot bodycomponent and a fixation and supporting component, wherein the angle adjustment component is disposed on one side of the upper end of the pot body component and configured to guide a branch, the pot component is disposed on the upper end of the fixation and supporting component and can position the branch guided by the angle adjustment component in the vertical direction, the lower end of the fixation and supporting component is inserted and disposed in a fixation component, and the upper end is used for supporting the pot body component and realizing adjustment of a vertical height. The pot reduces a transplantation process by forming a potting plant individual directly through cultivation pot layerage propagation, effectively increases a survival rate of a new plant individual, reduces manpower cost and time cost, is applicable to layerage propagation of various types of plants and branches with different heights and has a wide applicable scope, ensures stability of an aboveground part and an underground part of a branch, effectively guarantees that a new root system of the branch is not damaged by external disturbance, effectively adjusts a growth posture of the branch through flexible adjustment of a branch soil-entry angle and is high in practicability, flexible and maneuverable.

Description

technical field [0001] The invention belongs to the field of transplanting seedlings, and relates to the propagation of seedlings, in particular to a pot for seedling single layered propagation and cultivation of seedlings. Background technique [0002] The layering propagation method is widely used in the field of nursery stock breeding. It is a fast and efficient asexual propagation method, which is conducive to retaining the original high-quality appearance of plants. [0003] At present, the single-branch propagation is mainly to press down the lower branches of the mother plant and bury them in the soil to promote the adventitious buds at the nodes or internodes to germinate and grow new roots, and then cut them off from the mother and plant them separately, thus forming A new plant is mostly used for clumping flowering shrubs or soft-branched vines. However, due to the different growth heights of the branches, the single-branch layering propagation method is relativel...

AI Technical Summary

Problems solved by technology

However, due to the different growth heights of the branches, the single-branch layering propagation method is greatly limited, and the applicability is insufficient.

Some plant branches have strong toughness and are not easy to bend, and their stability in the soil cannot be guaranteed. Excessive soil or object coverage is not conducive to the germination of new roots of branches

[0004] At the same time, external disturbances to the soil and the above-ground parts of the branches can easily damage the new root system and prolong the layering propagation cycle. Conventional layering propagation cannot guarantee the growth posture of the above-ground parts of the branches. Replanting and adjusting not only causes damage to the new root system, but also wastes a lot of manpower and time, and there is still a lack of efficient and fast single-branch layering propagation device and method

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