A method for improving the survival rate of transplanted landscape plants

Abstract

The invention provides a method for improving the survival rate of landscape plant transplantation. The operation completed by basin body, water cavity, working groove, sealing groove, gap extrusion device, alignment device and liftable base can be completed by the invention. Before transportation, personnel usually water the soil at the roots of the plants. However, during the long-distance transportation, the soil humidity is difficult to maintain, and the soil is prone to dryness in the second half of the transportation. Dry soil is easy to damage the plants. The absorption of the roots will affect the growth of the plants after transplanting. When taking out the plants temporarily placed in the flowerpot, usually hold the main stem of the plant and lift it up forcefully. During the lifting process, the soil near the inner wall of the flowerpot After rubbing against the flowerpot, the soil is prone to fall, and the main pole may be damaged under the hands of the personnel.

Description

technical field [0001] The invention relates to the technical field of transplantation, in particular to a method for improving the survival rate of landscape plant transplantation. Background technique [0002] Landscape plant transplantation is usually to move the landscape plants to other places for planting. During the transplantation process, the personnel usually temporarily place the landscape plants in ordinary flower pots to avoid loosening of the soil at the roots of the plants during transportation. However, temporary placement in ordinary flower pots often encounters the following problems: [0003] 1. Before transportation, personnel usually water the soil at the root of the plant. However, during the long-distance transportation, the soil humidity is difficult to maintain. The soil is prone to dryness in the second half of the transportation, and the dry soil is easy to damage. Absorption by plant roots, thus affecting the growth of plants after transplanting;...

AI Technical Summary

Problems solved by technology

[0003] 1. Before transportation, personnel usually water the soil at the root of the plant. However, during the long-distance transportation, the soil humidity is difficult to maintain. The soil is prone to dryness in the second half of the transportation, and the dry soil is easy to damage. Absorption by plant roots, thus affecting the growth of plants after transplanting;

[0004] 2. When taking out the plants temporarily placed in the flower pot, usually hold the main pole of the plant and lift it up forcefully. During the lifting process, the soil close to the inner wall of the flower pot will easily fall after being rubbed against the flower pot. , and the main pole may be damaged under the hand of the personnel

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