Ficus virens axial pushing type cottage method

Abstract

The invention relates to a ficus virens cottage technology, in particular to a ficus virens axial pushing type cottage method. The ficus virens axial pushing type cottage method has the technical scheme that the lower end of a huge ficus virens branch requiring cottage with the diameter being 2.5cm to 7cm is cut into the cone sharp point with the cone angle being 30 degrees to 45 degrees, a steel cap is worn on the upper end of the huge ficus virens branch, the cone sharp point of the lower end of the huge ficus virens branch is placed in a cottage point, the upper top of a steel cap is hammered so that the huge ficus virens branch goes deep into the soil for 50cm to 60cm, and then, the steel cap is taken down and is used for the cottage of another huge ficus virens branch. Compared with a hole digging burying method, the scheme provided by the invention has the advantages that the cottage efficiency of the huge ficus virens branch can be obviously improved, and meanwhile, the tree peel of the huge ficus virens branch is in tight contact with the surrounding soil, so the wind resistance is realized, the underground part of the huge branch can favorably absorb the water, and the cottage survival rate of the huge ficus virens branch is improved.

Description

technical field [0001] The invention relates to the cutting technology of the banyan tree, in particular to an axially propelled cutting method of the banyan tree. technical background [0002] Banyan is a tree species that is easy to survive through cuttings. For the cuttings of giant branches of Banyan with a diameter of 2.5cm to 7cm, the conventional method is to dig a deep pit of at least 0.5m on the ground and bury it. This conventional cutting method is not only labor-intensive to dig holes, but also because the soil around the giant branches is loose when planting, and the length of the giant branches above the ground is often much greater than the depth of the ground, so the cutting branches will shake due to the wind, making the giant branches underground. There is a gap between part and the surrounding soil, which is not conducive to rooting, but also seriously affects the water absorption of the underground part, thereby reducing the survival rate of giant branch ...

AI Technical Summary

Problems solved by technology

This conventional cutting method is not only labor-intensive to dig holes, but also because the soil around the giant branches is loose when planting, and the length of the giant branches above the ground is often much greater than the depth of the ground, so the cutting branches will shake due to the wind, making the giant branches underground. There is a gap between some parts and the surrounding soil, which is not conducive to rooting, but also seriously affects the water absorption of the underground part, thereby reducing the survival rate of giant branch cuttings