Taxus chinensis cutting seedling raising facility

Abstract

The invention discloses a taxus chinensis cutting seedling raising facility. The facility comprises soil and a taxus chinensis seedling cut in the soil, a breathable and permeable assembly is arranged in the soil, a temperature balancing assembly penetrates through the breathable and permeable assembly, the second end of the temperature balancing assembly is inserted into the soil, the first end of the temperature balancing assembly penetrates out of the soil surface, a humidity adjusting assembly is arranged at the top of the breathable and permeable assembly, and the top of the taxus chinensis seedling is sleeved with a transparent cover. According to the taxus chinensis cutting seedling raising facility, the breathable and permeable assembly is arranged and matched with a humidity adjusting assembly, excessive moisture in soil can be avoided, meanwhile, the air permeability of the soil is improved, water can evenly permeate through watering holes, the temperature in the transparent cover and the soil temperature tend to be balanced through the temperature balancing assembly, and therefore the survival rate of taxus chinensis seedlings is greatly increased; by arranging the humidity adjusting assembly, excessive soil humidity can be avoided, and the taxus chinensis seedlings are in an environment with stable air humidity and air temperature through the transparent cover.

Description

technical field [0001] The invention relates to the technical field of cutting seedling cultivation. Specifically, it is a yew cutting seedling raising facility. Background technique [0002] Taxus can be propagated by cutting and sowing, but the propagation method of sowing is relatively slow, and the growth cycle of yew is long, so the method of cutting is generally used for propagation; when cutting yew, the branches of yew are processed and inserted into the soil. Regular watering, but the amount of watering is difficult to control, whether it is sprinkler irrigation or flood irrigation, the water seeps downward from the soil surface, the soil surface is wet and the lower part of the water is less, the roots of the yew branches cannot absorb enough water , lead to slow rooting and development, or even dry and dead, and when the water is too much, the roots of the yew branches are very easy to rot and cause death; and after the cuttings are inserted into the soil, due to...

AI Technical Summary

Problems solved by technology

[0002] Taxus can be propagated by cutting and sowing, but the propagation method of sowing is relatively slow, and the growth cycle of yew is long, so the method of cutting is generally used for propagation; when cutting yew, the branches of yew are processed and inserted into the soil. Regular watering, but the amount of watering is difficult to control, whether it is sprinkler irrigation or flood irrigation, the water seeps downward from the soil surface, the soil surface is wet and the lower part of the water is less, the roots of the yew branches cannot absorb enough water , lead to slow rooting and development, or even dry and dead, and when the water is too much, the roots of the yew branches are very easy to rot and cause death; and after the cuttings are inserted into the soil, due to the poor heat transfer of the soil, the temperature of the lower and surface layers of the soil has a certain temperature. At the same time, the gap between soil temperature and temperature is large. When the temperature is higher than the soil temperature, the amount of water evaporated by the yew seedlings is greater than the amount of water absorbed by its roots, which will easily lead to its death.

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