Storm resistant jujube tree grafting method

Abstract

The invention relates to a storm resistant jujube tree grafting method. The method includes the steps that the lower end of a collected scion of a good jujube tree is clipped into a slope through a knife and inserted into a grafted branch body, adhesive tape is tightly wound on the lower portion of the scion and the grafted branch body for seven circles, and then complete square mulching film paper which is 20cm in length is utilized to tightly cover the scion and the grafted branch body, adhesive tape is wound on the scion for six circles, when a sprout grows to be 1cm in height, two small holes are pricked in the mulching film paper through a needle point, and after about ten days, a newborn tender shoot can break through the mulching film paper after the scion sends forth the newborn tender shoot.

Description

1. Technical field [0001] The invention belongs to the technical improvement of the method for grafting jujube trees, and in particular relates to a method for grafting jujube trees against storms. 2. Background technology [0002] Jujube is one of the important tree species native to my country. It has the characteristics of resistance to salt and alkali, barrenness, drought and rain. Therefore, jujube not only has important economic value, but also a pioneer tree species for greening barren hills and improving the ecological environment. In many areas, especially in mountainous areas, the development of jujube trees has become a pillar industry in rural areas, playing an important role in helping farmers get rid of poverty and become well-off and achieve sustainable rural development. At present, jujube orchards in my country are mostly operated in the form of families, and the development of its fine varieties is mainly realized by grafting methods at low cost, while the...

AI Technical Summary

Problems solved by technology

At present, jujube orchards in my country are mostly operated in the form of families, and the development of its fine varieties is mainly realized by grafting at low cost. The nutrients of jujube trees that have survived grafting are concentrated on the scion. Because the scion grows too fast and the joint healing time is short, Forming a top-heavy trend, it is easy to be broken by strong winds or drenched by continuous rain. In this case, how to improve the success rate of jujube varieties after grafting has become an urgent requirement for fruit farmers.