Transplanting method for pear trees

Abstract

The invention relates to a pear tree transplanting method, which is completed by the following steps: (1) pruning; (2) preparing a planting hole: determine the diameter of the planting hole according to 15 times the trunk diameter of the pear tree to be planted, and backfill the hole with straw , garbage and topsoil, filling to a position 20 cm above the ground; (3) tree lifting and handling: transplant pear trees with soil, and transport them to the transplanting site in time; (4) planting: according to the direction marks made during pruning The growth direction is put into the planting hole, and the filling must be 10 centimeters higher than the original topsoil; 0.5 grams of No. 3 ABT rooting powder is used to fill the root with 10 kilograms of water for the rooting water, so that the hole soil is drenched, and finally the planting hole is covered with plastic film; (5 ) Management after planting: use 0.2% potassium dihydrogen phosphate and 0.2% urea water to fertilize the leaves every other week when spraying water; carry out disease and insect control in time during the growing season, and use lime sulfur mixture to clear the garden and whiten the trunk during the dormant period. Can. The beneficial effects of the invention are: the supply of nutrients to pear trees can be guaranteed for a period of time, the survival rate after transplanting can be improved, and the planting needs can be met.

Description

technical field [0001] The invention relates to the field of planting, in particular to a transplanting method for pear tree transplanting. Background technique [0002] With the development of agricultural modernization, fruit trees, as one of the pillar industries of agriculture, have broad prospects for development, and the management technology of fruit trees is also constantly improving; in order to develop new strains of fruit trees and increase the commodity value and output of fruits, it is necessary to enrich them by moving and transplanting For the development of local agricultural products, the existing southern fruit trees are transplanted to the north, and the northern fruit trees are transplanted to the male side, or the plateau fruit trees are transplanted to the plains, and the plain fruit trees are transplanted to the plateau. Variations often occur, and the survival rate of transplanting is extremely low , for economic benefits, most of them use foreign fru...

AI Technical Summary

Problems solved by technology

[0002] With the development of agricultural modernization, fruit trees, as one of the pillar industries of agriculture, have broad prospects for development, and the management technology of fruit trees is also constantly improving; in order to develop new strains of fruit trees and increase the commodity value and output of fruits, it is necessary to enrich them by moving and transplanting For the development of local agricultural products, the existing southern fruit trees are transplanted to the north, and the northern fruit trees are transplanted to the male side, or the plateau fruit trees are transplanted to the plains, and the plain fruit trees are transplanted to the plateau. Variations often occur, and the survival rate of transplanting is extremely low , for economic benefits, most of them use foreign fruit seeds, local cultivation, seedling cultivation, local growth, long cultivation cycle, and there is a big difference between the grown fruit and the original fruit. In addition, some foreign fruit trees, especially, are transplanted to China. In the future, except for the rare use of air transport, the sea transport of more than 3 months will cause a large number of fruit seedlings to die. Others use foreign fruit seeds, local cultivation and seedlings, often adopt hybrid varieties, and use them in the seedling process. Transgenic technology, the growth of genetically modified fruit, brings great hidden dangers to people's health