Pear tree planting method

Abstract

The invention relates to a pear tree planting method. The pear tree planting method comprises the following steps of breeding special seedlings for pear trees, performing field planting, culturing a tree structure, culturing bearing branches, performing tree body nutrient complementing, and performing management on fertilizers and water, bagging for fruits and diseases and insect pests. The methodcomprises the steps of selecting superior birch-leaf pear seeds for hierarchy treatment, raising seedlings, performing transplanting, performing T-shaped budding or xyloid-containing budding, duringthe period, performing fertilizer and water management on the seedlings, performing field planting, then performing tree structure culturing, selecting the pear tree seedlings, bending the seedlings at the places being 120-150cm above from the ground, changing a growth direction, wherein parts in front of the bending parts of the tree seedlings are trunks, bending parts and branches above the bending parts in the horizontal direction are used as trunk branches of the tree bodies for culturing, extending the extending heads of the trunk branches of the tree bodies in the north and south direction, so that the trunk branches can be connected with adjacent plants through a grafting manner, and performing bearing branch culturing on the trunk branches. The management on fertilizers and water,bagging for fruits and diseases and insect pests is the same as conventional management for the pear trees.

Description

technical field [0001] The invention relates to the field of pear tree cultivation, in particular to a method for planting pear trees. Background technique [0002] Pear trees are deciduous pear trees. In the production of pear trees, the cultivation of tree structure is very important. An excellent tree structure is the basis for high-quality and high-yield fruit. The tree structure determines fruit output, quality and management labor costs. At present, two tree-shaped cultivation modes of evacuated layered or trellis type cultivation are generally adopted at home and abroad. The evacuated layered tree is tall, and the height of the tree is between 3-5m. Fruit thinning, harvesting is difficult, and labor costs are high, resulting in poor quality of flower buds, poor quality of produced fruits, and inconsistent sizes. At the same time, due to the complex structure of the tree, many levels of branches, many types of fruiting branches, and aging of fruiting branches Seriousl...

AI Technical Summary

Problems solved by technology

At present, two tree-shaped cultivation modes of evacuation layered or trellis type cultivation are generally adopted at home and abroad. The evacuation layered tree body is tall, and the height of the tree is between 3-5m. Fruit thinning, harvesting is difficult, and labor costs are high, resulting in poor quality of flower buds, poor quality and inconsistent sizes of fruit produced, and due to the complex structure of the tree, many levels of branches, many types of fruiting branches, and aging of fruiting branches Seriously, the technical requirements for tree pruning management are high, so it is not easy for fruit farmers to master the technology of pruning management, and the current shortage of rural labor force leads to poor management level of orchards, poor fruit quality, low yield, and poor fruit quality

The current trellis cultivation reduces the height of the tree to a certain extent, which facilitates orchard operations. However, due to the use of grid cultivation, the branches open at a large angle and grow close to the horizontal. This planting mode causes the tree to easily produce elongated branches. Poor stability, serious waste of tree nutrients, need to cut off the long branches every year, increase labor costs

The current grafting methods are single plant grafting with branch and rootstock or branch and tree grafting. The current grafting method is only single plant grafting, and nutrients are also supplied by single plant. waste, so the current existing tree structure cultivation models have their own shortcomings, it is difficult to meet the development needs of the pear tree industry, and the economic benefits of orchards are declining. Therefore, how to test and study labor-saving, light and simple and High-quality tree-shaped cultivation new technology is very urgent to reduce orchard labor, improve fruit quality and orchard economic benefits

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