Independent Y-shaped pergola building method applicable to mountain halfpace pear garden

Abstract

The invention relates to an independent Y-shaped pergola building method applicable to a mountain halfpace pear garden. The method comprises the following steps that upright frames, upright anchors and guy anchors are prefabricated; holes suitable for the upright anchors are dug along the center line of a halfpace of the mountain pear garden at the interval of 6 cm, the upright anchors and the guy anchors are embedded into the holes, and the upright frames are inserted into the upright anchors; the upright frames standing at the two ends or the corners of the halfpace and the guy anchors are connected and fixed through guys; three steel twisted ropes or rust-proof iron wires are arranged on each inclined rod of the upright frames at equal intervals; one steel twisted rope or one rust-proof iron wire is arranged at the joint between uprights and the inclined rods to serve as a main branch angle division fixing wire. Compared with the prior art, the independent Y-shaped pergola building method applicable to the mountain halfpace pear garden has the advantages that a small independent planar pergola is formed on each halfpace, the pergola is light, easy to make and built, and the problem that pergolas cannot be easily built because of the complex terrain of a mountain halfpace pear garden is solved.

Description

technical field [0001] The invention belongs to the technical field of fruit tree cultivation, and in particular relates to a method for erecting a single Y-shaped scaffold suitable for terraced pear orchards in mountainous areas. Background technique [0002] Pear trellis cultivation originated from the application of wind-resistant pear technology in Japan, but it has gone far beyond this category. As a breakthrough cultivation model with high yield, high quality and high efficiency, it has been widely used in Japan, South Korea and my country's plain pear producing areas. Area promotion and application. Practice has fully proved that trellis cultivation can not only enhance the load and wind resistance of the tree with the support of the shed, greatly increase the yield and reduce the fruit drop caused by wind damage, but more importantly, it can smooth the fruiting branches or fruiting branches in time. Fixed on the frame surface, disperse the advantages of the top of th...

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Problems solved by technology

[0003] The purpose of the present invention is to provide a method for erecting a single Y-shaped scaffold suitable for mountain terraced pear orchards, which effectively solves the problem that the terrain of mountain terraced pear orchards is complex and difficult to erect scaffolds, and can greatly speed up the adoption of scaffolding cultivation techniques in mountain terraces. Popularization and Application of Tailiyuan

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