Greenhouse grape planting process

Abstract

The invention relates to the technical field of agriculture, and discloses a greenhouse grape planting process. The greenhouse grape planting process comprises the following steps of 1, selecting sandy loam with a soil pH value of 6.3-7.3 as a planting land, and erecting a greenhouse outside the planting land; 2, conducting soil turning and pre-fertilization on the soil, and erecting supporting columns in the greenhouse, wherein the column distance is 6 m; 3, selecting seedlings which are 1-2 months old and have complete root systems for planting, wherein the planting spacing is 1.5 m, and therow spacing is 6 m; and 4, monitoring the water content and the pH value of the soil in real time, periodically irrigating and fertilizing grapes by using a grape forest irrigation device, and carrying out later field management. The grape forest irrigation device is also adopted in the process and comprises irrigation equipment and a water pump, and the irrigation equipment is composed of a water conveying pipe, a frame body water pipe, a root water pipe, a top end water pipe and a connecting pipe. According to an integrated grape forest irrigation device, through cooperation of a water spraying mechanism and a water sprinkling mechanism, the comprehensive irrigation effect of grape forests is achieved. The frame body water pipe achieves the effect of supporting grape vines, the utilization efficiency is improved, and high practicability is achieved.

Description

technical field [0001] The invention relates to the field of agricultural technology, in particular to a greenhouse grape planting process. Background technique [0002] The large-scale planting of grapes often uses greenhouse planting techniques, which can not only increase the yield of grapes, but also facilitate the daily maintenance of grape vines. Grape groves in greenhouses generally require regular watering of grape vines. Compared with other plants, grape groves are special, mainly in that grape groves have the characteristics of climbing vines at high places. [0003] In the prior art, watering grape groves is generally carried out by manually holding a water pipe to directly spray water on the roots of the grape vines, and spraying water on the roots of the grape vines can improve the utilization rate of the water body, but spraying the roots for a long time Water can easily lead to the loss of root soil. For a long time, fruit farmers need to fill and reinforce t...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, watering grape groves is generally carried out by manually holding a water pipe to directly spray water on the roots of the grape vines, and spraying water on the roots of the grape vines can improve the utilization rate of the water body, but spraying the roots for a long time Water can easily lead to the loss of root soil. For a long time, fruit farmers need to fill and reinforce the roots twice. Secondly, the existing technology cannot spray water on the leaves at the top of the vines, and the leaves at the top of the vines are easy to accumulate in the greenhouse. For a long time, dust and dirt accumulate on the top leaves, which will easily affect the normal respiration efficiency and light and action efficiency of grape vine leaves, thus affecting the normal growth and development of grape vines.

[0004] Although the prior art also discloses the use of automatic watering technology, the watering system does not have a complete set of integrated design for the characteristics of climbing vines at high places in grape forests, and cannot achieve efficient and high-quality watering in an all-round way.

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