System for indoor planting and shaping of watermelon

Abstract

The invention discloses a system for indoor planting and shaping of watermelon. The system comprises shafts vertically arranged in rows, a plurality of climbing parts and a plurality of cross rods, wherein the lower end of each shaft is inserted into the ground by at least 30 cm, and the portion, not inserted into the ground, of each shaft is at least 2 m high; the climbing parts are of a ladder stand structure arranged in an evenly spaced spiral arrangement mode in the length direction of the shafts, at least four climbing parts are arranged on each shaft, and each climbing part becomes wider gradually from the upper end to the lower end of the corresponding shaft; the cross rods are arranged on the climbing faces of the ladder stand structure at equal intervals, and the interval between every two adjacent cross rods is 8-15 cm; melon seedlings are planted around the shafts in an annular mode, the distance between every two adjacent melon seedling planting holes is at least 25 cm, and the shortest distance between the melon seedling planting holes and the lower ends of the multiple climbing parts is at least 20 cm. By the adoption of the system, indoor space can be effectively utilized, luxuriant foliage can be realized easily, ventilation and light transmission are promoted, robust growth of melon seedlings is promoted, uniform growth of melon is guaranteed, and melon quality is improved.

Description

technical field [0001] The invention relates to the technical field of crop cultivation and modeling, in particular to a system for indoor planting and modeling of watermelons. Background technique [0002] The traditional method of planting watermelon occupies a large area, cannot effectively use the space, and has poor ventilation and light transmission, especially in subtropical humid monsoon climate areas, such as Guizhou in my country, where there are many mountains, humid and rainy, insufficient sunshine, and accumulated temperature. The lower characteristics are not conducive to the growth and development of watermelons; in addition, the vines growing on the ground are not easy to carry out post-management such as artificial pollination and pruning, and the half of the watermelon next to the soil cannot receive sunlight, so it is easy to form half green and half white. The watermelon is not good-looking, but also affects the quality. Contents of the invention [0003...

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Problems solved by technology

[0002] The traditional method of planting watermelon occupies a large area, cannot effectively use the space, and has poor ventilation and light transmission, especially in subtropical humid monsoon climate areas, such as Guizhou in my country, where there are many mountains, humid and rainy, insufficient sunshine, and accumulated temperature. The lower characteristics are not conducive to the growth and development of watermelons; in addition, the vines growing on the ground are not easy to carry out post-management such as artificial pollination and pruning, and the half of the watermelon next to the soil cannot receive sunlight, so it is easy to form half green and half white. The watermelon is not good-looking, but also affects the quality

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