Broad bean-okra-celery-luffa cylindrica-tomato diversified planting mode for greenhouse

Abstract

The invention discloses a broad bean-okra-celery-luffa cylindrica-tomato diversified planting mode for a greenhouse. Five kinds of crops, i.e., broad beans, okra, celery, luffa cylindrica and tomatoes are planted in the greenhouse in an interplanting manner so as to form a diversified planting mode, wherein a specific planting scheme is as follows: six rows of broad beans are planted in the greenhouse with the width of 8m along the north-south direction according to the planting distance of 30cm and the row spacing of 1m, five rows of celery are planted in vacant spaces of the broad beans according to the row spacing of 4cm to 5cm, two rows of okra are separately planted at places, which are away from edges of the greenhouse by 60cm, of the two sides of the broad beans in a field planting manner according to the planting distance of 40cm, one row of luffa cylindrica is planted between the corresponding okra and each inner side of the greenhouse according to the planting distance of 80cm to 100cm, and the tomatoes are planted at positions of the broad beans in a manner of keeping the planting distance of 25cm to 30cm after the broad beans are harvested. According to the diversified planting mode, the space of a greenhouse facility is sufficiently utilized; and through reasonably arranging crops for rotation, the planting of five kinds of plants in one greenhouse is achieved, one-year five-planting five-harvesting is achieved, the rate of land utilization is increased, and the benefit maximization of vegetables is achieved.

Description

technical field [0001] The invention belongs to the technical field of agricultural planting, and in particular relates to a diversified planting mode of broad beans-okra-celery-loofah-tomato in a greenhouse. Background technique [0002] In some areas in the middle and lower reaches of the Yangtze River, the production of vegetables must not only ensure the local supply, but also meet the vegetable supply of surrounding large and medium-sized cities. After years of development, greenhouse vegetable cultivation has developed rapidly and has become a common way of vegetable cultivation. Conventional greenhouses Planting is to grow a kind of vegetable uniformly in one greenhouse, because different vegetables have different exposure to light, soil nutrients, and soil humidity, so it is difficult to plant them together, which results in low land utilization in greenhouses. [0003] Therefore, a new mode of diversified planting is needed, in which multiple plants are interplanted...

AI Technical Summary

Problems solved by technology

[0002] In some areas in the middle and lower reaches of the Yangtze River, the production of vegetables must not only ensure the local supply, but also meet the vegetable supply of surrounding large and medium-sized cities. After years of development, greenhouse vegetable cultivation has developed rapidly and has become a common way of vegetable cultivation. Conventional greenhouses Planting is to grow a kind of vegetable uniformly in one greenhouse, because different vegetables have different exposure to light, soil nutrients, and soil humidity, so it is difficult to plant them together, which results in low land utilization in greenhouses

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