A low-cost fruit and vegetable greenhouse continuous cropping planting method

Abstract

The invention provides a low-cost greenhouse continuous cropping planting method for fruits and vegetables. The method comprises the following steps: erecting a fruit and vegetable greenhouse; carrying out fertilization and building arc high ridges by utilizing a rotary cultivator in the greenhouse; laying mulch film, planting first crop of melons and fruits, and carrying out harvesting after themelons and fruits are mature; completely sealing the fruit and vegetable greenhouse after the first crop of melons and fruits are harvested, and carrying out insolating to naturally wither melon vines; opening the fruit and vegetable greenhouse after the melon vines are withered, building cofferdams, and injecting water in the cofferdam in the planting area, so that the withered melon vines are naturally rotten; and pumping out water in the planting area after the vines are rotten, and planting the next crop of melons and fruits. According to the low-cost greenhouse continuous cropping planting method for fruits and vegetables, the melon vines do not need to be cleaned out of the greenhouse after the first crop of the melons and fruits are mature, and secondary fertilization, rotary tillage and ridging, and laying of mulch film are not needed, so that the labor cost of the planting is greatly reduced, the economic benefit of the greenhouse planting is greatly improved, and the plantingmethod is suitable for large-scale promotion and use.

Description

technical field [0001] The invention relates to the technical field of agricultural planting, in particular to a low-cost fruit and vegetable greenhouse continuous cropping planting method. Background technique [0002] With the continuous improvement of people's living standards, people's demand for the substances needed in daily life is also increasing. For example, people's requirements for daily fruits and vegetables are no longer limited by seasons, and people can eat off-season vegetables at any time; for fruits, It is also not limited by the growing area, and various fruits and vegetables can be obtained nearby. Fruit and vegetable greenhouse planting technology can well solve the above-mentioned material needs of people. It is to cover the plastic film on the greenhouse to artificially create a suitable ecological environment for different fruits and vegetables for fruit and vegetable planting. It can artificially control the season of vegetable listing, adjust the ...

AI Technical Summary

Problems solved by technology

In the current two-crop continuous cropping process, after the last crop of melons are ripe and harvested, all the vines of the melons need to be removed from the greenhouse, and then fertilization, rotary tillage, ridges, and plastic film are laid before the next crop Transplanting cantaloupe melon seedlings, just cleaning the melon vines, will cost hundreds of thousands of labor costs for thousands of greenhouses, which is both laborious and expensive. The economic benefits of the

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