CN115589868A - Method for planting vegetables by urban residents - Google Patents

Abstract

The invention belongs to the field of vegetable planting, and particularly relates to a vegetable planting method. The invention aims to provide a method for planting vegetables by utilizing waste mineral water bottles, which is characterized in that growing holes are uniformly drilled on the waste mineral water bottles, the upper ends of the mineral water bottles are cut, then a substrate mixed with farmyard manure and soil is filled in the growing holes drilled in the mineral water bottles, and the cultivated vegetable seedlings are transplanted into the growing holes on the waste mineral water bottles to continue to grow.

Description

Method for planting vegetables by urban residents

The technical field is as follows:

the method relates to the field of vegetable planting.

The background art comprises the following steps:

due to the limitation of the living environment of urban residents, the vegetable planting is difficult to realize, the flower pots are used for planting vegetables, the occupied space is large, and the utilization rate is low; vegetable purchasing in restaurants has difficulty, and the vegetable purchasing is more in stock and causes waste due to incomplete use; the method has the advantages that the method is few in input and not enough, a plate-planted vegetable has been proposed in the past, and the plate-planted vegetable is rarely used at present due to large occupied space; in addition, whether in a family or a restaurant, for some vegetables with small use amount, such as: the quantity of the caraway is large, so that the caraway cannot be bought and waste is caused.

The invention content is as follows:

the method for planting vegetables by using waste mineral water bottles is characterized by that on the waste mineral water bottles uniformly the growth holes are cut, then the matrix obtained by mixing farmyard manure with soil is filled in the growth holes, and the cultivated vegetable seedlings are transplanted into the growth holes on the waste mineral water bottles, and continuously grow.

The method solves the technical problem, and adopts the technical scheme that: and (3) punching a growing hole on the waste mineral water bottle, cutting the upper end of the waste mineral water bottle, filling soil, transplanting vegetable seedlings, and irrigating by adopting a watering bottle for drip irrigation.

At present, urban people live in the building for the same life as rural residents, the reason is simple, living facilities for living residents in the building are all the same, and living necessities are guaranteed. Vegetables are also the same, sunlight, soil, water and fertilizer, and can grow normally as long as conditions are met.

The method of the invention is to move the vegetables upstairs, and the vegetables are planted in a three-dimensional planting mode, so that the vegetables grow out from the small holes on the waste mineral water bottles. The method can meet the growth requirements of the vegetables, such as sunlight, soil, water, fertilizer and the like, and the used soil, fertilizer and irrigation water are all green and environment-friendly organic matters, the matrix is not only used, and the irrigation water is the residual milk, yoghourt, beer and the like after fermentation, so that the method is environment-friendly and capable of utilizing wastes.

As can be seen from the schematic diagram of the method for planting vegetables in the attached figure 1, the vegetables grow out through the small holes on the waste mineral water bottles, the roots of the vegetables are pricked in the matrix in the waste mineral water bottles, the matrix provides moisture and nutrition, so that the vegetables can normally grow, and the vegetables can be picked after the vegetables grow out.

Many of the vegetable varieties provided by the method can be picked continuously, such as: garlic sprouts, chinese chives, celery, rapes, lettuce and other vegetables, wherein the Chinese chives can be cut and eaten, and the Chinese chives are cut one crop and are grown one crop; lettuce, leaf lettuce and the like can be eaten by splitting leaves, old leaves are split, new leaves grow, and vegetables planted in one barrel can be eaten for a long time. The caraway is the most typical vegetable, is classified as a seasoning product theoretically, but is considered as a vegetable in a popular concept, is low in using amount but indispensable, and can be used for preparing a bowl of soup with a plurality of caraways, so that the caraway can be used for well calling the taste, and is not good and much useless. The planting bottle is placed on a balcony or a windowsill, does not occupy much space, is attractive, has life interest and can be eaten. The used substrate and the poured fertilizer are organic matters and have peculiar smell but do not emit, because the upper end of the planting bottle is cut, but is sealed by an adhesive tape after being filled with the substrate, so that a closed space is formed. The irrigation is carried out by adopting a drip irrigation mode, a hole is respectively pricked on the bottle cover and the bottle bottom of a 0.55L waste mineral water bottle by using a fine needle, after the bottle is filled with water, the bottle is inserted into a large mineral water bottle mouth in an inverted mode, the water can be dripped into the large mineral water bottle little by little, and the water cannot overflow from the growth hole.

The method has the advantages that the vegetables can grow in a three-dimensional environment by providing necessary growth conditions for the vegetables, the method provides a method for utilizing wastes and meeting the desire of urban residents to plant the vegetables for urban residents and restaurants, and the method not only can eat the vegetables planted by the urban residents, but also can ensure that the vegetables are green.

Description of the drawings:

figure 1 is a schematic diagram of a planting bottle, wherein the planting bottle 1, a growing hole 2, vegetable seedlings 3, a matrix 4 and a planting bottle opening 5 are arranged in the planting bottle.

Fig. 2 is a schematic diagram of a planting bottle irrigation, and comprises a planting bottle 1, a growth hole 2, vegetable seedlings 3, a matrix 4, a planting bottle opening 5, an irrigation bottle 6, an irrigation bottle lower opening 7, an irrigation bottle upper opening 8 and irrigation water 9.

The specific implementation mode is as follows:

the specific method is that 5L waste mineral water bottles are selected as planting bottles 1, the distance between the growing holes 2 is determined according to different varieties and shapes of planted vegetables, and the diameters of the growing holes 2 are generally 1cm. The shape is slender vegetable seedling 3, such as: garlic sprouts, chinese chives, caraway and the like, wherein the distance between the growing holes 2 is 4cm; vegetable seedlings in the form of broad leaves 3, such as: lettuce, leaf lettuce, rape, pakchoi, etc. with the spacing between the growing holes 2 of 8cm. The upper end of the planting bottle 1 is cut, a small part is left for connection during cutting, the planting bottle 1 is filled with the matrix 4, and then the cut is sealed by using an adhesive tape. Firstly, vegetable seeds are put into a germination dish for germination acceleration, seedlings can be planted when the vegetable seedlings 3 grow out of leaves, the roots of the vegetable seedlings 3 are inserted into growth holes 2 in a planting bottle 1 through tweezers, then the watering bottle 6 is used for watering, after the watering bottle 6 is filled with water, an upper opening 8 of the watering bottle faces downwards, a lower opening 7 of the watering bottle faces upwards and is inserted into a planting bottle opening 5, the watering is carried out completely, then the watering is carried out timely, the watering process is also a fertilizing process, the watering water is organic fertilizers such as fermented yoghourt, milk, residual beer and the like, and the watering water 9 is dripped into the planting bottle 1 through the upper opening 8 of the watering bottle.

Claims (1)

1. The method comprises the following steps: planting bottle, growing hole, vegetable seedling, matrix, planting bottleneck, irrigation bottle end opening, irrigation bottle upper port, watering, digging the growing hole on abandonment mineral water bottle, cutting abandonment mineral water bottle upper end, fill up soil, transplant the vegetable seedling, the watering adopts the irrigation bottle to drip irrigation.

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