SU1464978A1 - Method of growing plants - Google Patents

Abstract

This invention relates to agriculture. The purpose of the invention is to increase the efficiency of using the moisture accumulated by the soil during the non-growing season. The method includes cutting planting grooves 4 in a rake of a bunch of 3. Plants or seedlings of plants are planted in the planting groove, as well as a string of culture with stem and stems. Then, moisture-accumulative grooves 1 and 3 of the groove 3 are perforated in the nla1Ch1-cumulative furrow zone with film 6 with pos.ch-, with its seal 8 around the perimeter outside the moisture-accumulating grooves 1. are plants with straight stalks, while the volume of greenhouse as the plants grow increases, it becomes more pronounced that y. The conditions of the growing season of the creeping pacTOiiiiii 2 and.-.

Description

FIG. 2

The invention relates to agricultural 35), in particular to the cultivation of agricultural crops in takyr-like pfchvah deserts.

The purpose of the invention is to increase the efficiency of using moisture accumulated in the soil during the non-growing season.

FIG. 1 shows a scheme for implementing the method at the beginning of the growing season, a cross section; in fig. 2 - then WI, during the growing season.

; The method is carried out as follows.

i The accumulation grooves 1 are cut, nf which lay down the drainage layer of Pfsk 2. On the ridge of the clan 3, the landing groove 4 is cut. Bore boards 1. But as water accumulates, sanding through sand layer 2, enters the super-surface layer of the soil, forming a moist zone. At the same time, due to the weak water permeability of the takyr (clay) humidification contour, which has a parabolic shape, it covers the cut moisture-accumulating grooves 1 and 3 grades, i.e., moisture accumulates in the upper layers of the PCF. After the end of the period of moisture accumulation and the increase in the ambient temperature, the seeds or seedlings are planted with alternating creeping and; the front cultures 5 to the groove 4. Then the furrows are covered with a synthetic film 6, in which the backing is performed 7. 7. Edge 8 of the film 6 is embedded in the soil. During this period, and by p. 1, the time for the development of seeds or seeds is due to the moisture content of the humidification zone located under

6. As plants grow, seedlings emerge (when seeds are sown) or seedling biomass increases, then a stem is formed. In connection with this, the depth of groove 4 is established on the basis of the strength of the forming stem from the growing season. In the process of development, the plant stem 5 begins to outgrow the depth (height) of the groove 4 and, abutting against the surface of the film 6, lifts it, thereby increasing the air volume under the film 6. This creates an opportunity for the plants to grow with the stems stem planted in between between plants 5 and an upright stem.

In the cold time of day, on the inner surface of the film 6, the moisture that has evaporated from the surface of the leaves and the ground condenses, in the form of droplets, which, after separation c1, fall into the ground, wetting the latter. In this case, the presence of holes 7 in the film 6 provides gas exchange with the environment.

As the crop ripens, edge 8 of film 6 is opened and fruit is harvested. At the end of the intermediate collection of 5 edges 8 of the film 6 is again embedded in the ground.

Claims (1)

Invention Formula The method of growing plants, including the formation of clumps and moisture accumulating furrows, planting crests on the plants and covering the caras and furrows with a film, is caused by the fact that, in order to increase the efficiency of using moisture accumulated in the soil during the non-growing season, plants are planted in the grooves are cut in the ridge of the ridge, and holes are made in the film along the line of the grooves, while the plants are planted with alternating creeping and vertically growing cults p. 0 five