Three-dimensional planting body and three-dimensional planting method

Abstract

The invention discloses a three-dimensional planting body which comprises a plurality layers of planting tanks, wherein the planting tanks are overlapped in a planting soil layer at intervals; every two adjacent planting tanks in each layer are arranged at intervals; each planting tank in an upper layer is arranged above the interval between every two corresponding adjacent planting tanks in an adjacent lower layer; the peripheries of the plurality layers of planting tanks are wrapped by curved soil bodies; each planting tank comprises a planting tank main body of which the upper part is opened; an inner sealed water storage tank is arranged inside each planting tank main body; the height of the planting tank main body is not less than that of the inner sealed water storage tank; the space inside each planting tank main body is partitioned into a planting area and a water storage area by the inner sealed water storage tank; a water compensating tube which extends outside each planting tank main body is arranged at the upper part of the inner sealed water storage tank; water seepage channels for communicating the planting areas with the water storage areas are arranged between the planting areas and the water storage areas. The invention further discloses a three-dimensional planting method. By adoption of the three-dimensional planting body and the three-dimensional planting method, the planting rate of a unit area can be greatly increased, the planting area can be saved, the water evaporation and the fertilizer loss can be sufficiently reduced, and the saturated utilization of water and fertilizers can be realized.

Description

technical field [0001] The invention relates to the technical field of planting, in particular to a three-dimensional implant and a three-dimensional planting method. Background technique [0002] Traditional planting operations, generally planting crops on flat land, have the following defects: [0003] 1. The traditional way of planting crops at intervals on flat land occupies a large area, but with the development of industrialization, industry, commerce and transportation are increasingly encroaching on cultivated land, and the cultivated land area is increasingly scarce. Therefore, this traditional planting method has been Increasingly unable to adapt to the current lack of arable land; [0004] 2. For crops that need to be planted on high ridges, the traditional planting method is to cultivate the soil layer by layer after loading the seeds. The planting process is complicated and the thick soil layer makes it difficult to water and fertilize the crops grown on high r...

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Problems solved by technology

[0003] 1. The traditional way of planting crops at intervals on flat land occupies a large area, but with the development of industrialization, industry, commerce and transportation are increasingly encroaching on cultivated land, and the cultivated land area is increasingly scarce. Therefore, this traditional planting method has been Increasingly unable to adapt to the current lack of arable land;

[0004] 2. For crops that need to be planted on high ridges, the traditional planting method is to cultivate the soil layer by layer after loading the seeds. The planting process is complicated and the thick soil layer makes it difficult to water and fertilize the crops grown on high ridges, and It covers a large area, and fewer plants can be planted in the same planting area; in addition, although the surface area receiving light increases after ridges, and the number of plants is increased, it is not easy to achieve watering in traditional ridge planting operations. Irrigation, after watering and irrigation, the water is easy to evaporate, causing drought problems. Therefore, in the current agricultural planting, only low and high ridges with a height of about 0.2m can be realized. Because of the drought problem, it is not easy to achieve medium and high ridges with a height of about 0.5m. However, high ridge planting with a height of more than 1m cannot be realized directly.

[0006] 4. At present, in the process of using organic fertilizers, chemical fertilizers and other fertilizers in the planting industry, the base fertilizer can only be applied once during the planting process. It is difficult to perform deep fertilization after the crops are planted, so that the base fertilizer cannot be continuously added, and it is easy to make the crops grow. Insufficient base fertilizer during the process

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