Water-collecting cultivation structure

Abstract

The invention discloses a water-collecting cultivation structure which includes a first water-collecting part, a second water-collecting part and a diversion part, wherein the first water-collecting part has a hollow area for plant growth, and the outer part of the first water-collecting part is sleeved with the second water-collecting part, and a water storage space with a water inlet is formed between the first water-collecting part and the second water-collecting part. One end of the diversion part is communicated with the lower end of the water storage space, and the other end of the diversion part leads to the roots of the plants. The water-collecting cultivation structure can make full use of precipitation water resources, conserve water, improve the soil moisture conditions, increase the survival rate of the plants, and promote the growth of the plants. The water-collecting cultivation structure can be applied to vegetation cultivation, afforestation and desertification in desert areas, effective use of water resources can be achieved, the afforestation costs are reduced, the survival rate of forest trees is high, forest growth is promoted, and thus the goal of controlling sand by using living plants is achieved.

Description

Technical field [0001] The invention relates to the technical field of plant cultivation, in particular to a water collection cultivation structure. Background technique [0002] Water resources in desert areas in my country are extremely limited, plant growth environment is poor, vegetation is fragile, sandy land seeps quickly, and water holding capacity is very poor, which makes afforestation survival rate and preservation rate low, except for some endemic sand plants, other plants It's hard to survive. It is a very arduous and urgent task before us to prevent and control sand, curb the spread of desertification, and improve the ecological environment. Restoring vegetation is a fundamental measure to solve the problem of desertification. However, the sandy flow in the desert causes the substrate to be unstable and the water retention capacity is not strong. It is easy to cause the seedlings to die when the roots are exposed or the sand is covered. Therefore, sand fixation is th...

AI Technical Summary

Problems solved by technology

[0002] The water resources in the desert areas of our country are extremely limited, the plant growth environment is poor, the vegetation is fragile, and the sand seeps quickly under the water, and the water holding capacity is very poor, which makes the survival rate and preservation rate of the afforestation low. Except for some unique sand plants, other plants hard to survive

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