Novel reservoir and desert ecological planting system comprising same

Abstract

The invention discloses a novel reservoir and a desert ecological planting system comprising the same, and belongs to the agricultural field. The bottom part and side walls of the novel reservoir are paved with first ventilate impervious barriers, the inner part of the novel reservoir is vertically provided with draining bricks used for dividing the novel reservoir into a visible part and an invisible part, and the invisible part is filled with honeycomb drainage sand, and a second ventilate impervious barrier is arranged above the drainage sand. According to the novel reservoir provided by the invention, the moisture leakage can be prevented, the enough water can be remained in the reservoir, the enough air content can be kept in the water, and the water temperature is not either too high or too low.

Description

technical field [0001] The invention relates to the field of agricultural technology, in particular to a novel reservoir and a desert ecological planting system including the reservoir. Background technique [0002] Reservoirs have both aquaculture and irrigation functions. Generally, simple reservoirs can be formed by digging deep pits on the ground. However, this kind of reservoir is only suitable for areas with humid climate and more precipitation. In areas with dry climate and little precipitation In deserts, Gobi and other areas, due to the loose soil, mostly sand, the water in the reservoir can easily leak into the ground, causing waste. To solve this problem, people lay impermeable plastic films on the bottom and side walls of the reservoir, etc., However, although the water leakage is prevented after the plastic film is laid, the air circulation between the water in the reservoir and the soil is also isolated, so that the water lacks air and becomes stagnant water. T...

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Problems solved by technology

[0002] Reservoirs have both aquaculture and irrigation functions. Generally, simple reservoirs can be formed by digging deep pits on the ground. However, this kind of reservoir is only suitable for areas with humid climate and more precipitation. In areas with dry climate and little precipitation In deserts, Gobi and other areas, due to the loose soil, mostly sand, the water in the reservoir can easily leak into the ground, causing waste. To solve this problem, people lay impermeable plastic films on the bottom and side walls of the reservoir, etc., However, although the water leakage is prevented after the plastic film is laid, the air circulation between the water in the reservoir and the soil is also isolated, so that the water lacks air and becomes stagnant water. The stagnant water will inhibit the growth of crops after being poured into the planting field. At the same time, stagnant water makes the growth of aquatic products in the reservoir poor, making the function of the reservoir single, resulting in waste

[0003] In addition, in summer, when the temperature is high, the water temperature in the reservoir will also rise; in winter, when the temperature is low, the water temperature in the reservoir is too low, and even freezes; water with too high or too low temperature for irrigation will damage crops Damage to the root system will also have a bad impact on the aquatic products cultured in the reservoir and reduce the output of aquatic products

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