Controllable water seedling growing cup for sweet-scented osmanthus flowers

Abstract

The invention discloses a controllable water seedling growing cup for sweet-scented osmanthus flowers. The cup comprises a cup wall and a cup bottom. A hollow structure for water storage is arranged inside the cup wall. A water inlet is formed in the upper edge of the cup wall to be communicated with the hollow structure. Net holes for seeping water into a matrix inside the cup are formed in the cup wall, and water seepage meshes are arranged at the cup bottom. The cup is novel in design, unique in structure and wide in application range. The problems that a seedling growing cup is difficult in soil water retention and time and labor are wasted during watering are solved. Investment is little, operation is easy, the effect is high, and practicability and popularization are achieved. The soil water at the stock roots can be kept, the nursery stock cultivation survival rate is increased by 35-40%, the nursery stock irrigation frequency can be decreased, and therefore the nursery stock cost is lowered.

Description

Technical field [0001] The invention belongs to the technical field of seedling planting, and in particular relates to an osmanthus flower controllable water seedling raising cup. Background technique [0002] Generally, after potting and maintenance of garden tree seedlings, an important task is to water, usually sprinkler irrigation or manual watering. Generally, osmanthus flowers need to be sprinkled once a day within a week after potting. At the same time, they are affected by environmental temperature, moderateness and substrate water retention rate. In the actual watering process, artificial supplementary watering is also required. In addition, after the watering is completed, different trees need to be properly supplemented according to site factors and seedling quality factors, which undoubtedly increases the workload. Furthermore, in the case of large-scale planting, the normal method of judging soil moisture content by observing the surface soil moisture is too extensi...

AI Technical Summary

Problems solved by technology

In addition, after the completion of the watering work, it is necessary to moderately re-irrigate different trees according to site factors, seedling quality factors, etc., which undoubtedly increases the workload.

Furthermore, in the case of large-scale planting, the normal method of judging soil moisture content by artificially observing surface soil moisture is too extensive, which will also bring too large errors and increase production costs.

On the other hand, considering the follow-up irrigation, frequent artificial water pipe irrigation and automatic sprinkler irrigation will cause serious soil erosion, exposed tree roots, and impermeable irrigation, which will affect the growth effect of saplings.

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