Embedded bio-fertilizer box for trident maple

Abstract

The invention discloses an embedded bio-fertilizer box which is used for a trident maple and can be embedded into soil located at the root portion of the trident maple for fertilization. After fallen trident maple leaves are minced and are subjected to degeneration treatment, the trident maple leaves are mixed with bagasse, an organic fertilizer, loam and ice blocks and then are added with earthworms to form a filling fertilizer, the filling fertilizer is charged into the fertilizer box, and then the fertilizer box can be embedded into the soil located at the root portion of the trident maple for fertilization. Due to the fact that the fertilizer box is provided with through holes, the earthworms can move nearby the roots outside the fertilizer box of the trident maple to perform soil loosening and other activities beneficial to soil, and fertilization and soil loosening can be achieved simultaneously. In addition, the embedded bio-fertilizer box is very convenient to use, and nutrition of the embedded bio-fertilizer box also mostly meets the demands of the trident maple. Furthermore, a filling tube is further arranged at the upper portion of the bio-fertilizer box, other fertilizers can be periodically or occasionally added to directly act on the root portion of the trident maple for fertilization, and the embedded bio-fertilizer box is a novel fertilizer combination.

Description

technical field [0001] The invention relates to the field of fertilizers, in particular to a special fertilizer box for the Acer palmatum that can be embedded in the root soil of the Acer palmatum for fertilization and soil loosening. Background technique [0002] The fertilization of trees generally includes surface fertilization and deep fertilization. In comparison, deep fertilization has a better effect on the fertilization effect of most trees because it directly acts on the roots of trees to facilitate the absorption of nutrients by trees, and the effect is better. The existing deep fertilization methods generally include Plowing and deep fertilization, ditching, and hole deep fertilization require more manpower or material resources, and are not very convenient. In addition, fertilizers have less use of fallen leaves and organisms, and there is no combination of fertilizers and devices for fertilization. . Contents of the invention [0003] The present inventio...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the shortcomings of the prior art, such as the loss of manpower and material resources, inconvenient fertilization, and the utilization of waste materials such as fallen leaves, and invents a fertilizer that can be directly buried in the roots of Acer triangularis for fertilization and is most suitable for the nutrient requirements of Acer triangularis box

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