JP2743163B2 - Plant cultivation tools - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a plant cultivation tool, and more particularly to a plant cultivation tool suitable for inoculating a root of a plant with VA mycorrhizal fungi.

[0002]

2. Description of the Related Art VA mycorrhizal fungi (cyst-arbuscular mycorrhizal fungi)
Various literatures have revealed that the coexistence of the plant with the roots of the plant improves the growth of the plant.

[0003]

However, plant cultivation tools for efficiently inoculating the roots of plants with VA mycorrhizal fungi are not yet sufficient. Conventionally, they possess VA mycorrhizal fungi. Sowing granules around the roots,
It was common to use it by mixing it with cultivation soil.

Therefore, an object of the present invention is to provide a plant cultivation tool which can easily inoculate a root of a plant with VA mycorrhizal fungi.

[0005]

Means for Solving the Problems In order to achieve the above object, a plant cultivation tool according to the present invention comprises a net for plant cultivation.
Tool, the threads that compose the mesh are rotten by water or soil.
Food, and decomposed material prone or Ranaru tube body, this
VA mycorrhizal fungi having a tube with VA mycorrhizal fungi
It is characterized in that a holding material is incorporated .

[0006] In the above features of the present invention, the VA mycorrhizal fungi holding material containing VA mycorrhizal fungi is a powdery substance obtained by mixing VA mycorrhizal fungi with various types of soil particles for cultivation and other particles. And granular materials. Further, a fertilizer, an energizing agent, and other materials for plant cultivation may be mixed with the VA mycorrhizal fungus and the soil particles or other particles to form a powdery or granular material. In the above-mentioned feature of the present invention, the net body is wound around a soil mass at the root of a soil of a tree or the like before being implanted, and when implanted in this state, the tube body, which is a thread constituting the net body, is eventually corroded and decomposed, and the inside VA is decomposed. The mycorrhizal fungus holding material is exposed and meets the plant roots, leading to a symbiotic state. In addition, after covering the slope with the net, soil and fertilizer and other vegetation materials are applied from above, and the plant is planted to quickly and surely cause the VA mycorrhizal fungi to grow. Can coexist. In addition, by applying seed-containing soil after covering the net with the slope, VA mycorrhizal fungi can be promptly and efficiently symbiotic with the plants sprouted from the seeds. The tube body can be composed of a soft plastic tube or a braided cloth.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG . 1 and FIG.
1 shows an embodiment of a tool. FIG. 1 shows the plant cultivation tool of the present invention.
FIG. 2 is a diagram showing an example of a net according to the embodiment, and FIG.
It is a block diagram of the tube body formed.

In FIG . 1 and FIG. 2, the plant cultivation tools
The body is a net 40, and the yarn constituting the net 40 is a tube.
Body 41 and holding the VA mycorrhizal fungi in this tube body 41
The material 20 is built in. Tube body 41 is made of water or soil.
It is made of a material that is easily corroded and decomposed. But Chu
The degree of corrosion decomposition of the body 41 can be instantaneous by getting wet with water etc.
Although it is not enough to dissolve in the soil,
Relatively quickly due to contact with water and soil
To the extent that it is decomposed. If the decomposition is too slow
The outflow of the VA mycorrhizal fungus holding material 20 inside is delayed, and
Only the inoculation of roots with VA mycorrhizal fungi is delayed. Chu
The body 41 is made of, for example, a soft plastic tube,
It can be composed of a stringed cloth. Plant a net 40
It is wrapped around the soil mass at the base of the soil, such as trees before embedding.
When it is implanted, it will eventually become a thread constituting the net 40.
The body 41 is corroded and decomposed, and the VA mycorrhizal fungus holding material 2 inside
0 is exposed and meets the roots of the plant, leading to a symbiotic state. Also
After covering the net 40 on the slope, etc.,
And plant soil with fertilizer and other vegetation materials
As a result, the tube body 41 eventually corrodes and decomposes,
VA mycorrhizal fungus holding material 20 is exposed, and VA mycorrhizal fungi
Meet the roots and live together. The net 40 was put on the slope.
Later, by applying seeded soil, etc., the plants that grew from the seeds
VA mycorrhizal fungi coexist quickly and efficiently.

The VA mycorrhizal fungus holding material 20 holds VA mycorrhizal fungi. As the VA mycorrhizal fungus holding material 20, VA mycorrhizal fungi can be used for various types of soil particles for cultivation and other materials. It can be a powdery substance or a granular substance mixed with particles.
In addition, the VA mycorrhizal fungus holding material 20 may be a powdery or granular material obtained by mixing fertilizer, a revitalizing agent, and other materials for plant cultivation with soil particles and other particles together with the VA mycorrhizal fungi.

[0010]

According to the present invention, there is provided the above construction.
According to the plant cultivation tool described in the above, plant cultivation consisting of a net
This is a tool, and the threads that make up the net are rotten with water or soil.
The tube is made of a material that is easily eaten and decomposed.
VA mycorrhizal fungi having a tube with VA mycorrhizal fungi
Since the holding material is built-in, the net can be attached to
And wrap it around the earth mass and plant it again.
Planting plants and their seeds by covering and applying soil on it
In this way, the VA mycorrhizal fungi are quickly and surely symbiotic with the roots of the plant.
Can be Because it is a net, folding it
Easy handling such as transportation and storage. Also work
Only covered with a mesh member, uniformly has facilities Succoth the VA mycorrhizae
It is simple and reliable.

[Brief description of the drawings]

FIG. 1 is a diagram showing a net of a plant cultivation tool according to an embodiment of the present invention.
It is a figure showing an example .

FIG. 2 is a configuration diagram of a tube body forming a thread of a mesh body.
You .

[Description of Signs ] 20 VA Mycorrhizal Fungus Retaining Material 40 Netting 41 Tube

Claims (1)

(57) [Claims] 1. A plant cultivation tool comprising a net, comprising:
The threads that make up the body are easily corroded and decomposed by water and soil
And a tube made of a suitable material.
Incorporate a VA mycorrhizal fungus holding material containing A mycorrhizal fungi
A plant cultivation tool characterized in that: