JPS60118122A - Artificial culture of organism parastic mushroom - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] This invention relates to a method for artificially cultivating living mushrooms.

Are you skilled at growing conventional living parasitic mushrooms? Te Banzai Rin 111!
Attempts have been made to inoculate the roots of old-growth forests with bacteria, but
According to this method, the type of ecological condition of the forestland,
It has the disadvantage that it is easily influenced by the natural weather, in addition to the depth of the topsoil, the relationship with the roots of other plants, the soil ISOg, and the relationship with Q living organisms.

Therefore, this invention eliminates these drawbacks, increases the growth of a large amount of fine roots in a short period of time, promotes the growth of the L. mushroom fungus, facilitates mushroom production, and prevents the mushroom from moving indoors. The present invention provides an artificial cultivation method for living mushrooms that is possible and allows temperature control.

Hereinafter, one embodiment of the present invention will be described with reference to the drawings. A young plant (A) is placed in a specific container (1) such as a box or a pot.
A large number of fine roots (a) are grown densely in this specified container (1), and the fine roots (a) are inoculated with mushroom fungi (2), or seedlings with mushroom fungi are grown. The purpose is to plant mushrooms (3) and grow mushrooms (4).

It goes without saying that the soil to be placed in the container (1) should be clean and adjusted so that plants can easily live there and bacteria can easily grow there.

Next, to describe the cultivation method of this invention, young plants (A) are densely planted in a container (1), a large number of fine roots (a) are generated, and the fine roots of each plant are intertwined in a network (see Figure 1). ),container(
1) When the mushroom fungus (2) is inoculated into the container (see Figure 2), the fungus infects the dense fine roots surrounding the inoculation point, and mycorrhizae are rapidly grown. Once the mycorrhizae have sufficiently propagated within the mushrooms, it is possible to produce mushrooms either through natural weather, or through controlled temperature and moisture through artificial weather. In addition, seedlings with fungi may be planted instead of the mushroom seedlings, and in this case, the mycorrhizae of the seedlings with fungi infect the surrounding fine roots, resulting in rapid development of mycorrhizae. Also,
Of course, both seed bacteria and seedlings with bacteria may be used in combination.

According to this invention, by planting a large number of plants densely in a specific container and increasing the growth of a large amount of fine roots in a short period of time, it is possible to promote the growth of mushroom bacteria and to achieve mushroom production. Since it is movable, it is easy to cultivate in a facility, and the temperature can also be adjusted, making it possible to perform forced cultivation or controlled cultivation.

[Brief explanation of drawings]

FIG. 1 is an explanatory view showing one embodiment of the present invention, and FIG. 2 is a sectional view showing another embodiment of the present invention. 1... Container;
2...Mushroom fungi, 3...Mushroom seedlings with fungi, 4.
...Mushroom, A...Plant, a...Fine root

Claims (1)

[Claims] Plants are densely planted in large numbers in a specific container, a large number of fine roots grow densely in this specified container, and the fine roots are inoculated with mushroom fungi, or seedlings with mushroom fungi are planted to encourage mushroom growth. A method for artificially cultivating living mushrooms.