JPS5813314A - Propagation of moss - 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 The present invention relates to a method for propagating moss in which moss is germinated and grown at any location.

Greenery in nature gives people a sense of relaxation and peace. Gardens are close to us and evoke a sense of nature, and are even said to be essential to modern day life. In order to make the kTh of the garden even more prominent, moss is leveled in many gardens at the time of construction and afterward, but if moss that has been grown elsewhere cannot be harvested and transplanted to the desired location, the following problems must occur: (1) In other words, if the period between collection and transfer is prolonged, there is a risk that the moss will wither and die. If the children were to be left alone, a great deal of effort was required to secure a place for the nursery, and to adjust the environment by watering, ventilation, etc. In addition, if the entire transplant area is not transplanted at the same time, baby grass will grow in the missing area and it will be necessary to weed and readjust the nutrient soil when transplanting. Therefore, the area of color removal may be the same as the area of transplantation.1. Since <> requires a larger area, there is a critical shortage of collection locations. The lack of collection sites is exacerbated by the fact that once moss is collected, it cannot be collected again for several months until it reproduces.

The present invention was developed in view of the above-mentioned current situation. Moss spores are placed on paper impregnated with fertilizer components, dried and sealed, and then transported to any place where it is needed and opened. By taking out the paper, placing it in a predetermined position, and watering it to germinate and grow the spores, (2) moss can be easily propagated in any location and help provide greenery to human life.

The configuration of the present invention will be explained below based on examples.

After cutting paperboard with a thickness of about 1 ff to an appropriate size, it is placed in a boiling tank and boiled for about 30 minutes, followed by washing to remove the chemical substances inside the paperboard. A boiling tank has a hot water supply port and a water discharge port, and has a structure in which preheated hot water is supplied through the hot water supply port, boiling is performed using a burner installed at the bottom of the tank, and excess hot water is discharged from the water discharge port. used. After boiling, the paperboard is immersed in the fertilizer solution for about an hour to absorb the fertilizer ingredients.
let The fertilizer solution used was a commercially available agricultural fertilizer dissolved in separately collected groundwater and left standing in a dark place for about two weeks. The main ingredients of agricultural fertilizer were 45% nitrogen, 45% phosphoric acid, and 10% potassium. Place paperboard that has been lifted up to 11 degrees in the fertilizer solution and place it in a ventilated state so that the moisture content is 50~4017/
Let it semi-dry until it reaches about f. In this case, it is better to avoid forcing out moisture by applying pressure to obtain a preferable result. Place the semi-dried paperboard in a spore culture box and allow the spores to adhere to the surface of the paperboard.

The spore culture box is a rectangular parallelepiped plastic ring box, and the inside and outside of the box are communicated through air holes provided at the bottom of one side surface 9, and the air holes are covered with cotton. There is an overhanging shelf board inside, and on the shelf board, moss that is in the stage of spore production, that is, accumulated, is placed in a glass plate and left standing, and on the bottom board, the fertilizer from the previous tb is stained. Lay out the semi-dry paperboard. The spore observation box as described above was kept in a room protected from direct sunlight at a temperature of 20 to 25° C. (Figf501 or higher) for about 8 to 244 hours. Prepare female plants and uL plants for accumulation [7.Of course, supply an appropriate amount of fertilizer water, but also change the temperature and humidity in the room within the range of the above values at a cycle of about 2 hours. produces good results in attaching large numbers of spores to the paperboard surface. Immediately seal the paperboard removed from the spore culture box with a thin dry polyethylene film.

Dry by blowing hot air at 60 to 40 degrees Celsius to reduce the moisture content to less than 10 g/J'' within about 30 minutes, then immediately seal with a polyethylene thin film with a thickness of +1'L] or less than 90 nm and store. It goes without saying that after removing the paperboard from the spore culture box, you can place another paperboard in the box and attach moss spores to that paperboard in the same way. The sealed paperboard is transferred, the polyethylene thin film is unsealed, the removed paperboard is placed in an appropriate position, and water is continued for about 7 weeks to germinate and propagate moss spores. When the propagation method according to the present invention is attempted using the liverwort collected in June of the previous year as a stock, young green moss sprouts will appear after about a week on the paperboard that was opened and watered about one year later in June of the current year. I could see it.

As is clear from the above explanation, if the moss propagation method according to the present invention is used, moss spores can be attached to a considerable number of paperboards rather than just a few accumulations, so lack of accumulation becomes a problem. Moreover, since the sealed paperboard can be transported very easily, moss can be propagated in any location. You can do this with simple tasks and create a green living environment.

Patent applicant Toshio Murakami (6) Commissioner of the Patent Office Shima 1) Haruki Tono 1. Indication of the case: 1982 Patent Application No. 109745 2,
Title of the invention: Moss propagation method 3, relationship with the person making the amendment Patent applicant address: 500-3 Kaji, Yamaminami-cho, Hikami-gun, Hyogo Prefecture Detailed explanation of the invention in the specification, column 5, contents of the amendment, page 2, page 9 Correct the 4th character in the line, ``Aya'', to ``Take''.

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Claims (1)

[Claims] 1. The paper impregnated with fertilizer components and attached with moss spores is dried, sealed and stored, and then opened at any location and the paper is watered to germinate and grow moss. How to propagate moss