JP2005229999A - Treatment method for washing/drying seed of lawn grass or pasture - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To obtain excellent seeds of lawn grass or pasture, by solving such problems that ultrafine stains and a waxy substance adhered to surfaces of seed coats deteriorate activity of the seeds during storage, decrease conservation force, and deteriorate a germination performance, in processes of subjecting the seeds to harvesting, selection treatment, drying, and storing. <P>SOLUTION: A method for removing the ultrafine stains and the waxy substance adhered to the surfaces of the seed coats of the seeds of the lawn grass or the pasture and improving the activity of the seeds comprises well washing the surfaces of the seed coats with a large amount of water, preferably, with a large amount of dilute salt water, to clean the seeds, making the water drain off, well drying the seeds, and subjecting the seeds to the storage as treated production seeds. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

The present invention relates to a method for treating turfgrass and grass seeds.
[Background Technology]

Conventionally, in seed production, it has been usual to select and select better seeds more carefully than in general grain production, carefully dry them, and carefully seed production and storage.
[Disclosure of the Invention]
[Problems to be Solved by the Invention]

The seeds are cultivated in a good field, carefully cultivated, carefully harvested, carefully selected, only good seeds, dry, and preserved with care for temperature. However, when the seed coat surrounding the seed is cleaned, germination results are improved as a better seed, and growth is also improved.
Originally, in the seed coat, dust that adheres from the outside world, sweat that oozes out from the inside, etc. adhere to the seed coat, and waxy substances also adhere, and in the wild, Although it has a certain role in the preservation of seeds and the preservation of life, in the agricultural sector, seeds are handled and preserved carefully, and this dirt deteriorates the quality of seeds.
[Means for solving the problems]

In order to solve this problem, the following means were discovered.
Thoroughly wash the seed coat of excellent seeds harvested for seeds with a large amount of water or a large amount of thin saline solution, and cleanly wash away dirt and waxy substances around the seed coat to improve the seed activity. To do. After washing, get water well, rather spread it on etc. and dry well to make treated seeds.
〔The invention's effect〕

水素吸着水は、水分子の大きな集合体であって、体内につくられると、生物の半透膜を通過できないから、恒久的に体内に留まり、体大進化を導く。
ここで、外囲が乾燥して、水分子が乏しくなると、吸着によって生じた、水を引よせる吸着の引力は、吸着膜より内側に、求心的に働いて、核心を多エネルギーとし、さらに質量を増加する。

これによって、優良処理種子をうまく乾燥保存すると、核心の胚等が、エネルギーで満たされ、充実して、発芽成績を高める。
さらに、吸着によって生じた引力は、レーザー引力であって、水のみを引きよせる単一引力性をもっている他に強力性、干渉性等を保有している。
この干渉性により、高分子、遺伝機構、進化機構、生理諸機構に広く関係をもち、干渉作用を保有して作用を及ぼしている。
種子処理に食塩が有効であることについては、種子内にできる水素吸着水Ｈ_３Ｏ（Ｈ_２Ｏ）_ｎは、気象系においては、積乱雲に相当するが、結晶形は、雪の仮晶体Ｈ_３Ｏ（Ｈ_２Ｏ）_６である。
他方、食塩水のＮａｃｌは、立方形結晶で、１分子が６方向の分子と接合している。
これらから、６方向に接合する共通点を保有していることから、食塩の作用で種子中に水素吸着水が、生成しやすくなる、補足的役目も持っていて、それだけ活性が高まり、発芽成績が向上する。
〔発明を実施するための最良の形態〕By washing the harvested seeds cleanly from the outside of the seed coat, the activity of the dormant seeds is improved, the breathing is good during the storage period, the dormant seeds are relatively highly active, and the germination performance is enhanced in germination.
Takemura (2003) has proposed a method for inferring physiological and ecological changes in organisms from changes in the physical and chemical states of water.
In general, when an organism enters dormancy, the assimilation that takes nutrients into the body from the outside world is greatly reduced, while internal assimilation increases, and the necessary components are assimilated by dehydration polymerization from the body's stored components, resulting in a shortage. Replenish the minute and keep the assimilation homeostasis.
Seeds are dormant, and internal assimilation increases dehydration polymerization, while on the other hand, respiration is carried out by dehydrogenation, so there is a considerable amount of activity alongside these physiological actions, dehydration polymerization Active hydrogen is generated in the body by dehydration by dehydration and dehydrogenation reaction.
Active dehydration by dehydration polymerization and active hydrogen by dehydrogenation increase relatively in dormant seeds.
When active water adsorbs active hydrogen, surface tension increases and an adsorbed film is formed.
A repulsive force is generated on the side of the hydrogen atoms adsorbed on the inner side of the adsorption film, so that a large number of hydrogen atoms in the outer periphery are excluded and moved away.
On the other hand, an attractive force is generated on the side of the adsorbed water molecules, and a large number of water molecules are attracted from the outer periphery to form a real molecular form of hydrogen adsorbed water.

Hydrogen-adsorbed water is a large collection of water molecules that, when made in the body, cannot pass through the semipermeable membrane of living organisms, so it stays in the body permanently, leading to the evolution of the body.
Here, when the surroundings dries and water molecules become scarce, the attractive force of adsorption that attracts water generated by adsorption works centripetally inside the adsorption film, making the core multi-energy, and mass Increase.

As a result, if the excellently treated seeds are well dried and preserved, the core embryos and the like are filled with energy, enriched, and improve germination results.
Further, the attractive force generated by the adsorption is a laser attractive force, and possesses a strong attractiveness, an interference property, etc. in addition to a single attractive force that attracts only water.
Due to this interference, it is widely related to macromolecules, genetic mechanisms, evolutionary mechanisms, and physiological mechanisms, and possesses and acts on interference.
As for salt treatment being effective for seed treatment, hydrogen adsorbed water H ₃ O (H ₂ O) _n formed in seeds corresponds to cumulonimbus in the meteorological system, but the crystal form is snow pseudocrystal H ₃ O (H ₂ O) ₆ .
On the other hand, NaCl NaCl is a cubic crystal, and one molecule is bonded to a molecule in six directions.
From these, since it has a common point to join in 6 directions, it has a supplementary role that makes it easy to generate hydrogen-adsorbed water in the seed by the action of salt, so that the activity is increased, and germination results Will improve.
[Best Mode for Carrying Out the Invention]

Put the harvested seeds in a cloth bag, wash it with a large amount of water or thin saline solution from the outside, and then thoroughly drain the water. Dry well enough to obtain treated seeds. This treatment can be repeated 2-3 times to increase the effect. It is also effective to store and burnalize before sowing.
[Experimental Example 1]

The harvested seeds are put in a cloth bag, washed sufficiently with a washing machine, sufficiently dehydrated with a koji dehydrator, rather spread on etc. and sufficiently dried to obtain treated seeds.
This process is repeated 2-3 times to increase the effect. The preservation period is also 1 to 3 years, and the effect is aged by preservation. Immediately before sowing, water can be applied, frozen at a low temperature, and subjected to burnerization to enhance the treatment effect.

Claims (5)

  After carefully harvesting and carefully selecting seeds such as turfgrass and pasture based on the usual harvesting method, carefully washing the outside of the seed coat with a large amount of water, draining the water, etc. A seed treatment method that spreads on top of the seed, dries well, and stores until sowing. 2. "With a large amount of water" is changed to "With a large amount of light saline". Seed treatment method. The seed treatment method according to claim 1, wherein “storage until sowing” is “long-term storage for 2-3 years until sowing”.   The method (washing-drying treatment) is repeated 2 to 3 times, and then dried and stored well. Seed treatment method.   2. Moisture is given again immediately before sowing and then frozen and burnarized. Seed treatment method.