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Seed bed and its making process and seeding method

A seed bed and binder technology, applied in seed treatment methods, botany equipment and methods, horticulture, etc., can solve problems such as being susceptible to drying and drying, salt accumulation, and narrow water absorption range, so as to promote initial growth, The effect of reducing sapling dieback

Inactive Publication Date: 2003-03-05
北京奥海威科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] However, no technology has been found that can create forests in dry wastelands
Forests in dry wastelands can survive as long as their root systems are close to those of natural forests. However, because the root systems of planted trees are short and the range of water absorption is narrow, they are prone to dryness and dryness.
However, watering is necessary to prevent drying and dying, but since it is in an area without water, a huge amount of money is required for watering
In addition, when a large amount of water is poured, salt will accumulate, and problems such as tree death due to salt will occur.

Method used

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  • Seed bed and its making process and seeding method
  • Seed bed and its making process and seeding method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0045] (1) Manufacturing method and sowing method of seed bed

[0046] (A) The composition of the material used for the pillar is as follows.

[0047] Quantity of materials used

[0048] Gravel mud (water content 30%) 60L

[0049] Clay mineral (zeolite) 500g

[0050] Vegetable fiber (bark pulp) 5000g

[0051] Super absorbent resin (Sunet GT-1) 50g

[0052] Polymer flocculant (Sanflutsu AL210P) 100g

[0053] Polyvinyl alcohol (ゴ-セノ-ル N-300) 500g

[0054] Among them, clay minerals (zeolite), plant fibers (bark pulp), super absorbent resin (Sanwuet GT-1), polymer coagulant (Sanflutsu AL210P) and polyvinyl alcohol (Go-Seno-L N-300) The total volume is 30L.

[0055] Put the above materials in a mortar mixer, add an appropriate amount of water, stir for a few minutes, and then granulate them. The agglomerated material has no fluidity and is easy to shape.

[0056] (B) Forming method

[0057] use as Figure 4 the shaper shown, follow the Figure 5 The steps shown are shap...

Embodiment 2

[0072] Then, several trees growing on the seed bed were dug up, and the elongation state of the root system was investigated. As a result, it was observed that the main root (vertical root) was thick and long, elongated through the through-hole, and penetrated deeply into the ground. It was confirmed that the roots of the control plots in which no through-holes were formed in the seed bed were slender and poorly grown, and the root penetration into the ground was extremely small compared with some areas in which through-holes were formed. Embodiment 2: about the elongation state of the root system after growth

[0073] The present embodiment confirms the effect of the present invention by contrasting with the nursery stock planting method (forestation technology)

[0074] The seeds of alder and green alder were mixed into the vermiculite, and the obtained mixture was filled into the through-holes of the seed bed made in Example 1. The seed bed filled with seeds etc. is buried...

Embodiment 3

[0081] Generally speaking, the germination and growth of seeds is an inherent physiological function of the seeds themselves. It can be said that it is carried out by adapting to changes in natural conditions. For example, if the conditions for germination and growth are not met, the seed sustains life in its own state, but as soon as the conditions for germination and growth are met, the seed immediately begins to move. In the case of afforestation using a seed bed, seeds are able to germinate and grow as this is a natural process. In contrast, in the case of planting seedlings, depending on the planting time, there are few cases that can meet the conditions of the surrounding selected locations, so it is greatly limited by the planting time and construction site. Therefore, we studied the impact of the construction period on tree growth.

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Abstract

To provide a seed bed assisting the root system of an introduced tree in becoming long and deep as in the case of the root system of a natural tree, promoting germination and initial growth, reducing the withering and damage of a young tree due to drying and enabling the whole year construction which cannot be carried out by planting. A columnar material having a suitable length is molded from a water-resistant vegetational base material containing a fertilizer component and having water holding and water drainage properties. Holes passing through the columnar material in the vertical directions are bored in one or a suitable number of sites. Seeds are filled in the holes passing through the columnar material in the vertical directions to provide the seed bed.

Description

technical field [0001] The present invention relates to a seed bed, a method of making the same, and a sowing method using the same. More specifically, the present invention belongs to the field of greening technology aimed at greening wasteland, and further belongs to the field of greening technology aimed at greening dry wasteland in order to prevent desertification accompanying global warming. . In other words, the present invention belongs to a method for creating a plant with approximately effective absorption of CO on wasteland, especially on dry wasteland. 2 The technology of the natural forest function of the forest, that is, the preservation technology of the global environment. The technique of treeing is achieved by "planting seed beds" in the same way as seedlings are planted. Background technique [0002] The afforestation technology that is used for the protection of the earth environment that implements now is the nursery stock planting technology, but this...

Claims

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Application Information

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IPC IPC(8): A01G1/00A01C1/04A01G9/10
Inventor 笹原则之山寺喜成
Owner 北京奥海威科技有限公司
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