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Sand-stabilizing planting method

A planting method, sand-fixing plant technology, applied in botany equipment and methods, chemical instruments and methods, soil protection, etc., can solve the problems of low plant survival rate, achieve high plant survival rate, reduce irrigation water loss, protect The effect of plant roots

Active Publication Date: 2012-11-07
内蒙古仁创沙产业有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] For this reason, the technical problem to be solved by the present invention is that the planting and sand-fixing method adopted in the prior art may cause the low survival rate of the plant due to water loss, and then provide a sand-fixing and greening method with an extremely high plant survival rate. high sand fixation planting method

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0059] In the sand-fixing planting method of the present invention, the sand-fixing plant is planted in the sand-fixing container, and the sand-fixing container is inserted and buried in the sand to form a grid-shaped plant belt with a specification of 1.2m×2m, and the grid-shaped plant Plant the desired crops in the belt. The sand-fixing plant is Hippophae rhamnoides, and the planted crop is Pinus sylvestris.

[0060] The sand-fixing container has a cavity with one end open, and forms a chamfered platform structure with a large open end and a small bottom end. The height of the sand-fixing container is 25cm. The sand-fixing container is formed by bonding waterproof and air-permeable particles with a hydrophobic binder, and pores are formed between the waterproof and air-permeable particles through which gas molecules can pass but liquid water molecules cannot pass. The pores formed between the adjacent waterproof and air-permeable particles have a diameter of 0.001-0.3 mm. ...

Embodiment 2

[0074] In the sand-fixing planting method of the present invention, sand-fixing plants are planted in a sand-fixing container, and the sand-fixing container is embedded in the sand to form a grid-shaped plant belt with a size of 1.5m×1.5m, and the sand-fixing plant is placed on the net. Plant required planting crops in the lattice plant belt. The planting crops are planted in the sand-fixing container, and the sand-fixing container is inserted and buried in the sand in the grid-shaped plant belt. The sand-fixing plants are flower sticks, and the planted crops are arborvitae.

[0075] The sand-fixing container has a cavity with one end open, forming an inverted cone structure, and the height of the sand-fixing container is 45 cm. The sand-fixing container is formed by bonding waterproof and air-permeable particles with a hydrophobic adhesive. The waterproof and air-permeable particles form pores through which gas molecules can pass through and liquid water molecules cannot pas...

Embodiment 3

[0089] According to a sand-fixing planting method of the present invention, sand-fixing plants are planted in a sand-fixing container, and the sand-fixing container is embedded in the sand to form a grid-shaped plant belt with a specification of 2m×2m. Plant the required planting crops in the plant belt. The planting crops are planted in the sand-fixing container, and the sand-fixing container is inserted and buried in the sand in the grid-shaped plant belt. The sand-fixing plant is watermelon, and the planted crop is Populus xinjiang.

[0090] The sand-fixing container has a cavity with one end open, forming an inverted cone structure, and the height of the sand-fixing container is 70 cm. The sand-fixing container is formed by bonding waterproof and air-permeable particles with a hydrophobic binder, and pores are formed between the waterproof and air-permeable particles through which gas molecules can pass but liquid water molecules cannot pass. The pores formed between the...

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Abstract

The invention relates to a sand-stabilizing planting method, in particular to a sand-stabilizing planting method for sand stabilization and greening transformation of deserts. The sand-stabilizing planting method includes: sand-stabilizing plants are planted in sand-stabilizing containers, the sand-stabilizing containers are embedded in sand to form gridded plant belts, pores allowing for passage of no water molecules but gas molecules are formed among waterproof breathable particles of the sand-stabilizing containers so that water retention is achieved to promote plant growth; and further, required plants can be planted in the gridded plant belts. The sand-stabilizing planting method has the advantages that sand stabilization and loss prevention are achieved, the sand-stabilizing plants and the plants are planted in the sand-stabilizing containers so that irrigating water loss can be reduced, thermal insulation, ventilation and water storage, and plant roots can be protected so as to increase plant survival rate.

Description

technical field [0001] The invention relates to a sand-fixing method, in particular to a sand-fixing and planting method for sand-fixing and greening transformation of deserts. Background technique [0002] Desertification is one of the most acute challenges that directly threaten human existence in the 21st century. Desertification is a complex problem involving many factors. In addition to the desertification caused by vegetation degradation caused by climate change and unreasonable human activities, one of the important reasons for the expansion of deserts is that the sand sources of existing deserts are under the action of wind. , causing quicksand and sandstorms to wreak havoc. According to the United Nations Planning Department (UNEP) report, 5 to 7 million hectares of land are swallowed up by deserts every year in the world, bringing direct and indirect losses to human society up to 200 billion U.S. dollars per year, while the international community invests directly...

Claims

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Application Information

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IPC IPC(8): A01G1/00A01G9/02E02D3/00C09K17/40
Inventor 秦升益陈杰
Owner 内蒙古仁创沙产业有限公司
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