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Planting method of evergreen biological wind-sand-resistant wall, evergreen biological wind-sand-resistant wall, biological wind-sand-resistant belt and biological tree house

A planting method and anti-wind and sand technology, which is applied in the field of garden green plants to resist wind, filter air, and sand, can solve the problems that the anti-wind and sand walls cannot be evergreen all year round, and achieve good anti-wind and sand effects, improved strength, and increased compactness. Effect

Pending Publication Date: 2022-04-26
吴向鹏
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] The invention discloses a planting method of an evergreen biological anti-wind and sand wall in four seasons, an evergreen biological anti-wind and sand wall in four seasons, a biological anti-wind and sand belt and a biological tree house, which are used to solve the problem that the anti-wind and sand wall cannot be evergreen in four seasons in the prior art question

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0031] The invention provides a planting method of an evergreen biological anti-wind and sand wall in four seasons, comprising:

[0032] Select a number of silk floss wood saplings and plant them;

[0033] After planting and surviving, the trunks of the silk floss wood saplings are cross-fabricated, and the top main branches of the silk floss wood saplings are retained;

[0034] Carry out integral grafting of four-season evergreen Euonymus to the trunk to form a four-season evergreen biological anti-wind and sand wall;

[0035] The top main branches of silk floss wood saplings are cross-fabricated to extend the height of the four-season evergreen biological anti-wind sand wall, and at the same time, the extended main branches of the new mesh-like structure are integrally grafted with four-season evergreen euonymus;

[0036] After the four-season evergreen biological anti-wind and sand wall reaches the predetermined height, the tops of the silk floss wood are all removed and g...

Embodiment 2

[0051] The present invention also provides a four-season evergreen biological anti-wind and sand wall, which is planted by the planting method of the four-season evergreen biological anti-wind and sand wall in Example 1.

[0052] The four-season evergreen biological anti-wind and sand wall uses fine silk floss wood, and adopts a mesh conjoined structure when planting. Because the silk floss tree has good toughness, the strength of the mesh conjoined structure after growing tall and thick is very high; and with the silk floss tree It grows taller and thicker year by year, and the roots go deep into the ground, which provides a higher strength guarantee for the wall standing on the ground; the evergreen euonymus is grafted on the mesh-like structure as a whole, and with the growth of the mesh-like connection structure , the gaps in the network connection structure will gradually become small gaps, and at the same time the dense evergreen euonymus branches and leaves can fill the ...

Embodiment 3

[0054] The present invention also provides a four-season evergreen biological anti-wind and sand belt, including the four-season evergreen biological anti-wind and sand walls in Embodiment 2, which is composed of multiple rows of four-season evergreen biological anti-wind and sand walls arranged at a certain distance.

[0055] When arranged front and back, the distance between two adjacent rows of evergreen biological anti-wind and sand walls in four seasons is more than 20 centimeters; The strength of the four-season evergreen biological anti-wind and sand wall is set at the same height or sequentially increasing from the outside to the inside. Through the staggered setting of strength and / or height, a gradient combined wall can be formed to achieve better anti-wind and sand effect. During specific implementation, organic and / or inorganic materials can be used to strengthen the outermost peripheral wall to obtain better wall strength.

[0056] Every two adjacent rows of four...

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Abstract

The invention discloses a planting method of an evergreen biological wind-sand-resistant wall, the evergreen biological wind-sand-resistant wall, a biological wind-sand-resistant belt and a biological tree house. Fine-variety silk wadding wood is adopted, the silk wadding wood is good in toughness, a net-shaped connected structure is adopted during planting, and the net-shaped connected structure is very high in strength after growing to be thick; along with the height and thickness of the winterberry trees year by year, the roots of the winterberry trees go deep into the ground, so that a higher strength guarantee is provided for the wall body standing on the ground; the four-season evergreen biological wind-sand-resistant belt is composed of a plurality of rows of four-season evergreen biological wind-sand-resistant walls, and the strength and the wind-sand-resistant effect are further improved. The evergreen euonymus is integrally grafted on the net-shaped connected structure, gaps of the net-shaped connected structure can be gradually reduced along with growth of the net-shaped connected structure, dense branches and leaves of the evergreen euonymus can be filled in the gaps of the net-shaped connected structure, the compactness of the wall body is greatly improved on the basis of guaranteeing that the wall body has the evergreen function in all seasons, and the wall body is not damaged. And therefore, the wind-sand-resistant effect of the wall body is good.

Description

technical field [0001] The invention relates to the field of wind, sand and air filtering technology for garden plants, and in particular to a planting method of an evergreen biological anti-wind and sand wall for four seasons, an evergreen biological anti-wind and sand wall for four seasons, a biological anti-wind and sand belt and a biological tree house. Background technique [0002] The phenomenon of wind and sand refers to the phenomenon that a large amount of dust is carried by the wind and moves and spreads according to a certain path, causing the air to be cloudy and the visibility to be significantly reduced. The main manifestations of wind and sand disasters are: blowing and eroding soil, drifting sand burying cultivated land, villages, roads, railways and other engineering facilities, causing and aggravating land desertification, affecting transportation, causing air pollution, and destroying land resources and ecological environment. [0003] The barriers used in...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G17/00A01G7/06A01G2/30
CPCA01G17/005A01G7/06A01G2/30
Inventor 吴向鹏
Owner 吴向鹏
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