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Method for planting evergreen and trampling tolerance lawn on high- compactness ground in non-tillage dibbling manner

A technology of compactness and ground, applied in the fields of botanical equipment and methods, horticulture, application, etc., can solve the problem that the compactness of the ground cannot be changed, and achieve the effect of maintenance-free

Inactive Publication Date: 2014-06-25
董仲生 +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0008] In order to solve the problem that the ground density (bearing capacity) cannot be changed in the process of planting lawns, the present invention provides a method of no-tillage hole planting on high-density ground to build permanent maintenance-free lawns that are evergreen and durable in all seasons

Method used

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Embodiment Construction

[0021] The method for no-tillage hole planting of high-density ground of the present invention is carried out as follows:

[0022] Do not plow the ground, do not backfill the loose soil layer, directly drill holes in the hard ground, do not change the density of the ground outside the holes (that is, more than 95% of the ground area), and plant creeping turfgrass seeds in the holes, Rely on creeping grass stems to cover the ground to form a lawn.

[0023] The diameter of the holes is 45mm to 85mm; the depth is 120mm to 200mm, the row spacing is 400mm to 700mm, and the plant spacing is 300mm to 500mm.

[0024] Drilling method: Make a shelf, fix several rows of electric drills on it, and use a tractor to pull and provide power. The rack moves equidistantly, punches several rows of holes at a time (several seconds), and works continuously. During the drilling process, the compactness of the ground outside the hole (that is, more than 95% of the ground area) will not be changed....

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Abstract

The invention discloses a method for planting an evergreen and trampling tolerance lawn on a high- compactness ground in a non-tillage dibbling manner. Punching is directly performed on the hard ground, the compactness of the ground besides holes is not changed, grass seeds in creep growth are planted in the holes, and grass blades in creep growth cover the ground to form the lawn. The compactness of 95 or more percent of the ground beside the holes is not changed, and planting cost is low. One-time planting is performed, permanent-use is achieved, maintenance is avoided, the lawn is evergreen and resists drought, flood and leisure trampling, the lawn can be changed into a meadow only through soil loosening and fertilizing, grazing or cradling can be performed, and high-quality forage or plant fiber materials are provided. The method for planting the evergreen and trampling tolerance lawn on the high- compactness ground in the non-tillage dibbling manner is suitable for planting or upgrading of lawns on compact airports, parking lots, road shoulders, slopes and the like and also suitable for ecological restoration in mining areas, slag stacking areas, river shoals, saline-alkali soil and desertification regions.

Description

[0001] technical field [0002] The invention relates to a method for planting a lawn, in particular to a method for planting an evergreen, step-resistant, permanent maintenance-free lawn in four seasons by adopting a no-tillage hole planting method on a high-density ground. Background technique [0003] The conventional method of lawn establishment is: plow the ground, remove weeds, or backfill the loose soil layer on the surface with high density, and then use seed establishment or vegetative establishment method to establish lawn, including the method of carpet laying turf. No matter which method is used, the surface must have a loose soil layer suitable for turfgrass growth. [0004] On hard ground, especially the soil layer with a density of more than 90%, the root system of turfgrass cannot enter the soil layer and can only grow on the surface, and it is very easy to die due to lack of water. Plowing or backfilling the soil layer will reduce the bearing capacity (com...

Claims

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Application Information

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IPC IPC(8): A01G1/00
Inventor 董仲生余丁余虎林
Owner 董仲生
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