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Greening method for revetment of city moat

A moat and revetment technology, applied in the field of revetment ecological greening, can solve the supply obstacles of aquatic plants, lack of living space and environment for plants, soil animals and microorganisms, ignore the structure and function of river ecosystems, restore river bank vegetation and wetland communities and other problems to achieve the effect of promoting root growth and accelerating metabolism

Active Publication Date: 2021-11-16
JIANGSU WUJIN HIGHWAY PLANT NURSERY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] At present, in the existing technology, the protection of the revetment is usually achieved through concrete river bank projects such as masonry. This structure lacks consideration for the living space and environment of plants, soil animals and microorganisms; It will be completely isolated, the nutrient supply of aquatic plants will be hindered, which is not conducive to its growth, and the river ecosystem structure, function restoration, river bank part restoration, damaged river bank vegetation and wetland community restoration will be ignored

Method used

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  • Greening method for revetment of city moat
  • Greening method for revetment of city moat
  • Greening method for revetment of city moat

Examples

Experimental program
Comparison scheme
Effect test

example 1

[0047] Experimental location: the east section of the Huancheng River in the old city of Fuyang, with a revetment length of 3.8km;

[0048] S1. Select a square plank with a side length of 80cm, and nail four side planks with a length of 80cm and a width of 20cm along the vertical direction of the plank to make a wooden groove with a depth of 20cm, and place them evenly in the wooden groove. Place 7×7 hollow moso bamboo tubes with both ends through, and open two symmetrical through holes in the middle of the hollow moso bamboo tube, and insert a thin bamboo pole through the middle along the longitudinal direction into the hole opened in the middle of the hollow moso bamboo tube. In the hole, the hollow moso bamboo tubes arranged vertically are pierced into a whole, and the two ends of the thin bamboo poles and the side wooden boards are tightly fixed to each other to make a slope protection board mold;

[0049] S2. Inject the concrete slurry into the above-mentioned slope prote...

example 2

[0057] Experimental location: the west section of the Huancheng River in the old city of Fuyang, with a revetment length of 4.4km;

[0058] S1. Select a square plank with a side length of 80cm, and nail four side planks with a length of 80cm and a width of 20cm along the vertical direction of the plank to make a wooden groove with a depth of 20cm, and place them evenly in the wooden groove. Place 7×7 hollow moso bamboo tubes with both ends through, and open two symmetrical through holes in the middle of the hollow moso bamboo tube, and insert a thin bamboo pole through the middle along the longitudinal direction into the hole opened in the middle of the hollow moso bamboo tube. In the hole, the hollow moso bamboo tubes arranged vertically are pierced into a whole, and the two ends of the thin bamboo poles and the side wooden boards are tightly fixed to each other to make a slope protection board mold;

[0059]S2. Inject the concrete slurry into the above-mentioned slope protec...

example 3

[0067] Experimental location: the southern section of the Fuyang old city ring city, with a revetment length of 2.6km;

[0068] S1. Select a square plank with a side length of 80cm, and nail four side planks with a length of 80cm and a width of 20cm along the vertical direction of the plank to make a wooden groove with a depth of 20cm, and place them evenly in the wooden groove. Place 7×7 hollow moso bamboo tubes with both ends through, and open two symmetrical through holes in the middle of the hollow moso bamboo tube, and insert a thin bamboo pole through the middle along the longitudinal direction into the hole opened in the middle of the hollow moso bamboo tube. In the hole, the hollow moso bamboo tubes arranged vertically are pierced into a whole, and the two ends of the thin bamboo poles and the side wooden boards are tightly fixed to each other to make a slope protection board mold;

[0069] S2. Inject the concrete slurry into the above-mentioned slope protection plate ...

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Abstract

The invention relates to greening method for a revetment of a city moat, and belongs to the technical field of revetment ecological greening. According to the greening method, a special fermentation product and a self-made slope protection plate are in cooperation with multi-root aquatic plants and shrubs, and the coverage rate of ground vegetation along a riverway is increased; meanwhile, plant root growth is promoted through sludge recharge and river ramp soil backfilling, and cross-linking anchoring with the self-made slope protection plate is achieved, so river way revetment greening is finally achieved; and the method has wide application prospects.

Description

technical field [0001] The invention relates to a greening method for revetment of a moat, belonging to the technical field of revetment ecological greening. Background technique [0002] In order to improve the anti-scour and anti-seepage capabilities of river embankments in water conservancy projects, so as to achieve the construction purpose of risk relief and reinforcement, some measures of risk elimination and reinforcement are often taken for river embankments. The normal use of water conservancy projects is very effective. The strength of embankment foundation soil is the main factor affecting the overall stability of the embankment. Especially for the embankment on the silt foundation, due to the high natural moisture content of the silt, the large natural void ratio, low shear strength, high compression coefficient, and small permeability coefficient, the silt foundation has low bearing capacity and large foundation settlement deformation under load. It is easy to...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E02B3/12E02B3/06E02D19/04E02B3/14A01G17/00A01G31/00
CPCE02B3/12E02B3/06E02D19/04E02B3/14A01G31/00A01G17/005
Inventor 赵卫华恽斐钱怡陶珏艳钱勇
Owner JIANGSU WUJIN HIGHWAY PLANT NURSERY
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