CN208266864U - A kind of massif repair system based on sponge ecosystem - Google Patents

Abstract

The utility model relates to a kind of massif repair systems based on sponge ecosystem, it is characterized by: being equipped with Cut-off ditch in position of the upper surface of massif apart from side slope, the plantation substrate supporting body being laid in side slope, the lower end of the side slope is equipped with the water conservancy diversion slope that the gradient is 4%, the adjacent rainwater treatment unit in the water conservancy diversion slope；The utility model will directly be repaired in the side slope of rock mass, can achieve the purpose that protection effect, have greening beautiful again；Be conducive to plant root growth and fixation by steel wire fixing substrate；The utility model uses spray seeding technique, with mechanization degree height, injection is uniform, covering earth's surface speed is fast, characteristic of low cost, the utility model, which meets, fast implements the multiple green requirement of massif, and it is easy to spread, be conducive to the whole construction of sponge ecosystem, the Integral Thought of composite sponge ecosystem.

Description

A kind of massif repair system based on sponge ecosystem

Technical field

The utility model belongs to massif recovery technique field, repairs more particularly to a kind of massif based on sponge ecosystem Complex system.

Background technique

In recent years because of the quickening of development & construction and urbanization speed, the contradiction of urban construction and ecological protection is caused increasingly Aggravation.During the infrastructure constructions such as highway, railway, water conservancy and municipal administration, a large amount of level lands Wa Shan, quarrying take soil, both destroy Topography and geomorphology and natural vegetation, and form numerous using bare side sloping as the massif crushed zone of main feature, this protects water and soil It holds and ecological protection, urban landscape and living environment produces totally unfavorable influence, therefore, bare side sloping and massif are lacked Mouth is administered and is afforested and beautified extremely urgent.

Currently, the main method of slope greening and mountain collapse ecological management is to carry out vegetation weight using thick-layer spray seeding technique It builds and restores, i.e., prepared dedicated substrate is equably injected in exposed side slope using hydroseeding equipment, formed one layer both The loose ventilative artificial soil for having some strength and fertility again.The key link of spraying and seeding afforesting is to spray preparation and the plant of matrix The selection of seed.

The selection of domestic and international greening backing and proportion are different according to reality, and substrate proportion is ecological vestige Core, the developed countries such as America and Europe, Japan have developed suitable substrate according to conditions such as weather, the hydrology of respective their location and match Than, such as the technology of Japan's research and development is only suitable for precipitation in 1200mm or more warm humid climate, it is not applicable in China's most area. China has had been developed that the conditions such as some regional climates in several suitable China, the hydrology, the soil texture since introduction of foreign technology Substrate, but show the following aspects there are many problems in practice:

(1) high expensive of substrate influences the utilization and popularization of ecological vestige

The substrate of ecological slope protection is that slope greening is successfully crucial.The formula materials of substrate are many using external import at present Material holds at high price, and the proportion of formula materials is also mechanically using external fixed mode.In addition to this, these imports Material is to climate in china, and floristic suitable situation is also up for further studying.In fact, some materials in substrate are complete Domestic replacement can be used entirely, and price only has 1/4 of import or so.

(2) formula of substrate is stereotyped, affects the effect and the acceptance of work of ecological slope protection

The substrate formula implemented at present does not adapt to differently band, Geological Engineering condition, soil types and vegetation adaptability The requirement of equal ecological environments, the cultivation of Plants types choice especially therein and cooperation advantage group is without it can be considered that weather Expected ideal effect is often not achieved in condition, soil types, geological conditions, the gradient, the ecology element such as slope aspect (Schattenseite or tailo) Fruit.

(3) vegetation engineering technology does not adapt to differently matter, rock and soil, the gradient and domatic needs

In unit in charge of construction's implementation process, construction technology is single, be unable to adaptation to local conditions, adapt to different geology, rock and soil, The gradient and domatic requirement, construction quality is unstable, also influences the effect of slope greening to a certain extent.

Therefore, in order to solve the above problem it is necessary to research and develop a kind of spraying sowing substrate, making it not only has good slope protection Effect, and cost reduces, it is resourceful.

Summary of the invention

The utility model is to solve technical problem present in well-known technique and provide a kind of satisfaction to fast implement massif multiple Green requirement, and it is easy to spread, be conducive to the whole construction of sponge ecosystem, the Integral Thought of composite sponge ecosystem The massif repair system based on sponge ecosystem.

The utility model is adopted the technical scheme that solve technical problem present in well-known technique:

A kind of massif repair system based on sponge ecosystem, it is characterised in that: in the upper surface of massif apart from side slope Position not less than 1000mm is equipped with Cut-off ditch, 500~800mm of width of the Cut-off ditch, and the depth of Cut-off ditch is 300- 400mm, the plantation substrate supporting body being laid in side slope, the lower end of the side slope is equipped with the water conservancy diversion slope that the gradient is 4%, described The width on water conservancy diversion slope is not less than 1000mm, the adjacent rainwater treatment unit in the water conservancy diversion slope；

The plantation substrate supporting body is spliced by several pieces 16# galvanized wire mesh, between the mesh of the galvanized wire mesh Away from for 50mm × 50mm；The lap of splice of adjacent galvanized wire mesh is not less than 50mm, in lap-joint interval 300mm 16# Steel wire lashing is secured；Upper end positioned at the galvanized wire mesh of side slope upper end extends to Cut-off ditch；By galvanized wire mesh splicing At plantation substrate supporting body fixed by anchor pole and holdfast with massif, wherein the pre-buried of the anchor pole is cast in massif, institute The upper end for stating anchor pole is equipped with hook, is hung on wirerope lantern ring on the hook of the anchor pole, connects on the wirerope lantern ring There is tensioner rope；The diameter of the anchor pole is not less than 12mm；The length of anchor pole be 500mm, anchor pole pour length be 150~ 250mm, the horizontal spacing of adjacent anchor pole are 1000mm；The longitudinal pitch of adjacent anchor pole is 1000m；The diameter of the holdfast is The length of 8mm, holdfast are 150mm, and the holdfast is laid with galvanized wire mesh, adjacent holdfast interval 500mm；

It is injected on plantation substrate supporting body containing seed-bearing plantation substrate；As slope gradient >=1:1, substrate is planted With a thickness of 5~8cm；As slope gradient < 1:1, plant substrate with a thickness of 10~13cm；The upper end of the side slope is laid with Spray tube, the spray tube use diameter for the PPR spray tube of 32mm, are equipped with one at interval of 2000mm on the spray tube Spray head；Several drainage tubes are laid on the plantation substrate supporting body, every drainage tube is equipped with conduction hole, and the drainage tube is Pvc drainage tube, the diameter of the drainage tube are 75mm；Adjacent 2000~3000mm of drainage tube interval.

Preferably, the rainwater treatment unit is collecting gutter or braiding channel.

Preferably, the rainwater treatment unit is Rain Garden.

The utility model has the advantages and positive effects of: the utility model will directly be repaired in the side slope of rock mass It is multiple, it can achieve the purpose that protection effect, have greening beautiful again；Be conducive to root system of plant by steel wire fixing substrate It grows and fixed；The utility model uses spray seeding technique, have mechanization degree is high, injection uniformly, covering earth's surface speed it is fast, at This cheap feature, the utility model, which meets, fast implements the multiple green requirement of massif, and easy to spread, is conducive to sponge ecology body The whole construction of system, the Integral Thought of composite sponge ecosystem.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is galvanized wire mesh laying structure schematic diagram；

Fig. 3 is plantation substrate laying structure schematic diagram；

Fig. 4 is anchor pole and holdfast distributed architecture schematic diagram；

Fig. 5 is anchor pole pre-buried structure schematic diagram；

Fig. 6 is Rain Garden arragement construction schematic diagram.

In figure: 1, Cut-off ditch；2, substrate supporting body is planted；2-1, galvanized wire mesh；3, water conservancy diversion slope；4-1, collecting gutter；4- 2, Rain Garden；4-21, pond body；4-22, gravel layer；4-23, permeable geotextiles；4-24, layer of sand；4-25, hand-stuff layer；4- 26, vegetation planting soil layer；4-27, bark coating；4-28, metalling；4-29, boulder bed；4-210, overflow well；4-211, Stormwater overflow pipeline；4-212, strainer；4-213, purifying rainwater collect water-permeable pipe；4-214, clay stratum granulosum；5, anchor pole；5-1, Hook；5-2, wirerope lantern ring；5-3, tensioner rope；6, holdfast；7, spray tube；8, drainage tube；9, substrate is planted.

Specific embodiment

For the invention, features and effects that can further appreciate that the utility model, the following examples are hereby given, and cooperates Detailed description are as follows for attached drawing:

A kind of massif repair system based on sponge ecosystem referring to FIG. 1 to FIG. 4, in the upper surface distance of massif Position of the side slope not less than 1000mm is equipped with Cut-off ditch 1, and the width H1 of the Cut-off ditch is 500~800mm, the depth of Cut-off ditch It is 300-400mm for H2, the plantation substrate supporting body 2 being laid in side slope, it is 4% that the lower end of the side slope, which is equipped with the gradient, Water conservancy diversion slope 3, the width H3 on the water conservancy diversion slope are not less than 1000mm, the adjacent rainwater treatment unit in the water conservancy diversion slope；At the rainwater Managing unit is collecting gutter 4-1 (please referring to Fig. 1) or braiding channel.

The rainwater treatment unit is Rain Garden 4-2 (please referring to Fig. 6), and the bottom of the pond body 4-21 is excavated in original state Soil layer is successively equipped with gravel layer 4-22, permeable geotextiles 4-23, layer of sand 4-24, hand-stuff layer 4-25, vegetation plantation upwards Soil layer 4-26, bark coating 4-27, metalling 4-28 and boulder bed 4-29；Structure is simple and rationally, can be to being discharged into Water body layering purification, improves the detergent power of Rain Garden, guarantees to can be directly used for road and green from the water quality that drainpipe is discharged Change sprinkling etc.；Wherein the gravel layer is laid with by the gravel that partial size is 20mm~50mm, and the laying depth of gravel layer is 250mm~300mm；Play the role of primary filter；The layer of sand is laid with by the washed-out sand that partial size is 0.35mm~0.5mm Form, layer of sand with a thickness of 100~120mm；It prevents sand from being sunk down into gravel layer blocking gravel gap by lower infiltration rain drop erosion, causes Rainwater original garden rainwater retentivity and detergent power weaken.The hand-stuff layer is laid with by volcanic rock, hand-stuff Layer with a thickness of 300~500mm；Preferred volcanic rock uses partial size for 3~5mm；Laying depth is 100~150mm；Volcano The features such as rock has to small flow resistance, water distribution uniform air distribution, promote rainwater quickly it is lower seep while there is gas permeability, it is ensured that Root system of plant will not rot because rainwater impregnates, and lead to Plant death: specifically the appearance of volcanic rock is at without sharp granular, to water Flow resistance power is small, is not easy to plug, water distribution uniform air distribution, and inside and outside mean porosities are 40% or so, while compared with similar filtrate, institute It needs filtrate amount few, can equally reach expected Filtration Goal.It is 5.08Mpa, practice card through national quality testing department detection mechanical strength The bright hydraulic shear effect that can withstand varying strength, service life have much grown other filtrates.Medium density, when backwash It is easy to suspend and does not run material, it can be energy-saving.Volcanic rock biological filter material corrosion resistance is strong, and surface has positive charge, is conducive to Microorganism fixation growth, hydrophily is strong, and the biofilm biomass of attachment is more and speed is fast.As biofilm carrier, volcanic rock biological filter Expect harmless to the microorganism fixed, any inhibiting effect, in practice it has proved that do not influence the activity of microorganism.Feature is because of hole More, light weight, intensity height, heat preservation, heat-insulated, sound-absorbing, fire prevention, acid and alkali-resistance, corrosion-resistant and pollution-free, "dead" etc. are ideal Natural green, environmental protection and energy saving raw material.The vegetation planting soil layer is with a thickness of the optimal association of soil of 300-500mm 50% sand, 20% surface soil and 30% composite soil, when soil moved in improve the original is advisable with the surface soil for removing 0.3-0.6m thickness.Kind It plants soil layer and is filled with root system of plant, rainwater passes through root system of plant, and most metal ion, nutrients, pollutant etc. can quilts Root system absorbs degradation.Plantation soil thickness is determined according to the plant of plantation, when planting flowers and herbaceous plant, only needs 30-50cm Thickness needs 50-80cm thick when planting shrub.The plant for being planted in Rain Garden should select perennial plant, and can the short time it is water-fast Flood.The present embodiment thickness is preferably 250mm.

The bark coating with a thickness of 50~80mm；Bark coating effectively reduces ground temperature, weakens evaporation, bright Aobvious is soil moisture conservation function；Bark can adsorb certain moisture simultaneously, can alleviate following soil and dry out the time, exactly preserve soil moisture； Should also have the function of primary filtration.The metalling is laid with by the rubble that partial size is 10-30mm；With a thickness of 80~ 100mm metalling；Metalling has the function of primary filter little particle dirt；The boulder bed use partial size for 80mm~ 150mm, and the upper surface for being layered on metalling is uniformly dissipated, account for the 60% of bottom of pond area；Play the work of filtering bulky grain dirt With；Overflow well 4-210 is equipped in the pond body at low water level, the well head of the overflow well is higher than 300~600mm of boulder bed, shape At water storage space；The bottom of the overflow well is equipped with water outlet, and the water outlet connects stormwater overflow pipeline 4-211, the rain Water overflow pipe is laid in gravel layer；Rainwater drainage pipe is embedded in the connection of stormwater overflow pipeline described in gravel layer city in overflow well Political affairs Storm Sewer Network or river；It is removable in overflow well that strainer 4-212 is installed.It cannot for Rain Garden during heavy rain is discharged The rainwater dissolved in time；Strainer is set in overflow well, for intercepting the rubbish such as the vegetation fallen leaves flowed into overflow well with rainwater, is kept away Exempt to block drainage pipeline；It is equipped with purifying rainwater in the gravel layer and collects water-permeable pipe 4-213, the purifying rainwater is collected permeable Pipe connects next stage primary rainwater-collecting pipe network.

The plantation substrate supporting body 2 is spliced by several pieces 16# galvanized wire mesh 2-1, the net of the galvanized wire mesh Eye spacing is 50mm × 50mm；The lap of splice L1 of adjacent galvanized wire mesh is not less than 50mm, in lap-joint interval 300mm It is secured with 16# steel wire lashing；Cut-off ditch 1 is extended to positioned at the upper end of the galvanized wire mesh of side slope upper end；By galvanized wire mesh The plantation substrate supporting body being spliced is fixed by anchor pole 5 and holdfast 6 with massif, wherein the pre-buried of the anchor pole is cast in mountain In vivo, the upper end of the anchor pole is equipped with hook 5-1, is hung on wirerope lantern ring 5-2, the steel wire on the hook of the anchor pole Tensioner rope 5-3 is connected on rope sling ring, tensioner rope is used for the tensioner of galvanized wire mesh；The diameter of the anchor pole be not less than 12mm；It is 500mm that the length of anchor pole, which is L2, and the length that pours of anchor pole be H2-1 is 150~250mm, between the transverse direction of adjacent anchor pole It is 1000mm away from H4；The longitudinal pitch of adjacent anchor pole is 1000m；The diameter of the holdfast is 8mm, and the length H5 of holdfast is 150mm, the holdfast are laid with galvanized wire mesh, and adjacent holdfast interval H6 is 500mm；

It is injected on plantation substrate supporting body containing seed-bearing plantation substrate 9；As slope gradient >=1:1, substrate is planted With a thickness of 5~8cm；As slope gradient < 1:1, the thickness H8 for planting substrate is 10~13cm；Containing seed-bearing planting matrix Material, main includes planting loam, wood-fibred, water-retaining agent, adhesive, coloring agent, fertilizer, calcium activated, water and seed；Every 1m³Add The composition weight entered are as follows: wherein, plant loam dosage is 280kg/m³；The loam of planting includes that local plant that soil property is cohesive soil is set Native 100kg/m³, grass fiber and Nutrition Soil, the dosage of local mounting soil are；Local plant sets native dosage as 280kg/m³；It is careless fine The dosage of dimension is 200kg/m³；The dosage of compound fertilizer is 5kg/m³.Plant loam original ground surface soil or neighbouring agriculture engineering can be selected Field soil crushed 8mm sieve, and water content≤20%, the plant loam after pneumatic sieving should take waterproof measure；Fiber is preferably selected grass Fiber is broken into 10~15mm long, water content≤20%；The dosage of wood-fibred is 200kg/m³；Wood-fibred refers to natural forest After residue is specially treated at cotton-shaped staple fiber, this fiber after water mixes at it is fluffy, do not agglomerate, give seed hair The effect in bud offer seedbed.Fiber is preferably selected grass fiber, is broken into 10~15mm long, water content≤20%.Water and wood-fibred cover The weight ratio of cover material is generally 30:1, and the usage amount of wood-fibred is averagely about in 3-5kg/100m³, hillside fields is about in 5-7kg/m³, according to Topographic features can appropriate adjustment, dosage can be suitably increased when the gradient is big.When actually sowing grass seeds by duster to be shown as level ground effect and instruction is broadcast Generally all dye green in kind position；The dosage of water-retaining agent is 1kg/m³；The dosage of water-retaining agent is the amount doesn't matter according to weather difference, rain Ground more than water can be put less, and the few ground of rainwater can be put more, can also replace water-retaining agent with wood-fibred sometimes.It is preferred that polyacrylamide Amine type water-retaining agent；The dosage of bonding agent is 1kg/m³；The dosage of bonding agent, can when the gradient is larger depending on the size of the gradient It is appropriate to increase.Bonding agent requirement is nontoxic, harmless, cementability is good, can absorb water repeatedly without abhesiveness.It is preferred that acrylamide polymer Type bonding agent；Coloring agent is that green coloring agent dosage is 3-5g/m³；It is to colour water and wood-fibred, when sowing grass seeds by duster to improve Visibility, be easy to observe the sow grass seeds by duster thickness and the uniformity of layer, check for omitting.Fertilizer selects answering using ammonium sulfate as nitrogenous fertilizer Hefei, dosage 5kg/m³；It should not be the compound fertilizer of nitrogenous fertilizer to urea, it is super because amount of urea is very few to be not achieved fertilization effect Early period burns seed, later period burn seedlings when crossing a certain amount of.Depending on the fertility state of soil.The dosage of calcium activated is 2kg/m³, be conducive to adjust Whole soil ph value promotes soil improvement；The dosage of water is 500L/m³；The seed be calamus, chrysanthemum Cassia, locust tree, horse spine, Golden chrysanthemum, Bermuda grass, paspalum notatum；

Seed is calculated in every square metre: shrub ratio accounts for 60%-65%, and draft ratio accounts for 35%-45%

1. calamus: 6g/ square metres；2. chrysanthemum Cassia: 6g/ square metres；3. locust tree: 6g/ square metres；4. horse spine: 6g/ squares Rice；5. golden wave: 1g/ square metres；6. Bermuda grass: 1g/ square metres；7. paspalum notatum: 1g/ square metres.

Above-mentioned water-retaining agent, coloring agent, by the effect of the compound fertilizer of nitrogenous fertilizer, calcium activated of ammonium sulfate belongs to public affairs at bonding agent Know technology, and can buy on the market according to actual needs.

The upper end of the side slope is laid with spray tube 7, and the spray tube uses diameter for the PPR spray tube of 32mm, institute It states and is equipped with a spray head at interval of for 2000mm on spray tube；Play the role of irrigation, guarantees the water source of vegetation；

Several drainage tubes 8 are laid on the plantation substrate supporting body, drainage tube moves towards setting drainage according to massif water flow Pipe, every drainage tube are equipped with conduction hole, and the drainage tube is pvc drainage tube, and the diameter of the drainage tube is 75mm；Adjacent Drainage tube interval H7 is 2000~3000mm；When rainwater is larger, effectively accelerate slope surface drainage efficiency,

A kind of construction method of the massif repair system based on sponge ecosystem, massif repair system and use above-mentioned massif Repair system, specific construction method include the following steps:

One, slope trimming: the slope surface of side slope clear up smooth before constructing；

Two, bolthole plans setting-out: city's roads determine the position of bolthole in the slope surface of side slope；By by projected depth Drilling anchor rod hole and borehole cleaning；When bolthole is located in smooth slope surface, the depth of direct drilling anchor rod hole, bolthole should be greater than anchor The aperture of pole length 50mm~100m, bolthole are not less than φ 42mm；At local hole location because stratum is loose or it is broken due to cannot When pore-forming；The C15 concrete foundation displacement that 400 × 400mm can be not less than using cross dimensions is unable to the ground section of pore-forming；

Three, rockbolt installation and anchor pole closing: to the anchor pole position of pore-forming direct in above-mentioned steps two, anchor pole connects before slip casting It is buried together with Grouting Pipe；For the place using concrete foundation, anchor pole is directly embedded when pouring concrete foundation；Use length for The wirerope that the diameter of 500mm is 16mm is bent cyclization, and wirerope lantern ring is made by the clamping of U-shaped card hoop in junction；So Being equipped with bore at each bolthole afterwards is 200mm, and depth is the pit of 150mm；Above-mentioned wirerope lantern ring is hung on anchor On the hook of boom end；The exposed lantern ring top of anchor pole is not higher by earth's surface；Then with C25 pea gravel concreten close pit, lantern ring with Anchor pole junction is enclosed in pea gravel concreten, and collar body exposes pea gravel concreten；

Four, galvanized wire mesh anchors: being laid with galvanized wire mesh piecewise from the bottom to top in the slope surface of side slope；Adjacent is zinc-plated The lap of splice of wire netting is not less than 50mm, secured with 16# steel wire lashing in lap-joint interval 300mm；Positioned at side slope upper end The upper end of galvanized wire mesh extend to Cut-off ditch；Pass through tensioner rope connecting steel wire ropes lantern ring at anchor pole；It is connect with anchor pole After holdfast is installed；Spacing of the galvanized wire mesh apart from side slope surface 2mm-6mm；

Five, the fixation of spray tube and drainage tube, it is solid according to above-mentioned spacing on the net in the galvanized wire of above-mentioned fixation Determine spray tube and drainage tube

Six, damp side slope: vola water is sprayed in the slope surface of side slope, to guarantee plant growth, while ensuring to spray plantation substrate There is good caking property between slope surface；

Seven, the configuration containing seed-bearing spraying sowing substrate: first according to use described above in the tank of hydroseeding equipment Amount be added water, seed is then added, is stirred while adding when seed is added, seed be added successively after adding fertilizer, plant loam, Calcium activated, water-retaining agent, wood-fibred, adhesive, coloring agent, stir while adding during the addition process, and whole ingredients add subsequent Continuous stirring 5~10 minutes；It is spare that whitewashing is formed after the completion of stirring；

Eight, plantation substrate: the sequence that spraying operation answers segmentation and slicing successively to be sowed grass seeds by duster, sowed grass seeds by duster is sprayed using hydroseeding equipment From top to bottom, first recessed rear convex, it is successively carried out from left to right or from right to left by orographic condition and wind direction；Divide 8-10 times and sow grass seeds by duster, Divide 6~8 base material mixtures for being free of seed, big pressure, big specific gravity is incident upon on rock face；Spray the substrate containing seed twice afterwards Mixture should carry out, and to fill spray to concave and convex part and dead angle with a thickness of 20mm when sowing grass seeds by duster from front；After sowing grass seeds by duster, screening should be covered Screened postive or non-woven fabrics, so as to preferably radix saposhnikoviae, shade and moisturizing；

Nine, breeding device maintenance management: (1) reinforcing level ground bed management and sprayed water moderately and at the right moment according to soil water-containing point after sowing grass seeds by duster, To promote its fast rapid-result level ground；

(2) curing period is 50 days, within curing period, applies 3-6 compound fertilizer according to plant growth situation；

(3) reinforce insect pest preventing and controlling work, find when pest and disease damage and kill；

(4) non-woven fabrics is taken off when seedling plants height reaches 6-7cm or 2-3 piece leaf out；Non-woven fabrics is avoided to rot not in time, So that influencing seedling growth；

(5) it according to the density of emergence, carries out thinning and fills the gaps with seedlings, every square meter 1-2 plants of arbors after normal growth.

The above is only the preferred embodiment to the utility model, is not made in any form to the utility model Limitation, it is all according to the technical essence of the utility model any simple modification made to the above embodiment, equivalent variations with Modification, is all within the scope of the technical scheme of the utility model.

Claims (3)

1. a kind of massif repair system based on sponge ecosystem, it is characterised in that: the upper surface of massif apart from side slope not Position less than 1000mm is equipped with Cut-off ditch, 500~800mm of width of the Cut-off ditch, and the depth of Cut-off ditch is 300- 400mm, the plantation substrate supporting body being laid in side slope, the lower end of the side slope is equipped with the water conservancy diversion slope that the gradient is 4%, described The width on water conservancy diversion slope is not less than 1000mm, the adjacent rainwater treatment unit in the water conservancy diversion slope；

The plantation substrate supporting body is spliced by several pieces 16# galvanized wire mesh, and the mesh spacing of the galvanized wire mesh is 50mm×50mm；The lap of splice of adjacent galvanized wire mesh is not less than 50mm, is tied up in lap-joint interval 300mm with 16# steel wire It fastens solid；Upper end positioned at the galvanized wire mesh of side slope upper end extends to Cut-off ditch；The kind being spliced by galvanized wire mesh Phytyl material supporting body is fixed by anchor pole and holdfast with massif, wherein the pre-buried of the anchor pole is cast in massif, the anchor pole Upper end be equipped with hook, be hung on wirerope lantern ring on the hook of the anchor pole, be connected with tensioner on the wirerope lantern ring Rope；The diameter of the anchor pole is not less than 12mm；The length of anchor pole is 500mm, and the length that pours of anchor pole is 150~250mm, phase The horizontal spacing of adjacent anchor pole is 1000mm；The longitudinal pitch of adjacent anchor pole is 1000m；The diameter of the holdfast is 8mm, holdfast Length is 150mm, and the holdfast is laid with galvanized wire mesh, adjacent holdfast interval 500mm；

It is injected on plantation substrate supporting body containing seed-bearing plantation substrate；As slope gradient >=1:1, the thickness of substrate is planted For 5~8cm；As slope gradient < 1:1, plant substrate with a thickness of 10~13cm；

The upper end of the side slope is laid with spray tube, and the spray tube uses diameter for the PPR spray tube of 32mm, the spray A spray head is equipped at interval of 2000mm on pipe；

Several drainage tubes are laid on the plantation substrate supporting body, every drainage tube is equipped with conduction hole, the upper drainage tube For pvc drainage tube, the diameter of the drainage tube is 75mm；Adjacent 2000~3000mm of drainage tube interval.

2. according to claim 1 based on the massif repair system of sponge ecosystem, it is characterised in that: the rainwater treatment Unit is collecting gutter or braiding channel.

3. according to claim 1 based on the massif repair system of sponge ecosystem, it is characterised in that: the rainwater treatment Unit is Rain Garden.