KR100844008B1 - Tree planting soil composition and Method for greening of cutting surface ground use that - Google Patents

Abstract

The present invention relates to a live soil composition and a slope greening method using the same, more specifically, sawdust, organic mixture to restore the slope generated by cutting and embankment, etc. during the civil works of roads, landfills, etc. The present invention relates to a live soil composition and a slope greening method using the same, wherein the live soil composition prepared by mixing the coniferous powder containing a large amount of phytoncite with the proper combination of the same is applied. Plants transplanted into the new vegetation environment will not be damaged by external harmful pests by the peat cheat, so as to promote the growth of the plant, and also to ensure that the live soil composition is not eroded and adheres well to the base layer. Natural polymer, carboxymethyl cellulose (CMC), rosin powder and coating amount as soil erosion inhibitor As a an environmentally friendly method with use a mixture of paper sludge, it is possible to form a thin boktocheung less the amount of the bow saengto composition, it is advantage that the operation time shorter.

Live soil composition, peat cheat, carboxymethyl cellulose, rosin powder, loess, lignite

Description

Tree planting soil composition and method for greening of cutting surface ground use that}

1 is a cross-sectional view showing a state covered by the slope recording operation on the inclined surface made of earth and sand such as Masato using a conventional live soil wet composition;

Figure 2 is a cross-sectional view showing the state covered by the slope recording operation on the inclined surface made of earth and sand such as Masato using the live soil wet composition according to the present invention;

3 is a flowchart illustrating a slope recording method according to a preferred embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: slope 21: ridge net

22: PE network 30: cover layer

The present invention relates to a live soil composition and a slope greening method using the same, and more particularly, in order to restore the slope generated by cutting and embankment to the natural state during civil works such as roads, landfills, etc. The present invention relates to a live soil composition and a slope greening method using the same, which are manufactured so as to provide optimum vegetation conditions by mixing coniferous powder containing a large amount of phytoncite in the mixed conventional live soil composition.

In general, slopes generated during the construction of roads, large-scale complexes, mines, landfills, etc. or slopes damaged by heavy rain or flood are recorded using the live soil composition. In the present invention, the term 'living soil' refers to the inclined surface of the incision in order to prevent soil erosion or loss caused by sliding or slope collapse due to the inclined surface being lost by rainwater or the inclined ground water. PE soil or natural mat is laid on the surface of the soil and various composition components, fertilizer and grass seed is coated with a predetermined thickness means a soil for giving vegetation conditions.

In this way, the live soil for greening the inclined slope is divided into a wet composition which mixes an appropriate amount of water with the live soil during construction, and a dry composition that uses 40 to 50% by weight of local soil in the live soil. . In addition, the live soil has a greater purpose to prevent the loss of slopes as well as aesthetics on the inclined slope, such that the grass can be easily rooted or transplanted on the live soil coated on the inclined slope. If the vegetation condition is given promptly, it is effective in preventing the loss of slopes, and various research and development are being conducted to develop such live soil.

Looking at the contents of the patent application as the research and development of the active soil composition as described above, 18-26% by weight of volcanic stone powder, 10-35% by weight in Korean Patent Publication No. 1989-1623 (July 11, 1989) , 13-18% by weight, briquette 2-9% by weight, sludge cake 10-43% by weight, lignite 13-18% by weight, 1-9% by weight of biomass 0.3-0.5% by weight, 0.1-0.3% by weight of water-soluble silicic acid %, 0.1-0.2% by weight of magnesium chlorine soil composition is proposed by mixing a small amount, and the Republic of Korea Patent Publication No. 1992-10930 (1992.12.24) feet 10-30% by weight, briquette 10 A green soil composition comprising -30% by weight, on-cake 40-60% by weight, and pulp sludge 10-20% by weight is proposed, and Korean Patent Publication No. 1996-1830 (August 6, 1996) Food fermentation compost 20-40% by weight, light aggregate 10-20% by weight, briquettes 15-25%, sawdust 10-20 %, Masato or 10 to 20% by weight of soil, 1 to 3% by weight of cement, 0.5 to 1% by weight of hydrated lime, 0.1 to 0.3% by weight of dispersant, mixed and used for greening by thick layer re-spraying method on soil-free rock. It has been proposed to manufacture a rust soil composition comprising the production of artificial soil, but when transplanting grass or transplanting trees using the rust soil as described above, the transplanted plants are not properly adapted to the environment of the new vegetation conditions. There is a fear that a problem may occur.

In addition, the slope greening method using the conventional live soil as described above is mixed with a lot of particles having a diameter of more than 10 mm of the live soil particles used during the construction of the injection nozzle when spraying on the inclined surface of the incision using a high-pressure injector As the diameter is small, the spouts are frequently blocked by the live soil particles, and the greening operation is often stopped, as well as the conventional live soil has a low content of organic matter, and many rocks are mixed so that the soil is not properly covered. As described above, when the slope greening is performed on the inclined slopes made of earth and sand using the live soil wet composition, the grid-shaped ridge net coated with PVC resin is floated about 5 cm (h ₁ ) from the surface of the inclined slope 10. 21) and then the live soil composition to cover more than 6 cm (h ₂ ) to form a cover layer (30), so the livestock during slope recording work The soil is not only consumed in large quantities, but also needs to be thickly covered, which leads to an uneconomic construction method as the working period becomes longer.

The present invention for solving the above problems by using a mixture of coniferous powder, such as pine or pine tree containing phytoncide component in a conventional live soil consisting of sawdust, organic mixtures, etc., into a new vegetation environment The purpose of the present invention is to provide a live soil composition, characterized in that the transplanted plants can promote the growth of the plant without being harmed by harmful pests from the outside.

A feature of the present invention is that the conifers such as pine, pine and the like to emit the antimicrobial phytoncide (phytoncide) to protect their body from harmful pests, the idea that the plants themselves create the optimal growth conditions as described above It is possible to promote the growth of plants transplanted into a new vegetation environment by using a mixture of pine or pine tree powder containing a large amount of wheat cheat in normal live soil.

In addition, the present invention uses a mixture of natural polymer carboxymethyl cellulose (CMC) and rosin powder, ocher powder, and paper sludge so that the live soil composition coated with a certain thickness on the inclined incision is not eroded and can be adhered to the base layer. By doing so, there is another object to provide a live soil composition, characterized in that the adoption of environmentally friendly methods.

In addition, the present invention by using the live soil composition according to the present invention having a high content of organic matter, the size of the diameter particles of the live soil composition becomes less than 10 mm, so that the nozzle of the injection nozzle is not blocked when spraying on the inclined slope using a high-pressure injector Another purpose is to provide a slope greening method using a live soil composition, which is characterized in that it is well sprayed to facilitate the construction.

In addition, the present invention uses a wet composition of the live soil according to the present invention having a high content of organic matter at the time of the slope recording operation using the live soil wet composition on the inclined slope made of earth and sand, such as Masato, Figure 2 As shown in Fig. 3, the cover is well covered on the inclined surface of the incision so that the PE mesh 22 is floated by 1 to 3 cm (h ₁ ) from the inclined surface 10 and then the cover thickness of the live soil composition is 1 to 4 cm (h). ₂ ) It is possible to form a cover layer 30 by covering the thickness thinly so that the amount of the live soil composition is small, and the working time is shortened, so it is an economical method to provide a slope greening method using the live soil composition, which is another object. There is this.

When the slopes are recorded using the live soil wet composition according to the present invention, the soil is well covered, and when the thickness of the soil layer is thinned, it can be covered using a high pressure sprayer on a slope even without a net installed.

According to a feature of the present invention for achieving the above object, the components of the live soil composition is as follows.

In live soil composed of sawdust, organic mixture, etc.,

Consisting of a mixture of sawdust 25-50 wt%, conifer powder 15-25 wt%, lignite 5-10 wt%, organic mixture 25-30 wt% and ocher powder 5-10 wt%,

The soil erosion inhibitor 20 to 100 g per 1 m 3 of the mixture, characterized in that the coating curing agent 400 to 600 g is mixed.

In the present invention, each mixed component ratio of the mixture is expressed in weight percent, but the soil erosion inhibitor and the coating curing agent are in the amount of g mixed per 1 m 3 of the mixture for convenience in consideration of the actual mixing standards in the actual live soil manufacturing process. Notation.

And in the present invention, the live soil means a composition covered with a certain thickness in order to cultivate a plant, such as trees, grass, etc. to prevent erosion of the incision slope and the like.

In the present invention, the sawdust is used to crush the damaged wood debris at the road construction site, etc., the sawdust is decomposed and has an excellent effect on the growth of plants as organic fertilizer, and remarkable by using the material of the waste wood of the construction site as a material for greening It can play a role in reducing costs.

The sawdust is preferably mixed 25 to 50% by weight. If the amount of sawdust is less than 25% by weight, the insufficient amount of sawdust may reduce the effect of supplying sufficient organic mixtures and reducing costs. If the amount of sawdust exceeds 50% by weight, the amount of sawdust is excessive. Due to the relatively small mixture of other components due to the mixing, there is a fear that the vegetation environment of the live soil cover plants will not be properly formed on the inclined slope.

In the present invention, the coniferous powder is a crushed pine or pine wood, conifers such as pine, pine, etc. as described above, the plant is self-optimizing by releasing antibacterial phytoncide to protect their body from harmful pests It is known that the formation of growth conditions of the grasses or trees transplanted into the live vegetation of the new vegetation environment protects against external pests.

Coniferous powder in the above may include all the powders pulverized not only the stem of pine or pine, but also the leaves, branches and pine cones, pine bark drops.

And the coniferous powder is preferably mixed 15 to 25% by weight, when the mixed amount of the coniferous powder is less than 15% by weight due to the lack of the mixed amount of the coniferous powder there is a fear that the protection ability from harmful pests is lowered, If the amount of coniferous powder exceeds 25% by weight, the composition of the vegetation environment may be lowered due to the lack of a mixture of other components.

In the present invention, lignite is a porous material having excellent air permeability and strong adsorptivity, so that the organic compound in an amount suitable for the growth of plants by adsorbing the various organic compounds contained in the live soil composition or the peat cheat component generated from the softwood powder It serves to supply proper amount of phyton cheat to plants.

Preferably, the lignite is mixed in an amount of 5 to 10% by weight. When the amount of lignite is less than 5% by weight, the lignite is generated from various organic compounds or coniferous powders contained in the live soil composition due to the deterioration of the adsorption power of lignite. If the phytoncite component is washed away from rainwater, and the phytoncite component generated from various organic compounds or coniferous powder is not properly supplied to the plant during plant growth, the growth of the plant may be deteriorated. When exceeded, there is a concern that the growth of the plant may be lowered as the amount of the mixed components of the organic compound or other composition is relatively smaller than that of the lignite mixture.

In the present invention, the organic mixture is preferably mixed 25 to 30% by weight. If the amount of the organic mixture is less than 25% by weight, there is a possibility that the growth of plants due to lack of fertilizer components due to the lack of the mixture of the organic mixture may be reduced, and when the amount of the organic mixture exceeds 30% by weight Due to the lack of a mixture of components, the composition of the vegetation environment may be lowered.

The organic mixture is fermented by mixing 40 to 60% by weight of livestock manure, such as chicken flour, manure, powder or pig meal and 40 to 60% by weight of food waste. The organic mixture serves to recycle livestock waste or domestic waste by appropriately mixing the livestock manure and food waste at the above ratio, and the mixing ratio of the livestock manure and food waste is not necessarily limited to the above-mentioned ratio. This can be adjusted as needed.

In the present invention, the ocher powder serves to adhere each component mixture of the live soil, and the ocher powder is preferably mixed with 5 to 10% by weight. When the mixing amount of the ocher powder is less than 5% by weight, there is a possibility that the performance of adhering the mixture of each component of the live soil may be deteriorated due to the lack of the mixing amount of the ocher powder, and when the mixing amount of the ocher powder exceeds 10% by weight Due to the lack of a mixture of other components, the composition of the vegetation environment may be lowered.

In the present invention, the soil erosion inhibitor serves to prevent the live soil composition for slope greening to adhere well to the base layer to prevent loss (sliding) of the live soil composition greened by feng shui and the like.

In addition, the soil erosion inhibitor is preferably adjusted appropriately according to the slope of the greening slope to suit the vegetation environment conditions such as moisture retention, breathability, drainage necessary for plant growth.

The soil erosion inhibitor is preferably mixed 20 to 100 g per 1 m 3 of the mixture, when the mixing amount of the soil erosion inhibitor is less than 20 g based on the live soil composition for slope greening due to lack of soil erosion inhibitor mixture There is a risk of loss of the live soil composition greened by feng shui due to poor adhesion with the layer, and when the mixing amount of the soil erosion inhibitor exceeds 100 g, the fine pores in the live soil composition due to the excessive mixing of the soil erosion inhibitor. They are properly filled with soil erosion inhibitors, so that the performance of moisture retention, breathability, drainage, etc. may be degraded, and the vegetation environment of plant growth may be lowered.

And the soil erosion inhibitor used in the present invention is preferably used by mixing 80 to 90% by weight of the natural polymer carboxymethyl cellulose (CMC) and 10 to 20% by weight rosin powder. Rather than using only natural carboxymethyl cellulose as the soil erosion inhibitor in the present invention, by mixing 10 to 20% by weight of rosin powder, the adhesive strength of the carboxymethyl cellulose is not lowered by the adhesive strength of the rosin. The optimal vegetation environment is created by protecting the damaged parts of the plant transplanted into the live soil composition.

Rosin comes from conifers such as pine trees, and if the conifers are injured, they cover the wound surface with rosin to protect the pathogens from growing or entering the body. It has the power to heal itself, so even if you are traumatized, the area will not rot and grow healthy.

In the present invention, the coating curing agent is mixed with the papermaking sludge having excellent moisturizing power to the mixture to properly control the mixing amount according to the slope of the greening slope to suit the vegetation environment conditions of the transplanted plant to prevent the loss of the constructed live soil composition. Play a role.

In the case of the papermaking sludge, as well as the recycling of waste material, as well as a large amount of fibers of the natural cellulose component is characterized in that the fiber component has the property of binding the components of each composition of the live soil.

The coating curing agent is preferably mixed 400 to 600 g per 1 m 3 of the mixture according to the slope, soil conditions or gaseous conditions. If the mixing amount of the coating curing agent is less than 400 g, there is a risk that the live soil composition may be lost during the rain due to the lack of coating curing agent mixing. If the mixing amount of the coating curing agent is more than 600 g, the coated active soil may be lost. There is a fear that the composition may become too stiff and hard or split so that the transplanted plants are not properly rooted and inhibit the growth of the plants.

Paper sludge used in the present invention, it is preferable to use a paper sludge powder having a water content of 30 to 50% by weight in consideration of transportation convenience and transportation costs.

The live raw soil composition according to the present invention as described above uses a wet composition mixed with water when covered on the inclined slope of the incision, and in the case of the wet composition, the incision area is a composition which is constructed at a place made of steel horse or weathered rock. 0.3 to 0.5 ton of water is mixed in 1 m 3 of the live soil composition according to the present invention to make it sufficiently viscous, and then sprayed on the inclined surface of the incision to cover a predetermined thickness.

And in the case of the wet composition applied to the inclined inclined surface made of earth and sand, such as Masato, it is preferable that the cover thickness is 1 to 4 cm. If the thickness of the corridor is less than 1 cm, the live soil may be too thin, so that the transplanted plants may not take root properly and may inhibit growth. If the thickness of the corridor exceeds 4 cm, the use of live soil may be excessive. There is a risk of uneconomic construction.

Hereinafter, the slope greening method of the incision surface using the live soil composition according to the preferred embodiment of the present invention is as follows.

In the slope greening method using a live soil composition,

Arranging the inclined incision surface (S100);

Installing a PE network on the clean inclined surface (S200);

Fixing the PE network installed above using a fixing pin (S300);

Separately preparing a wet composition by mixing the live soil composition and water (S400);

Spraying the prepared wet composition onto the inclined surface on which the PE network is installed (S500);

It includes.

2 and 3, the slope recording method according to a preferred embodiment of the present invention, first, to arrange the inclination surface of the target incision (S100). This arrangement of slopes is to facilitate the construction and settlement of vegetation by removing the floating stones and the like at the same time to remove them when the target site is exposed to the various residues. In this process, confirm the pledged or covered part.

This arrangement of slopes is to facilitate the construction and settlement of vegetation by removing the floating stones and the like at the same time to remove them when the target site is exposed to the various residues. In this process, confirm the pledged or covered part.

When the slopes are arranged in this way, the PE network is installed on the cleaned slopes (S200). At this time, as shown in Figure 2 by installing the PE net 22 floated about 1 ~ 3 cm (h ₁ ) from the inclined surface 10, so as not to flow when spraying the live wet wet composition on the inclined surface, so as to tangled with each other do. If the installation height of the PE network is less than 1 cm, there may be a problem that the cover layer is not formed stably because the wet soil composition is too much covered outside the PE network, and the installation height of the PE network exceeds 3 cm. There is a concern that more than the required live soil wet composition may be consumed, resulting in uneconomic construction.

And the step S300 is a step of fixing the PE network installed on the inclined incision by fixing the pins between the PE network pre-installed, the number of installation of the fixed pins to be installed is not particularly limited to the number of slope recording work Can be properly adjusted according to the conditions of the inclined incision surface.

The wet composition of the live soil used in the present invention has a high organic content and a low mass of masa so that it adheres well to the inclined surface, so the thickness of the cover layer 30 may be thin so that PE networks may be installed, but the conventional live soil wet composition is used for slope recording. 1, the thickness of the covering layer 30 installed on the inclined surface 10 is 6 cm (h ₂ ) or more, so that the PVC resin-coated ridge mesh 21 can be sufficiently supported to support the weight of the covering layer. Will be installed,

In addition to the PE network defined above, the PE network used in the present invention may be selected and used as appropriate.

And the step S400 is a step of preparing a wet composition by mixing 0.3 to 0.5 ton of water in 1 m 3 of the live soil composition according to the present invention separately to prepare a wet composition, a wet composition for covering the slope of the fixed PE network is completed To prepare. At this time, when the amount of water used for 1 m 3 of live soil composition is less than 0.3 ton, the live soil composition does not mix well with water, and the viscosity of the live soil composition becomes high, so it is difficult to spray from the spray nozzle of the high pressure injector. If the amount of water exceeds 0.5 tons, the live clay composition mixes well with water, but the viscosity of the live clay composition becomes low, and the live clay composition covered on the slope flows down the slope, resulting in poor construction. There is a concern.

Here, since the composition ratio for the live soil composition has already been described above, it will be omitted.

And the step S500 is a step of covering the prepared live wet composition to the thickness of 1 ~ 4 cm by spraying using a high-pressure sprayer on the inclined surface of the PE network is fixed. If the thickness of the cover layer is less than 1 cm, the vinegar to be transplanted may not grow properly, and if it exceeds 4 cm, there may be an uneconomical slope greening process due to the excessive use of the live soil wet composition. have.

Therefore, the slope greening construction using the live soil composition according to the present invention, since the size of the diameter particles of the live soil composition is 10 mm or less, when spraying on the inclined surface of the incision using a high pressure sprayer, the nozzle of the injection nozzle is not blocked, and well sprayed The construction of the live soil according to the present invention has a high content of organic matter at the time of slope greening, and the use of the live soil wet composition on the inclined section made of earth and sand such as Masato. By using this, a thin cover layer can be formed, so that the amount of the live soil composition is small, and the working time is shortened.

And the live soil composition according to the present invention can be used as a dry composition by mixing the local soil. In the case of a dry composition, as a composition to be applied to the inclined surface of the incision made of rock, etc., 1 to 3 m 3 of the live soil composition according to the present invention is mixed with 0.8 to 1.2 m 3 of local soil, and then covered with a predetermined thickness on the incline slope.

In the present invention, the local soil is preferably used local topsoil or local masato. Since the topsoil around the construction site includes seeds and roots of existing forest zones, it has the advantage of forming forest zones similar to the surrounding landscapes constructed with local soils, and using local soils reduces transportation costs like conventional live soils. This is big.

When the mixed amount of the local soil is less than 0.8 m 3, due to the lack of local soil, the mixture of other components may be increased, which may cause a cost increase. When the mixed amount of the local soil exceeds 1.2 m 3, the local soil Due to the excessive mixing of the other components, there is a concern that the vegetation environment of the live soil cover plants may not be properly formed on the inclined slopes.

Hereinafter, the configuration of the present invention will be described in detail with reference to the following Examples, but the present invention is not necessarily limited to the following Examples.

1. Preparation of live soil composition

Example 1 and Example 2 is a live soil composition according to the present invention, respectively, Comparative Example is a live soil composition prepared by excluding only the conifer powder from the live soil composition of the same components as in Example.

      (Example 1)

50% by weight of sawdust, 15% by weight of pine powder, 5% by weight of lignite, 25% by weight of organic mixture, 5% by weight of ocher powder to prepare a mixture, and then 100 g of soil erosion inhibitor per m3 of the mixture, coating curing agent 400 The g mixed to prepare the live soil composition.

The organic mixture was used by fermenting the mixture and the food waste half and a half, the soil erosion inhibitor was a mixture of 85% by weight of carboxymethyl cellulose and 15% by weight rosin powder, coating curing agent had a water content of 40 A weight% papermaking sludge was used.

(Example 2)

25% by weight of sawdust, 25% by weight of pine powder, 10% by weight of lignite, 30% by weight of organic mixture, 10% by weight of ocher powder to prepare a mixture, and then 100 g of soil erosion inhibitor per m3 of the mixture, coating curing agent 600 The g mixed to prepare the live soil composition.

The organic mixture was used by fermenting the mixture and the food waste half and a half, the soil erosion inhibitor was a mixture of 85% by weight of carboxymethyl cellulose and 15% by weight rosin powder, coating curing agent had a water content of 40 A weight% papermaking sludge was used.

(Comparative Example)

45% by weight of sawdust, 5% by weight of lignite, 40% by weight of organic mixture, 10% by weight of ocher powder were prepared to prepare a mixture, followed by mixing 100 g of soil erosion inhibitor and 600 g of coating cure per m3 of the mixture. Raw soil composition was prepared.

The organic mixture was used by fermenting the mixture and the food waste half and a half, the soil erosion inhibitor was a mixture of 85% by weight of carboxymethyl cellulose and 15% by weight rosin powder, coating curing agent had a water content of 40 A weight% papermaking sludge was used.

2. Greening work of incision slope

0.4 tons of water per 1 m 3 of the live soil composition prepared according to the method of Example 1, Example 2 and Comparative Example were mixed well, and then the PE net was installed at a height of 2 cm from the surface having a 60 ° inclination angle. Slope greening was carried out at 3 ± 1 cm in the area of 2 × 2 m and the growth of turf was observed for 20 days. At this time, the growth conditions were maintained at 20 ± 5 ℃.

At this time, the grass seed was evenly sprayed 120 g per 1 m 2 of the covered live soil and observed the growth of the grass.

As a result of observing the state of growth of grass, the germination of grass was started after 5 days in the live area recorded using the live soil composition of Examples 1 and 2, and after 20 days, the grass grew to a height of 1.9 cm. On the other hand, in the livestock recorded using the live soil composition of the comparative example, the germination of the grass started after 9 days, and after 20 days, the grass grew to a height of 1.1 cm, compared to the comparative example 1 and 2 It was found that grass germination rate and grass growth rate were slow.

Therefore, the present invention was found to have a significant effect on the growth of the transplanted grass depending on whether or not mixed coniferous powder in the live soil composition.

As described above, the present invention has proved its superiority through the above embodiments, but the present invention is not necessarily limited only by the above configuration, and various substitutions may be made without departing from the technical spirit of the present invention. , Modifications and variations are possible.

The present invention having the above-described structure is used by mixing pine or pine tree powder containing phytoncite in a conventional live soil composition consisting of local soil, sawdust, organic mixture, etc. Natural polymer carboxymethyl cellulose as a soil erosion inhibitor to promote plant growth without damaging external harmful pests by phyton cheat, and to ensure that the live soil composition does not erode and adheres well to the base layer. (CMC) and rosin powder and paper curing sludge is used as an environmentally friendly method by mixing.

Therefore, the slope greening construction using the live soil composition according to the present invention, since the size of the diameter particles of the live soil composition is 10 mm or less, the spray nozzle of the spray nozzle is not blocked when spraying on the inclined slope using a high pressure sprayer, It is possible to proceed smoothly by spraying, and using the live soil wet composition on the incline slopes made of steel or weathered rock, the high content of organic matter during slope greening, and the low content of martha according to the present invention By using the composition, a thin cover layer can be formed, so that the amount of the live soil composition is small and the working time is shortened.

Claims (8)

In live soil composed of sawdust, organic mixture, etc., Consisting of a mixture of sawdust 25-50 wt%, conifer powder 15-25 wt%, lignite 5-10 wt%, organic mixture 25-30 wt% and ocher powder 5-10 wt%, Live soil composition, characterized in that 20 to 100 g of soil erosion inhibitor, 400 to 600 g of coating curing agent per 1 m 3 of the mixture. The method of claim 1, The coniferous powder is a live soil composition, characterized in that the wood powder crushed pine or pine. The method of claim 1, The organic mixture is a live soil composition, characterized in that fermented by mixing 40 to 60% by weight of livestock manure and food waste 40 to 60% by weight. The method of claim 1, The soil erosion inhibitor is a live soil composition, characterized in that 80 to 90% by weight of carboxymethyl cellulose (CMC) is a natural polymer and 10 to 20% by weight rosin powder. The method of claim 1, The coating curing agent is a live soil composition, characterized in that the excellent paper moisturizing sludge. In the slope greening method using a live soil composition, Arranging the inclined incision surface (S100); Installing a PE network on the clean inclined surface (S200); Fixing the PE network installed above using a fixing pin (S300); Separately preparing a wet composition by mixing the live soil composition and water (S400); Spraying the prepared wet composition onto the inclined surface on which the PE network is installed (S500); Including, And the live soil composition is composed of a mixture of 25 to 50% by weight of sawdust, 15 to 25% by weight of coniferous powder, 5 to 10% by weight of lignite, 25 to 30% by weight of organic mixture and 5 to 10% by weight of ocher powder, Slope greening method using a live soil composition, characterized in that for using the live soil composition mixed 20 to 100 g of soil erosion inhibitor, 400 to 600 g of coating curing agent per m 3 of the mixture. The method of claim 6, The installation of the PE net in the step (S200) is a slope greening method using a live soil composition, characterized in that installed by floating 1 ~ 3 cm from the inclined surface. The method of claim 6, The wet composition of step (S400) is a slope greening method using a live soil composition, characterized in that the mixture of 0.3 to 0.5 tons of water in the live soil composition 1 ㎥ sufficiently mixed.

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