NOVELTY - Manufacturing (M1) greening substrate material (I), by extracting native microorganisms from soil, cultivating the obtained native microorganisms, obtaining native microbe fermentation manure, in large quantities using cultivated native microorganisms, and mixing native microbe fermentation manure with mixture having 50% bark compost, hen droppings and cattle-feces, 30% sieve soil, and 20% charcoal and pearlite.    USE - (I) is sprayed after fixing a fiber network such as bamboo, wooden anchor with arbitrary length and path, twine, straw or paper string to the slope surface and forming a vegetation network on the slope. The spraying of (I) does not require any chemical fertilizer, the seed is sprayed to the formed vegetation network. (I) is also sprayed to the soil before planting a plant and using native microorganisms obtained in (M1) in manufacturing feed for livestock animals such as cow, pig and hen, involves mixing 6 times the amount of rice and bean curd lees, with the native microorganisms obtained in (M1), adding 30-50% of brown sugar to the mixture, cultivating microorganisms, obtaining the aerobic and anaerobic bacteria from the native microorganisms, and mixing them with the feed. (M1) is useful for manufacturing greening substrate material. (I) is useful as a soil improvement material, and also in manufacturing feed for livestock (claimed). (I) is useful in farming as fermentation manure, and in livestock farming.    ADVANTAGE - (M1) enables manufacturing greening substrate material (claimed), which increases the degradation of organic substance by increasing the activation of microorganisms, decreases the destruction of soil ecosystem environment, and prevents pollution of soil by chemical fertilizer. (I) contains microorganisms in between the gap of soil structure as it is granulated, thus enabling degradation of organic matter. (I) is effective as the fermentation manure, where the fermentation manure has decreased odor and decreases the generation of fly. (I) increases the generation of earthworm in the soil, increases the growth of the plants as the rooting is rapid, and the root swelling is good, increases the sweetness of the fruits, and the yield of the products of the plants.    DETAILED DESCRIPTION - Manufacturing (M1) greening substrate material (I), involves:    (a) extraction and cultivation of native microorganisms by heaping up the dug soil of mountains, topsoil of broad leafed tree and the topsoil of bamboo thickest, mixing or overlaying the rice bran, bean curd lees, sawdust, boiled rice, wheat flour, etc., with/on the heaped soil, allowing the mixture to remain for about 2-3 weeks in the state of exposure or after covering the mixture with straw, straw mat or a wooden box, and collecting the native microorganisms adhering to the prepared mixture; or collecting the microorganisms directly from the suitable quantity of the soil of mountains, topsoil or the field soil;    (b) cultivation of the native microorganisms obtained in (a) by mixing suitable quantity the brown sugar, humus or topsoil and the rice bran with shochu-liquor dregs, sake-cake or starch dregs, sawdust etc.; adding the native microorganisms obtained by using the rice bran as a main raw material, with the above mixture and mixing them with amino acid, young bud of plant and bone meal etc. and maintaining the mixture at temperature of 40-50degreesC for 1-2 weeks,    (c) obtaining native microbe fermentation manure in large quantities by mixing the microorganisms obtained by (b) with mixture containing brown sugar, rice bran or humus, shochu-liquor dregs, chaff etc., where the microorganisms obtained in (b) are mixed in suitable quantity by the ratio with respect to rice bran, shochu-liquor dregs and brown sugar, heaping up of the obtained mixture and maintaining the central temperature at 40-50degreesC, supplying moisture such that the moisture content is 30-40% and maintaining the heap under above conditions for 1-2 months, where when the microbe is generated in the surface within a period of 2-3 weeks, the temperature at initial state is medium, during middle period is high, and later stages is low, and the above mentioned change in temperature occurs several times repeatedly during 1-2 months, and    (d) mixing the above obtained native microbe fermentation manure with mixture containing 50% bark compost, hen droppings and cattle-feces, 30% sieve soil, and 20% charcoal and pearlite, or with the mixture containing cut-down trees of local production plants, pruned-branch leaf of the plants or trees laid in the pavement, that are chipped into the magnitude size of 10 mm approximately subjecting the obtained mixture to fermentation; and mixing the fermented manure with the organic substance containing 20% bark compost, 20% hen droppings and cattle-feces manure, 30% local production soil and 30% charcoal powder etc., thus the greening substrate material (high-tech soil component mixture) is obtained.    An INDEPENDENT CLAIM is also included for a method of using (I), native microorganisms and/or native microbe fermentation manure as soil improvement material, involves spraying the native microbe fermentation manure and/or (I) with granulation agent as the main raw material by mixing 80-90% of (I) with 1-20% of native microbe fermentation manure, adding water and granulation agent to the obtained mixture and maintaining the moisture content in the range of 20-30%, stirring the mixture in a motor pump and increasing the moisture content to 40-60%, passing the obtained mixture in the pump through the nozzle by a pneumatic force-feeding and pumping, such that the main raw material such as (I), is sprayed at the suitable angle on the slope surface of the soil, concrete surface etc.,