NOVELTY - Preparing bio-organic high altitudes carbonaceous substrate includes removing cattle and sheep excrement impurities, crushing, and sieving; refining rapeseed oil; crushing fresh high-quality wheat straw, pre-fermenting wheat straw powder, adding urea, mixing uniformly, and decomposing to obtain fermented wheat straw powder; preparing microbial mixture, adding corn flour in the oil cake powder, and mixing uniformly; mixing particles of cow dung, sheep manure particles, fermented wheat straw powder, superphosphate, urea, and fermentation agents; and anaerobic fermentation.    USE - Method for preparing bio-organic high altitudes carbonaceous substrate (claimed).    DETAILED DESCRIPTION - Preparing bio-organic high altitudes carbonaceous substrate comprises:    (A) removing cattle, sheep excrement in impurity to make the dust content at less than or equal to 4%, crushing, passing by 100 items sieve to obtain a water content at less than 50% cow and sheep manure;    (B) refining rapeseed oil by conventional method to obtain cake material, steaming cake material, crushing into 100 meshes to obtain the oil cake powder;    (C) crushing fresh high-quality wheat straw into pole length 0.5 cm to obtain wheat straw powder, pre-fermenting wheat straw powder, adding 0.05 mass% urea in the wheat straw powder and 0.01% edible sugar, mixing uniformly at 20-40 degrees C, and decomposing for 25-35 days to obtain fermented wheat straw powder;    (D) preparing microbial mixture, adding 30 kg corn flour in the 20 kg oil cake powder, and mixing uniformly to obtain the mixed fermented microbial inoculum;    (E) mixing 10-30% particles of cow dung, 60-80% sheep manure particles, 3-7% fermented wheat straw powder, 1-3% superphosphate of 100 mesh, 0.5-1.5% urea, and balance fermentation agents; and    (F) in the fermentation tank, the total amount of each fermentation material from the bottom and up according to a sheep-calcium superphosphate plus urea-wheat straw powder of fermentation-mix, fermenting a dairy manure of stacked layer of mixed material, and then installing the second layer, and so the heap to four layers, so that the maximum height of the fermentation tank loading is less than 1.2 m, pool filling every 85-95 tons, each mixed material moisture content of 50-60%; heating the mixture material, and natural fermentation; after loading the pool the next day 9:00, 15:00, 21:00, measuring temperature and moisture layers of mixed materials; when mixed materials temperature exceeds greater than or equal to 65 degrees C, when the greenhouse temperature exceeds 60 degrees C or air humidity exceeds 80%, lower humidity timely ventilation and cooling; spraying mixed materials with a water content below 50%; continuous fermenting; aerobic fermenting; when mixing the material at 55-60 degrees C for 10 days, when mixed materials to achieve coverage of 50-60% plastic film, and in the spring, summer and autumn for 5-7 days aerobic fermentation, or winter continued 15-25 days aerobic fermentation; after the aerobic fermentation, mixed material surface water, and covered with plastic for anaerobic fermentation, so that deposits in particular anaerobic fermentation of crop straw, so that the full conversion of cellulose biological carbon improve the biological carbon content; when the prototype changed a mix of materials, fiber toughness disappears completely decomposed already dark color, branding biological organic carbon matrix; and opening the fermentation tank, and reducing the moisture content to 30% to make the bio-matrix organic carbon out of the pool.