NOVELTY - A microorganism organic fertilizer formula for wheat is prepared by: taking original fertilizer (1 ton) processed by high-temperature mineralizing fermenting treatment; adding sequentially urea, calcium superphosphate, potassium chloride, sodium molybdate, copper sulfate, manganese sulfate, heptahydrate containing zinc, sodium silicate, biological agent compounded by fiber decomposer containing 20 million plants per ml Pseudomonas fluorescens and actinomycetes, extra rich carrier auximone mixture and soil conditioner and non-deep ploughing.    USE - As microorganism organic fertilizer formula for wheat (claimed).    ADVANTAGE - By applying twice element coordinating production method can not only solve the problem that the beneficial elements which are volatile and easy to lose the effects cannot be added into the fertilizer, but also solve the problem that the solid silicon fertilizer is bad in use and the liquid silicon fertilizer is inconvenient to apply, and by using extra rich carrier solve the problem that the plant growth regulating substance is easily fixed by soil colloid and biodegraded, thus realizing the nutrient balance and entirety of the fertilizer, facilitating the application, improving soil, increasing fertilizing effects and increasing the quality and yield of crop.    DETAILED DESCRIPTION - A microorganism organic fertilizer formula, preferably for wheat, is prepared by: taking original fertilizer (1 ton) processed by high-temperature mineralizing fermenting treatment containing water content of not greater than 40%, organic matters of not less than 40%, and nitrogen, phosphorus and potassium (NPK) of not less than 3.5% as standard; adding 90 kg ton of product by weight urea (9%) containing nitrogen of 46%; adding 60 kg ton of product by weight calcium superphosphate (6%) containing phosphorus of 18%; adding 50 kg ton of product by weight potassium chloride (5%) containing potassium (60%); adding 1 kg ton of product by weight sodium molybdate (5%) containing molybdenum (39%); adding 0.8 kg ton of product by weight copper sulfate (0.08%) containing copper (25%); adding 5 kg ton of product by weight manganese sulfate (0.5%) containing manganese (32%); adding 5 kg ton of product by weight heptahydrate (0.5%) containing zinc (35.7%); adding 100 kg ton of product by weight sodium silicate solution (10%) containing silicon of 29.2% and sodium of 12.8%; adding 1 kg ton of product by weight biological agent (10%) compounded by fiber decomposer containing 20 million plants per ml Pseudomonas fluorescens and actinomycetes; adding 1 kg every ton of product by weight with 200 g of net weight of extra rich carrier auximone mixture (0.1%) containing indolebutyric acid and naphthylacetic acid and cytokinin; adding 1 kg ton of product by weight with 200 g of net weight of soil conditioner (0.1%) containing polyacrylamide and non-deep ploughing. An INDEPENDENT CLAIM is included for production of microorganism organic fertilizer special for wheat, involving: applying the twice element coordinating production technique; during the first element coordinating adding the calcium superphosphate and potassium chloride and manganese sulfate heptahydrate and urea 90% of the formula weight into the high-temperature fermenting original fertilizer that is not easy to volatilize and thermoduric and not easy to lose effect in the stoving; homogeneously mixing; grinding; transferring to the prilling disc; opening the whitewashing device and spraying the thick liquid mixed by water 10% of the weight of the mixing materials with the sodium silicate water solution to prill; stoving; sieving and selecting particle semi-finished product in 2-4 mm for standby use; during the second element coordinating, mixing urea (10 wt.%) with copper sulfate and sodium molybdate and extra rich carrier auximone mixture; stirring; adding the biological agent to the original fertilizer; stirring; further mixing and grinding; transferring to the prilling disc; praying the solution prepared by water (20 wt.%) and soil conditioner to prill; mixing the stoved particle materials obtained from the first element coordinating and un-stoved particle materials obtained from the second element coordinating through controlled portioning device by ratio of 5:1; polishing; sieving out particles in 2-4 mm; and packaging.