NOVELTY - Making multifunctional microorganism organic fertilizer in basic structuring stage, comprises: preparing organic materials, removing impurities, pretreating with clear lime water, mixing pretreated organic materials with urea, spreading microorganism composition, piling up, covering, annealing and mixing to obtain carrier mixture; preparing functional microorganism breeding strains, propagating and fermenting biomass core to obtain functional microorganism composition; and mixing functional microorganism composition with organic material mixture, adding mineral nutrients and annealing.    USE - The process is useful for manufacturing multifunctional microorganism organic fertilizer for rubber trees.    DETAILED DESCRIPTION - Manufacturing multifunctional microorganism organic fertilizer for rubber trees in basic structuring stage, comprises: preparing a carrier mixture by preparing organic materials including peat, agricultural byproducts and manure, removing impurities present in the organic materials, pretreating the organic materials by immersing in clear lime water with a moisture content of 40-45%, mixing the pretreated organic materials with urea, spreading a microorganism composition evenly, piling up the organic materials that has been spread with the microorganism composition, covering and annealing to form carriers, and mixing the carriers to obtain a carrier mixture; preparing a functional microorganism composition by preparing functional microorganism breeding strains including Streptomyces phaeoluteigriseus (cellulose decomposition), Azotobacter tropicalis (nitrogen fixation), Bacillus polyfermenticus GR010 (phosphate decomposition), Bacillus subtilis AQ1 (indole-3-acetic acid generation), Agrobacterium rhizogenes SEMIA 6423 (mucous membrane generation) and Pseudomonas fluorescens (disease resistance), initializing breeding, propagating and fermenting biomass core to obtain the functional microorganism composition; and mixing the functional microorganism composition with the organic material mixture, simultaneously adding mineral nutrients including urea, superphosphate, potassium oxide, meso/micro-elements and micro-fertilizers, piling up and annealing to obtain organic microorganism fertilizers.