NOVELTY - An integrated agricultural waste resources utilization method involves carrying out high temperature aerobic fermentation of agricultural waste, adding aerobic microbial inoculum, adding water to the aerobic fermentation, and fermenting. The high temperature aerobic fermentation product is spread, and watered, the earthworm is spread and covered by a layer of crop straw and substrate followed by adding remaining base material, marsh gas fermentation microbial inoculum, performing dry-type anaerobic fermentation, adding plant growth agent, molding and utilizing non-polluted organic fertilizer.    USE - Method for utilization of integrated agricultural waste resources.    DETAILED DESCRIPTION - An integrated agricultural waste resources utilization method involves carrying out high temperature aerobic fermentation of agricultural waste such as crop straw livestock and poultry excrement, and mixing according to the weight ratio of 1:1, adding aerobic microbial inoculum, mixing uniformly, adding water to the aerobic fermentation, fermenting at high temperature of 600 plus minus 5 degrees C for 5-10 days, eliminating toxic and harmful bacteria, difficult for using lower animals degrade cellulose, lignin and other substances in the dual purpose to produce the low-low animal breeding base material, if the temperature is reduced during fermentation condition forced for oxygen supply. The high temperature aerobic fermentation product is naturally spread, and watered until the water content in the product reaches to 70-80%, the product is piled to 30 cm on the base layer of the cement pool, the earthworm is spread and covered by a layer of crop straw and substrate at 15-25 degrees C until the fermentation cultivation time for 2 months, the water content is controlled to 70-80%, and earthworm and the rest base material are collected, followed by adding remaining base material, marsh gas fermentation microbial inoculum and mixing uniformly, adding water to the kiln-type dry-type marsh gas ferment device, performing dry-type anaerobic fermentation to produce biological energy marsh gas, adding plant growth agent, drying, molding and utilizing non-polluted organic fertilizer.