NOVELTY - Method of culturing Webber Ganoderma mycelial pellet, involves inoculating Ganoderma mycelium in a inclined culture medium, digging hypha from inclined strain to transfer the hypha to a flat plate culture medium, culturing hypha to obtain activated strain, digging hypha from the activated strain flat plate under sterile condition, evenly distributing the obtained hypha, adding a liquid culture medium containing Ganoderma mycelial pellet to the evenly distributed hypha, and vibrating and culturing the hypha.    USE - The method is useful for culturing Webber Ganoderma mycelial pellet, which is used in decoloration degradation of dingo or jean printing wastewater (both claimed).    ADVANTAGE - The method is inexpensive, convenient to perform and environmentally-friendly as it does not utilize toxic and expensive medium, and enables industrial production of mycelial pellet easily. The mycelial pellet has long service life and can be utilized repeatedly.    DETAILED DESCRIPTION - Method of culturing Webber Ganoderma mycelial pellet, involves inoculating Ganoderma mycelium in a inclined culture medium for pre-culturing under sterile condition, digging hypha from inclined strain to transfer the hypha to a flat plate culture medium under sterile condition, culturing hypha at 25-32 degrees C for 2-5 days to obtain activated strain, digging hypha from the activated strain flat plate under sterile condition, evenly distributing the obtained hypha, adding a liquid culture medium containing Ganoderma mycelial pellet to the evenly distributed hypha, and vibrating and culturing the hypha at 25-32 degrees C and 120-200 revolutions/minute (RPM) for 3-6 days to obtain mycelial pellet. An INDEPENDENT CLAIM is included for use of the mycelial pellet in decoloration degradation of dingo or jean printing wastewater by mixing the above-mentioned mycelial pellet with 0.5-10 times of dingo solution, regulating pH of the mixture to 3-7 for dingo solution and 1-6 for wastewater, and vibrating and culturing the obtained mixture at 13-30 degrees C and 160 rpm.