NOVELTY - Complex liquid fungicide comprises complex flora composed of degumming fungus, nutritious fungus, and decoloring fungus. It is made by respectively culturing strains until active strain number is not less than 200 millions/ml; and mixing (vol.%) degumming fungus liquid (25-60), nutritious fungus liquid (15-45), and decoloring fungus (remainder).    USE - Complex liquid fungicide used for preparing herbal biologic cellulose and biological paper pulp (claimed).    ADVANTAGE - The complex fungicide produces herbal biologic cellulose and biological paper pulp without the need of chemical additive. It achieves industrial production of high cellulose, hemicellulose biologic cellulose and biological paper pulp having complete decoloration and white color. It does not need bleaching procedure so that investment on decoloring production device is saved, and investment on extraction of cellulose and pulp making is effectively lowered. It does not exhaust waste gas and wastewater, and no dust of inorganic pollutant during extraction of cellulose and pulp making process. The wastewater and waste residue produced can be converted into biologic fertilizer, thus achieving cyclic use of water.    DETAILED DESCRIPTION - Complex liquid fungicide comprises complex flora composed of degumming fungus, nutritious fungus, and decoloring fungus. It is made by respectively culturing strains until active strain number is not less than 200 millions/ml; and mixing (vol.%) degumming fungus liquid (25-60), nutritious fungus liquid (15-45), and decoloring fungus (remainder). The number ratios of active bacteria of strains in complex fungus are not required. The nutritious fungus comprises strains of Aspergillus oryzae, Rhizopus chinensis and/or Bacillus megaterium. The degumming fungus comprises Bacillus licheniformis, Bacillus pumilus, Bacillus subtilis, Absidia, Mortierella, and/or Candida valida. The decoloring fungus comprises strains of Trametes versicolor and/or Phanerochaete chrysosporium. INDEPENDENT CLAIMS are included for:    (1) solid viable dry fungicide for preparing herbal biologic cellulose and biological paper pulp;    (2) preparation of solid viable dry fungicide by mixing carrier with liquid fungus; adding carbon source and nitrogen source; regulating carbon-nitrogen ratio at 20-25:1; regulating water content at 30-40 wt.%; controlling temperature of fermenting material at less than 60 degrees C; turning pile at 1-2 times each day; drying until water content is not greater than 20%; detecting viable count at not less than 200 millions/g; and packaging to obtain solid viable dry fungicide;    (3) preparation of herbal biologic cellulose by pre-processing herbal raw material; putting pre-processed herbal raw material in fermenting pool and injecting water in it; putting fungus to ferment, such that weight ratio of material to water is 1:5-7 and mass ratio of material to fungus is 1:0.15-0.3; aerating and finishing aeration within technological period based on different materials, fermenting temperatures and fungus liquid concentrations; hammering and cleaning fermenting matter; dehydrating it and isolating off residual gum; and adhering matter to obtain herbal cellulose finished product;    (4) preparation of biological paper pulp obtained by cooking herbal biologic cellulose at high temperature and high pressure; and grinding cellulose;    (5) application of exhausted liquid in preparation of herbal biologic cellulose in preparing organic fertilizer by mixing exhaust liquid produced during preparation of herbal biologic cellulose; regulating balance of plant nutrients by adding/regulating nutrients needed by plants based on requirement of target crop; detecting viable bacteria number, organic matter and fertilizer nutrient content; and packaging finished product and putting it into storehouse;and    (6) application of exhausted waste residue in preparation of herbal biologic cellulose in preparing organic fertilizer by mixing exhausted waste residue produced during preparation of herbal biologic cellulose; fermenting it for 15-20 days; drying; crushing; and packaging after quality detection to obtained finished product.