NOVELTY - Composite fertilizer comprises (in pts.wt.): straw (50-60), royal jelly (10-13), bee pupa (11-12), honey (13-15), yeast (1-3), golden cypress (6-8), radix sophorae flavescentis (5-6), balsam pear (4-6), gypsum (12-15), urea (12-14), amino acid (4-6), humic acid (3-5), soil modifier (7-9). The soil modifier comprises (in pts.wt.): peat (100-120), carbon powder (1-2), brown sugar (2-3), oil residue (1-2), polyvinyl alcohol (1-2), sodium selenite (3-4), zinc sulfate (3-4), magnesium sulfate (1-2), jade powder (2-3), ascorbic acid (1-2), tea root powder (3-4) and wintergreen oil (1-2).    USE - Composite fertilizer.    ADVANTAGE - The composite fertilizer is eco-friendly and has improved utilization rate.    DETAILED DESCRIPTION - Composite fertilizer comprises (in pts.wt.): straw (50-60), royal jelly (10-13), bee pupa (11-12), honey (13-15), yeast (1-3), golden cypress (6-8), radix sophorae flavescentis (5-6), balsam pear (4-6), gypsum (12-15), urea (12-14), amino acid (4-6), humic acid (3-5), soil modifier (7-9). The soil modifier comprises (in pts.wt.): peat (100-120), carbon powder (1-2), brown sugar (2-3), oil residue (1-2), polyvinyl alcohol (1-2), sodium selenite (3-4), zinc sulfate (3-4), magnesium sulfate (1-2), jade powder (2-3), ascorbic acid (1-2), tea root powder (3-4), button oil (2-3), wintergreen oil (1-2) and Salvia miltiorrhiza (3-4). The soil modifier is prepared by mixing peat, sodium selenite, zinc sulfate, magnesium sulfate and jade powder to obtain mixture. The mixture is ground to obtain 200-400-mesh powder. Rest components are added to obtained powder and then ground and stirred at 1200-1500 revolutions per minute for 30-45 minutes to obtain soil modifier. An INDEPENDENT CLAIM is included for a method for preparing composite fertilizer, which involves:    (A) mixing royal jelly, bee pupa, honey and yeast at normal temperature condition;    (B) fermenting obtained mixture for 2-3 days;    (C) adding golden cypress, sophora root and balsam pear;    (D) soaking in proper amount of water for 12 hours;    (E) stirring obtained material with amino acid and humic acid at normal temperature to ferment for 4-6 days;    (F) grinding obtained material with straw and gypsum to obtain powder;    (G) fermenting obtained mixture with obtained material at normal temperature for 18-20 days; and    (H) adding rest components with fermented product to obtain product.