NOVELTY - An Artemia indoor high density farming method involves selecting pre-treatment system with volume of 8-20 m3 and depth of 1.2-1.5 m, sea water treatment systems, and gas supply system perfect pond for improving quality in cultivating pool with depth of 1.1-1.3 m, putting 1-3 days fertilized eggs in which amount of fertilizer complex is 200-1000 ml per cubic meter of seawater; fertilizer complex contains Bacillus subtilis raw powder, fish powder, and bran with mass ratio of 1:10:10; particle size is 1-30 mu m; adding 1 ml per gram of fish meal.    USE - Artemia indoor high density farming method (claimed).    ADVANTAGE - Method uses indoor breeding mode, effectively avoids outdoor bad weather, maintains good breeding water environment, effectively improves quick growth of shrimp, improves water color control, and enhances preparation process quality and yield.    DETAILED DESCRIPTION - An Artemia indoor high density farming method involves (1) selecting pre-treatment system with volume of 8-20 m3 and depth of 1.2-1.5 m, sea water treatment systems, and gas supply system perfect pond for improving quality in cultivating pool with depth of 1.1-1.3 m, putting 1-3 days fertilized eggs in which amount of fertilizer complex is 200-1000 ml per cubic meter of seawater; fertilizer complex contains Bacillus subtilis raw powder, fish powder, and bran with mass ratio of 1:10:10; particle size is 1-30 mu m; adding 1 ml per gram of fish meal in amount of amino acid fertilizer elements and 10-30 ml water, evenly stirring for 3-5 hours, (2) rinsing Artemia eggs, soaking in fresh water, disinfecting, quickly placing into breeding pool to hatch in which amount of Artemia eggs is 15-25 g/m3; incubating with continuous light intensity of 30-60 mu mol/(m2.s); and eggs are hatched at 7:00-9:00 AM; (3) feeding for the 1st time at 6:00 AM and feeding after every 3 hours in which feeding water transparency is maintained at 15-20 cm; adding Artemia artificial bait seawater to mixed material, fermenting for 1-6 days in which volume of seawater is 2-10 times volume of mix material; mass ratio marine red yeast:mix material is 1:20-100; particle size of material is 1-30 mu m; mixing 90-120 pts. wt. rice bran, 15-30 pts. wt. fish meal, 8-15 pts. wt. wheat flour, 8-15 pts. wt. soy, and 1-3 pts. wt. vitamin complex, crushing to particle size of 1-130 mu m; (4) managing breeding supply by continuously supplying gas for 24 hours, and maintaining greater than or equal to 0.7 mg/L of dissolved oxygen; regulating water quality by (a) mixing amino acid fertilizer elements and effective microorganism (EM) bacteria with ratio of 1:1-5, adding 3-5 ml (per m3 of water) on the 1st day, 3-5 ml on 2nd day, 3-5 ml on 3rd day, 3-5 ml on 4th day , 15-50 ml on 5th day, 15-50 ml on 7th day, and 15-50 ml on 9th day; (b) in 5th-10th day, standard addition photosynthetic bacteria is 6-20 ml, 6-20 ml, 3-15 ml, 3-15 ml, 3-15 ml, and 6-20 ml; (c) maintaining water transparency at not less than 15 cm 2 for hours after feeding, or limiting swimming time of Artemia appendages adhesion, adding 0.3-0.7 g/m3 B. subtilis; (5), harvesting after 10-15 days in culture in which body length of Artemia can reach 0.7-1.5 cm, and harvesting depending on market demand.