The present application relates to the field of
aquaculture breeding technology, and discloses an indoor
cement pool artificial breeding method for east wind
snail, which comprises the following steps: storing east wind
snail egg sacs after disinfecting
water body by
ultraviolet rays, removing infected egg sacs, and performing specific
water flow replacement 24 hours before
hatching; feeding the larvae with a
nutrient agent containing
clostridium aceticum
protein and
agaricus blazei
polysaccharide every day after
hatching, feeding the larvae with monosomic
algae such as chrysomonad,
tetraselmis,
chlorella, etc. in the early stage, and feeding the larvae with shelled
algae in the middle stage until the larvae are attached and metamorphosed; keeping the breeding
pool continuously aerated and controlling parameters such as dissolved
oxygen,
salinity, temperature and pH value of the
water body during the breeding period, and finally collecting the
snail seedlings to end the breeding. The indoor
cement pool artificial breeding method for east wind snail provided by the present application is suitable for one or more of fasciolaria fasciolaris and mud east wind snail, and can effectively improve the success rate and
seedling quality of indoor
cement pool breeding of east wind snail.