Method for promoting intensive spawning of houseflies and used breeding feed and egg receiving material

Abstract

The invention discloses a method for promoting intensive spawning of houseflies and a used breeding feed and an egg receiving material, wherein the breeding feed for adult flies is prepared from 10%-30% of soybean meal, 5%-15% of dry maggot powder, 10%-30% of milk powder, 20%-60% of white sugar, 1%-10% of plant medicine residue and 1%-5% of balloon flower; and the egg receiving material for houseflies is prepared by mixing 25%-30% of wheat bran, 5%-10% of balloon flower and 60%-70% of water, and further adding 1-10mg of oviposition pheromone for the houseflies into per kilogram of mixture. By adopting the technical scheme disclosed by the invention, the fecundity of the houseflies during the period of reproductive peak can be improved, and the hatchability of fly eggs and the survival rate of larvae of the houseflies after inoculation are further improved.

Description

technical field [0001] The invention relates to a method for promoting the intensive oviposition of houseflies and the used adult fly breeding feed and housefly egg grafting material, belonging to the technical field of housefly industrial artificial breeding. Background technique [0002] Musca domestica is a hygienic insect with a wide distribution range, and it is also an important renewable insect resource. Houseflies have the following characteristics: [0003] 1. The life cycle of the housefly is short, and a generation is completed every 14-18 days under suitable temperature conditions. However, the artificial breeding of houseflies only takes 4-5 days from eggs to mature larvae, which is shorter than the cycle of raising other insects much. [0004] 2. Houseflies have strong reproductive ability, and each pair of houseflies produces 600-1000 eggs. [0005] 3. The housefly has strong adaptability to the environment and few diseases. [0006] 4. Housefly breeding i...

AI Technical Summary

Problems solved by technology

The current method of making houseflies lay eggs is generally to control 1-2 indicators for laboratory data research under the condition of other indicators being constant, and does not use the industrial model to comprehensively control the above indicators to obtain the control that is most in line with industrial production Therefore, the egg production rate, egg hatching rate and larvae survival rate after inoculation cannot be well guaranteed. This is a major problem in the field of industrialized breeding of houseflies.

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