Super flour weevil culture technology

Abstract

The invention discloses a super flour weevil culture technology which comprises the steps of: (1) field selection and requirement: selecting a field which avoids wind, faces sunlight, has good ventilation and light transmission, is warm in winter and cool in summer, wherein the size of the field is determined by culture scale; (2) culture facility: providing a feeding box which is 800 mm long, 400 mm wide and 80 mm high and a culture frame which is generally 2m high, wherein a high layer is about 200 mm high so as to be convenient for operation, and each layer is 20-40mm wider than the feeding box; (3) culture temperature and humidity: controlling and adjusting temperature and humidity per se, wherein the optimal indoor temperature is 18-28 DEG C and the optimal humidity is 60-80%; and (4) culture method comprising the steps of: (1) flour weevil seed selection: selecting big and mature larvas as flour weevil seeds which has strong survival ability and can creep fast from larvas; (2) larva feeding refering to the period from larva hatching to pupal period; (3) pupa and adult culture mainly for providing seeds and multiplying, i.e. enabling adults to lay a large mount of eggs. By the super flour weevil culture technology, big larvas which can grow fast and has short culture cycle and high yield and great economic benefits can be obtained.

Description

technical field [0001] The invention relates to the technical field of biological breeding, in particular to a breeding technology of Tenebrio molitor. Background technique [0002] Super Tenebrio molitor is also called high-protein insect, yellow mealworm, commonly known as mealworm, belongs to Insecta, Tenebrio genus, Coleoptera. Its nutritional content is higher than that of all kinds of live animal protein, and it is known as the "treasure house of protein feed". It is native to South America and was introduced into my country in the 1950s. In the future, it will continue to spread to the society and be used as live feed for various special economic animal breeding. Through long-term artificial feeding, high-density intensive breeding can be achieved, which greatly promotes the development of forest frogs, geckos, soft-shelled turtles, eels, scorpions, snails, and geckos. The development of special economic animals such as snakes and poultry and poultry. [0003] Super T...

AI Technical Summary

Problems solved by technology

Many farmers have low breeding efficiency, often due to improper breeding methods. The existing methods of breeding Tenebrio molitor are mostly wheat bran. Due to the single feed, the insects grow slowly and the individuals are small. The breeding cycle is about 46 months, and the cycle is long and the output is high. Low, waste more feed, low benefit