Artificial cultivation method of glenea cantor

Abstract

A method for breeding capricorn beetle with speckle in eyebrow, breeding imago bought in market or wild imago with small ceiba fiber branch, putting ceiba fiber when imago enters into laying season for imago laying; cutting down ovum and branch after imago laying and collectively culturing, inoculating laver into ceiba fiber to culture till emergence of imago in laver incubation early period; separating, collecting laver or pupa of young age, middle age or old age; pupa staying in pupa room if for emergence until baiting hole and getting out of pupa room; breeding separately or collectively with fresh ceiba branch or leaves after imago emergence. The capricorn beetle can be produced four generations in one year with method in this invention, and breeding is possible all year around on condition of artificial temperature-control, and parasitics natural enemy of capricorn beetle can be bred and colorful and good shape artwork with high seeing value can be produced according to need of pesticide sift test research and insect diet.

Description

technical field [0001] The invention belongs to the field of artificial breeding method of longhorn beetle. Background technique [0002] Beetle is an important class of pests of forest trees, landscaping trees and fruit trees. At present, there are more than 35,000 species of about 4,000 genera known in the world, and more than 3,000 species are estimated in my country. Although there are many kinds of longhorn beetles, due to the hidden life of long-term beetles and the long life cycle of most species, generally only one generation occurs every year, or even one generation occurs every 2-3 years. Artificial breeding is very difficult. So far, it has been successfully passed There are very few species of longhorn beetles raised artificially indoors, and there is no report of large-scale artificial beetle breeding indoors. It is reported in the Chinese patent "Scale Breeding of Longhorn Beetle and Its Application in Pest Biological Contr...

AI Technical Summary

Problems solved by technology

Biological control is one of the most effective measures for the comprehensive control of long-horned beetles. At present, the large-scale release of Scleroderma guani is a control method with good biological control effect and high efficiency. However, because the intermediate hosts are corn borer, Tenebrio molitor and other non-longet beetle species cannot solve the problem of group degradation; although Dastarcus longulus and Scleroderma sichuanensis have a good natural control effect on long-beetle beetles, they cannot be artificially controlled on a large scale. Reproduction, it is difficult to solve the problem of the intermediate host of the parasitic natural enemies of longhorn beetles

Also because no one can provide a large amount of longicorn beetle for indoor drug efficacy test or toxicity determination, and it is impossible to research and produce high-efficiency pesticides that can be used in large-scale longicorn beetle control

[0004] At the same time, because insects have the characteristics of high protein content, complete types of amino acids, rich trace elements, and various biologically active substances, and the biomass of insects is more than 10 times that of other biomass, it is a promising future with great potential. Newer natural resources, the use of insects to produce new nutritional and health foods and medicines, has shown broad development prospects, but due to the difficulty of collecting in nature and artificial reproduction, it is still difficult to go on the table as a delicacy

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