稻螟赤眼蜂Trichogramma japonicum系稻田赤眼蜂优势种,对稻纵卷叶螟卵有时田间自然寄生率可达50％以上,并能寄生于三化螟卵,寄生率可达30％～40％。因此,在稻田散放稻螟赤眼蜂,是防治稻田害虫的优良天敌之一。稻螟赤眼蜂中间寄主范围较窄,在人工繁殖中仅能寄生于纵卷叶螟卵、三化螟卵、米蛾卵,粉斑螟卵等小卵。而蓖麻蚕卵、柞蚕卵和松毛虫卵等大卵均不被寄生。因此,人工培育时多以米蛾卵进行繁殖。人工体外培育稻螟赤眼蜂国内外尚未见有成功的报导。为了大量繁殖稻螟赤眼蜂并为机械化繁蜂开辟新路子,我们自去年开始进行了用人工饲料体外培育该蜂的研究。采用腊卵涂上引诱物质,营养液添加无机盐及用薄膜制人 Trichogramma Trichogramma Trichogramma Trichogramma dominant species in rice paddy field, sometimes on the rice leaf roller Bombyx mori natural parasitism rate of up to 50%, and parasitic on the rice stem borer, the parasitic rate of up to 30% ~ 40 %. Therefore, the spread of Trichogramma ostriniae in paddy fields is one of the excellent natural enemies to control pests in paddy fields. Trachinotus trichogramma host narrow range of intermediate host, artificial propagation can only parasitic on the leaf roll borer rice, borer rice, rice moth eggs, meal moth eggs and other small eggs. The castor silkworm eggs, tussah eggs and pine eggs and other eggs are not parasitic eggs. Therefore, more artificial breeding moth eggs to reproduce. Artificial cultivation of Trichogramma ostriniae in vitro at home and abroad have not been successfully reported. In order to mass-produce Trichogramma ostriniae and to open new avenues for the mechanization of Bumblebee, we conducted a study on in vitro cultivation of the Bovine bee with artificial diet last year. The use of wax eggs coated with lure substances, nutrition added inorganic salts and film system