Breeding method of pyemotes tritici
A kind of technology of mite and original species, applied in the field of biological control, can solve the problems of not being suitable for large-scale reproduction, high cost, and no significant increase in the number of reproductive offspring, etc., and achieve self-protection avoidance, simple operation, and simple and easy-to-obtain equipment Effect
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Embodiment 1
[0026] Example 1 Screening of Alternative Hosts for Propagation of Maipomite Original Species
[0027] In order to maintain the original species of the mite to the greatest extent, when breeding, first use the larvae or the larvae of the main boring pests of Artemisia oleifera and Artemisia spp. Pupae were used as alternative hosts to obtain a large number of stock species. The results are shown in Table 1. Among the three kinds of borer pests of Artemisia, the larvae of Xyloptera moth are not suitable as alternative hosts for the breeding of the wheat cat mite, while the larvae and pupae of Artemisia spp. are more suitable. Because the larvae of the wood beetle moth are multi-legged and active in movement, the sucking and sucking of the barley mite will cause the body to twist violently, which can easily crush the adult mites to death. Although individual adult mites can parasitize on the surface of the larvae, the larvae It does not move, but it cannot produce bulging bodi...
Embodiment 2
[0031] Example 2 The effect of tightening the mouthparts of the larvae of Mellonella mellonella with thin threads on the parasitism rate of the barley mite
[0032] The larvae of the greater wax moth wrap the body in the cocoon by spinning silk and making cocoons, so that the mite cannot be fixed on the larval body and cannot parasitize the larvae of the greater wax moth. The mouthparts of the larvae of Mellonella mellonella were tied tightly with a thin thread, and then the parasitism experiment of the barley mite was carried out. The results are shown in Table 2. The larvae of Mellonella mellonella larvae treated with mouthparts and untreated can be parasitized by the mite, produce dilated abdomen, and complete development, but there are significant differences in parasitism time and parasitism rate. difference. The untreated larva wraps the body of the worm by spinning and cocooning, so that the mites cannot touch the body of the worm and cannot parasitize smoothly; while ...
Embodiment 3
[0035] Example 3 Screening of the Best Alternative Hosts for Massive Propagation of the Maipomite
[0036] Four kinds of borer pests commonly found in the desert areas of Northwest China (Caragana green tiger beetle, red edge beetle, poplar beetle, elm beetle larvae) and the larvae of the wax moth moth whose mouthparts were tied tightly with thin threads were selected as Alternative hosts for mass reproduction of the barley mite. The results are shown in Table 3. Maipo mites can parasitize these five alternative hosts and produce dilated bodies. Among them, the highest parasitism rate is the larvae of the red-margin beetle, and the lowest is the larvae of the elm beetle. As far as the parasitic time is concerned, the parasitic time of the wheat leaf mite on the larvae of the greater wax moth and the red-margined beetle is the shortest. It can be fixed on the surface of the larvae in 1-2 days, and it will produce a dilated body in 2-3 days. A new generation of adult mites can b...
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