Large-scale production method of tamarixia radiate
The invention relates to a technology for the production method of the bee-glazed wasp, which is applied in the direction of animal husbandry and the like, and achieves the effects of improving the reproductive capacity and the production capacity of parasitic wasps, low energy consumption, and solving environmental problems.
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Embodiment 1
[0027] 1. Construction of parasitoid production workshop
[0028] 1. Build a budding room. Light-transmitting and rain-proof, protected by 60-mesh insect-proof nets, used for the production of citrus buds. The light intensity is 3000LUX, the temperature is 25-30°C, the RH is 50%-70%, and the light L:D=14:10.
[0029] 2. Build a citrus psyllid breeding room. Light-transmitting and rain-proof, protected by 60-mesh insect-proof nets, controlling the temperature of the breeding room, installing breeding cages in the breeding room, used for the production of citrus psyllid nymphs, the light intensity is 3000LUX, the temperature is 25-30°C, RH50%-70% , Lighting L:D=14:10. The citrus psyllid breeding cage is supported by a stainless steel pipe, and the bottom is a polypropylene plate. The cage specifications are 110 cm long, 90 cm wide, and 100 cm high.
[0030] 3. Build a parasitoid breeding room. A parasitic bee breeding cage is installed in the breeding room for the productio...
Embodiment 2
[0050] Embodiment 2: the inoculation ratio selection of citrus psyllid
[0051] The number of citrus psyllids produced is different at different inoculation ratios between citrus psyllids and young shoots of tangerines. The inoculation ratio can be selected according to production needs and carrier plant conditions.
[0052] The present embodiment is basically the same as Example 1, except that the citrus psyllid is inoculated: the number of access of the young shoots of the tangerine is as shown in table 1:
[0053] Table 1 The number of citrus psyllids harvested at different inoculation ratios
[0054] Citrus Psyllid: Annual Tangerine Sprouts The number of citrus psyllids harvested per plant (after 18 days) 1:1 151.33±9.45 2:1 247.67±8.39 3:1 269.33±4.51 4:1 205.33±20.51
[0055] Usually, the new shoots of each annual tangerine are controlled at about 40 branches, and the time for harvesting new eclosion citrus psyllids is calculated on th...
Embodiment 3
[0059] The selection of the inoculation ratio of embodiment 3 bright belly glaze wasps
[0060] The citrus psyllid nymphs on the carrier plants are required to be neatly developed and mostly 4-5 instars. There are about 250 psyllid nymphs on each plant, and 5 carrier plants are placed in each breeding cage. The present embodiment is basically the same as Embodiment 1, except that the number ratio of access to the bright belly glaze wasp (female to male ratio is 4:1) and the citrus psyllid nymph is different, specifically as shown in Table 2:
[0061] Table 2 The number of bees produced by different access ratios
[0062] Bright-bellied wasp: citrus psyllid nymph Ratio of female parasitoids (%) The number of bright-bellied glaze bees harvested per cage (head) 1﹕5 61.25±2.53 811.55±21.76 1﹕10 73.63±5.39 766.75±14.14 1﹕15 76.42±4.26 602.3±30.58 1﹕20 77.03±10.62 487.31±24.37
[0063] As can be seen from Table 2, when the inoculation ratio...
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