Lasioderma serricorne feeding device and feeding method using same
A tobacco beetle and feed technology, which is applied in animal husbandry and other fields, can solve problems such as the inability to realize mass breeding of tobacco beetle, the influence of in-depth research on tobacco beetle, and the complexity of the breeding device, so as to facilitate centralized processing, facilitate consistent development and maturity, Guaranteed the effect of eclosion adult rate
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Embodiment 1
[0034] Such as figure 1 As shown, the Tobacco A breeding device provided by the application has a structural main body of a columnar rearing bottle 1; the rearing bottle 1 is prepared from a transparent material (specifically, resin, glass or acrylic, etc.); the middle part of the bottle body of the rearing bottle 1 A monitoring and display device 2 is provided for real-time measurement and display of the temperature and humidity inside the breeding bottle;
[0035] The top of the feeding bottle 1 is provided with a mesh type ventilating bottle cap 3, and the aperture of the mesh should not exceed 1.5 mm, so as to prevent the tobacco A from escaping; The mouth of the bottle, so as to realize the sealing of the mouth of the breeding bottle;
[0036] The bottom of the bottle body of the feeding bottle 1 is a double-layer bottom cover structure, and the inner bottom cover 4 can be movable or fixedly arranged on the bottom of the feeding bottle body, and the bottom of the inner ...
Embodiment 2
[0039] Utilizing the tobacco beetles breeding and separating device described in Example 1, the inventors carried out the actual raising of tobacco beetles and the separation of male and female adults. The specific process is briefly described as follows.
[0040] (1) Tobacco A hatching
[0041] First, put a proper amount of tobacco beetle eggs on the inner bottom cover of the bottom of the feeding bottle of the tobacco beetle breeding device, and hatch at a temperature of 30-32°C and a humidity of 70%; the hatching time is about 6 days until all the eggs become larvae.
[0042] It should be noted that, during the hatching process, the inventor made statistics on the time of hatching into larvae at different hatching temperatures, specifically:
[0043]When the humidity is controlled at 70%, different incubation temperatures have certain effects on the hatching time of eggs. It takes about 310 h to hatch at 22°C; about 270 h at 24°C; about 223 h at 26°C; 28 It takes about 178...
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