Method for inducing worm flying with fungal spore
A technology for carrying bacteria and attracting insects, which is applied in the direction of botany equipment and methods, fungi, devices for catching or killing insects, etc. It can solve the problems of unseen and other problems, and achieve the goal of reducing the degree of harm, reducing losses, and high spore production Effect
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experiment example 1
[0023] The test results showed that on the 7th day after the treatment, from the blank control carton water basin, the diseased corpses of tobacco beetles and tobacco powder moths covered with white hyphae were observed floating. First, microscopic examination of the sticky slices of the worms confirmed that it was fatally infected by Beauveria bassiana; second, it showed that the worms infected with the bacteria could migrate; third, it showed that the strains used were able to withstand high temperature and low humidity environments. However, in the B and C treatment boxes, there were significantly more insect corpses caused by infection. Along with the prolongation of test time, until 40 days in the control box, the sick insect corpses continue to increase, showing the long-term effect of its fungal infection.
[0024] Experimental example 2: Bacteria migration experiment 2 outside the warehouse
[0025] Place four cartons in the laboratory of the tobacco factory technical...
experiment example 2
[0026] The test results showed that the carton D, which was close to the source of insects, had significantly more carcasses of insects than the cartons B and C on days 7, 14, 21, and 30. Moreover, after spraying the room with the fungal spore powder test, no more rampant insects were seen.
[0027] Experimental example 3: Bacteria migration experiment in warehouse
[0028] Select three storage units of the same specification on the third floor of the alcoholization warehouse of the tobacco factory. The total amount of spore powder used per unit is 5g. See the location of the test carton Figure 1-3 , the black in the figure indicates that the spore powder was sprayed in the carton. Paste a piece of tobacco worm sex pheromone lure on the inner wall of each box, and then put a basin of clear water in the box. In this experiment, the effect of applying different spore powder concentrations and the information on the migratory distance of insects can be obtained.
experiment example 3
[0029] For the location of the test cartons in Warehouse 1, see figure 1 , in the figure: EA, EB, EC, ED distance is 20cm; spore powder dosage is 5.00g
[0030] For the location of the test cartons in Warehouse 2, see figure 2 , in the figure: the distance between CA, CE, and CD is 20cm; while the distance between CB is 40cm, and the amount of spore powder is 5.00g.
[0031] For the location of the test cartons in Warehouse 2, see figure 2 , in the figure: EA, EB, EC, ED are all 20cm apart; the amount of spore powder per box is 1.25g.
[0032] The test results showed that in the first week after the test, it was found that there were infected dead insects in the water basin of the blank control box 20cm away from the E treatment box in warehouse 1; Carcasses of tobacco beetle and tobacco meal borer covered with white mycelium. Pests infected with fungi can migrate a distance of 40 cm, which is the longest diagonal distance in the warehouse, that is, the distance from C ...
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