Mosquito refrigerated anesthesia transport release method

Abstract

The invention discloses a refrigerated anesthetic method for transporting and releasing mosquitoes. The method comprises the following steps of: (1) loading male pupae into an eclosion bucket or an eclosion cage, adding water into the eclosion bucket or eclosion cage so as to achieve natural eclosion of the male pupae into male mosquitoes in the eclosion bucket or eclosion cage; (2) discharging the water in the eclosion bucket or eclosion cage so as to achieve natural drying of the eclosion bucket or eclosion cage and the male mosquitoes and adjustment of the density of the male mosquitoes inthe eclosion bucket or eclosion cage; (3) putting the eclosion bucket or eclosion cage in a first freezer for refrigeration so as to make the male mosquitoes enter an anesthetic state; (4) transferring the anesthetized male mosquitoes to a second freezer, and putting the male mosquitoes in an anesthetic state in the second freezer in a releasing box for package; (5) transporting the releasing boxto a releasing site for release; and (6) performing realization of quick recovery of flight ability of the released male mosquitoes at room temperature. The size required for package of the anesthetized male mosquitoes becomes small, so that the cost of package and transportation is reduced, and the anesthetized male mosquitoes are released easily.

Description

technical field [0001] The invention relates to the field of mosquito prevention and control, and more specifically relates to a mosquito refrigerated, anesthetized, transported and released method. Background technique [0002] In the existing prevention and control of dengue fever, due to the lack of specific anti-dengue virus drugs and effective vaccines, the main method for preventing dengue fever is to control the number of vector Aedes albopictus. In the inland areas of China, a biological control method has been developed in response to the above situation, that is, "mosquitoes to control mosquitoes". This method establishes a new strain of Wolbachia-infected mosquitoes through embryonic microinjection, and the bacteria can be transmitted to the mother through the mother. Progeny, when the male mosquito carrying Wolbachia mates with the wild female mosquito, it can prevent the mosquito eggs laid by the wild female mosquito from developing. Therefore, by continuously ...

AI Technical Summary

Problems solved by technology

[0003] Before the male mosquitoes are released, the unemerged male pupae are generally placed in release cages or release buckets, so that the male pupae emerge naturally into male mosquitoes, and then the release buckets or release cages are transported to the release place for release. Guarantee the survival rate of male mosquitoes in release buckets or release cages. The density of male mosquitoes in release buckets or release cages is generally small, resulting in more release buckets or release cages to hold very few male mosquitoes, increasing the release bucket or release The cost of the cage and the transportation cost of transporting the release barrel or release cage, and the male mosquitoes are awake when they are released, which increases the difficulty of release

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