Device for observing behaviors of sabina vulgaris

Abstract

The behavior observation device comprises a transparent observation box, the interior of the transparent observation box is divided into a plurality of observation chambers arranged in a matrix mode through partition plates, and a circulation expansion opening is formed in the partition plate between every two adjacent observation chambers; a side pull door is detachably arranged on the transparent observation box and corresponds to the circulating expansion port; the observation room comprises an adult oviposition behavior observation room and a life observation room for observing the influence of mixed culture of male and female adults, separate culture of male and female adults and food feeding on life. According to the sabina navus behavior observation device with the structure, a series of behaviors after eclosion of sabina navus adults can be observed at the same time, the experiment effect and efficiency are improved, and the experiment result is more visual and accurate.

Description

technical field [0001] The invention relates to a technology for observing the behavior of a juvenile bee, in particular to a device for observing the behavior of a juniper bee. Background technique [0002] Juniper giant mole wasp (scientific name: Megastigmus sabinae Xu et He), Hymenoptera, Long-tailed Pteridae, distributed in Qinghai, Zhangye and other places. The large mole wasp is the main pest harmful to the healthy cones of Qilian, Juniper large fruit, Fangzhi and Juniper dense branches, and it has specific harm to the cones of the host plants. After the adults of the juniper mole wasps lay eggs in the healthy young cones of the host, the newly hatched larvae eat the endosperm of the cones as the larvae develop in the host cones. There is a perfect co-evolutionary relationship between the development of the larvae and the cones. Along with the development (1-4 instars), the larvae of the cypress large mole eat the endosperm in the healthy cones, causing the seeds of ...

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Problems solved by technology

From hatching to eclosion, the larvae of the juniper mole live in the host cone, which brings great difficulty to the control

Second, the larvae of the cypress mole larvae live in the host cone for a long time, and the adults fly away after eclosion. It is difficult to play an ideal role in the control of chemical insecticides

In the natural environment, due to the short eclosion period and the small size of the adults, it is difficult to observe the behavior and activities of the adult wasps. The existing technology is not systematic in observing the behavior of the wasps. In order to systematically and comprehensively grasp the ecological behavior of the cypress wasp and observe the series of behaviors of the adult cypress bee after eclosion, a series of behaviors were carried out. Research on the behavior observation device of the cypress bee, in order to grasp the ecological learning behavior characteristics of the cypress bee, and provide a theoretical basis for the control of the cypress bee

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