Intelligent monitoring and early warning system for monochamus alternatus hope

Abstract

The invention discloses an intelligent monitoring and early warning system for monochamus alternatus hope. The intelligent monitoring and early warning systemcomprises a front end trapand a managementterminal. The front end trap comprises a power supply assembly, a trapping assembly, a counting assembly and an acquisition controller, the power supply assembly supplies the front end trap with a power source, the trapping assembly is used for trapping the monochamus alternatus hope, the counting assembly is used for counting the number of the trapped monochamus alternatus hope, the counting assemblyis controlled to operate by the acquisition controller, and the acquisition controller acquires and collects information and transmits the informationto the management terminal through a cloud server; a staff communicates with the management terminal, and a real-time monitoring module, a data statistics module, an early warning module and an expert guidance module are integrated on the management terminal. The intelligent monitoring and early warning system can intelligently monitor the pest situation of the monochamus alternatus hope and promptly send early warning to facilitate timely and accurate formulation of scientific prevention and control strategies so that the number of the monochamus alternatus hope can be timely controlled to prevent the spreading and propagation of pine wood nematode diseases.

Description

technical field [0001] The invention relates to a biological monitoring system, in particular to an intelligent monitoring and early warning system for Monochamus alternatus. Background technique [0002] Monochamus alternatus (Monochamus alternatus) is an important pest of coniferous tree frogs in my country. It can harm black pine, masson pine, red pine, Yunnan pine, loblolly pine and other pine plants: it can also harm spruce, larch, fir and cedar, etc. conifer. At the same time, it is also the main vector insect for the destructive disease of pine trees, Bursaphθlenchus Xylophilus. In the process of the spread and infection of pine xylophilus, Monochamus alternata plays a key role in carrying, spreading and assisting the pathogen to invade the host. Adult pine beetles carry a large number of pine wood nematodes after eclosion out of the hole. Choose healthy hosts to supplement nutrition. After sexual maturity, they will look for insect-pest wood or weakened wood for rep...

AI Technical Summary

Problems solved by technology

[0003] In recent years, although the research on the use of biological control methods to control Monochamus alternatus has continued to deepen and develop, but due to the constraints of environmental factors and the specificity of biological agents, the control effect is not obvious

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