Bidirectional zokor lossless capture zokor body condition monitoring device

Abstract

The invention discloses a bidirectional zokor lossless capture zokor body condition monitoring device which comprises a zokor trapping mechanism, a monitoring control system and a power supply system. The zokor trapping mechanism comprises a zokor trapping box, the zokor trapping box is of a hollow structure with openings in the two ends, and rotatable electric control box doors are installed at the two opening ends of the zokor trapping box respectively; the monitoring control system is composed of a gravity sensor, a PIT chip implanted under the skin of the back of a zokor body, a PIT chip recognition sensor used for sensing the PIT chip, a main controller, relays, a data storage module and a control button; and the power supply system is connected with the electric cabinet doors through the relays, and the power supply system is connected with the monitoring control system. The bidirectional zokor lossless capture zokor body condition monitoring device has the advantages that living zokors can be efficiently trapped without damage, zokor conditions can be monitored, test data are provided for zokor test research, and the workload of researchers can be reduced.

Description

technical field [0001] The invention relates to a monitoring device for two-way zokor non-destructive capture of mouse body condition, which belongs to the technical field of zokor monitoring and capture. Background technique [0002] Zokor is one of the subcamp rodents in the hamster family, and its population changes have a profound impact on the structure and function of agricultural, forestry and grassland ecosystems. As a kind of rodent living in camps, the particularity of its life form, behavior, and population structure determine the diversity of the effects of this type of animal on soil, vegetation, and ecosystems. Underground excavation can change the physical environment of the soil, leading to changes in soil type, growth rate, nutrient availability, microtopography, etc.; underground gnawing directly affects plant morphology, richness, interspecific competition, vegetation type, species diversity and Subterranean rats can have important impacts on biogeochemic...

AI Technical Summary

Problems solved by technology

However, as the foraging and digging activities of zokor intensified, the vegetation of farmland, forest and grassland was severely damaged, which accelerated the degradation rate of existing agricultural forest and grassland.

[0003] In order to effectively control rodent damage in agriculture, forestry and grassland, eliminate important coal agents that spread a variety of human diseases, protect agricultural and forestry production safety, and ensure people's health and property safety, it is necessary to capture live zokors for experimental research and accurate prediction of rodent monitoring Rodent prevention and control technology provides a scientific basis, but the existing technology can only capture zokors without damage, does not have monitoring functions, and cannot provide effective data for rodent monitoring

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