Artificial rearing device for tetranychid mites and method of using same

Abstract

The present invention relates to an artificial rearing device for tetranychid mites and a method of using the same. The artificial rearing device comprises three boxes. Four sides, i.e., front, rear,left and right, of each box are formed by glass plates, and the bottom of each box is formed by a base plate terrace and a lifter column disposed at the bottom of the base plate terrace. With no needfor use of living host plants as carriers for tetranychid mite rearing, the artificial rearing device for tetranychid mites can provide a homogeneous nutrient supply condition and increase the batch yield of adult mites while saving rearing space. The artificial rearing device for tetranychid mites can not only improve the rearing efficiency and reduce the rearing cost, but also guarantee the recyclability of feed. The artificial rearing device can solve the problem of judgment of growth conditions of tetranychid mites simply depending on time experience, can achieve real-time observation andjudgment on whether the rearing goal of the stage mentioned in the description is achieved, and can control conditions such as humidity, temperature, illumination, gas atmosphere and the like, therebyallowing for fine control on the growth rate of tetranychid mites.

Description

technical field [0001] The invention relates to insect cultivation, in particular to an artificial rearing device for spider mites and an application method thereof. Background technique [0002] With the rapid development of the national economy, the rapid expansion of the green planting industry has led to a substantial increase in the demand for cultivated area, more diversified cultivation conditions, and more challenges. In the intricate planting process, insect pests are a big problem. Conventional large-scale insect pests can be solved by physical means, chemical means and herbal medicines due to their size. The miniaturization of insect pests needs to be solved by some high-precision killing methods, such as the use of gene tailoring to control spider mites. However, this type of means requires a large number of experimental samples for testing to achieve the best results. Therefore, it is necessary to carry out large-scale standardized feeding and breeding of spid...

AI Technical Summary

Problems solved by technology

Therefore, it is necessary to carry out large-scale standardized feeding and breeding of spider mites, but the current technology and equipment have the following problems: (1) The conventional feeding of spider mites is carried out on living host plants, which is very popular on the one hand. Due to the influence of the size of the space, it is difficult to control the temperature and humidity. Secondly, because the plants have different heights and sizes, the breeding conditions are different, and the standardization of breeding cannot be achieved, and the batch rate of adults is low; (2) the existing breeding methods often appear. The phenomenon of spider mites fleeing abroad, and the simple use of insect-proof covers will cause problems such as the upward orientation of adult spider mites; (3) the current cultivation of spider mites cannot be standardized, such as targeted breeding in stages, which can improve feeding efficiency and reduce costs Second, it can ensure high feeding cycle and high efficiency; (4) The current spider mite feeding is judged more based on time experience, and real-time observation cannot be carried out. At the same time, there is no control means for supporting relevant conditions, such as humidity, temperature, light Gas atmosphere and other conditions that will affect the growth rate and survival conditions, and because the growth of spider mites cannot be obtained in real time, it is impossible to fine-tune targeted

Images