Abstract
An analysis of the results of experiments to determine the effectiveness of the use of illuminated pheromone catchers in the fight against mulberry moth was presented. The experiments used pheromone handles impregnated with antioxidant pheromone material and placed on a lamp based on 2 light-emitting diodes operating in the ultraviolet radiation range of 365-370 nm. According to the analysis of the results, it was observed that mulberry moths caught on illuminated pheromone traps were 2.15 times more than non-illuminated catches, and the number of moths caught at night was about 1.75 times higher than the number of moths caught daytime.
Highlights
An analysis of the results of experiments to determine the effectiveness of the use of illuminated pheromone catchers in the fight against mulberry moth was presented
As a logical continuation of such research, in this article we present an analysis of the results of research to determine the effectiveness of the use of adhesive-based adhesive pheromone handles based on light-emitting diodes in the fight against mulberry moth
Observations recorded the number of mulberry moth moths hung on the handles twice a day for 5 months, i.e. at 6 am and 8 pm
Summary
An analysis of the results of experiments to determine the effectiveness of the use of illuminated pheromone catchers in the fight against mulberry moth was presented. According to the analysis of the results, it was observed that mulberry moths caught on illuminated pheromone traps were. Research conducted by our Russian colleagues has tested more than 70 species of pheromones and sex attractants of forest tree pests, and noted their promising role in protecting plants from pests [1]. Proof of this idea can be taken from recent studies that have been used against corn crop pests and have given relatively good biological efficacy. Studies on corn pests in the Krasnodar Territory of the Russian
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