Effect of temperature
Temperature is one of the important factors that affects the shelf life of Epoxiconazole. Generally speaking, within a suitable temperature range, rising temperature will speed up the absorption and conduction of Epoxiconazole in the plant body, thereby making the drug effective faster, but the duration of effect may be relatively shortened. Because higher temperatures will accelerate the metabolism of plants and accelerate the degradation of pharmaceuticals in plants. On the contrary, at lower temperatures, the absorption and conduction speed of the agent slows down, and the effect of the agent is relatively delayed, but the duration of effect may be extended. However, low temperature may also affect the inhibitory and killing effect of the agent on pathogens.
Effect of humidity
Environmental humidity also has a significant impact on the duration of Epoxiconazole. A high-humidity environment is conducive to the growth and reproduction of pathogens and increases the risk of plant diseases. In this case, the bactericidal effect of Epoxiconazole will continue to be exerted, and the duration of effect may be relatively shortened, requiring more frequent application to control the disease. In a low-humidity environment, the growth and spread of pathogens are inhibited, the plant's demand for chemicals is relatively reduced, and the duration of effect of Epoxiconazole may be extended.
Effect of light
Light intensity and time also have a certain impact on the duration of Epoxiconazole. Strong light may cause photolysis of Epoxiconazole, resulting in a reduction in the concentration of the agent on the plant surface and in the body, thereby shortening the duration of effect. In addition, light will also affect the physiological activities of plants, which will indirectly affect the absorption, conduction and metabolism of pharmaceuticals. For example, sufficient light will promote photosynthesis of plants, enhance the growth vitality of plants, and may increase the plant's absorption and utilization efficiency of pharmaceuticals. However, it may also accelerate the decomposition of pharmaceuticals. The impact of light on the duration of effect needs to be comprehensively considered.
Impact of rainfall
Rainfall has a direct impact on the duration of Epoxiconazole. Rainfall will wash away the pesticide on the surface of the plant, causing it to run away, reducing the amount of pesticide attached to the plant surface and its effective concentration, thus shortening the duration of effectiveness. Especially if rainfall occurs within a short period of time after pesticide application, the impact on the efficacy of the pesticide will be more obvious, and it may be necessary to reapply the pesticide in a timely manner to ensure the control effect.
