From Stress to Growth: Plant Hormonal and Physiological Responses to Microwave Radiation

This research is being conducted to examine the impact of radiofrequency (RF) waves on plant growth, considering both advantages and disadvantages. Specific studies suggest that manipulating radio frequency (RF) and intensities can enhance plant growth and increase productivity. This effect could be attributed to enhanced water and nutrient uptake, as well as the activation of stress responses and developmental gene expression. Additional studies have shown that higher levels of RF or prolonged periods of exposure may lead to a decrease in growth, abnormalities in physical structure, and damage to cells. RF has situation-dependent effects on plant development. In order to apply RF technology in agriculture in a responsible manner, it is necessary to conduct additional research to gain a better understanding of the underlying processes, determine the optimal parameters for beneficial applications, and establish limitations for undesirable effects. This study quantifies the development of plants, as well as their electrical conductivity (EC) and pH levels, in response to stress caused by the injection of more energy and their isolation from exposure to electromagnetic waves. The results are fascinating.