Bioelectrogénesis is the process by which living organisms generate electrical current, primarily observed in specific microorganisms that transfer electrons across their membranes. Key factors influencing bioelectrogénesis include temperature, pH, and nutrient availability, which interact in complex ways to affect microbial activity and efficiency in electricity generation. Temperature impacts metabolic activity, while pH influences compound solubility…

Bioelectrogénesis in agricultural crops is a biological process that generates electricity through microorganisms. These microorganisms decompose organic matter, producing electrons that can be captured, which occurs in soils and cultivation systems. This process enhances soil health by increasing nutrient availability and optimizing the root environment, thereby promoting plant growth. Research indicates that bioelectrogénesis can significantly…