Assessing the Impact of Silver and Zinc on Soil Microbial Structure and Functionality

This study demonstrates the complex interrelationships between soil microbial populations, silver, and zinc. Metals infiltrate the soil, water, and food chain due to anthropogenic, mining, and other activities. Microorganisms are crucial for the productivity of the soil, plants, and food chain. The role of soil microorganisms in nitrogen cycling and overall soil health is vital. However, certain soil metals may affect the functionality of microbial communities. The diversity, abundance, and enzyme activity of soil microorganisms are impacted by soil contamination with silver and zinc. Understanding how these metals affect the structure and functionality of microorganisms is crucial for forecasting and managing soil health and nutrient cycle activities. The effects of silver and zinc on the soil microbial population were investigated using in vivo and in vitro methods. The majority of current research examining their influence uses molecular-based methodologies. The influence of metals on soil and microbial communities, as well as at the molecular level, has been the subject of extensive marker gene study, and this research is still ongoing. More research is needed to comprehend the mechanisms underlying these effects and develop mitigation strategies for the possibly deleterious effects of soil pollution with Ag and Zn.