The interplay of solar energy and plant life: An examination of soil chemistry and phytochemical changes in medicinal plants grown near solar power plants

The global push for renewable energy has led to rapid expansion of solar power plants.While these installations offer significant environmental benefits by reducing reliance on fossil fuels, their localized impact on surrounding ecosystems, particularly agricultural lands and medicinal plant cultivation, remains an under-explored area.This study investigated the changes in soil chemistry and the subsequent effects on the phytochemical composition of medicinal plants grown in the vicinity of a solar power plant.Our findings revealed significant alterations in soil pH, nutrient availability, and heavy metal concentrations, which correlated with the observed changes in the biosynthesis and accumulation of key secondary metabolites in the test plants.This research highlights the need for comprehensive environmental impact assessments of large-scale solar projects, particularly concerning their long-term effects on local biodiversity and traditional agricultural practices.