15. The Modeling of Global Environmental Equilibrium

The chapter begins by highlighting the urgent need to stabilize the global environment due to the rapid accumulation of atmospheric CO2 and environmental pollutants. It presents a novel approach to naturally break down CO2 using phototrophic energy, which is the mechanism by which green plants absorb solar energy. The simulation of phototrophic energy on global vegetation is meticulously detailed, involving complex mathematical models and considerations of various environmental factors. The chapter then explores the activation of chemosynthesis in chemotrophs to eradicate both inorganic and organic pollutants through oxidation processes. This natural mechanism is presented as a groundbreaking discovery for equilibrating global environmental complexity. The results and discussions section delves into the computational models used to simulate phototrophic energy and chemotrophic mechanisms, providing a comprehensive analysis of their potential to mitigate global environmental issues. The chapter concludes by emphasizing the significance of these natural processes in securing a sustainable planet for future generations, offering a glimpse into the transformative potential of these scientific discoveries.