4. Real World Case Studies

1. AR for Visualizing Microbial Activity and Pollutant Degradation

AR can help scientists visualize microbial interactions with pollutants in 3D, overlaid onto real-world environments. In field trials, understanding where and how microbes operate, especially in subsurface or aquatic systems, is critical. For example, during in situ uranium bioremediation, spatial understanding of zones where Geobacter species are active is crucial for evaluating remediation success.

Studies have demonstrated that AR can be used to overlay environmental geospatial data, such as pollutant concentrations, groundwater flow, or nutrient distribution, onto physical locations using tablets or AR glasses (Silva & Gültekin, 2021). This allows field researchers to "see" where microbial activity is expected to peak and helps correlate degradation performance with environmental variables like pH, redox potential, or bioavailability.