4. Real World Case Studies

Large-scale bioremediation projects often involve multiple stakeholders: scientists, environmental regulators, landowners, and local communities. AR has proven effective as a science communication tool, allowing non-specialists to understand complex remediation strategies (Garzón et al., 2019).

In pilot studies, AR has been used to overlay proposed field intervention designs, such as bio-barrier zones or nutrient injection wells, on physical maps or live field settings. This enables stakeholders to visualize potential outcomes, assess site restoration timelines, and engage with the research process meaningfully.
Though still emerging in the field of microbial bioremediation, AR technologies are poised to significantly enhance field-scale operations, especially when integrated with omics data, geospatial analysis, and ecological monitoring. These applications align well with the transition "from lab to field," making invisible biological and chemical processes accessible, measurable, and understandable in real time. As environmental research continues to digitize and democratize, AR stands out as a promising tool to support both scientific rigor and public transparency.