The application of naturally occurring geophysical phenomena, such as seismic waves from thunder, to subterranean investigation sits at an intersection of atmospheric physics and geophysics. The core implication is the potential for non-invasive methods to reveal deep geological structures, which has significant ramifications for resource exploration and hazard assessment. The pattern observed here moves beyond traditional geophysical surveying by leveraging ambient, large-scale energy sources. The missing context concerns the feasibility and resolution limits of using thunder signals specifically, rather than conventional seismic monitoring. A deeper inquiry should focus on whether this method offers a demonstrable advantage over existing high-resolution seismic techniques in practical geological contexts, and what the long-term implications are for the established hierarchy of earth sciences when novel acoustic pathways are introduced into the model.