Renewable energy and technological innovations are helping build a more environmentally conscious society—one that sees itself as part of nature rather than separate from it. But can humans and nature truly coexist as one? Can we continue to advance society while considering the impacts of our actions on natural resources? As we push for progress, we must also navigate wildfire severity increases, especially in regions designated for mining. Sustaining human life entails closely monitoring the health of our soil and water. 

The intersection of mining legacy and wildfires presents challenges in maintaining water and soil quality. Mining legacy refers to historical mining activities that have left long-lasting environmental and health impacts. Historic mining sites are often located in forested lands, which are increasingly vulnerable to high-severity wildfires. These fires can reduce forest cover, increase erosion, and accelerate surface water runoff. Flood events following wildfires can mobilize metals from legacy mine sites, elevating metal concentrations in downstream water sources. These processes raise water quality concerns for communities relying on these forested areas for drinking water. 

Legacy Loops (65” x 90”), created with acrylic and spray paint on unstretched canvas, explores the connections between legacy mining, wildfires, and water quality. We capture a shot in time, where these elements merge, recognizing their interconnectedness. “Legacy Loops” invites the viewer to step into this reality to grasp how mining legacy and wildfires, and the ongoing need to protect water quality, are all part of a continuous cycle. Simultaneously, it encourages reflection on where we, as individuals and as a society, fit within this loop. 

If we look at these events as interconnected rather than isolated, we can aspire for a future that balances technological advancement with a deep consideration of our environmental impacts.