August 15, 2025

L.E. Peterson

Previous Degrees Obtained

Harvard University Ext:  Sustainability Masters: Methylmercury: University of Colorado, Chemistry: Organic Chemistry.

Research Topic

  • Methylmercury in the Food Chain due to Atmospheric Deposition from Coal Combustion.
  • Obligation to strive for Mandated, Sustained, and Monitored mercury emission policy.
  • Mercury filtration is viable and captures 96% of mercury from coal effluent.
  • Mercury EPA regulations were blown back in 2014 during the former administration. Increased mercury levels in fish tissue correlate with this policy blowback.
  • Methylmercury crosses the blood-brain barrier and causes neurological harm, which can be devastating and irreversible.
    Root Cause Analysis  Lack of urgency in eliminating Mercury Fish Consumption.Advisories.
  • Implications: The Energy Transition globally relies on coal combustion, which is increasing worldwide, and keeping an eye on coal and regulatory stability will be a global public health priority.
  • Implications for large-system change mandating mercury filtration from operating coal plants will have collateral benefits in mitigating Climate Change.
  • Transformative lens: mixed methods approach: evidence-based, qualitative inductive approach. 

As a twelve-year-old, I read a small booklet from the Department of Natural Resources warning of mercury in fish in pristine lakes far from industrial sources.  These Fish Consumption Advisories for mercury made no sense to me. I was frustrated as my father tried to explain that pollution was responsible for generating this critical public health concern. From that moment, I was dedicated to becoming a chemist and trying to see what I could do through research and advocacy.  Mercury in fish is a multi-layered and complex global justice issue. Still, there is ample rationale and data to support creating lasting change that will eliminate the need for Fish Consumption Advisories for mercury in waters far from industrial sources. In other words, my research makes the case that atmospheric deposition from coal combustion can be successfully mitigated via coal emission filtration, and over time, mandated, sustained, and monitored policy will solve this long-standing public health crisis. 


Q&A