Eric Luera
Despite accounting for the majority of total polycyclic aromatic hydrocarbons (PAHs) at contaminated sites, alkylated PAHs are disproportionately understudied in both toxicological and environmental research. It is also known that environmental transport and toxicological potency differ between parent PAHs and alkylated PAHs, complicating risk assessments and exposure predictions. My work focuses on assessing the profiles of bioavailable alkylated PAHs at contaminated sites using passive samplers and a novel analytical method capable of quantifying 161 PAHs, including 113 alkylated PAHs
I am excited to learn from all the different people collaborating in Superfund sites. I am also really interested in how the research conducted is communicated to the local communities
I hope to address knowledge gaps regarding environmental transport of contaminants, allowing for more accurate risk assessments that better protect public health
I have always enjoyed science in school, and that curiosity continued to grow as I entered college and participated in undergraduate research opportunities. It's exciting to apply the knowledge gained in classrooms to answer real-world questions.
I am currently interested in working in government. However, I really enjoyed my time as a teaching assistant, so I could also see myself pursuing a career in teaching.
I like being outdoors and spending time in nature. I also enjoy trying different coffee shops in the cities I visit.