This summer, a group of UVA undergraduates are immersing themselves in environmental research at Blandy, a historic site brimming with ecological mysteries. What makes this experience particularly captivating is the diverse range of projects and the unique opportunity for students to contribute to real-world scientific inquiries. From insect-borne diseases to the impact of heavy metals, these students are tackling complex environmental challenges with enthusiasm and curiosity.
One of the most intriguing projects involves Tess Morrison, a rising third-year student, who is exploring the resilience of blackgum trees in the face of drought. As cities across the South embrace blackgum trees for their aesthetic appeal and environmental benefits, Morrison's work is crucial in understanding how these trees adapt to changing conditions. Her collaboration with Meghan Blumstein, an assistant professor of environmental sciences at UVA, highlights the importance of interdisciplinary research in addressing contemporary environmental issues.
Elizabeth Castillo, another rising third-year student, is delving into the intricate relationship between bumblebees and a conopid fly that acts as a parasite. Her work with T'ai Roulston, a research associate professor of environmental sciences at UVA, and Willow Lovecky, a doctoral student, showcases the value of long-term ecological studies. Castillo's daily observations and dissections of bumblebees provide insights into the delicate balance of nature and the interconnectedness of species.
Meredith Rickabaugh-Devolder, entering her second year at UVA, is investigating the legacy of heavy metals in U.S. agriculture. Her collaboration with David Carr, Blandy's director, focuses on the accumulation of lead arsenic in soil, a pesticide once used in apple orchards. Rickabaugh-Devolder's greenhouse experiment, where she traces the path of arsenic from soil to plants to animals, underscores the importance of understanding the long-term impacts of historical practices on the environment.
What makes this program truly special is the sense of community and collaboration among researchers from diverse backgrounds. On Tuesdays, the group gathers to watch movies together, and on Wednesdays, they attend seminar speakers followed by a potluck meal. These shared experiences foster a sense of camaraderie and encourage the exchange of ideas and perspectives.
Elizabeth Castillo sums it up perfectly: 'I would encourage anyone interested in scientific research to apply to programs like Blandy's, regardless of your major. You never know what interests you'll end up discovering.' This sentiment encapsulates the essence of the UVA Blandy program, where students are not just conducting research but also discovering their passions and contributing to the broader scientific community.
In my opinion, the UVA Blandy program is a shining example of how undergraduate research can be both intellectually stimulating and personally transformative. It offers students the opportunity to make meaningful contributions to environmental science while fostering a sense of community and collaboration. As these students continue their work, they are not only advancing our understanding of the natural world but also inspiring the next generation of environmental researchers.
