Welcome
We are a passionate research team in the School of Earth, Ocean, and Environment (SEOE) at the University of South Carolina, working to unravel the mysteries of explosive volcanic eruptions and their far-reaching effects on society and climate. Our research explores how vast magmatic systems form, grow, and evolve deep within the Earth’s crust, and seeks to reconstruct the rhythm and pace of these powerful processes through time.
To uncover what happens beneath volcanoes before they erupt, we study tiny accessory minerals such as zircon, allanite, and monazite—crystals often no larger than the thickness of a human hair. These microscopic minerals act as timekeepers, recording the hidden history of magma as it moves and evolves deep within the Earth. Using state-of-the-art, high–spatial-resolution analytical techniques, we read these natural archives to reveal how magmatic systems grow and transform in the lead-up to large explosive eruptions.
Why do volcanic eruptions matter?
Volcanic eruptions are powerful natural events that shape our planet and affect life in countless ways. They offer scientists vital clues about how the Earth works — from magma movement deep underground to changes in the atmosphere that influence global climate. While eruptions can destroy communities and ecosystems, they also create fertile soils, new landforms, and valuable resources such as geothermal energy and minerals. Volcanoes inspire awe and hold cultural significance around the world, supporting tourism and local economies. Understanding and monitoring volcanic activity is essential for safety, sustainability, and appreciating the dynamic forces that continuously reshape our planet.
Popocatepetl volcano, Mexico city
