Eoghan P. Reeves

Eoghan P. Reeves is a full Professor in the Department of Geosciences at the University of Bergen (UiB), Norway. His research focuses on hydrothermal systems under high temperature and pressure conditions in the Earth's crust, investigating how these fluids acquire their geochemical compositions and interact with the Earth's lithosphere and biosphere. He maintains active research collaborations with international institutions including Woods Hole Oceanographic Institution.

Reeves' research interests center on deep-sea hydrothermal systems, particularly examining geochemical processes in extreme environments. His work spans multiple hydrothermal vent fields including the Aurora field on the Gakkel Ridge in the Arctic Ocean, the PACMANUS Vent Field in the Manus Basin, and the Fåvne Vent Field on the Mohns Ridge. His research integrates geochemistry, isotope studies, and microbiology to understand the complex interactions between geological processes and biological communities in deep-sea environments.

Analysis of his recent publications reveals a strong focus on hydrothermal fluid chemistry, mineral deposition processes, and the biogeochemical cycling of elements in deep-sea environments. His work frequently examines copper and iron isotope signatures, organic compound formation under hydrothermal conditions, and the microbial communities that thrive in these extreme settings. Reeves' research has significant implications for understanding Earth's geochemical cycles and the potential for life in extreme environments.

Reeves has secured funding from multiple sources including the Research Council of Norway and European research programs. His collaborative work spans institutions across Norway, Germany, the United States, and other international partners.

His laboratory at the University of Bergen conducts research on hydrothermal fluid chemistry and its interactions with surrounding geological formations and microbial communities. Reeves is an active participant in deep-sea exploration missions, examining hydrothermal vent systems beneath Arctic ice and along mid-ocean ridges worldwide.