Generate a tailored SOP for Dr. Laura Hepburn. Improve your application with a focused, well-structured draft.
Laura's research focuses on marine biogeochemical cycling of iron as an essential nutrient for primary production in the upper water column and for carbon storage in marine sediments. Her work is highly interdisciplinary and employs state-of-the-art particle accelerator technology to characterize the mineralogy of iron minerals at the nano-particulate scale, ultimately aiming to understand the efficiency of carbon storage in marine sediments as it is affected by climatic changes, using ecological modeling techniques. Specifically, Laura targets continental shelf deep, oxygen-rich marine zones that cover vast regions of the seabed, which have the potential to act as Earth's largest long-term carbon reservoirs. Laura has a background in deep-sea research and conservation, holding a PhD in the exploration and geochemical characterization of modern high-temperature hydrothermal systems. She investigates the interaction of the marine biogeochemical iron cycle with major elements in a complex environment. Additionally, Laura is interested in the novel use and development of conventional geochemical isotopic techniques to understand fine-scale processes in global nutrient cycles, including carbon, sulfur, oxygen, and hydrogen.