Caroline Masiello

Dedicated to advancing knowledge in the intricate dynamics of carbon cycling, Caroline Masiello is a distinguished Professor of Earth, Environmental and Planetary Sciences, Chemistry, and Biosciences at Rice University. Her research is pivotal in understanding the movement of carbon between various reservoirs, with a keen focus on fast and intermediate-cycling carbon pools. These include the terrestrial biosphere, atmosphere, rivers, and ocean sediments. By employing natural radiocarbon (14C) and organic geochemical tools, she unravels the complexities of carbon transfer and its implications for climate and environmental change. Professor Masiello's work is instrumental in the development of the organic carbon oxidation state (Cox) as a novel tracer of Earth system processes. This innovative approach provides deeper insights into the oxidation state of organic carbon and its role in geochemical cycles. Her research not only enhances our understanding of carbon dynamics but also contributes to broader discussions on climate change and environmental sustainability. At Rice University, Caroline Masiello is recognized for her interdisciplinary approach, bridging the gaps between earth sciences, chemistry, and biosciences. Her work is characterized by a commitment to integrating diverse scientific perspectives to address complex environmental challenges. Through her research, she aims to provide actionable insights that can inform policy and guide efforts to mitigate the impacts of climate change. In addition to her research endeavors, Professor Masiello is dedicated to mentoring the next generation of scientists. She actively engages with students and colleagues, fostering a collaborative and inclusive academic environment. Her passion for teaching and research is reflected in her numerous publications and contributions to the scientific community. Caroline Masiello's contributions to the field of geochemistry and carbon cycling are widely recognized, making her a leading figure in her area of expertise. Her work continues to inspire and drive forward the scientific understanding of carbon's role in the Earth's systems, with implications for both current and future environmental challenges.