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Cara Maesano
Interdisciplinary scientist with an academic background in physics and environmental exposure assessment, and professional expertise in assessing geochemical CDR approaches.
Professional Background
Cara Maesano is a highly accomplished research scientist, recognized for her extensive contributions in the fields of particle physics, environmental epidemiology, and exposure science. With a rich background in research and development, Cara has shifted her focus towards addressing one of the most pressing issues of our time: climate change. Currently, she is deeply engaged in researching innovative carbon removal pathways, contributing her expertise toward creating impactful climate solutions.
Cara's professional journey is marked by her diverse roles within various prestigious organizations. As the former Manager and Geochemical Lead for the Carbon Dioxide Removal (CDR) Initiative at RMI (Rocky Mountain Institute), she played a pivotal role in advancing research and development in sustainable carbon management strategies. Prior to this, she served as a Research Scientist at The Climate Map, where her insights and research contributed to enhancing understanding of climate risks and opportunities. Additionally, Cara was a Climate Tech Fellow at On Deck, where she collaborated with startups and researchers to foster groundbreaking climate technology solutions, amplifying her interdisciplinary impact.
Before her dedicated efforts in climate research, Cara honed her scientific skills in epidemiology and public health as an Associate Researcher at the Institut Desbrest d’Epidemiologie et de Santé Publique. There, she contributed to understanding the complex relationships between environmental factors and health outcomes. Additionally, her research capabilities were further refined during her tenure at Sorbonne University and INSERM, where she served in various engineering and research roles, expanding her expertise significantly.
Education and Achievements
Cara Maesano's educational background is as impressive as her professional achievements. She holds a Doctor of Philosophy (PhD) in Physics from the University of California, Davis, where her in-depth research in particle physics equipped her with critical analytical skills and technical expertise. Additionally, she earned her Bachelor of Arts (B.A.) in Physics from the University of California, Santa Barbara, laying a strong foundation for her scientific career.
In her commitment to understanding the global implications of environmental change, Cara also pursued specialized education in climate change at Terra.do, enhancing her knowledge in climate science and sustainability practices. This combination of formal education and practical experiences in both physics and climate science positions Cara as a unique asset in the ongoing fight against climate change.
Notable Achievements
Cara's notable achievements throughout her career underscore her commitment to scientific excellence and her drive to contribute meaningfully to pressing global challenges. Her work has always been characterized by a collaborative spirit, wherein she has partnered with researchers, organizations, and policymakers to promote scientific advancements in climate adaptation and mitigation strategies. Her research pursuits not only advance academic knowledge but also inspire innovations that can be implemented within communities and across industries.
Throughout her multifaceted career, Cara has authored and contributed to numerous scientific publications that advance our understanding of particle physics and climate science. These works not only contribute to the academic community but also engage and educate the public about the complexities of environmental changes. By bridging the gap between rigorous scientific research and practical applications, Cara has become a voice of reason and expertise in the climate movement.
Looking ahead, Cara is set to continue her influential work in the climate space, focusing on unraveling the pathways for effective carbon removal and enabling sustainable solutions that can latch onto varying industrial sectors. Her ability to synthesize knowledge across different fields makes her an invaluable contributor to the ongoing discourse on climate challenges and solutions.