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Professor Dudley Shallcross specializes in Atmospheric Chemistry, focusing on developing computer models to describe atmospheric processes at various scales. His research includes the CRI (Common Representative Intermediates) methodology, which aids in estimating chemical model uncertainty related to urban, regional, and global scales. Shallcross has a significant interest in the interactions between chemical emissions and terrestrial vegetation. His work on isoprene degradation in the atmosphere has implications for understanding greenhouse gas lifetimes, while his development of inert tracer techniques advances tracking of air flow between indoor and outdoor environments. He has collaborated with several institutions, including Manchester University and Sandia Lab, to explore key atmospheric reactions. Additionally, Shallcross leads multiple projects aimed at constraining Earth system response to hydrogen emissions, as well as mitigating the climate impact of civil aviation through atmospheric modeling. His contributions have been pivotal in the fields of Environmental Sciences and Atmospheric Chemistry.
University of Bristol • Bristol, England
Leading research in Atmospheric Chemistry and overseeing various projects.
Department of Physics research themes include Astrophysics, Materials and Devices, Particle Physics, and Quantum and Soft Matter.