Keith Shine

Professor Keith Shine is a leading academic in climate science, focusing on radiative forcing, atmospheric chemistry, and aviation's climate impacts. His work emphasizes greenhouse gas mechanisms, contrail effects, and climate modeling. He has contributed to over 150 peer-reviewed articles, including influential studies on CO2 decomposition, halocarbon impacts, and hydrogen economy climate effects. His research bridges climate physics, policy, and aviation sectors, with notable contributions to radiative transfer theory and climate metrics development.

• Research areas: Climate dynamics, radiative transfer, aerosol impacts, and aviation emissions.
• Key collaborations: Includes institutions like University of Reading and international climate modeling groups.

Shine's work on water vapor continuum absorption and Fermi resonance mechanisms has advanced fundamental understanding of global warming processes. He also addresses policy-relevant issues like CO2-equivalence metrics for contrail management and hydrogen economy climate risks.