The connection between atmospheric science and public policy is more important now than ever. Poor air quality and climate hazards create compounding risks that impact public health and equity, demanding effective, science-informed policy solutions. This session calls for research that explores how mitigation and adaptation strategies for air pollution and climate change may influence atmospheric composition and dynamics in the present and future.
Abstracts should investigate the efficacy of climate mitigation and air pollution controls by linking them to impacts on air quality, climate, public health, or environmental justice. Of particular interest is research examining both intended outcomes and potential unintended consequences of emission reduction strategies—including unexpected changes in atmospheric chemical composition such as ozone increases or unforeseen climate impacts. Submissions that consider interactions between air quality, climate, health, and environmental justice, connecting the environmental and social sciences, are especially valued.
Submissions may employ a wide range of techniques including remote sensing, statistical and Earth-system modeling, ground-based observations, machine learning, and policy analysis. Contributions examining historical, current, and projected future changes in anthropogenic emissions and their atmospheric responses are encouraged, particularly those investigating how effectively policies can address poor air quality, climate change, health impacts, and environmental injustices. Novel research that identifies areas of policy need through advances in atmospheric science is also sought, ultimately supporting more holistic and effective strategies that balance pollution reduction with comprehensive understanding of atmospheric system responses.
NOTE: The session AS3.25 - Atmospheric composition responses to historical, current, and future changes in anthropogenic emissions has merged with this one.
Marina Andrijevic