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Emerging Scientific Approaches for Identifying Ecologically Adverse Effects of Air Pollution

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Now more than ever, complex socio-ecological challenges require timely and integrated responses from scientists and policymakers. Air quality is one such challenge. Under the Clean Air Act, the U.S. Environmental Protection Agency establishes ambient air quality standards to protect public welfare from known or anticipated adverse effects of air pollutants. As our understanding of the environment and awareness of social values grow, there is a need to improve characterization of “adversity to the public welfare.” Scientific assessment can link ecological effects to public welfare using modern scientific approaches that incorporate ecological complexity and multiple value systems held by the public. We propose ideas for the future of scientific assessments meant to inform air quality and other environmental decision-making, including concrete ways we can focus on vulnerable species and ecosystems, incorporate a multiplicity of values, climate and multiple stressors, and partner to diversify the knowledge upon which protective policies are based.

Impact/Purpose

Effective environmental policies protect ecosystems that are valued by individuals and society, and scientific assessments are foundational to support effective environmental policies. Science assessments need continual innovation, because how people value ecosystems, the way scientists study ecosystems, and ecosystems themselves are not static. In the U.S., there is a renewed focus on environmental justice, equity, and a more inclusive approach to whose knowledge and values are reflected in policies. Using the U.S. National Ambient Air Quality Standards (NAAQS) process as a case study, we provide ideas for the future of scientific assessments meant to inform decision-making to protect valued ecosystem goods and services. We suggest that progress can be made by: focusing assessments on ecological endpoints that are most at risk; incorporating large datasets to address multiple spatial scales, multi-pollutant, and climate interactions; incorporating a diversity of voices that can help inform how we value and interact with ecosystems; and partnering with other agencies and stakeholders to fill gaps in research and knowledge to better inform effective science-based policy now and into the future. 

Citation

Kaylor, S. Douglas, Rebecca M. Dalton, T. Greaver, Jeffrey D. Herrick, E. Leath, K. Novak, AND Caroline E. Ridley. Emerging Scientific Approaches for Identifying Ecologically Adverse Effects of Air Pollution. Springer-Verlag, New York, NY, 74:835-845, (2024). [DOI: 10.1007/s00267-024-02039-4]

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DOI: Emerging Scientific Approaches for Identifying Ecologically Adverse Effects of Air Pollution
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Last updated on September 30, 2024
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