Potential constraints on remote oxidation in chemistry-climate models using ATom-1, 2 and 3 observations

The sensitivity of Southeast U.S. ozone abundance and production to dry deposition

Quantifying the health benefits of emission reduction over New York State using multiple PM2.5 products

Overview and updates from the Haze Tiger Team

Chemistry-climate connections from polluted to remote atmospheric regions

Variability in background U.S. ozone pollution: An underappreciated role for the terrestrial biosphere?

Diagnosing long-term and short-term changes in ozone production sensitivity to precursor emissions: the view from space

Diagnosing long-term and short-term changes in ozone production sensitivity to precursor emissions: the view from space

More frequent and longer duration pollution and heat events over the 21st century in a small chemistry-climate model ensemble

Applications of satellite remote sensing to infer distributions and chemistry of two major air pollutants: PM2.5 and O3

Two-decade changes of ground-level ozone-NOx-VOC chemistry over the U.S. urban areas: the view from space

Updates from the Haze Tiger Team

Chemistry-climate connections from polluted to remote atmospheric regions

Science with Stakeholders: Collaborative research with air quality and health applications

Diagnosing long-term and short-term changes in ozone production sensitivity to precursor emissions over U.S. urban area

Comparing PM2.5 exposure products for estimating health benefits of emission controls: the value of satellite remote sensing

Comparing PM2.5 exposure products for estimating health benefits of emission controls in New York

Using space-based observations to guide emission control strategies for surface ozone pollution

Inferring distributions of ground-level PM2.5 from space: Uncertainty, trends over New York State and public health implications

Assessing two potential proxies for the hydroxyl radical (OH) with ATom data