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This research paper evaluates the effects of ozone (O3) pollution on wheat crop growth and yield, specifically testing the relationship between stomatal ozone flux and leaf senescence.

This research paper examines the mechanisms by which ozone causes injury to arable crops and discusses how these processes can be integrated into crop growth models to improve risk assessments for food supply under future climatic conditions.

This research paper evaluates ozone dry deposition fluxes across an ensemble of 15 global-scale chemistry-climate models, comparing model outputs to observations in Europe and North America to identify discrepancies driven by land cover.

This report chapter discusses the need for improved knowledge regarding the impacts of ozone on agriculture in South Asia, driven by increased ozone precursor pollutants from rapid industrialization and economic growth in Asia.

This research paper details the development and evaluation of a soil moisture module for the DO3SE (Deposition of O3 for Stomatal Exchange) model to better estimate how soil water deficits influence stomatal conductance and ozone flux in European forest trees.

This research paper evaluates the air quality and health co-benefits of 14 emission control measures targeting black carbon, methane, and ozone precursors, finding that full implementation could significantly reduce global PM2.5 and ozone concentrations and prevent millions of premature deaths by 2030, with the majority of benefits occurring in Asia.