It is widely documented that elevated ground-level ozone (O 3) has negative effects on tree
physiological characteristics, and in return, affects forest ecosystem function. However, the …

Abstract Ground‐level ozone (O3) pollution frequently coincides with the deposition of
anthropogenic nitrogen (N), and both factors can influence the structure and functionality of …

Although many studies have reported the negative effects of elevated O 3 on plant
physiological characteristics, the influence of elevated O 3 on below-ground processes and …

Increasing tropospheric ozone poses a potential threat to both above-and belowground
components of the terrestrial biosphere. Microorganisms are the main drivers of soil …

Tropospheric ozone and nitrogen deposition are two major environmental pollutants. A great
deal of research has focused on the negative impacts of elevated O3 and the …

Plant primary productivity and crop yields have been reduced due to the doubled level of
global tropospheric ozone. Little is known about how elevated ozone affects soil microbial …

Background and aims Organic matter addition is an important management practice for
maintaining soil fertility and the sustainability of artificial ecosystems. However, the effects of …

Ozone is a typical hazardous pollutant in Earth's lower atmosphere, but the phyllosphere
and its microbiome are promising for air pollution remediation. Despite research to explore …

Human-induced global changes have important impacts on terrestrial ecosystems. Although
aboveground influences of elevated ozone have been widely studied, relatively little …

Rising atmospheric concentrations of CO2 and O3 are key features of global environmental
change. To investigate changes in the belowground bacterial community composition in …