Abstract Ground-level ozone (O3) can be a menace for vegetation, especially in Asia where
O3 levels have been dramatically increased over the past decades. To ensure food security …

The significance of crop evapotranspiration (ETa) to climate science, agronomic research,
and water resources is not in dispute. What continues to draw attention is how variability in …

This paper provides a process-oriented perspective on the combined effects of ozone (O 3),
climate change and/or nitrogen (N) on vegetation. Whereas increasing CO 2 in controlled …

Surface ozone (O 3) poses a significant threat to urban vegetation health, and assessing the
O 3 risk across woody species is of vital importance for maintaining the health of urban …

Concentration-and flux-based O 3 dose–response relationships were developed for poplars
in China. Stomatal conductance (gs) of five poplar clones was measured to parameterize a …

Abstract Ground-level ozone (O 3) pollution often co-occurs with anthropogenic nitrogen (N)
deposition. Many studies have explored how O 3 and soil N affect aboveground structure …

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 …

Ozone (O 3) pollution can alter carbon allocation and reduce tree growth-both above and
below ground, but the extent of these effects depends on the variation in soil water and …

Assessing ozone (O 3) risk to vegetation is crucial for informing policy making. Soil nitrogen
(N) and phosphorus (P) availability could change stomatal conductance which is the main …

Aims The interaction between nitrogen (N) availability in the soil, rhizobia nodule formation
and leaf physiological traits of Robinia pseudoacacia L. was explored at initial nodule …