Elevated tropospheric ozone (O3) affects the allocation of biomass aboveground and
belowground and influences terrestrial ecosystem functions. However, how belowground …

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

Many studies have examined how human-induced atmospheric changes will influence
ecosystems. The long-term consequences of human induced climate changes on terrestrial …

Rising ground-level ozone (O 3) is currently an essential environmental issue in the world,
especially in China. While research on the effects of O 3 on leaf photosynthetic gas …

In this review article, we explore how surface-level ozone affects trees and crops with
special emphasis on consequences for productivity and carbon sequestration. Vegetation …

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 …

Elevated tropospheric ozone concentrations induce adverse effects in plants. We reviewed
how ozone affects (i) the composition and diversity of plant communities by affecting key …

Despite knowing the phytotoxic effects of tropospheric ozone (O 3), which is of global
concern, there is no study so far reported about its impacts on grassland community of …

The northern hemisphere temperate and boreal forests currently provide an important
carbon sink; however, current tropospheric ozone concentrations ([O3]) and [O3] projected …

Plants play a crucial role in global carbon biogeochemical cycling and natural terrestrial
carbon sinks. Dynamic changes in plant-related carbon cycling processes under changing …