Tropospheric concentrations of phytotoxic ozone (O3) have undergone a great increase
from preindustrial 10–15 ppbv to a present-day concentration of 35–40 ppbv in large parts of …

Plants are exposed to various harmful air pollutants, which cause oxidative stress and pose
a threat to plant health, agriculture production, and vitality of ecosystems. Despite the climate …

The terrestrial ecosystem in China mitigates 21%–45% of the national contemporary fossil
fuel CO 2 emissions every year. Maintaining and strengthening the land carbon sink is …

Decline in mesophyll conductance (gm) plays a key role in limiting photosynthesis in plants
exposed to elevated ozone (O3). Leaf anatomical traits are known to influence gm, but the …

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 …

Surface ozone (O 3) is the primary air pollutant threatening global vegetation. It typically
reduces the photosynthetic rate and stomatal conductance, leading to changes in carbon …

Introduction Climate change-related CO2 increases and different forms of nitrogen
deposition are thought to affect the performance of plants, but their interactions have been …

Increasing tropospheric ozone (O3) is well-known to decrease leaf photosynthesis under
steady-state light through reductions in biochemical capacity. However, the effects of O3 on …

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 …

Boreal forests undergo a strong seasonal photosynthetic cycle; however, the underlying
processes remain incompletely characterized. Here, we present a novel analysis of the …