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 …

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 …

Climate change and air pollution are interlinked and are a threat to plant ecosystems.
Tropospheric 10 ozone (O3) impacts on plant ecosystems are of major concern globally …

High ground‐level ozone concentrations are typical of Mediterranean climates. Plant
exposure to this oxidant is known to reduce carbon assimilation. Ozone damage has been …

Human activities result in a wide array of pollutants being released to the atmosphere. A
number of these pollutants have direct effects on plants, including carbon dioxide (CO 2) …

The capacity of the terrestrial biosphere to sequester carbon and mitigate climate change is
governed by the ability of vegetation to remove emissions of CO 2 through photosynthesis …

Tropospheric ozone is the main atmospheric pollutant that causes damages to trees. The
estimation of the threshold for ozone risk assessment depends on the evaluation of the …

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

Context: Ozone concentrations near the land surface are rising in Asia while they are
declining or stagnating in Europe and North America. Ozone is the most widespread air …

Ozone is a major secondary air pollutant, the current concentrations of which have been
shown to have significant adverse effects on crop yields, forest growth and species …