The increase of atmospheric carbon dioxide (CO2) and tropospheric ozone (O3)
concentrations has affected forest ecosystems both above and below ground. A high dose of …

In the present experiment, the single and combined effects of elevated temperature and
ozone (O3) on four silver birch genotypes (gt12, gt14, gt15 and gt25) were studied in an …

Plant–environment interactions are difficult to study in urban areas, in part due to the
confounding factors that affect physiology, including alterations to atmospheric composition …

This is the longest continuous experiment where ethylenediurea (EDU) was used to protect
plants from ozone (O 3). Effects of long-term ambient O 3 exposure (23 ppm h AOT40) on …

Sulfur metabolite levels and sulfur metabolism have been studied in a significant number of
herbaceous and woody plant species. However, only a limited number of datasets are …

Abstract Ground-level ozone (O 3) is a secondary air pollutant and affects the roots and soil
processes of trees. Therefore, O 3 can affect the uptake and allocation of nutrients in trees …

Air pollution and climate change are inherently linked to each other. After introducing into
the presently prevalent air pollutants and their relevance for forest tree and ecosystem …

Choosing the comparative analysis of biomass partitioning of the two competing tree
species, European beech and Norway spruce, with their contrasting crown architecture and …

The ectomycorrhizosphere is a heterogeneous and variable micro-environment,
predominantly established by variously formed extramatrical mycelia (EMM) that emanate …

Nitrogen isotope signatures in plants might give insights in the metabolism and allocation of
nitrogen. To obtain a deeper understanding of the modifications of the nitrogen isotope …