Increasing frequency and intensity of drought extremes associated with global change are a
key challenge for forest ecosystems. Consequently, the quantification of drought effects on …

Drought entails important effects on tree physiology, which may result in short‐to long‐term
radial growth decreases. While the majority of studies have focused on annual drought …

Aim To identify the main spatiotemporal patterns of tree growth responses to different time‐
scales of drought at a hemispheric scale using a climate drought index and tree‐ring …

Droughts have intensified in Central Europe and will likely become a major driver of forest
ecosystem change in the future. Regional studies are needed to understand drought …

The expected increase in drought severity and frequency as a result of anthropogenic
climate change leads to concerns about the ability of native tree species to cope with these …

Drought-triggered declines in forest productivity and associated die-off events have
increased considerably due to climate warming in the last decades. There is an increasing …

Aim The intensity and frequency of drought have increased considerably during recent
decades in some Northern Hemisphere forested areas, and future climate warming could …

The increase in frequency and intensity of droughts due to climate change might threaten
forests under stress levels causing dieback and mortality episodes. Thus, deciphering how …

We established a new approach for incorporating dynamic tree biomass variables into
dendrochronological studies. A multi-level algorithm was developed for modeling biomass …

Drought is one of the key natural hazards impacting net primary production and tree growth
in forest ecosystems. Nonetheless, tree species show different responses to drought events …