Abstract Purpose of Review The capacity of woody plants to cope with climate change
depends on their adjustments to changing environmental conditions by phenotypic plasticity …

Within-population variation in individual tree growth and response to climate has an impact
on forest dynamics, resilience and adaptation to environmental change. Combining …

Intraspecific variation in functional traits may mediate tree species' drought resistance, yet
whether trait variation is due to genotype (G), environment (E), or G× E interactions remains …

Climate change implies a new and challenging source of uncertainty for forestry and
requires adaptation measures. In the context of silviculture two main approaches have …

Understanding covariation patterns of drought resistance, post-drought recovery and
phenotypic plasticity, and their variability at the intra-population level are crucial for …

Intraspecific genetic variation in drought response is expected to play an important role in
determining the persistence of tree populations in global change as it (1) allows for …

Consequences of climate change will severely affect forest ecosystems in the near future,
yet our understanding of how and why trees are responding to their abiotic environment is …

Forecasting how species will respond to ongoing climate change is one of the key scientific
challenges of our time (Parmesan 2006, Allen et al. 2015). Although climatic thresholds must …

The constant rise in the global temperature and unpredictable shifts in precipitation patterns
are two of the main effects of climate change. Therefore, there is an increasing amount of …

The future performance of native tree species under climate change conditions is frequently
discussed, since increasingly severe and more frequent drought events are expected to …