Woody species' requirements and environmental sensitivity change from seedlings to adults,
a process referred to as ontogenetic shift. Such shifts can be increased by climate change …

Tree diversity and species identity are known to play an important role in modulating forest
productivity and its capacity to buffer the effects of climatic events. The FunDivEurope …

Recent climate warming has fueled interest into climate‐driven range shifts of tree species.
A common approach to detect range shifts is to compare the divergent occurrences between …

Aim To determine if differences in climate envelopes for six coniferous tree species and two
life stages (trees and seedlings) suggest a potential for species range contractions …

Consequences of climate warming on tree phenology are readily observable, but little is
known about the differences in phenological sensitivity to temperature between species and …

Predicting climate‐driven changes in plant distribution is crucial for biodiversity conservation
and management under recent climate change. Climate warming is expected to induce …

The response of tree growth to a change in temperature may differ in predictable ways.
Trees with conservative growth strategies may have little ability to respond to a changing …

In a deciduous forest, differences in leaf phenology between juvenile and adult trees could
result in juvenile trees avoiding canopy shade for part of the growing season. By expanding …

In most dendrochronological studies, climate–growth relationships are established on
dominant trees to minimize non-climatic signals. However, response to environmental …

Ongoing climate change is expected to shift tree species distribution and therefore affect
forest biodiversity and ecosystem services. To assess and project tree distributional shifts …