All life forms across the globe are experiencing drastic changes in environmental conditions
as a result of global climate change. These environmental changes are happening rapidly …

At high elevation or latitude, trees reach low-temperature range limits. In attempting an
explanation, the range limits of individual tree species (set by freezing tolerance) and the …

Tree phenology is sensitive to climate warming and changes in seasonal precipitation. Long
xylogenesis records are scarce, thus limiting our ability to analyse how radial growth …

Climate warming is expected to lengthen the growing season of tree species and enhance
radial growth rates. Alternatively, a longer growing season could not lead to improved radial …

Mediterranean trees and shrubs adjust physiological processes to ensure their functioning
under shifting dry conditions. However, little is known about spatial and between-species …

Extreme tree growth reductions represent events of abrupt forest productivity decline and
carbon sequestration reduction. An increase in their magnitude can represent an early …

There is debate on which tree species can sustain forest ecosystem services in a drier and
warmer future. In Europe, the use of non-native timber species, such as Douglas fir …

Aim Plant growth and phenology respond plastically to changing climatic conditions in both
space and time. Species‐specific levels of growth plasticity determine biogeographical …

Climate change is profoundly affecting phenology, especially in the Northern Hemisphere.
Nevertheless, how tree radial growth responds to phenological shifts remains to be …

Forest dieback because of drought is a global phenomenon threatening particular tree
populations. Particularly vulnerable stands are usually located in climatically stressing …