Assisted population migration (APM) is the intentional movement of populations within a
species range to sites where future environmental conditions are projected to be more …

Background and Aims Knowledge of thermal acclimation of physiological processes of boreal
tree species is necessary to determine their ability to adapt to predicted global warming …

Global warming is predicted to extend the growing season of trees and plants, and advance
spring phenology. However, intensification of extreme climate events in mid-latitude forests, …

Photosynthesis is the most important process driving productivity, and its acclimation to
intraclonal competition is not well understood in hybrid poplars. The aim of this study was to …

Disease prevention, biodiversity, productivity improvement and ecological considerations
are all factors that contribute to increasing interest in mixed plantations. The objective of this …

Intra-clonal competition was studied in young hybrid poplar plantations in order to assess
the effects of spacing on growth, biomass production and allocation, and morphological …

Plant traits—the morphological, anatomical, physiological, biochemical and phenological
characteristics of plants—determine how plants respond to environmental factors, affect other …

Intra-clonal competition was studied in young hybrid poplar plantations to assess the effects
of spacing on growth, biomass production and allocation, and morphological characteristics …

Purpose of Review Assisted migration is increasingly proposed as a proactive management
strategy to mitigate the consequences of maladaptation predicted under climate change. …

With climate change, favorable growing conditions for tree species are shifting northwards
and to higher altitudes. Therefore, local populations are becoming less adapted to their …