Contents Summary 669 I. Model clades for the study and integration of ecology and
evolution 670 II. Oaks: an important model clade 671 III. Insights from the history of the …

Climate change resulting from increased concentrations of atmospheric carbon dioxide
([CO2]) is expected to result in warmer temperatures and changed precipitation regimes …

Recent shifts in phenology are the best documented biological response to current
anthropogenic climate change, yet remain poorly understood from a functional point of view …

Recent large-scale studies of tree growth in the Iberian Peninsula reported contrasting
positive and negative effects of temperature in Mediterranean angiosperms and conifers …

Although growth response functions have previously been developed for lodgepole pine
(Pinus contorta Dougl. ex Loud.) populations in British Columbia, new analyses were …

Niche‐based models are widely used to understand what environmental factors determine
species' distributions, but they do not provide a clear framework to study the processes …

As greenhouse gas emissions rise unabated and temperatures continue to rise, forest
managers have begun to consider assisted migration (AM) of trees as a strategy to adapt …

Climates are expected to warm considerably over the next century, resulting in expectations
that plant populations will not be adapted to future climates. We estimated the risk of …

Accurately detecting signatures of local adaptation using genetic‐environment associations
(GEA s) requires controlling for neutral patterns of population structure to reduce the risk of …

Forecasts of widespread range shifts with climate change stem from assumptions that
climate drives species' distributions. However, local adaptation and biotic interactions also …