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 …

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 …

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

Spatial fingerprints of climate change on tree species distribution are usually detected at
latitudinal or altitudinal extremes (arctic or alpine tree line), where temperatures play a key …

Warming has been particularly strong at high latitudes in recent decades and bioclimatic
models predict northern shifts in optimal conditions for most species. Climate is a strong …

Aim Determine if differences in the climatic niche between conspecific adult and juvenile
trees of the western U nites S tates vary by species traits and to assess if forest canopies …

Tree species are expected to track warming climate by shifting their ranges to higher
latitudes or elevations, but current evidence of latitudinal range shifts for suites of species is …

Aim Species ranges have adapted during the Holocene to altering climate conditions, but it
remains unclear if species will be able to keep pace with recent and future climate change …

Climate change is expected to result in a reorganization of the continental distribution of tree
species. Recent shifts in distribution patterns have been reported, but it is not always clear …

How populations of long‐living species respond to climate change depends on phenotypic
plasticity and local adaptation processes. Marginal populations are expected to have lags in …