Latitudinal and elevational gradients provide valuable experimental settings for studies of
the potential impact of global warming on forest tree species. The availability of long‐term …

Understanding how the environment shapes genetic variation provides critical insight about
the evolution of local adaptation in natural populations. At multiple spatial scales and …

Testing how populations are locally adapted and predicting their response to their future
environment is of key importance in view of climate change. Landscape genomics is a …

Historical trajectories of tree species during the late Quaternary have been well
reconstructed through genetic and palaeobotanical studies. However, many congeneric tree …

Oaks are dominant forest tree species widely distributed across the Northern Hemisphere,
where they constitute natural resources of economic, ecological, social and historical value …

PREMISE OF THE STUDY: The ability of California tree populations to survive
anthropogenic climate change will be shaped by the geographic structure of adaptive …

Local adaptation is a critical evolutionary process that allows plants to grow better in their
local compared to non‐native habitat and results in species‐wide geographic patterns of …

Rapid climate change jeopardizes tree populations by shifting current climate zones. To
avoid extinction, tree populations must tolerate, adapt, or migrate. Here we investigate …

Climate change over the next century is predicted to cause widespread maladaptation in
natural systems. This prediction, as well as many sustainable management and …

Climate change is impacting locally adapted species such as the keystone tree species cork
oak (Quercus suber L.). Quantifying the importance of environmental variables in explaining …