Fast increase in world population, scarcer water resources and climate change are putting
pressure on the maximization of crop yield, while optimizing the use of water and soil …

Physiological plasticity and adaptive evolution may facilitate persistence in a changing
environment. As a result, there is an interest in understanding species' capacities for plastic …

As most organisms have evolved in seasonal environments, their environmental responses
should be adapted to seasonal transitions. Here we show that the combination of …

The field of plant population ecology has advanced considerably in the last decade since
the first edition was published. In particular there have been substantial and ongoing …

Climate change biology is witnessing a significant quantity of new publications each year,
which compromises efforts to keep up-to-date on the rapidly growing body of climate change …

Recent advances in molecular technologies have opened up unprecedented opportunities
for molecular ecologists to better understand the molecular basis of traits of ecological and …

Changes in the performance of genotypes in different environments are defined as
genotype× environment (G× E) interactions. In grapevine (Vitis vinifera), complex …

Background In light of the changes in precipitation and soil water availability expected with
climate change, understanding the mechanisms underlying plant responses to water deficit …

Organisms in the wild are subject to multiple, fluctuating environmental factors, and it is in
complex natural environments that genetic regulatory networks actually function and evolve …

Antioxidant metabolism is responsive to environmental conditions, and is proposed to be a
key component of ozone (O3) tolerance in plants. Tropospheric O3 concentration ([O3]) has …