Plants acquire enhanced tolerance to intermittent abiotic stress by employing information
obtained during prior exposure to an environmental disturbance, a process known as …

Environmental change is intensifying the biodiversity crisis and threatening species across
the tree of life. Conservation genomics can help inform conservation actions and slow …

Climate change and disturbance are altering forests and the rates and locations of tree
regeneration. In semi-arid forests of the southwestern USA, limitations imposed by hot and …

Increasing heatwaves are threatening forest ecosystems globally. Leaf thermal regulation
and tolerance are important for plant survival during heatwaves, though the interaction …

Heatwaves are particularly harmful for plants in combination with drought. The direct effects
of high temperatures by themselves can be severe and their negative impacts depend on …

The threat of rising global temperatures may be especially pronounced for low‐latitude,
lowland plant species that have evolved under stable climatic conditions. However, little is …

Aim Tolerance of species to extreme temperatures largely determines their distribution and
vulnerability to climate change. We examined thermal tolerance in tropical and temperate …

Heatwaves and soil droughts are increasing in frequency and intensity, leading many tree
species to exceed their thermal thresholds, and driving wide‐scale forest mortality …

Extreme climate conditions, including more frequent and prolonged heatwaves, are
increasing in many regions throughout the world. Urban trees can aid in mitigating the …

Extreme heat events are becoming increasingly common, and the short‐term acclimation of
photosynthesis will have a large impact on plant performance. Trees in lowland tropical …