More frequent and intense droughts are projected during the next century, potentially
changing the hydrological balances in many forested catchments. Although the impacts of …

Aim To identify the main spatiotemporal patterns of tree growth responses to different time‐
scales of drought at a hemispheric scale using a climate drought index and tree‐ring …

Tree resistance to extreme droughts and post‐drought recovery are sensitive to the drought
timing. However, how the bioclimatic sensitivity of tree growth may vary with the timing and …

Due to the recent spread of forest die-off worldwide, concerns arise about the relative
influence of specific climate parameters on tree growth decline in semi-arid environments …

Drought‐induced tree mortality is expected to increase globally due to climate change, with
profound implications for forest composition, function and global climate feedbacks. How …

The relationships among drought, surface water flow, and groundwater recharge are not
straightforward for most forest ecosystems due to the strong role that vegetation plays in the …

Drought events lead to depressions in gross primary productivity (GPP) of forest ecosystems.
Photosynthetic and hydraulic traits are important factors governing GPP variation. However …

Globally, forests are facing an increasing risk of mass tree mortality events associated with
extreme droughts and higher temperatures. Hydraulic dysfunction is considered a key …

More frequent droughts are altering the dynamics and function of the European forest
ecosystem, which is deeply connected to the global carbon cycle. Tree height is an …

Whether and how the timing of extreme events affects the direction and magnitude of legacy
effects on tree growth is poorly understood. In this study, we use a global database of Ring …