Plant volatiles comprise thousands of molecules from multiple metabolic pathways,
distinguished by sufficient vapor pressure to evaporate into the headspace under normal …

While traditionally considered important mainly in hypoxic roots during flooding,
upregulation of fermentation pathways in plants has recently been described as an …

Drought and salt are key abiotic stressors in temperate cities. Biogenic volatile organic
compound (BVOC) emissions, often dominated by trees, influence the urban troposphere …

Although primarily studied in relation to photorespiration, serine metabolism in chloroplasts
may play a key role in plant CO2 fertilization responses by linking CO2 assimilation with …

Growth suppression and defence signalling are simultaneous strategies that plants invoke to
respond to abiotic stress. Here, we show that the drought stress response of poplar trees …

Climate change will affect the growing season and increase the occurrence of extreme
stressful events, thus altering crop phenological phases and the associated emission of …

High temperatures alter the thermal sensitivities of numerous physiological and biochemical
processes that impact tree growth and productivity. Foliar and root applications of methanol …

Terrestrial ecosystem dynamics are strongly modified by stresses associated with climate
change, impacting plant growth and development, mortality, and ecological succession …

Upregulation of acetate fermentation in plants has recently been described as an
evolutionarily conserved drought survival strategy, with the amount of acetate produced …

Volatiles released by plants are becoming important to understand how plants may
exchange information. With a wide chemical variety, plant derived volatiles have been …