Study objective: Test the hypothesis that wild barley ecotypes that have evolved in unstable precipitation environments will display a wider range of patterns of transpiration

Study objective: Explore the genetic variation of drought responses in asparagus bean. Study Results: Apparent genotypic differences in transpiration patterns and the critical soil water threshold (measured by Plantarray) in relation

Study objective: examine the role of HXK in the control of the stomatal movement of perennial plants. Study Results: The expression of AtHXK1 in the

Study objective: Investigation of the physiological and metabolic response of six commercial wheat cultivars to transient water stress at the tillering and grain-filling stages. Study

Study objective: Transcriptome sequencing of differentially adapted wild barley ecotypes from contrasting environments contributes to the identification of genes and genetic variation involved in abiotic

Study objective: Poplar genotypes were studied to assess the physiological basis for biomass accumulation and water-use efficiency across a range of water availabilities. Study Results:

Study objective: Decipher the molecular mechanisms that P. halepensis uses to withstand drought. Study Results: Physiological response to drought stress and recovery was monitored mainly

Study objectives: Two biostimulants were tested, along with a normal nutrition control treatment, in order to determine the effect on sweet pepper (Capsicum annuum) plant

Study objective: Show the tomato (Solanum lycopersicum) DELLA protein PROCERA (PRO), a negative regulator of GA signaling, acts in guard cells to promote stomatal closure