Transpiration response to soil drying and vapor pressure deficit is soil texture specific - Cai, Gaochao; König, Maria; Carminati, Andrea; Abdalla, Mohanned; Javaux, Mathieu; Wankmüller, Fabian; Ahmed, Mutez Ali (Plant and soil, 2024)
Keywords: Agriculture; Analysis; Biomedical and Life Sciences; Canopies; canopy; Conductance; Corn; Drying; Ecology; Fluid flow; fluid mechanics; Growth; hydraulic conductivity; Hydraulics; leaf water potential; Leaves; Life Sciences; Loam; Moisture content; Plant Physiology; Plant Sciences; Plants; Research Article; Sand; Soil conductivity; Soil investigations; soil matric potential; Soil moisture; Soil properties; Soil Science & Conservation; Soil texture; Soil water; soil water deficit; species; Stomata; stomatal movement; Terrestrial ecosystems; Texture; Transpiration; Vapor pressure; vapor pressure deficit; Vapors; Water; Water deficit; Water potential; Water shortages; Zea mays; Switzerland; Germany; Stomatal regulation; Leaf water potential; Maize; VPD; Drought; Canopy conductance; Soil–plant hydraulic conductance