Plant resistance to drought depends on timely stomatal closure - Martin‐StPaul, Nicolas; Delzon, Sylvain; Cochard, Hervé; Maherali, Hafiz (Ecology letters, 2017)
Keywords: Atmospheric models; Carbon cycle; Computer simulation; death; Dieback; Drought; Droughts; Embolism; Embolisms; Hydraulics; Life Sciences; meta-analysis; mortality; Plant Leaves - physiology; Plant Physiological Phenomena; Plant resistance; Plant Stomata - physiology; Plant Transpiration; Safety margins; Stomata; stomatal movement; Stress, Physiological; Transpiration; tree mortality; Water - physiology; Water potential; Xylem; Xylem - physiology; xylem embolism; stomata; tree mortality; xylem embolism; drought; Dieback; dynamique temporelle; metaanalysis; résistance à la sécheresse; plante résistante; storage stability; modélisation hydraulique; trait fonctionnel; résistance stomatique; aptitude à la conservation; méta analyse