Multiple strategies for drought survival among woody plant species - Pivovaroff, Alexandria L; Pasquini, Sarah C; De Guzman, Mark E; Alstad, Karrin P; Stemke, Jenessa S; Santiago, Louis S; Field, Katie (Functional ecology, 2016)
Keywords: Architecture; Aridity; Capacitance; Cavitation; Chaparral; climate change; Complexity; Desert plants; Dieback; Drought; drought‐induced mortality; Ecosystems; ecotones; Endemic species; Flowers & plants; Growing season; hydraulic conductance; Hydrogen; indigenous species; isotopes; Leaf area; leaf water potential; Leaves; Mediterranean‐type ecosystems; Mortality; Photosynthesis; Plant physiological ecology; Plant species; plant water potential; prediction; Roots; sapwood; seasonal variation; Shrubs; Stems; Survival; Threatened species; transpiration; Transport; Vegetation; Water potential; Water transport; Woody plants; Xylem; xylem cavitation