Convergence across biomes to a common rain-use efficiency - Huxman, T.E; Smith, M.D; Fay, P.A; Knapp, A.K; Shaw, M.R; Lolk, M.E; Smith, S.D; Tissue, D.T; Zak, J.C; Weltzin, J.F (Nature (London), 2004)
Keywords: aboveground net primary production; Animal and plant ecology; Animal, plant and microbial ecology; Argentina; Biological and medical sciences; Biological Evolution; Biomass; boreal forests; Climate models; deciduous forests; Desert Climate; deserts; Desiccation; Disasters; Drought; Ecosystem; Ecosystems; Extreme drought; Flowers & plants; Fundamental and applied biological sciences. Psychology; Global climate; Grasslands; Humanities and Social Sciences; letter; multidisciplinary; Panama; plant ecology; Plant growth; plants; Plants - metabolism; Poaceae - metabolism; precipitation; Primary production; primary productivity; Rain; Rainfall measurement; Science; Science (multidisciplinary); Synecology; Temperature; Terrestrial ecosystems; Trees - metabolism; tropical forests; United States; Water - analysis; Water - metabolism; Water availability; water use efficiency; United States; Argentina; Panama; Terrestrial environment; Rain; Biome; Ecosystem; Environmental factor; Water use efficiency; Atmospheric precipitation; Vegetation structure