Understanding urban tree heat and drought stress
  • Description

    This study was conducted at an urban site in western Sydney, Australia to determine why certain urban trees were vulnerable to severe water stress and hydraulic failure. We measured environmental variables (i.e., soil volumetric water content, percentage of impervious surfaces), tree physiology (predawn and midday leaf water potential, maximum quantum yield of photosystem II), and growth of 19 urban tree species (n=3-10 trees per species) from 2019‒2023, spanning the extreme and subsequent three wet summers. Data are reported for individual trees (n=118 trees, including 28 stressed trees).


    • Data publication title Understanding urban tree heat and drought stress
    • Description

      This study was conducted at an urban site in western Sydney, Australia to determine why certain urban trees were vulnerable to severe water stress and hydraulic failure. We measured environmental variables (i.e., soil volumetric water content, percentage of impervious surfaces), tree physiology (predawn and midday leaf water potential, maximum quantum yield of photosystem II), and growth of 19 urban tree species (n=3-10 trees per species) from 2019‒2023, spanning the extreme and subsequent three wet summers. Data are reported for individual trees (n=118 trees, including 28 stressed trees).


    • Data type dataset
    • Keywords
      • Australia
      • drought
      • heatwave
      • midday leaf water potential
      • predawn leaf water potential
      • vulnerability
      • urban forest
      • species selection
    • Funding source
      • Australian Research Council
    • Grant number(s)
      • -
    • FoR codes
      • 310806 - Plant physiology
      • 310303 - Ecological physiology
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      Citation Marchin Prokopavicius, Renee; Esperon-Rodriguez, Manuel; Tjoelker, Mark; Ellsworth, David (2024): Understanding urban tree heat and drought stress. Figshare. https://doi.org/10.1016/j.landurbplan.2025.105394