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Weizmann Institute of Science Plant & Environmental Sciences
The Weizmann Tree Lab
Tree Eco-physiology in motion
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Tree drought resistance

  • Klein et al 2005 d13C-gas ex
  • Klein et al 2011 pine drought resistance
  • Klein et al 2012 pine provenances-climate
  • Klein et al 2014a forests-drought letter
  • Klein et al 2014c NSC-drought
  • Klein et al 2016 pine embolism recovery
  • Reyer et al 2012 plant-extremes
  • Tatarinov et al 2016
  • Bartlett et al 2016 drought response sequence
  • Winters et al 2018 acacia growth
  • Voltas et al 2018
  • Paudel et al 2019 wild vs. cultivated pear
  • Patsiou et al 2020 Mediterranean pine-climate
  • Paudel et al 2020 wild pear ecotypes
  • Uni et al 2020 acacia d13C
  • Castagneri et al 2021 stand density - drought resilience
  • Tsamir-Rimon 2021 starch metabolism 
  • Gerbi et al 2021 drought resistance in wild vs. rootstocks of almond and plum
  • Pozner et al., 2022 forest regeneration under drought
  • Hammond et al., 2022 Global tree-die off under drought
  • Oppenheimer-Shaanan et al., Rhyzosphere interplay with roots under drought
  • Uni et al., Water use strategy of Acacia's response to drought 
  • Wagner et al., Xylem functioning during drought 
  • Fox et al., Carbohydrate dynamics under drought 
  • Yaakobi et al., Growth and drought resilience for Brazilian forest reforestation 
Weizmann Institute of Science Plant & Environmental Sciences
The Weizmann Tree Lab
Tree Eco-physiology in motion