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Phenotypic plasticity of leaves enhances water-stress tolerance and promotes hydraulic conductivity in a tall conifer

机译:叶子的表型可塑性增强了高针叶树的耐水压力并促进了水力传导

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摘要

PREMISE OF THE STUDY: Leaves respond to environmental signals and acclimate to local conditions until their ecological limits are reached. Understanding the relationships between anatomical variation in leaves and the availability of water and light improves our ability to predict ecosystem-level impacts of foliar response to climate change, as it expands our knowledge of tree physiology.
机译:研究的前提:叶片对环境信号有反应并适应当地条件,直到达到其生态极限。了解树叶的解剖变化与水和光的可利用性之间的关系可以提高我们预测叶对气候变化的生态系统影响的能力,因为它扩展了我们对树木生理学的认识。

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