Compensatory Growth and Physiological Protective Mechanisms of Populus talassica Kom. × Populus euphratica Oliv. in Response to Leaf Damage
Meng-Xu Su,
Zhan-Jiang Han,
Ying Liu
et al.
Abstract:The compensatory growth and defensive capabilities of woody plants after damage are crucial to their large-scale promotion and economic value. Here, Popular talassica × Popular euphratica were subjected to artificial defoliation treatments that simulated leaf damage [25% (D25), 50% (D50), and 75% (D75) leaf removal] to study the growth, anatomical, and physiological characteristics. The results showed that D25 and D50 treatments significantly increased the growth parameters, such as leaf length, leaf area, and… Show more
“…Natural physiological stressors also significantly influence the adaptive mechanisms of trees, including leaf damage [9], life stages [10], seasonal cycles [11], and altitude gradients [12].…”
Section: Adaptation To Natural Physiological Stressorsmentioning
confidence: 99%
“…The compensatory capabilities of trees following leaf damage play vital roles in plantation management. Su et al [9] investigated the effects of leaf damage on the growth, anatomical, and physiological characteristics of Populus talassica × Populus euphratica. Artificial defoliation treatments were applied to simulate leaf damage at four levels: 0%, 25%, 50%, and 75% leaf removal.…”
Section: Adaptation To Natural Physiological Stressorsmentioning
As the most critical stage in the plant life cycle, the seedling period assumes a crucial role in forest community succession and vegetation restoration [...]
“…Natural physiological stressors also significantly influence the adaptive mechanisms of trees, including leaf damage [9], life stages [10], seasonal cycles [11], and altitude gradients [12].…”
Section: Adaptation To Natural Physiological Stressorsmentioning
confidence: 99%
“…The compensatory capabilities of trees following leaf damage play vital roles in plantation management. Su et al [9] investigated the effects of leaf damage on the growth, anatomical, and physiological characteristics of Populus talassica × Populus euphratica. Artificial defoliation treatments were applied to simulate leaf damage at four levels: 0%, 25%, 50%, and 75% leaf removal.…”
Section: Adaptation To Natural Physiological Stressorsmentioning
As the most critical stage in the plant life cycle, the seedling period assumes a crucial role in forest community succession and vegetation restoration [...]
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