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May 15, 2026Open Access

Ecophysiological responses of Robinia pseudoacacia to several ecological factors

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The aim is to synthesize research on the ecophysiological responses of Robinia pseudoacacia to various ecological stressors.
Review of recent research studies on Robinia pseudoacacia
Analysis of effects of water availability, nitrogen deposition, and dust pollution
Examination of interactive effects on growth and photosynthetic traits
Seedlings are more affected by rainfall frequency than intensity, impacting photosynthesis and growth significantly.
High rainfall frequency boosts biomass, while nitrogen addition can hinder nitrogen fixation under water stress.
Dust deposition offers protection against solar radiation and enhances photosystem II efficiency.

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Review synthesizes ecophysiological responses of Robinia pseudoacacia to ecological stressors, indicating adaptive strategies for climate resilience.

Simiao et al. (2026) studied this question.

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Review synthesizes ecophysiological responses of Robinia pseudoacacia to ecological stressors, indicating adaptive strategies for climate resilience.