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The model demonstrated that a seasonally dynamic stomatal closure threshold results in trade-offs it reduces the time to turgor loss under sustained long-term drought, but increases overall gas exchange particularly under seasonal shifts in temperature and stochastic water availability. A projected hotter future is expected to lower the increase in gas exchange that plants gain from the seasonal shift in gs ˜Ψstem . These findings show that accounting for dynamic stomatal regulation is critical for understanding drought tolerance.Bipola
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