4.5 Article

C3-species Calotropis procera increase specific leaf area and decrease stomatal pore size, alleviating gas exchange under drought and salinity

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Salt tolerance of Calotropis procera begins with immediate regulation of aquaporin activity in the root system

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Summary: The study demonstrated that Calotropis procera plants responded quickly to high salinity levels by reducing stomatal conductance, increasing CO2 assimilation, and showing increased soluble sugars, free amino acids, and soluble proteins in the roots. Gene expression analysis revealed differential expression of aquaporins in response to salinity stress. Overall, the results suggest strong stomatal control, regulated aquaporin expression in roots, and an ability to maintain lower Na+/K+ ratio in Calotropis procera plants under salinity stress.

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