A Study of the Effects of Abiotic Stress Factors on the Conductance of Leaves', Stomata and Mesophyll
Journal Title: International Journal of Research and Advances in Agricultural Sciences - Year 2022, Vol 1, Issue 1
Abstract
Through photosynthesis, plants take in atmospheric CO2, with the effectiveness of CO2 diffusion being limited by the resistance of mesophyll and stomata. Since CO2 concentrations at carboxylation sites regulate photosynthetic rates, plants' stomata and mesophyll conductance are responsive to abiotic stress. In early research, pertinent evaluations were undertaken on the reactions of stomatal conductance to the environment as well as the constraints of mesophyll conductivity by internal structure and biochemical variables. Unfortunately, there aren't many comprehensive analyses of the abiotic stress variables that systematically control diffusion of CO2 in plants. This review thus summarizes the physiological processes behind the immediate and long-term responses of stomatal and mesophyll conductance to abiotic stress variables (including light intensity, drought, CO2 concentration, and temperature). In conclusion, the investigation also looks at potential research future trends.
Authors and Affiliations
Ayesha Hussain Muzammal Hussain Muhammad Haris Noman Zahid Muhammad Salman Javed Moiz Qaiser
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A Study of the Effects of Abiotic Stress Factors on the Conductance of Leaves', Stomata and Mesophyll
Through photosynthesis, plants take in atmospheric CO2, with the effectiveness of CO2 diffusion being limited by the resistance of mesophyll and stomata. Since CO2 concentrations at carboxylation sites regulate photosynt...