Abstract:Background
Entisol is a very poor, compact, and low-water-holding capacity soil. They are obstacles to the plant's root system's penetration and the availability of water, particularly in dry months. However, Arbuscular mycorrhizae fungi (AMF) is used for seedling growth and reduces water stress in the plant.
Results
In this experiment, the growth parameters and the physiological activities of the plant were changed for the well watering (WW), fra… Show more
“…In other potato varieties, gs also decreases when water stress is more severe [ 29 ]. Regarding the role of AMF symbiosis, in Terminalia arjuna plants inoculated with AMF, a decrease in gs was reported when water stress was applied [ 32 ], although the opposite effect has also been shown in Vitis vinifera leaves [ 33 ]. In Solanum lycopersicum plants subjected to mild and moderate drought stress, gs decreases significantly with respect to that of the control [ 34 ].…”
Section: Discussionmentioning
confidence: 99%
“…In contrast, in previous studies using wheat plants subjected to water stress in which the CC fungus was used, no significant differences were detected in the photosynthetic rate with the application of stress [ 36 ]. Increases in WUE have been reported in Cinnamomum migao plants [ 37 ], Terminalia arjuna plants [ 32 ], and some wheat varieties [ 36 ] with the application of AMF and water starvation. On the other hand, in potato plants infected with potato virus Y and inoculated with the AMF Funneliformis mosseae and R. irregularis , improvements in photosynthetic parameters were observed in both healthy and infected plants, although F. mosseae was shown to improve these parameters slightly more [ 38 ].…”
Solanum tuberosum is one of the most widely cropped plant species worldwide; unfortunately, drought is one of the major constraints on potato productivity because it affects the physiology, biochemical processes, and yield. The use of arbuscular mycorrhizal fungi (AMF) has exhibited beneficial effects on plants during drought. The objective of this study was to analyse the effect of AMF inoculation on two genotypes of potato plants exposed to water stress, and the photosynthetic traits, enzymatic antioxidant activity, and exudation of low-molecular-weight organic acids (LMWOAs) of potato plants inoculated with two strains of AMF, Claroideoglomus claroideum (CC) and Claroideoglomus lamellosum (HMC26), were evaluated. Stomatal conductance exhibited a similar trend in the CC and HMC26 treatments for both potato genotypes; moreover, the photosynthetic rate significantly increased by 577.9% between the 100% soil humidity (S0) and 40% soil humidity (S2) stress levels for the VR808 genotype under the CC treatment. The activities of the enzymes catalase (CAT) and ascorbate peroxidase (APX) showed similar trends. In this study, there were different responses among genotypes and treatments. Inoculation with CC under S2 stress levels is a promising potential approach for improving potato growth under drought conditions.
“…In other potato varieties, gs also decreases when water stress is more severe [ 29 ]. Regarding the role of AMF symbiosis, in Terminalia arjuna plants inoculated with AMF, a decrease in gs was reported when water stress was applied [ 32 ], although the opposite effect has also been shown in Vitis vinifera leaves [ 33 ]. In Solanum lycopersicum plants subjected to mild and moderate drought stress, gs decreases significantly with respect to that of the control [ 34 ].…”
Section: Discussionmentioning
confidence: 99%
“…In contrast, in previous studies using wheat plants subjected to water stress in which the CC fungus was used, no significant differences were detected in the photosynthetic rate with the application of stress [ 36 ]. Increases in WUE have been reported in Cinnamomum migao plants [ 37 ], Terminalia arjuna plants [ 32 ], and some wheat varieties [ 36 ] with the application of AMF and water starvation. On the other hand, in potato plants infected with potato virus Y and inoculated with the AMF Funneliformis mosseae and R. irregularis , improvements in photosynthetic parameters were observed in both healthy and infected plants, although F. mosseae was shown to improve these parameters slightly more [ 38 ].…”
Solanum tuberosum is one of the most widely cropped plant species worldwide; unfortunately, drought is one of the major constraints on potato productivity because it affects the physiology, biochemical processes, and yield. The use of arbuscular mycorrhizal fungi (AMF) has exhibited beneficial effects on plants during drought. The objective of this study was to analyse the effect of AMF inoculation on two genotypes of potato plants exposed to water stress, and the photosynthetic traits, enzymatic antioxidant activity, and exudation of low-molecular-weight organic acids (LMWOAs) of potato plants inoculated with two strains of AMF, Claroideoglomus claroideum (CC) and Claroideoglomus lamellosum (HMC26), were evaluated. Stomatal conductance exhibited a similar trend in the CC and HMC26 treatments for both potato genotypes; moreover, the photosynthetic rate significantly increased by 577.9% between the 100% soil humidity (S0) and 40% soil humidity (S2) stress levels for the VR808 genotype under the CC treatment. The activities of the enzymes catalase (CAT) and ascorbate peroxidase (APX) showed similar trends. In this study, there were different responses among genotypes and treatments. Inoculation with CC under S2 stress levels is a promising potential approach for improving potato growth under drought conditions.
“…The deterioration of the environment is one of the aforementioned problems. The environment upon which humanity's way of life depends most has been harmed by pollution that man brought about by irrational, unscientific development and mineral extraction (Bhardwaj et al, 2023a;Rai et al, 2013;Singh and Tandon, 2009). Rapid industrialization and urbanization are inevitable dangerous outcomes that have a range of negative consequences on both plant and human societies.…”
The effectiveness of trees for reducing air pollution has been widely recognized. To mitigate the threat of pollution, it is essential to increase tree planting in industrial areas. It is essential for selecting plants that can withstand air pollution while developing a green belt. The present study is on evaluation of air pollution tolerance index for fifteen dominated tree species around the industrial area Sirgitti, Bilaspur. The leaves samples were collected for analysis of several biochemical parameters such as leaf pH, ascorbic acid, total chlorophyll, and relative water content and APTI. The highest APTI value was recorded in Moringa oleifera (13.83) and lowest in Butea monosperma (7.81) followed by Neolamarckia cadamba (11.27), Peltophorum petrocarpum (11.01), Ficus benghalensis (10.89), Saraca asoca (10.85), Ficus religiosa (10.29), Melia azedarach (9.98), Acacia nilotica (9.71), Azadirachta indica (9.62), Eculaptus alba (8.91), Millettia pinnata (8.82), Tectona grandis (8.61), Ziziphus mauritiana (8.22), and Syzygium cumini (8.08) were estimated for tolerance trees in industrial area. High APTI value tree species are tolerant to air pollution and also best suited for the green belt development in industrial area.
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