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• W2097503160 abstract "Among naturally occurring plant growth stimulants, Moringa oleifera has attained enormous attention because of having cytokinin in addition to other growth enhancing compounds like ascorbates, phenolics, other antioxidants along with macro- micro nutrients in its leaves. With these properties, exogenous application of Moringa leaf extract (MLE) was done in wheat, pea and tomato to evaluate its efficacy as crop growth enhancer The objective was to optimize dose, method of exogenous application, enhancement of growth, yield and antioxidant level under normal and abiotic stresses (late sowing, salinity, and drought).The results showed that 30 times diluted MLE priming in wheat under normal conditions was found to be effective. MLE priming improved the seedling emergence rate, speed and early growth and increased level of antioxidants, leaf total soluble protein and chlorophyll contents as compared to MLE10, Hydro priming, On-farm priming and CaCl2 priming.Large number and heavier grains were obtained in plants raised from MLE30 primed seed which resulted in highest grain yield per plant.All the priming treatments gave more yield than non primed control. Foliar spray of MLE caused an increase of 10.73, 6.00, 10.70 and 4.00% in 1000 grain weight, biological yield, grain yield and harvest index respectively, with MLE spray at tillering + jointing + booting + heading. MLE spray only at heading gave 6.84, 3.17, 6.80 and 3.51% more 1000-grain weight, biological yield, grain yield, and harvest index respectively, as compared to control. MLE extended the seasonal leaf area duration (Seasonal LAD) by 9.22 and 6.45 d over control when applied at all growth stages and single spray at heading, respectively. MLE foliar improved salinity tolerance in wheat by improving wheat seedlings vigour, more chlorophyll a and chlorophyll b contents, exclusion of Na+ and Cl- along with accumulation of K+ and larger contents of enzymatic antioxidants (catalase, superoxide dismutase and peroxidase) and non enzymatic antioxidants (ascorbic acid and total phenolic contents) leading to more 100 grain weight as compared to benzylaminpurine (BAP), hydrogen peroxide (H2O2) and control (water spray) under salinity.The water sprayed plants under highest salinity showed maximum accumulation of Na+ and Cl- while largest K+ contents were observed in case of MLE spray under moderate salinity.MLE and BAP application improved leaf total soluble protein and superoxide dismutase (SOD).For non-enzymatic antioxidants (total phenolics and ascorbic acid), MLE was ranked first under moderate salinity. BAP improved number of grains spike-1 but heavier grains were observed under MLE application in moderately saline conditions.These effects of MLE were more apparent under moderate salinity (8dS m-1) as compared to higher salinity (12dS m-1).The water stress caused reduction in growth and grain yield of wheat due to decreased leaf area and reduced chlorophyll a and chlorophyll b contents. However, foliar application of MLE and BAP minimized these effects of drought. MLE application produced more grain yield under moderate and severe water stress as compared to BAP, K+ and control.Moringa leaves being a rich source of β-carotene, protein, vitamin C, calcium and potassium and act as a good source of natural antioxidants such as ascorbic acid, flavonoid, phenolics and carotenoid, so the exogenous applications of MLE improve the antioxidant status and yield of wheat under drought stress.In case of tomato crop foliar application of MLE30 exhibited large number of flowers, more number of fruits as well as heaviest fruits.The foliar application of BAP produced same number of flowers but lighter weight fruits as compared to MLE30.The minimum fruit weight was recorded in case of foliar applied MLE10, MLE0 and control.The effectiveness of MLE as crop growth enhancer might be due to the presence of growth promoting substances.MLE proved a potential growth enhancer in mitigation of abiotic stresses." @default.
• W2097503160 created "2016-06-24" @default.
• W2097503160 creator A5027065766 @default.
• W2097503160 date "2011-01-01" @default.
• W2097503160 modified "2023-09-27" @default.
• W2097503160 title "EXPLORING THE POTENTIAL OF MORINGA (Moringa oleifera) LEAF EXTRACT AS NATURAL PLANT GROWTH ENHANCER" @default.
• W2097503160 cites W139508225 @default.
• W2097503160 cites W1480112298 @default.
• W2097503160 cites W1505306001 @default.
• W2097503160 cites W1506913904 @default.
• W2097503160 cites W1513093864 @default.
• W2097503160 cites W1514136634 @default.
• W2097503160 cites W1520428197 @default.
• W2097503160 cites W1530294455 @default.
• W2097503160 cites W1536654439 @default.
• W2097503160 cites W1540516126 @default.
• W2097503160 cites W1542649433 @default.
• W2097503160 cites W1547777370 @default.
• W2097503160 cites W1553014277 @default.
• W2097503160 cites W1557981728 @default.
• W2097503160 cites W1571598774 @default.
• W2097503160 cites W1576386056 @default.
• W2097503160 cites W1587501986 @default.
• W2097503160 cites W1593297890 @default.
• W2097503160 cites W1594855109 @default.
• W2097503160 cites W1597947538 @default.
• W2097503160 cites W159839227 @default.
• W2097503160 cites W1608737422 @default.
• W2097503160 cites W169869838 @default.
• W2097503160 cites W171094686 @default.
• W2097503160 cites W1814950944 @default.
• W2097503160 cites W1827603822 @default.
• W2097503160 cites W186719977 @default.
• W2097503160 cites W1867252760 @default.
• W2097503160 cites W1879721504 @default.
• W2097503160 cites W1918260619 @default.
• W2097503160 cites W1927975109 @default.
• W2097503160 cites W1936154407 @default.
• W2097503160 cites W1962365063 @default.
• W2097503160 cites W1964106705 @default.
• W2097503160 cites W1964571335 @default.
• W2097503160 cites W1968307075 @default.
• W2097503160 cites W1969700796 @default.
• W2097503160 cites W1970354368 @default.
• W2097503160 cites W1970459993 @default.
• W2097503160 cites W1970641466 @default.
• W2097503160 cites W1972915234 @default.
• W2097503160 cites W1974056829 @default.
• W2097503160 cites W1974683699 @default.
• W2097503160 cites W1974907033 @default.
• W2097503160 cites W1975220728 @default.
• W2097503160 cites W1975473360 @default.
• W2097503160 cites W1975944937 @default.
• W2097503160 cites W1977508140 @default.
• W2097503160 cites W1977806281 @default.
• W2097503160 cites W1978067618 @default.
• W2097503160 cites W1979313520 @default.
• W2097503160 cites W1980355293 @default.
• W2097503160 cites W1982836372 @default.
• W2097503160 cites W1985471691 @default.
• W2097503160 cites W1985916561 @default.
• W2097503160 cites W1987226068 @default.
• W2097503160 cites W1989629347 @default.
• W2097503160 cites W1992003272 @default.
• W2097503160 cites W1992096497 @default.
• W2097503160 cites W1993034915 @default.
• W2097503160 cites W1993059712 @default.
• W2097503160 cites W1996011759 @default.
• W2097503160 cites W1999344766 @default.
• W2097503160 cites W1999988317 @default.
• W2097503160 cites W2000957377 @default.
• W2097503160 cites W2002750971 @default.
• W2097503160 cites W2004351067 @default.
• W2097503160 cites W2005211222 @default.
• W2097503160 cites W2006171823 @default.
• W2097503160 cites W2006481570 @default.
• W2097503160 cites W2006545496 @default.
• W2097503160 cites W2007584291 @default.
• W2097503160 cites W2007590944 @default.
• W2097503160 cites W2008753077 @default.
• W2097503160 cites W2009414692 @default.
• W2097503160 cites W2010406326 @default.
• W2097503160 cites W2010837696 @default.
• W2097503160 cites W2011922595 @default.
• W2097503160 cites W2014271657 @default.
• W2097503160 cites W2015185540 @default.
• W2097503160 cites W2017716423 @default.
• W2097503160 cites W2018980162 @default.
• W2097503160 cites W2019783018 @default.
• W2097503160 cites W2020140832 @default.
• W2097503160 cites W2020820468 @default.
• W2097503160 cites W2021632570 @default.
• W2097503160 cites W2023299866 @default.
• W2097503160 cites W2023658402 @default.
• W2097503160 cites W2028616185 @default.
• W2097503160 cites W2029306313 @default.
• W2097503160 cites W2034966036 @default.
• W2097503160 cites W2035579523 @default.
• W2097503160 cites W2036578616 @default.
• W2097503160 cites W2038013801 @default.

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