Effectiveness of Organic Fertigation and Moringa Leaf Extract Spray as an Alternative to Chemical Fertigation for Improving Yield and Quality of Lettuce under Soilless Condition

M. Elbagory
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Abstract

*Corresponding author e-mail: melbagory@yahoo.com DOI: 10.21608/JENVBS.2019.6817.1047 ©2017 National Information and Documentation Center (NIDOC) TWO experiments were conducted at Sakha Agricultural Research Station, Bacteriology Lab greenhouse for studying the effect of fertigation with fish extract organic solution as an alternative to mineral nutrient solution as well as foliar spray with moringa leaf extract on morphological, chemical, microbial characteristics and yield of lettuce plant grown under soilless system during winter seasons of 2014 and 2015. In general, the results indicated that fertigation with the fish extract organic nutrient solution increase all the studied characteristics compared to fertigation with the mineral nutrient solution, except for NO3 content which sharply decreased due to organic nutrition treatment which attained 157.52 and 175.24 (mg plant-1) compared to 497.14 and 476.8 (mg plant-1) for mineral nutrition treatment at 2014 and 2015 seasons, respectively. Similarly, foliar spray with moringa extract with mineral nutrition decreased nitrate content (463.46 and 450.16 mg plant-1) lower than mineral nutrition without spray (497.14 and 476.8 mg plant-1) at 2014 and 2015 seasons, respectively. Therefore, positive results on vegetative growth, chemical characteristics and yield of lettuce plant grown under soilless system by using of fertigation with fish extract organic solution and foliar spray with moringa leaf extract to decrease the nutritive gap and vegetables nitrate pollution problems as well as partially avoid the problem of irrigation water shortage.
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有机施肥与辣木叶提取物喷雾替代化学施肥对无土条件下生菜产量和品质的影响
*通讯作者e-mail: melbagory@yahoo.com10.21608/JENVBS.2019.6817.1047©2017国家信息文献中心(NIDOC)在萨哈农业研究站细菌学实验室温室进行了两项试验,研究了鱼提取物有机溶液替代矿质营养液施肥和辣木叶提取物叶面喷施对辣木叶片形态、化学、化学和生长的影响。2014年和2015年冬季无土栽培莴苣植株微生物特性与产量综上所述,与矿质营养液相比,鱼提液有机营养液施肥增加了所有研究特征,但NO3含量因有机营养液处理而急剧下降,在2014和2015季节分别为157.52和175.24 (mg plant-1),而矿质营养液处理分别为497.14和476.8 (mg plant-1)。同样,在2014年和2015年季节,辣木提取物与矿质营养叶面喷雾相比,硝酸盐含量(463.46和450.16 mg plant-1)分别低于未施用矿质营养叶面喷雾(497.14和476.8 mg plant-1)。因此,采用鱼提取物有机溶液施肥和辣木叶提取物叶面喷施,对无土体系下生菜的营养生长、化学特性和产量均有积极的效果,可减少营养缺口和蔬菜硝酸盐污染问题,部分避免灌溉缺水问题。
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