首页> 外文期刊>Research journal of applied science, engineering and technology >Effect of Different Levels of Fertilizer Nano_Iron Chelates on Growth and Yield Characteristics of Two Varieties of Spinach (Spinacia oleracea L.): Varamin 88 and Viroflay
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Effect of Different Levels of Fertilizer Nano_Iron Chelates on Growth and Yield Characteristics of Two Varieties of Spinach (Spinacia oleracea L.): Varamin 88 and Viroflay

机译:不同水平的肥料纳米铁螯合物对两种菠菜(菠菜(Spinacia oleracea L.))的生长和产量特性的影响:Varamin 88和Viroflay

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In order to investigate effect of different concentrations of iron chelate Nano fertilizer on growth and performance of two kinds of Spinach, an experiment was performed as a plan of completely random plot in three alternations and in study field of Khazra Company in 2012. First studied factor was different types of Spinach including Varamin 88 and Viroflayand second studied factor was different concentrations of fertilizer (0, 2 and 4 ppt, respectively). Nano fertilizer solution injection was performed in early morning when plant had 8-13 leaves. Results show that wet weight and maximum leaf area index is influenced by concentration of iron chelate Nano fertilizer and dry weight is influenced by both type of Spinach and concentration of Nano fertilizer. Using 4 kg/ha Nano fertilizer causes 58 and 47% increase inwet weight and maximum leaf surface index, respectively comparing to use of no fertilizer. Using 4 kg/ha Nano fertilized leaded to maximum value of aerial organs dry weight for Sugar beet type and minimum value was obtained for treating both types of Spinach without using fertilizer. Studying leaf area index trend and growth rate diagrams indicate that Nano fertilizer has a positive effect on all plant growth steps.
机译:为了研究不同浓度的螯合铁纳米肥对两种菠菜生长和性能的影响,于2012年在Khazra Company的研究领域和三个交变地进行了完全随机样地试验。是菠菜的不同类型,包括Varamin 88和Viroflay,第二个研究因素是肥料的浓度不同(分别为0、2和4 ppt)。当植物有8-13片叶子时,在清晨进行纳米肥料溶液注射。结果表明,湿重和最大叶面积指数受螯合铁纳米肥料浓度的影响,干重受菠菜类型和纳米肥料浓度的影响。与不施用肥料相比,使用4千克/公顷的纳米肥料分别使湿重和最大叶片表面指数分别增加58%和47%。使用4 kg / ha的纳米施肥导致甜菜类型的空中器官干重最大值,而在不使用肥料的情况下处理两种菠菜均获得最小值。研究叶面积指数趋势和生长速率图表明,纳米肥料对所有植物生长步骤都有积极作用。

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