Effect of nano-foliar spraying with G-power Ca organic fertilizer and spraying stages on some yield and seed quality characteristics of corn (Zea mays L.)

H. G. A. Al-Kraiti, Zaidoun S. Ch. Hadi, N. J. Muhammad, Sarah H. Alshurayfy, N. N. Jawad
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Abstract

A field experiment was conducted in the spring of 2022 in one of the trial fields connected to Ibn Al-Bitar Vocational Preparatory School. This field was north of Karbala Governorate. We wanted to find out what happened to maize yield and seed quality when different amounts of G-power Ca were sprayed at different times. Randomized Complete Block Design (RCBD) was used with three replications and two factors. The first factor includes different concentrations of the nano fertilizer G-power Ca (0,2,4,6) ml L-1 L-1 for all. The second set of factors includes three different times for foliar spraying: 20 days after planting, 40 days after planting, and 60 days after planting. It was found that the foliar spray treatment with G-Power Calcium at a concentration of (6 ml L-1) was much better at increasing the number of rows per ear (row ear-1) and the number of grains in a row (grain row-1). It was also much better at increasing the weight of 500 grains (g), the concentration of nitrogen in the grains (%), and the percentage of protein in the grains (%). It also gave them the highest averages for all of these traits.
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纳米叶面喷施 G-power Ca 有机肥和喷施阶段对玉米(Zea mays L.)部分产量和种子质量特性的影响
2022 年春季,在与伊本-阿尔比塔职业预备学校(Ibn Al-Bitar Vocational Preparatory School)相连的一块试验田里进行了一次田间试验。这块田位于卡尔巴拉省北部。我们希望了解在不同时间喷洒不同量的 G-power Ca 会对玉米产量和种子质量产生什么影响。我们采用了随机完全区组设计(RCBD),有三次重复和两个因素。第一个因子包括不同浓度的纳米肥料 G-power Ca(0,2,4,6)毫升/升-1 L-1。第二组因子包括三个不同的叶面喷施时间:种植后 20 天、种植后 40 天和种植后 60 天。研究发现,叶面喷施浓度为(6 ml L-1)的 G-Power Calcium 能更好地增加每穗行数(行穗-1)和每行粒数(粒行-1)。它在增加 500 粒谷物重量(克)、谷物中氮的浓度(%)和谷物中蛋白质的百分比(%)方面的效果也更好。在所有这些性状上,它的平均值也是最高的。
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