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Effect of Corn Extract and Solution of PEG to Increase Viability and Vigour of Sweet Corn Seed Deterioration at Different Incubation Periods

机译:玉米提取物和PEG溶液对不同生育期甜玉米种子活力增强及活力的影响

摘要

This study aims to determine the combination of young corn extract and PEG with an incubation period of seed viability and vigor of the sweet corn expired. The study carried out at the Laboratory of Seed Science and Technology Faculty of Agriculture, Syiah Kuala University, Darussalam-Banda Aceh, which lasted from December 2012 to July 2013. Materials used in this study is Expired sweet corn seed with 50% germination. Other materials used are corn extract, PEG 6000, and distilled water. This research used Completely Randomized Design (CRD) factorial 4 x 3, so there are 12 combinations of treatments. Each repeated three times, in order to obtain 36 units of the experiment. Young corn extract concentration factor and solution PEG-2 bar consists of 4 levels, namely: control, 5% + - 2Ψ , 10% + - 2Ψ, and 15% + - 2Ψ. Factors incubation period consists of 3 levels : 18 hours, 24 hours, and 30 hours. Variables measured were potential growth, germination, speed of growth, growing unanimity, vigor index and normal seedling dry weight. The results showed that the concentration of young corn extract very significant effect on the potential variables grow, germination, growing simultaneity, speed of growth, vigor index and normal seedling dry weight. The incubation period of very significant effect on germination variables, simultaneity growth, speed of growth and vigor index. The incubation period significantly affect the potential growth and seedling dry weight normal. There is a significant interaction between young corn extract concentration and incubation period of the vigor index variables. Control treatment (water) with an incubation period of 18 hours is recommended as an alternative to improve the viability and seed vigor of sweet corn expired.
机译:这项研究旨在确定年轻玉米提取物和PEG的结合以及种子活力和甜玉米活力的潜伏期。这项研究于2012年12月至2013年7月在达鲁萨兰国-班达亚齐(Syah Kuala University)达伊萨兰国-班达亚齐(Syah Kuala University)农业种子科学与技术学院实验室进行。该研究中使用的材料为发芽率为50%的过期甜玉米种子。使用的其他材料是玉米提取物,PEG 6000和蒸馏水。本研究使用完全随机设计(CRD)因子4 x 3,因此有12种治疗组合。每次重复三遍,以获取36个实验单位。玉米幼芽提取物浓缩因子和溶液PEG-2 bar由4个水平组成,即:对照,5%+/-2Ψ,10%+/-2Ψ和15%+/-2Ψ。因子潜伏期分为3个等级:18小时,24小时和30小时。测得的变量为潜在生长,发芽,生长速度,一致生长,活力指数和正常幼苗干重。结果表明,嫩玉米提取物的浓度对潜在变量的生长,发芽,生长同时性,生长速度,活力指数和正常幼苗干重有非常显着的影响。潜伏期对发芽变量,同时生长,生长速度和活力指数有非常重要的影响。潜伏期显着影响潜在的生长和幼苗的干重正常。幼玉米提取物浓度与活力指数变量的潜伏期之间存在显着的相互作用。建议使用孵育时间为18小时的对照处理(水),以提高甜玉米过期的活力和种子活力。

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