首页> 外文期刊>Turkish Journal of Agriculture: Food Science and Technology >Effect of Primed and Un-Primed Seeds on Germination, Growth Performance and Yield in Okra [Abelmoscus esculentus (L.) Moench]
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Effect of Primed and Un-Primed Seeds on Germination, Growth Performance and Yield in Okra [Abelmoscus esculentus (L.) Moench]

机译:氨基吡咯种子对秋葵萌发,生长性能和产量的影响[abelmoscus esculentus(l。)噬菌体]

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This research was conducted to overcome the problem of slow and erratic emergence in okra and to find out the effects of priming on germination, growth performance and yield in okra at Research Field of Nepal Polytechnic Institute (NPI) Bharatpur-11, Chitwan, Nepal (April-July, 2019). Arka Anamika variety was used for experiment. The experiment was laid out in Randomize Complete Block Design with 5 treatments and 4 replications, i.e. T1 (hormonal priming with IBA), T2 (hydro priming with fresh tap water), T3 (halo priming with NaCl), T4 (chemo priming with liquid urea) and T5 (un-primed seeds). Field experiment results showed that priming proved effective in improving germination percent except the chemo priming, reducing the mean germination time (MGT), improving the growth parameters (plant height, number of branches, plant canopy and number of leaves) and improving yield contributing characters like fruit length, fruit diameter as compared to un-primed seeds. The highest and lowest germination percentages were found in hydro priming and hormonal priming respectively while better growth performance in hormonal and chemo priming. Similarly, hormonal and hydro priming resulted in higher yield. Hence, it is suggested that seed priming is important to improve the overall germination, growth performance and yield in okra.
机译:进行了这项研究以克服秋葵的慢速和不稳定的问题,并发现初步对尼泊尔理工学院(NPI)Bharatpur-11,Chitwan,尼泊尔研究领域的萌发,生长性能和产量的影响,尼泊尔( 2019年4月至7月)。 Arka Anamika品种用于实验。试验在随机完全块设计中,5种治疗和4个复制,即T1(与IBA的激素引发),T2(用新鲜自来水的水力灌注),T3(用NaCl催留卤素),T4(用液体加工)尿素)和T5(未灌注种子)。田间实验结果表明,在改善化学灌注外,提高萌发性有效地改善了萌发百分比,降低了平均发芽时间(MGT),改善生长参数(植物高度,分支数,植物冠层数和叶子数),提高产量贡献特征与果子长度一样,果实直径与未灌注的种子相比。在水力灌注和激素灌注中发现了最高和最低的萌发百分比,而荷尔蒙和化疗灌注中的更好的生长性能。类似地,激素和水力灌注产生更高的产率。因此,建议种子引发对于改善秋葵中的总萌发,生长性能和产量是重要的。

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