Pengunaan Trichoderma sp Pada Poliembrioni Benih Jeruk Siam Madu (Citrus nobillis L)

Milka Alvionita Habel, Sesilia A. Wanget, Betrje R.A. Sumayku
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Abstract

This study aims to determine the effect of using Trichoderma sp on polyembryony of honey Siamese orange seeds. This research was conducted at the Plant and Environment Laboratory, Sub-Laboratory of Genetics and Plant Breeding, Faculty of Agriculture, Sam Ratulangi University, Manado. The design of this study used a completely randomized design (CRD) with 2 factors, namely the concentration of trichoderma sp. T1 (109), T2 (108), T3 (107) and immersion time, W1 (24 hours), W2 (16 hours), W3 (8 hours). The variables observed were: Germination Power (Viability), Polyembryony, Root Weight. The results of the research showed that Trichoderma sp at a dose of 108 and a soaking time of 8 hours obtained the highest germination of Siam Honey orange seeds. From the results of the polyembryony research on honey Siamese orange seeds using Trichoderma sp, 40% polyembryony was obtained, whereas polyembryonic growth on honey Siamese orange seeds without Trichoderma sp obtained 16,6% polyembryony.
在蜜橘(Citrus nobillis L)种子多胚层上使用毛霉菌 sp
本研究旨在确定使用毛霉对蜜橘种子多胚性的影响。这项研究在万鸦老 Sam Ratulangi 大学农学院遗传学和植物育种分实验室的植物和环境实验室进行。本研究的设计采用了完全随机设计(CRD),有两个因素,即毛霉菌浓度 T1(109)、T2(108)、T3(107)和浸泡时间 W1(24 小时)、W2(16 小时)、W3(8 小时)。观察到的变量有发芽率(存活率)、多胚层、根重。研究结果表明,剂量为 108、浸泡时间为 8 小时的毛霉菌对暹罗蜜橘种子的发芽率最高。使用毛霉对暹罗蜜橘种子进行多胚性研究的结果显示,多胚性达到 40%,而不使用毛霉的暹罗蜜橘种子多胚性生长率为 16.6%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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