品种与分层苗圃对甘蔗生长的影响单芽繁殖

S. Budi, E. S. Redjeki, A. E. Prihatiningrum
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引用次数: 7

摘要

背景:研究甘蔗品种与分层苗圃之间是否存在互作效应对植株存活率和植株高度的影响。材料与方法:本研究于2015年6 - 8月在Perning和Mojokerto进行。研究方法采用完全随机因子设计,由两个因素组成,即品种包括Bululawang、VMC 76-16、Cokro和无性系哥伦比亚-2,第二个因素是分层苗圃,包括奶奶苗圃(GPN)、母亲苗圃(MPN)和扁平苗圃(FPN)。共12种治疗组合,重复3次。将芽片种植在4 cm大小的培养皿中,连续种植3个月,每月收集植株存活率和株高的数据。数据分析采用Minitab 16进行方差分析,LSD为5%。结果:分层苗圃与品种间对幼苗存活率和苗高不存在交互作用。分层苗圃表明,GPN在播后月(MAS)显著提高植株存活率和植株高度,而MPN在播后月(MAS)后3个月的幼苗存活率和植株高度均高于GPN。Bululawang在1 MAS时植株存活率显著高于VMC 76-16,而VMC 76-16在1和2 MAS时植株存活率显著高于Bululawang。4个品种在3 MAS时对所使用的变量表现出相同的响应。这意味着他们对存活率和植株高度的反应是相同的。在此基础上,采用以SOP为基础的单芽(芽片)技术可产生90%的存活率。结论:哥伦比亚2号是一个很有前途的引种克隆。另一方面,GPN或MPN都可以生产出优质的芽芯片,并且可以作为正确的解决方案使用。
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Effect Variety and Stratified Plantlet Nursery to the GrowthSugarcane (Saccharum officinarum L.) Propagated in Single Bud
Background: Studies was carried out to determine whether there is interaction effect between sugarcane varieties and stratified nurseries to the percentage of plantlet viability and its height. Materials and Methods: This study was conducted in Perning and Mojokerto from June-August, 2015. The study method using a completely randomized factorial design consisting of two factors, namely the variety including Bululawang, VMC 76-16, Cokro and clone Columbia-2 while, the second factor is the stratified nurseries including Grandma’s Plantlet Nursery (GPN), Mother’s Plantlet Nursery (MPN) and Flat Plantlet Nursery (FPN). Thus, there were 12 treatment combinations and repeated three times. The bud-chips were planted in the trays with the size 4 cm during 3 months, every month data was collected for percentage of plantlet viability and its height. Data analyzed was done by Minitab 16 for ANOVA and LSD 5%. Results: The results showed that there is not interaction between stratified nursery and variety to the percentage of plantlet viability and plantlet height. Stratified nursery shows that GPN significantly produces percentage of plantlet viability and its height greater at Month After Sowing (MAS) while, MPN gives plantlet higher at the last 3 MAS. Bululawang gives percentage of plantlet viability significantly greater at 1 MAS only while, VMC 76-16 shows the plantlet higher at 1 and 2 MAS. Four varieties planted show the same response at 3 MAS to variables used. That means their responses to percentage of viability and plantlet height are the same. Based on this study, the use of single bud (bud-chip) technique based SOP able to produce percentage viability until 90%. Conclusion: It can be concluded that Columbia-2 is a promising introducing clone. On the other hand, superior bud-chips can be produced from both GPN or MPN and able to be used as the right solution.
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