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Stability of Agronomic and Yield Related Traits of Jatropha curcas Accessions Raised from Cuttings

机译:扦插提出的麻风树凝汽加工的农艺和产量相关性状的稳定性

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Monitoring stability of agronomic and yield related traits is important for prediction of crop yields. This study was a latter study for the evaluation of 295 J. curcas individuals representing 21 accessions from eight countries at Biodiesel Research Station of Universiti Kebangsaan Malaysia, Kuala Pilah planted in December 2012. In this study, 183 J. curcas individuals were selected randomly from the population and their growth performance evaluated from December 2013 to December 2014. All the individual plants were raised from cuttings. The yield related data were recorded periodically and performance of each accession was analyzed using Statistical Analysis System (SAS) 9.4. Five traits which were number of fruits per plant (NFPP), number of fruits per inflorescence (NFPI), hundred seed weight (g) (HSW), number of seeds per plant (NSPP) and yield per plant (g) (YPP) showed significant differences among the accessions after two years of planting. Maximum values for each trait were 208 cm for plant height (PH), 31 for number of branches per plant(BPP), 115 for number of inflorescence per plant (NIPP), 582 for NFPP,7 for NFPI, 307 for number of flowers per inflorescence (NFI), 17 for number of female flowers per inflorescence (NFFPI), 91.6 g for HSW, 1647.1 for NSPP and 927.6 g for YPP. Most of the plants which had performed well in the first year were among the best performers in the second year.
机译:监测农艺和产量相关性状的稳定性对于预测作物产量是重要的。这项研究是评估295 J. Curcas个人的后一项研究,该个人代表了来自2012年12月的Kuala Pilah Universiti Kebangsaan Malaysia Faiodesel Research站的八个国家的21个国家。在本研究中,183 J.Curcas个人随机选择从2013年12月到2014年12月评估的人口及其增长绩效。所有单独的植物都是从扦插中提出的。率相关数据定期记录,并使用统计分析系统(SAS)9.4分析每个加入的性能。五种特征是每株植物的果实数量(NFPP),每植物每植物数百种子重量(G)(HSP),种子数量(NSPP),每株植物(G)(G)(YPP)(G)在种植两年后的牧草中表现出显着差异。植物高度(pH)的每个性状的最大值为208厘米,每株植物的分支数量(BPP),每株花序数量(BPP),582个用于NFPP的582,为NFPI 7,花307次每次花序(NFI),17次为每花序(NFFPI)的女性花朵(NFFPI),91.6g用于HSW,1647.1用于NSPP和927.6g的YPP。在第一年在第一年表现良好的大多数植物是第二年最好的表演者之一。

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