辣椒部分基因型产量与产量成分的关联

G. A. Iwo, J. Ntia, E. Akpaniwo
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摘要

本试验在尼日利亚Calabar湿润农业生态区进行,评价了几种辣椒基因型的产量表现及产量与产量相关成分之间的关系。鸟椒(辣椒)辣椒(Capsicum chinense)、泰国辣椒(Capsicum annuum var.glabriusculum)、塔巴斯科辣椒(Capsicum frutescens)和甜椒(Capsicum annuum)。Var.accuminatum)。试验采用随机完全区组设计,3个重复种植。结果表明,各基因型辣椒在株高、分枝数、果长、果宽、单株果数和总果产量上均存在显著差异(P = 0.05),但在50%开花天数和叶面积上差异不显著。Tabasco辣椒产量最高,为2426.66 kg/ha,其次是鸟椒,总产量为2239.99 kg/ha,而Hebanero辣椒产量为1907 kg/ha。泰国辣椒产量最低,为1520Kg/ha,甜椒产量最低,为1680 kg/ha。产量与产量相关成分的线性相关分析表明,开花至50%天数(r = 0.613)、果长(r =0.392)、枝数(r = 0.913)、单株果数(r = 0.422)和株高(r = 0.424)与产量呈正相关。关键词:成分,相关性,基因型,辣椒,产量。
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Yield and yield component association of some capsicum genotypes
The experiment was conducted in humid agro ecological zone of Calabar, Nigeria, to evaluate the yield performance and the association between yield and yield related components of some capsicum genotypes which include; Bird pepper(Capsicum annuumvar. aviculare), Habanero pepper(Capsicum chinense), Thai pepper(Capsicum annuum var.glabriusculum),Tabasco pepper(Capsicum frutescens) and Bell pepper(Capsicum annuum. Var.accuminatum). Randomized complete block design was used for the experiment, planted in all three replications. The result showed that all the genotypes of pepper used were significantly different (P = O.O 5) in plant height, number of branches, fruit length, fruit breadth, number of fruit per plant and total fruit yield but no significant differences was observed in days to 50% flowering and leaf area. The cultivar Tabasco pepper gave the highest yield of 2426.66 kg/ha followed by bird pepper with a total yield of 2239.99 kg/ha while the cultivar Hebanero pepper gave yield of 1907 kg/ha. The least yield was recorded on Thai pepper with 1520Kg/ha and bell pepper gave 1680 kg/ha. The linear correlation analysis of the yield and yield related component revealed that days to 50% flowering (r = 0.613), fruit length (r =0.392), number of branches (r = 0.913), number of fruits per plant (r = 0.422) and plant height (r = 0.424) showed positive relationship with fruit yield. The yield component with positive and significant correlation can be used as selection indices for the improvement of capsicum species KEYWORDS : Components, Correlation, Genotypes, Pepper, Yield.
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