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Heterosis studies for earliness, fruit yield and yield attributing traits in bell pepper

机译:灯笼椒的早熟,果实产量和产量属性的杂种优势研究

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The present investigation was envisaged to gather information about the potential and characteristics of the experimental material of bell pepper at the Vegetable Research Block, Department of Vegetable Science, College of Forestry and Hill Agriculture, Gobind Ballabh Pant University of Agriculture and Technology, Hill Campus, Ranichauri (Tehri Garhwal), Uttarakhand (India) during rainy-autumn season, 2009 to 2010. The combined analysis of 6 × 6 diallel revealed significant variation among genotypes in parents, F1?crosses and parents versus F1?crosses for all the studied characters except for pericarp thickness and number of branches for parents, indicating that the used parents in diallel mating design and their crosses were genetically diverse. A wide range of heterosis over better parent and standard check was observed in F1 generation for marketable fruit yield and its attributing traits. The F1?crosses PRC-1 × California Wonder and California Wonder × SSP had revealed the highest significant desirable heterosis both over better parent and standard check (California Wonder) for early maturity. The F1?crosses (Rani Sel-1 × SSP, Rani Sel-1 × Sel-12-2-1, SSP × SP-316 and PRC-1 × California Wonder) showed appreciable heterosis over better parent and standard checks for marketable fruit yield per plant and quality traits in bell pepper. The high heterotic response as observed in these hybrids further supported by the predominant role of non-additive component in the inheritance of the characters studies. These cross combination could be exploited in heterosis breeding programme.
机译:设想本次调查是为了收集关于灯笼椒实验材料的潜力和特性的信息,该灯笼椒的研究材料位于Gobind Ballabh Pant农业科技大学蔬菜与农业学院蔬菜科学系,Hill Campus, Ranichauri(Tehri Garhwal),Uttarakhand(印度),2009年至2010年秋季雨季。对6×6 Diallel的组合分析显示,所有研究字符的父母,F1杂交和父母与F1杂交的基因型之间存在显着差异。除了果皮的厚度和父母的枝条数量外,表明在二元交配设计中所使用的父母及其杂交在遗传上是不同的。在F1代中,对于可销售的水果产量及其归因特性,观察到广泛的杂种优势,优于更好的亲本和标准检查。 F1穿越PRC-1×California Wonder和California Wonder×SSP揭示了较早的母本和标准检查(California Wonder)都具有最高的显着期望杂种优势。 F1杂交(Rani Sel-1×SSP,Rani Sel-1×Sel-12-2-1,SSP×SP-316和PRC-1×California Wonder)表现出明显的杂种优势,优于市售水果的更好的亲本和标准检查甜椒的单株产量和品质性状。在这些杂种中观察到的高异质性反应进一步得到了非加性成分在性状研究遗传中的主要作用的支持。这些杂交组合可用于杂种优势育种程序。

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