首页> 外文期刊>Acta Agronomica >Combining ability analysis for yield and yield components in bold grained rice (Oryza sativa L.) of Assam
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Combining ability analysis for yield and yield components in bold grained rice (Oryza sativa L.) of Assam

机译:阿萨姆邦粗粒稻(Oryza sativa L.)的产量和产量构成因素的配合力分析

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Combining ability analysis for grain yield and its components was carried out in eight parental diallel crosses of bold grained rice excluding reciprocals. The general combining ability (GCA) and specific combining ability (SCA) effects were significant for all the characters indicating the importance of both additive and non-additive gene effects in their inheritance. The parents Ranjit followed by Matonga and Monohar Sali contributed significantly to high GCA effect towards high grain yield per hill. The superior specific cross combinations for high grain yield per hill were Matonga/Bar Madhava, originated from high x low GCA combination followed by Dhola Mula/ Ranjit (low x high gca), Chandmoni/Hathi Sali (low x high GCA), Dhola Mula/Mala (low x low gca), Matonga/Mala (high x low GCA), Bar Madhava/Hathi Sali (low x high GCA) and Matonga/Hathi Sali (high x high GCA). Further, these crosses exhibited high SCA effects for some other characters as well.
机译:谷物产量及其组成成分的结合能力分析是在八个粗粒大米的亲本二号杂交物中进行的,不包括倒数。对于所有字符而言,一般结合能力(GCA)和特异性结合能力(SCA)效应均显着,表明加性和非加性基因效应在它们的遗传中都非常重要。父母Ranjit,随后的Matonga和Monohar Sali极大地促进了GCA效应,从而提高了每丘的谷物产量。高产量的单峰杂交组合最好是Matonga / Bar Madhava,源自高x低GCA组合,其次是Dhola Mula / Ranjit(低x高gca),Chandmoni / Hathi Sali(低x高GCA),Dhola Mula / Mala(低x低gca),Matonga / Mala(高x低GCA),Bar Madhava / Hathi Sali(低x高GCA)和Matonga / Hathi Sali(高x高GCA)。此外,这些十字架对其他一些角色也表现出很高的SCA效果。

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