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Combining ability analysis for morphological, physiological and root traits in aerobic rice

机译:需氧水稻形态,生理和根系性状的配合力分析

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Thirty hybrids generatedfrom crossing five lines with six testers were studied along with parents for combining ability and gene action involved in expression of characters in aerobic rice. The gca and sea effects were significantfor all the characters indicating the importance of both additive and non-additive genetic components. There was predominance of non-additive genetic components for expression of different traits in the present set of materials. Amongst the parental lines, IR 73718-3-1-3-3 and CT-6510-24-1-2 were best general combiners for grain yield along with other traits. The most specific combiners for grain yield and other traits were IR 67684A/CT-6510-24-1-2, IR 68885A/IR 73718-3-1-3-3, IR 70372A / PSBRC 80 and IR 70369A/IR 73718-3-1-3-3.
机译:研究了由五种系与六种试验员杂交形成的三十个杂种,与亲本一起研究了有氧水稻中性状表达所涉及的能力和基因作用。 gca和海洋效应对于所有特征都是显着的,表明加和非加遗传成分的重要性。在当前的材料集中,非加性遗传成分主要用于表达不同性状。在亲本系中,IR 73718-3-1-3-3和CT-6510-24-1-2是谷物产量及其他性状的最佳综合组合。谷物产量和其他性状最具体的组合剂是IR 67684A / CT-6510-24-1-2,IR 68885A / IR 73718-3-1-3-3,IR 70372A / PSBRC 80和IR 70369A / IR 73718- 3-1-3-3。

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