The variance analysis of general combining ability and specific combining ability in most characters were almost significant.
各性状的一般和特殊配合力方差分析多达显著水平。
The resistance of each parent was significantly or extremely significantly positive related to its general combining ability (GCA).
亲本叶瘟抗性与其一般配合力效应呈显著或极显著正相关；
Further analysis have been done (about) general combining ability, special combining ability, total combining ability on the basis of above.
在此基础上进行了一般配合力、特殊配合力、总配合力的分析。
The variance of the general combining ability (GCA) and the special combining ability (SCA) for 12 agronomic traits were significantly different.
主要结果如下：1.12个农艺性状的一般配合力方差与特殊配合力方差均达极显著水平。
Z936 would be a better inbred line, it was not only higher in general combining ability, but also higher in variance of specific combining ability.
Z936不仅有较高的一般配合力，而且还有较大的特殊配合力方差，将是一个很理想的自交系。
The general combining ability of Zheng shan97A and Xieqin Zao A is high . They are main sterile lines for breeding of late hybrid rice combinations.
珍汕97A、 协青早A的一般配合力高，是配制迟熟杂交稻组合的主体不育系。
The variance of general combining ability is larger than that of special combining ability. The heritability in broad and narrow sense were calculated.
蛋白质合量的一般配合力大于特殊配合力方差，并计算了蛋白质合量的广义和狭义遗传力。
The difference of general combining ability effect among parents and special combining ability effect among combination and its variation range was high.
各品质性状的一般配合力效应、特殊配合力效应及其变异幅度均存在较大差异。
Performance of the yield traits of each hybrid combination was consistent with the general combining ability, so general combining ability could be used to predict yield.
各杂交组合在产量性状上的表现与总配合力一致，说明用总配合力效应可以预测产量。
In the leaf Angle variance, the general combining ability variance occupies the main status. Therefore, in cultivating compact variety, the direct selection is extremely effective.
在叶角的方差中，一般配合力方差占主要地位，所以在培育紧凑型品种时，直接选择是非常有效的。
In the leaf Angle variance, the general combining ability variance occupies the main status. Therefore, in cultivating compact variety, the direct selection is extremely effective.
在叶角的方差中，一般配合力方差占主要地位，所以在培育紧凑型品种时，直接选择是非常有效的。
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